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RCA is committed to providing a platform for discovery of high-quality articles, journals, scholars, and academic assistants by biomedical researchers, universities, hospitals, research institutions, funding agencies, librarians, publishers, and journal editors worldwide." /> </head> <body> <form method="post" action="./search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" id="form1"> <div class="aspNetHidden"> <input type="hidden" name="__EVENTTARGET" id="__EVENTTARGET" value="" /> <input type="hidden" name="__EVENTARGUMENT" id="__EVENTARGUMENT" value="" /> <input type="hidden" name="__VIEWSTATE" id="__VIEWSTATE" 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id="RCAUserType" /> <input type="hidden" name="ctl00$RootHolder$UserId" id="UserId" /> <input type="hidden" name="ctl00$RootHolder$IsCurrentUser" id="IsCurrentUser" /> <div class="search-result-container cl"> <div class="search-centered cl"> <div class="search-result-center-container cl"> <div class="left-part"> <div id="RootHolder_ExportContainer" class="export-container"> <div class="dxbButton_MetropolisBlue DefaultButton-Oral dxbButtonSys dxbTSys" id="RootHolder_DownloadArticle" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"> <div class="dxb"> <input id="RootHolder_DownloadArticle_I" class="dxb-hb" value="Download" type="button" name="ctl00$RootHolder$DownloadArticle" /><span class="dx-vam">Download</span> </div> </div><script id="dxss_1963926087" type="text/javascript">  </script> </div> <div class="mnavbar"> <table class="total-count-container cl"> <tr> <td> <a href="/" target="_blank" class="white-link">Total Articles</a> </td> </tr> </table> </div> <div class="mnavbox"> <label id="RootHolder_TotalCountText" class="total-count-text">262062</label> <br /> <label style="font-size: 14px;">(from Reference Citation Analysis)</label> <div id="RootHolder_SearchArticlePDFContainer" style="padding-top: 1rem;"> <input name="ctl00$RootHolder$ArticlesWithPdf" type="checkbox" id="RootHolder_ArticlesWithPdf" class="ArticlesWithPdf" onclick="SearchArticleWithPDF();" /> <label for="ArticlesWithPdf">Article PDFs (21476)</label> </div> <div id="RootHolder_SearchTCContainer" style="padding-top: 1rem;"> <input name="ctl00$RootHolder$ArticlesWithTC" type="checkbox" id="RootHolder_ArticlesWithTC" class="ArticlesWithTC" onclick="SearchArticleWithTC();" /> <label for="ArticlesWithTC">Cited by ≥ 1 (124745)</label> </div> </div> <div class="mnavbar" id="SearchedNameTitle"> <div> Searched Name </div> </div> <div class="mnavbox" id="SearchedNameText"> <label id="RootHolder_SearchTermText" class="search-term-text">Reproducibility of Results</label> </div> <div 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sortedby-list"> <li> <a href="javascript:SubmitSingleFacetSearch('create','6');">Today (<span id="indexCount6"></span>)</a> </li> <li> <a href="javascript:SubmitSingleFacetSearch('create','5');">Yesterday (<span id="indexCount5"></span>)</a> </li> <li> <a href="javascript:SubmitSingleFacetSearch('create','4');">This Week (<span id="indexCount4"></span>)</a> </li> <li> <a href="javascript:SubmitSingleFacetSearch('create','3');">Last Week (<span id="indexCount3"></span>)</a> </li> <li> <a href="javascript:SubmitSingleFacetSearch('create','2');">Current Month (<span id="indexCount2"></span>)</a> </li> <li> <a href="javascript:SubmitSingleFacetSearch('create','1');">Last Month (<span id="indexCount1"></span>)</a> </li> </ul> </div> <div id="journalFacetContainer"> <div class="mnavbar"> <div> Publication Titles </div> </div> <div class="mnavbox"> <div id="journalFacetItemContainer"> </div> <div class="refine-btn-container cl"> <a href="javascript:ShowResultItems('journal');" 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class="refine-link-btn refine-link-btn-right" name="refinesubjectcheck" target="_self">Refine</a> </div> </div> </div> </div> </div> <div class="right-part"> <div class="mnavbar" style="margin-bottom: 0.625rem;"> <div> Journal Articles </div> </div> <table class="article-result-list cl"> <thead> <tr> <td> <span class="dxeBase_MetropolisBlue" id="RootHolder_SearchResultList_NumberTitle">Number</span> </td> <td> <span class="dxeBase_MetropolisBlue" id="RootHolder_SearchResultList_NameTitle">Citation Analysis</span> </td> </tr> </thead> <tbody> <tr id="articlerow1"> <td style="min-width: 40px; text-align: center;"> 1 </td> <td> <div id="citation1" class="article-citation"> <b>Almardawi R</b>, Garcia Zapata L, Gill R, Addona J, Kapustina I, Ahmed SR, Kani K, Davis DL. Single slice MR image estimation of 3D supraspinatus intramuscular fatty infiltration in older adults: relevance for clinical practice and research. <em class='incite-journal-name' onclick='ShowInCiteJournal(21230);'>Skeletal Radiol</em> 2026;<b>54</b>:87-96. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/38782772' target='_blank'>38782772</a> DOI: <a href='https://dx.doi.org/10.1007/s00256-024-04706-3' target='_blank'>10.1007/s00256-024-04706-3</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1007/s00256-024-04706-3','38782772', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(1);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(1);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(1);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(1);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1007/s00256-024-04706-3' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(21230);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://www.editorialmanager.com/skra/default1.aspx' target="_blank">Submit a Manuscript</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 04/17/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 05/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 05/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 05/25/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv1" value="10.1007/s00256-024-04706-3" /> <div style="display: none" id="articleAbstract1" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">OBJECTIVE</div><div class="abstract-content">(1) To compare older adults stratified by supraspinatus tendon tear status (STT status)-no tear (Intact), partial-thickness (PT) tear, full-thickness (FT) tear-by 3D Dixon fat fraction (3D-FF); 2D fat fraction (2D-FF); and 2D Goutallier grade (2D-GG) at the Y-shaped view, and 1.4 cm and 2.8 cm medial to the Y-shaped view. Stratified by STT status to determine (2) correlation of 3D-FF with 2D-FF and 2D-GG and (3) inter-rater reliability at and medial to the Y-shaped view. </div><div class="abstract-label">MATERIALS AND METHODS</div><div class="abstract-content">Forty-five volunteers ≥ 60 years recruited prospectively received shoulder MRI. 3D-FF and 2D-FF were measured on 6-point-Dixon MRI by three trainees. Goutallier grade was assessed on T1-weighted MRI by three fellowship-trained diagnostic radiologists. Descriptive, reliability, and correlation analyses were performed. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Groups showed no difference in age. The FT group showed higher (p < 0.05) mean 3D-FF (14.09% ± 10.99%), mean 2D-FF (1.4 cm medial to Y-shaped view, 14.91% ± 12.11%; 2.8 cm medial to Y-shaped view, 13.32% ± 9.48%), and mean 2D-GG (Y-shaped view, 1.71 ± 0.78; 1.4 cm medial to Y-shaped view, 1.71 ± 0.69; 2.8 cm medial to Y-shaped view, 1.71 ± 0.72), relative to Intact/PT groups. 3D-FF showed strong correlation with 2D-FF among all groups/all analyses (rho, 0.80-0.98; p < 0.001). 3D-FF showed strong correlation with 2D-GG for all FT group analyses (rho, 0.85-0.91; p < 0.05). 3D-FF showed moderate-to-strong correlation considering all Intact/PT group analyses (rho, 0.51-0.79; p < 0.50). Dixon fat fraction showed excellent reliability for all groups (≥ 0.884, intraclass correlation coefficient). Goutallier grade showed excellent reliability for FT group (0.771, weighted Fleiss's kappa) but poor (0.294) and fair (0.502) for Intact and PT groups, respectively. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">Single slice MR image estimation of 3D supraspinatus intramuscular fatty infiltration has merit for continued use in clinical populations requiring potential rotator-cuff-repair surgery. However, Dixon fat fraction should be prioritized for use in research over Goutallier grade due to superior reliability. </div> <a href="javascript:ShowArticleAbstract(1);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords1" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%223D%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">3D</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Dixon+fat+fraction%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Dixon fat fraction</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Goutallier+grade%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Goutallier grade</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Intramuscular+fatty+infiltration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Intramuscular fatty infiltration</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">MRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Rotator+cuff%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rotator cuff</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Shoulder%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Shoulder</a></li></ul> <a href="javascript:ShowArticleKeywords(1);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh1" class="article-abstract"> <b style="display: block; 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Pepper Older Americans Independence Center, School of Medicine, University of Maryland</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Institute+for+Clinical+and+Translational+Research%2c+University+of+Maryland%2c+Baltimore%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">1UL1TR003098 Institute for Clinical and Translational Research, University of Maryland, Baltimore</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIA+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">NIA 3P30AG028747-13S1 NIA NIH HHS</a></li></ul> <a href="javascript:ShowArticleGrant(1);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow2"> <td style="min-width: 40px; text-align: center;"> 2 </td> <td> <div id="citation2" class="article-citation"> <b>da Silva Oliveira CR</b>, Suarez WT, Dos Santos Melo G, Barros AO, Dias Castro GA, Fernandes SA, de Almeida JPB, Dos Santos VB. Green synthesis of thiazole bis-imines as fluorometric sensor for determination of lead in environmental, biological, and food samples. <em>SPECTROCHIMICA ACTA. PART A, MOLECULAR AND BIOMOLECULAR SPECTROSCOPY</em> 2025;<b>326</b>:125250. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39393196' target='_blank'>39393196</a> DOI: <a href='https://dx.doi.org/10.1016/j.saa.2024.125250' target='_blank'>10.1016/j.saa.2024.125250</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1016/j.saa.2024.125250','39393196', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(2);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(2);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(2);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1016/j.saa.2024.125250' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 05/16/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 09/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 10/03/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/13/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv2" value="10.1016/j.saa.2024.125250" /> <div style="display: none" id="articleAbstract2" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-content">In this work, we describe for the first time the synthesis of a thiazole bis-imine fluorometric sensor for the selective determination of Pb2+ in environmental, biological, and food samples. The novel molecules were obtained through a multicomponent reaction using a green and environmentally sustainable methodology. Synthesized chemical sensors were characterized using spectroscopic techniques to structural elucidation, including UV-Vis, FTIR-ATR, 1H and 13C NMR. One of these sensors exhibited remarkable selectivity for the Pb2+ ion at pH 3, forming a stable 1:1 (metal:ligand) complex. Additionally, the reaction conditions for complex formation were optimized, resulting in a method with a linear range of 0.667-10 μg L-1 and a detection limit of 0.18 μg L-1. Furthermore, method validation reinforced its reliability, showing low relative standard deviation in both intra-day and inter-day analyses. Recovery experiments ranged from 83.53 % to 119.10 %. This study represents a significant and innovative advancement in the development of rapid, sensitive, and alternative methods for the detection of potentially toxic metals in a wide range of samples employing a green multicomponent reaction of thiazole bis-imines. </div> <a href="javascript:ShowArticleAbstract(2);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords2" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Chemical+probes%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Chemical probes</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Fluorescence%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fluorescence</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Green+chemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Green chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Metal+detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Metal detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Multicomponent+reaction%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Multicomponent reaction</a></li></ul> <a href="javascript:ShowArticleKeywords(2);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh2" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Thiazoles%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Thiazoles/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Thiazoles%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Thiazoles/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Thiazoles%2fchemical+synthesis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Thiazoles/chemical synthesis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Lead%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Lead/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Green+Chemistry+Technology%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Green Chemistry Technology/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Imines%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Imines/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Imines%2fchemical+synthesis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Imines/chemical synthesis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Fluorometry%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fluorometry/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Limit+of+Detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Limit of Detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Food+Contamination%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Food Contamination/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Food+Analysis%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Food Analysis/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Hydrogen-Ion+Concentration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hydrogen-Ion Concentration</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Animals%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Animals</a></li></ul> <a href="javascript:ShowArticleMeSH(2);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant2" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(2);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow3"> <td style="min-width: 40px; text-align: center;"> 3 </td> <td> <div id="citation3" class="article-citation"> <b>Han L</b>, Wang X, Yu B, Qin X, Liu B, Han X, Yuan H, Yu B, Zhao Z. Development of Fe<sub>3</sub>O<sub>4</sub>/DEX/PDA@Au(Raman reporters)@Au-MPBA nanocomposites based multi-hotspot SERS probe for ultrasensitive, reliable, and quantitative detection of glucose in sweat. <em>SPECTROCHIMICA ACTA. PART A, MOLECULAR AND BIOMOLECULAR SPECTROSCOPY</em> 2025;<b>326</b>:125192. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39342716' target='_blank'>39342716</a> DOI: <a href='https://dx.doi.org/10.1016/j.saa.2024.125192' target='_blank'>10.1016/j.saa.2024.125192</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1016/j.saa.2024.125192','39342716', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(3);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(3);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(3);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1016/j.saa.2024.125192' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 05/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 09/16/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/01/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv3" value="10.1016/j.saa.2024.125192" /> <div style="display: none" id="articleAbstract3" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-content">Glucose is a key biomarker of diabetes, and effective glucose monitoring methods are crucial to the prevention and management of diabetes. Therefore, in this paper, Fe3O4/DEX/PDA@Au (Raman reporters) @Au nanocomposites were synthetized that with DTNB (5,5'-dithiobis(2-nitrobenzoic)), MMTA (2-mercapto-4-methyl-5-thiazole acetic acid), MBA (4-mercaptobenzoic acid) and 4-Mpy(4-Mercaptopyridine) were used separately as Raman reporters. Fe3O4 and PDA (Polymerized dopamine) could supply more high surface area of active sites and high SERS (Surface-Enhanced Raman Scattering) substrate, which has high stability and reproducibility. Dextran coating is an effective way to prepare biocompatible materials TEM, XRD, TG and VSM were used to analyze the size, morphology and magnetic properties of the nanocomposites. Fe3O4/DEX/PDA@Au(Raman reporters)@Au that integrates a multi-hotspot structure and magnetic separation techniques were studied the enhancement effect of Raman spectra, and glucose solutions with different concentrations were tested. Furthermore, the optimal Fe3O4/DEX/PDA@Au(Raman reporters)@Au nanocomposites were supplied as SERS substrates for detection of glucose accurately and quickly in sweat. SERS signal intensity is linearly correlated with glucose concentration within the measurement range of 5 × 10-3 to 10 mM, and the minimum detectable concentration is 5 µM. The Fe3O4/DEX/PDA@Au(Raman reporters)@Au nanocomposites exhibit high reliability, specificity and repeatability of the strategy were then verified by practical detection of sweat. </div> <a href="javascript:ShowArticleAbstract(3);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords3" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Au%40Au%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Au@Au</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Fe(3)O(4)+nanoparticles%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fe(3)O(4) nanoparticles</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Glucose+detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Glucose detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Raman+reporters%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Raman reporters</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22SERS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">SERS</a></li></ul> <a href="javascript:ShowArticleKeywords(3);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh3" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spectrum+Analysis%2c+Raman%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spectrum Analysis, Raman/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Nanocomposites%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Nanocomposites/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Gold%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Gold/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Glucose%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Glucose/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Limit+of+Detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Limit of Detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Dextrans%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Dextrans/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Polymers%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Polymers/chemistry</a></li></ul> <a href="javascript:ShowArticleMeSH(3);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant3" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(3);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow4"> <td style="min-width: 40px; text-align: center;"> 4 </td> <td> <div id="citation4" class="article-citation"> <b>Attia TZ</b>, Abbas AM, El-Deen DAMN, Mohamed AA, Omar MA. Enhancement of sensitivity for moxifloxacin spectrofluorimetric analysis through photoinduced electron transfer inhibition. Green assessment with application to pharmaceutical eye drops. <em>SPECTROCHIMICA ACTA. PART A, MOLECULAR AND BIOMOLECULAR SPECTROSCOPY</em> 2025;<b>326</b>:125201. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39340945' target='_blank'>39340945</a> DOI: <a href='https://dx.doi.org/10.1016/j.saa.2024.125201' target='_blank'>10.1016/j.saa.2024.125201</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1016/j.saa.2024.125201','39340945', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(4);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(4);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(4);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1016/j.saa.2024.125201' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 08/06/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 09/03/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/30/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv4" value="10.1016/j.saa.2024.125201" /> <div style="display: none" id="articleAbstract4" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-content">A green, simple, rapid, selective, and highly sensitive fluorimetric protocol has been established for quantitative analysis of the antibacterial drug moxifloxacin in its pure form and pharmaceutical dosage form. Owing to photoinduced electron transfer, moxifloxacin exhibits low native fluorescence in neutral media. Based on that, the developed fluorimetric protocol depends on inhibiting the photoinduced electron transfer effect of the nitrogen atom presented on the pyrrolidine ring in moxifloxacin by suitable adjusting of pH of the medium surrounding it, leading to its protonation. It is simply achieved by using 0.5 M acetic acid. This protonation enhances the native fluorescence of moxifloxacin, turning it into a stronger one. This fluorescence was measured at 498 nm after excitation at 295 nm with a linearity range from 10 to 60 ng mL-1 and a high correlation coefficient value of 0.9998. The fluorimetric approach could be applied for moxifloxacin detection with a limit of 0.89 ng mL-1 and a quantification limit of 2.69 ng mL-1. The developed method has been validated according to ICH guidelines, indicating high accuracy and excellent precision. Furthermore, the developed fluorimetric protocol was applied successfully for moxifloxacin analysis in pharmaceutical eye drops. As a result, the proposed protocol could be easily applied for quality control of moxifloxacin in different laboratories all over the world. </div> <a href="javascript:ShowArticleAbstract(4);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords4" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Eye+drops%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Eye drops</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Moxifloxacin%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Moxifloxacin</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Photoinduced+electron+transfer%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Photoinduced electron transfer</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spectrofluorimetry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spectrofluorimetry</a></li></ul> <a href="javascript:ShowArticleKeywords(4);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh4" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Moxifloxacin%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Moxifloxacin/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Moxifloxacin%2fpharmacology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Moxifloxacin/pharmacology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spectrometry%2c+Fluorescence%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spectrometry, Fluorescence/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Ophthalmic+Solutions%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Ophthalmic Solutions/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Limit+of+Detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Limit of Detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Hydrogen-Ion+Concentration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hydrogen-Ion Concentration</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Electron+Transport%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Electron Transport</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Green+Chemistry+Technology%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Green Chemistry Technology/methods</a></li></ul> <a href="javascript:ShowArticleMeSH(4);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant4" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(4);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow5"> <td style="min-width: 40px; text-align: center;"> 5 </td> <td> <div id="citation5" class="article-citation"> <b>Nan Z</b>, Chen L, Li G, Li H, Li Y, Ma J, Ding J, Yang J. A method for the quantitative analysis of Lycium barbarum polysaccharides (LBPs) using Fourier-transform infrared spectroscopy (FTIR): From theoretical computation to experimental application. <em>SPECTROCHIMICA ACTA. PART A, MOLECULAR AND BIOMOLECULAR SPECTROSCOPY</em> 2025;<b>326</b>:125204. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39342715' target='_blank'>39342715</a> DOI: <a href='https://dx.doi.org/10.1016/j.saa.2024.125204' target='_blank'>10.1016/j.saa.2024.125204</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1016/j.saa.2024.125204','39342715', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(5);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(5);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(5);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1016/j.saa.2024.125204' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 05/27/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/01/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv5" value="10.1016/j.saa.2024.125204" /> <div style="display: none" id="articleAbstract5" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-content">Lycium barbarum polysaccharides (LBPs) is one of the most important active substances in Lycium barbarum (LB). It is a challenge to quantitatively determine the content due to their complex structures and lack of suitable reference standard in practice. In this study, a quantitative analysis method of LBPs in LB was established based on Fourier-transform infrared spectroscopy (FTIR). The stretching vibration of CO on the pyranose ring of saccharide at 921 cm-1 was selected as the characteristic absorption band by theoretical calculation, which can't be impacted by the preparation methods and interfered by the component monosaccharides. The molecular weight CRM of dextran (Mw 63.3 kDa) served as the reference standard. The introducing internal standard (KSCN) can obtain a good precision (RSD = 1.10 %) and effectively compensate for the analysis errors caused by the environment, quality loss and uneven distribution during the tablet pressing processes. The methodological verification suggested that the method had good accuracy according to the recovery rate (96.61 %-105.45 %) and the blank recovery (92.39 %-99.37 %), respectively. The LOD and LOQ of CRMD were 0.10 mg and 0.32 mg, respectively. The polysaccharide content of LB from 24 different regions (0.50-2.54 %) and 10 batches of LB extracts (7.09-10.56 %) determined by the developed method less than the ones using phenol-sulfuric acid assay (1.95 %-4.83 % for LB and 9.83-15.53 % for extracts, respectively). The established method based on FTIR could be served as a supplement to phenol-sulfuric acid assay and a rapid quantitative assay for polysaccharides products. In additional, this study provided a new idea for the quantitative analysis of plant polysaccharides. </div> <a href="javascript:ShowArticleAbstract(5);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords5" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Fourier+transform+infrared+spectrometry+(FTIR)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fourier transform infrared spectrometry (FTIR)</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Lycium+barbarum%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Lycium barbarum</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Polysaccharides%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Polysaccharides</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Quantitative+analysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Quantitative analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Theoretical+computation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Theoretical computation</a></li></ul> <a href="javascript:ShowArticleKeywords(5);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh5" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spectroscopy%2c+Fourier+Transform+Infrared%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spectroscopy, Fourier Transform Infrared/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Drugs%2c+Chinese+Herbal%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Drugs, Chinese Herbal/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Drugs%2c+Chinese+Herbal%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Drugs, Chinese Herbal/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Lycium%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Lycium/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Limit+of+Detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Limit of Detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Polysaccharides%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Polysaccharides/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Polysaccharides%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Polysaccharides/analysis</a></li></ul> <a href="javascript:ShowArticleMeSH(5);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant5" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(5);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow6"> <td style="min-width: 40px; text-align: center;"> 6 </td> <td> <div id="citation6" class="article-citation"> <b>Mostafa NS</b>, Ayish NS, Abdel Rahman MA. A simple eco-friendly spectrofluorimetric resolution approach for the simultaneous determination of Naproxen and Domperidone in pharmaceutical formulation and human plasma; assessment of method greenness. <em>SPECTROCHIMICA ACTA. PART A, MOLECULAR AND BIOMOLECULAR SPECTROSCOPY</em> 2025;<b>326</b>:125168. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39340944' target='_blank'>39340944</a> DOI: <a href='https://dx.doi.org/10.1016/j.saa.2024.125168' target='_blank'>10.1016/j.saa.2024.125168</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1016/j.saa.2024.125168','39340944', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(6);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(6);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(6);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1016/j.saa.2024.125168' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/18/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/21/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/18/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/30/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv6" value="10.1016/j.saa.2024.125168" /> <div style="display: none" id="articleAbstract6" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-content">Designing new verified methods for the determination of pharmaceutical compounds in their specified formulation without prior separation and with high sensitivity taking in consideration analytical performance and simplicity has become a major concern of pharmaceutical quality control units. In the present work, a new simple and eco-friendly spectrofluorimetric method was developed and validated for the determination of Naproxen (NAP) and Domperidone (DOM) in their binary mixture, pharmaceutical formulation in addition to human plasma without prior separation. The proposed method is based on measuring the second derivative fluorescence intensity for NAP at 345 nm and for DOM at 292 after excitation at 235 nm without any interference from each other. All the variables affecting fluorescence intensity were studied and optimized. The proposed method showed excellent sensitivity with limit of detection (LOD) 12.286 ng/mL and 3.240 ng/mL for NAP and DOM respectively. In compliance with the ICH requirements, the optimized method was validated and was successfully utilized for the determination of both drugs in their pharmaceutical formulation and human plasma. Finally, the greenness of the proposed method was assessed using different assessment tools. </div> <a href="javascript:ShowArticleAbstract(6);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords6" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Domperidone%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Domperidone</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Naproxen%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Naproxen</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spectrofluorimetric+method%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spectrofluorimetric method</a></li></ul> <a href="javascript:ShowArticleKeywords(6);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh6" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Domperidone%2fblood%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Domperidone/blood</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Domperidone%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Domperidone/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Naproxen%2fblood%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Naproxen/blood</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Naproxen%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Naproxen/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spectrometry%2c+Fluorescence%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spectrometry, Fluorescence/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Limit+of+Detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Limit of Detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Green+Chemistry+Technology%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Green Chemistry Technology/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Hydrogen-Ion+Concentration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hydrogen-Ion Concentration</a></li></ul> <a href="javascript:ShowArticleMeSH(6);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant6" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(6);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow7"> <td style="min-width: 40px; text-align: center;"> 7 </td> <td> <div id="citation7" class="article-citation"> <b>Ramzy S</b>, Alshehri S, Abduljabbar MH, Althobaiti YS, Alzhrani RM, Almalki AH. An environmentally sustainable synchronous spectrofluorimetric method coupled with second derivative signal processing for simultaneous determination of velpatasvir and simeprevir in pharmaceutical and plasma samples. <em>SPECTROCHIMICA ACTA. PART A, MOLECULAR AND BIOMOLECULAR SPECTROSCOPY</em> 2025;<b>326</b>:125202. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39332169' target='_blank'>39332169</a> DOI: <a href='https://dx.doi.org/10.1016/j.saa.2024.125202' target='_blank'>10.1016/j.saa.2024.125202</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1016/j.saa.2024.125202','39332169', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(7);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(7);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(7);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1016/j.saa.2024.125202' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 08/07/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 09/03/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/29/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv7" value="10.1016/j.saa.2024.125202" /> <div style="display: none" id="articleAbstract7" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-content">Velpatasvir and simeprevir are two direct acting antivirals that are often used in combination with sofosbuvir to treat HCV infections. Herein, an environmentally benign spectrofluorimetric method was developed for simultaneous quantification of velpatasvir and simeprevir in pharmaceutical and plasma samples. To address the issue of overlapping fluorescence spectra presented by these compounds, this method integrates synchronous fluorescence and second-derivative spectroscopy. By employing the second derivative of the synchronous fluorescence spectra measured at Δλ of 140 nm, the accurate determination of velpatasvir at 400 nm and simeprevir at 426 nm was achieved without any interference. Different experimental parameters affecting the synchronous fluorescence of the studied drugs were carefully optimized. The plots of second-derivative amplitudes against concentrations showed linearity in the range of 5-400 ng/mL for velpatasvir and 80-800 ng/mL for simeprevir. The method was very sensitive, with lower detection limits of 1.11 ng/mL and 25.40 ng/mL, and quantification limits of 3.36 ng/mL and 76.96 ng/mL for velpatasvir and simeprevir, respectively.The method was effectively used to determine velpatasvir and simeprevir simultaneously in their pure forms, pharmaceutical dosage forms, and human plasma with no interference. The suggested technique was additionally evaluated for its eco-friendliness through the utilization of the Analytical GREEnness (AGREE) and Green Analytical Procedure Index (GAPI) evaluation metrics, revealing that the method is indeed sustainable. </div> <a href="javascript:ShowArticleAbstract(7);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords7" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Derivative+spectroscopy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Derivative spectroscopy</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Green+analytical+chemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Green analytical chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Simeprevir%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Simeprevir</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Synchronous+fluorescence+spectroscopy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Synchronous fluorescence spectroscopy</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Velpatasvir%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Velpatasvir</a></li></ul> <a href="javascript:ShowArticleKeywords(7);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh7" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Simeprevir%2fblood%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Simeprevir/blood</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spectrometry%2c+Fluorescence%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spectrometry, Fluorescence/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Heterocyclic+Compounds%2c+4+or+More+Rings%2fblood%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Heterocyclic Compounds, 4 or More Rings/blood</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Heterocyclic+Compounds%2c+4+or+More+Rings%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Heterocyclic Compounds, 4 or More Rings/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Carbamates%2fblood%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Carbamates/blood</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Limit+of+Detection%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Limit of Detection</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Antiviral+Agents%2fblood%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Antiviral Agents/blood</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Antiviral+Agents%2fanalysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Antiviral Agents/analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Green+Chemistry+Technology%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Green Chemistry Technology/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Benzimidazoles%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Benzimidazoles</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Benzopyrans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Benzopyrans</a></li></ul> <a href="javascript:ShowArticleMeSH(7);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant7" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(7);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow8"> <td style="min-width: 40px; text-align: center;"> 8 </td> <td> <div id="citation8" class="article-citation"> <b>Jung Y</b>, Ahn HS, Park SH. Quantitative mapping of renal oxygen consumption using pseudo-continuous arterial spin labeling and quantitative susceptibility mapping in humans. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:699-708. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39221556' target='_blank'>39221556</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30288' target='_blank'>10.1002/mrm.30288</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30288','39221556', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(8);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(8);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(8);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(8);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30288' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 04/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 07/29/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/04/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv8" value="10.1002/mrm.30288" /> <div style="display: none" id="articleAbstract8" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To propose a new method for quantitatively mapping the renal metabolic rate of oxygen (RMRO2) and to evaluate the proposed method using a caffeine challenge. </div><div class="abstract-label">THEORY AND METHODS</div><div class="abstract-content">Pseudo-continuous arterial spin labeling (pCASL) and QSM sequences were used to obtain MR images in the kidney. Six healthy volunteers were scanned on caffeine and control days. The pCASL and QSM images were registered using DICOM information and rigid translation. The Fick principle was applied to estimate RMRO2. The results on caffeine and control days were compared to evaluate the capability of the proposed method to estimate renal oxygen consumption. A paired t-test was used to assess the statistical significance. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Estimated renal blood flow (RBF), QSM, and RMRO2 maps were consistent with those reported in the literature. RMRO2 values were higher than the cerebral metabolic rate of oxygen (CMRO2) and were significantly reduced on the caffeine days compared to the control days, consistent with findings from non-MRI literature. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">The feasibility of measuring renal oxygen consumption using pCASL and QSM images was demonstrated. To the best of our knowledge, this work provides quantitative maps of renal oxygen consumption in humans for the first time. The results were consistent with the literature, including the statistically significant reduction in renal oxygen consumption with caffeine challenge. These findings suggest the potential utility of our technique in measuring renal oxygen consumption noninvasively, especially for patients with complications associated with contrast agents. </div> <a href="javascript:ShowArticleAbstract(8);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords8" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22QSM%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">QSM</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22RMRO2%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RMRO2</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22caffeine+challenge%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">caffeine challenge</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22kidney%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">kidney</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22pCASL%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">pCASL</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22renal+oxygen+consumption%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">renal oxygen consumption</a></li></ul> <a href="javascript:ShowArticleKeywords(8);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh8" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Spin+Labels%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Spin Labels</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Oxygen+Consumption%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Oxygen Consumption/physiology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Kidney%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Kidney/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Kidney%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Kidney/metabolism</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Kidney%2fblood+supply%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Kidney/blood supply</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Caffeine%2fpharmacology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Caffeine/pharmacology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Oxygen%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Oxygen/metabolism</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Renal+Circulation%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Renal Circulation/physiology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Interpretation%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Interpretation, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Young+Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Young Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li></ul> <a href="javascript:ShowArticleMeSH(8);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant8" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22National+Research+Foundation+of+Korea%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RS-2023-00207783 National Research Foundation of Korea</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22National+Research+Foundation+of+Korea%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RS-2024-00345512 National Research Foundation of Korea</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Korea+Health+Industry+Development+Institute%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RS-2024-00354741 Korea Health Industry Development Institute</a></li></ul> <a href="javascript:ShowArticleGrant(8);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow9"> <td style="min-width: 40px; text-align: center;"> 9 </td> <td> <div id="citation9" class="article-citation"> <b>Munidasa S</b>, Zanette B, Dumas MP, Wee W, Braganza S, Li D, Ratjen F, Santyr G. Comparison of 3D UTE free-breathing lung MRI with hyperpolarized <sup>129</sup>Xe MRI in pediatric cystic fibrosis. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:775-787. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39285622' target='_blank'>39285622</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30299' target='_blank'>10.1002/mrm.30299</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30299','39285622', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(9);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(9);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(9);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(9);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30299' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 03/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/12/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 11/30/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv9" value="10.1002/mrm.30299" /> <div style="display: none" id="articleAbstract9" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To compare phase-resolved functional lung (PREFUL) regional ventilation derived from a free breathing 3D UTE radial MRI acquisition to hyperpolarized 129Xe-MRI (Xe-MRI), conventional 2D multi-slice PREFUL MRI, and pulmonary function tests in pediatric cystic fibrosis (CF) lung disease. </div><div class="abstract-label">METHODS</div><div class="abstract-content">Free-breathing 3D UTE and 2D multi-slice 1H MRI as well as Xe-MRI were acquired in 12 stable pediatric CF patients. Using PREFUL, regional ventilation (RVent) maps were calculated from the free-breathing data. Ventilation defect percentage (VDP) was determined from 3D and 2D RVent maps (2D VDPRVent and 3D VDPRVent, respectively) and Xe-MRI ventilation (VDPXe). VDP was calculated for the whole lung and for eight regions based on left/right, anterior/posterior, and superior/inferior divisions of the lung. Global and regional VDP was compared between the three methods using Bland-Altman analysis, linear mixed model-based correlation, and one-way analysis of variance and multiple comparisons tests. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Global 3D VDPRVent, VDPXe, and 2D VDPRVent were all strongly correlated (all R2 > 0.62, p < 0.0001) and showed minimal, non-significant bias (all <2%, p > 0.05). Three dimensional and 2D VDPRVent significantly correlated to VDPXe in most of the separate lung regions (R2 = 0.18-0.74, p < 0.04), but showed lower inter-agreement. The superior/anterior lung regions showed the least agreement between all three methods (all p > 0.12). </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">Absolute VDP assessed by 3D UTE PREFUL MRI showed good global agreement with Xe-MRI and 2D multi-slice PREFUL MRI in pediatric CF lung disease. Therefore, 3D UTE PREFUL MRI offers a sensitive and potentially more accessible alternative to Xe-MRI for regional volumetric evaluation of ventilation. </div> <a href="javascript:ShowArticleAbstract(9);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords9" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%223D+free%e2%80%90breathing+1%e2%80%90H+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">3D free‐breathing 1‐H imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cystic+fibrosis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cystic fibrosis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22hyperpolarized+129Xenon+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">hyperpolarized 129Xenon imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22pulmonary+ventilation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">pulmonary ventilation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22ultra%e2%80%90short+echo+time%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">ultra‐short echo time</a></li></ul> <a href="javascript:ShowArticleKeywords(9);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh9" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Cystic+Fibrosis%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cystic Fibrosis/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Child%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Child</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Xenon+Isotopes%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Xenon Isotopes</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Imaging%2c+Three-Dimensional%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Imaging, Three-Dimensional</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Lung%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Lung/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adolescent%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adolescent</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Respiratory+Function+Tests%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Respiratory Function Tests</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Respiration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Respiration</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li></ul> <a href="javascript:ShowArticleMeSH(9);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant9" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22+CIHR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">MOP 123431 CIHR</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22+CIHR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">PJT 153099 CIHR</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Canadian+Network+for+Research+and+Innovation+in+Machining+Technology%2c+Natural+Sciences+and+Engineering+Research+Council+of+Canada%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RGPIN 217015-2013 Canadian Network for Research and Innovation in Machining Technology, Natural Sciences and Engineering Research Council of Canada</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Cystic+Fibrosis+Foundation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cystic Fibrosis Foundation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22+CIHR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">MOP 123431 CIHR</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22+CIHR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">PJT 153099 CIHR</a></li></ul> <a href="javascript:ShowArticleGrant(9);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow10"> <td style="min-width: 40px; text-align: center;"> 10 </td> <td> <div id="citation10" class="article-citation"> <b>Huang S</b>, Lah JJ, Allen JW, Qiu D. Accelerated model-based T1, T2* and proton density mapping using a Bayesian approach with automatic hyperparameter estimation. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:563-583. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39270136' target='_blank'>39270136</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30295' target='_blank'>10.1002/mrm.30295</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30295','39270136', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(10);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(10);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(10);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(10);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30295' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 09/01/2023]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/27/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/15/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv10" value="10.1002/mrm.30295" /> <div style="display: none" id="articleAbstract10" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To achieve automatic hyperparameter estimation for the model-based recovery of quantitative MR maps from undersampled data, we propose a Bayesian formulation that incorporates the signal model and sparse priors among multiple image contrasts. </div><div class="abstract-label">THEORY</div><div class="abstract-content">We introduce a novel approximate message passing framework "AMP-PE" that enables the automatic and simultaneous recovery of hyperparameters and quantitative maps. </div><div class="abstract-label">METHODS</div><div class="abstract-content">We employed the variable-flip-angle method to acquire multi-echo measurements using gradient echo sequence. We explored undersampling schemes to incorporate complementary sampling patterns across different flip angles and echo times. We further compared AMP-PE with conventional compressed sensing approaches such as thel 1 $$ {l}_1 $$ -norm minimization, PICS and other model-based approaches such as GraSP, MOBA. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Compared to conventional compressed sensing approaches such as thel 1 $$ {l}_1 $$ -norm minimization and PICS, AMP-PE achieved superior reconstruction performance with lower errors inT 2 ∗ $$ {\mathrm{T}}_2^{\ast } $$ mapping and comparable performance inT 1 $$ {\mathrm{T}}_1 $$ and proton density mappings. When compared to other model-based approaches including GraSP and MOBA, AMP-PE exhibited greater robustness and outperformed GraSP in reconstruction error. AMP-PE offers faster speed than MOBA. AMP-PE performed better than MOBA at higher sampling rates and worse than MOBA at a lower sampling rate. Notably, AMP-PE eliminates the need for hyperparameter tuning, which is a requisite for all the other approaches. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">AMP-PE offers the benefits of model-based recovery with the additional key advantage of automatic hyperparameter estimation. It works adeptly in situations where ground-truth is difficult to obtain and in clinical environments where it is desirable to automatically adapt hyperparameters to individual protocol, scanner and patient. </div> <a href="javascript:ShowArticleAbstract(10);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords10" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Poisson+disc%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Poisson disc</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22approximate+message+passing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">approximate message passing</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22complementary+undersampling+pattern%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">complementary undersampling pattern</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22compressed+sensing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">compressed sensing</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22hyperparameter+estimation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">hyperparameter estimation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22multi%e2%80%90echo+gradient+echo+sequence%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">multi‐echo gradient echo sequence</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22quantitative+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">quantitative MRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22variable+density%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">variable density</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22variable+flip+angle%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">variable flip angle</a></li></ul> <a href="javascript:ShowArticleKeywords(10);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh10" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Bayes+Theorem%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bayes Theorem</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Brain%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Brain/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Computer+Simulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Computer Simulation</a></li></ul> <a href="javascript:ShowArticleMeSH(10);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant10" class="article-abstract"> <b style="display: block; 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text-align: center;"> 11 </td> <td> <div id="citation11" class="article-citation"> <b>Echols JT</b>, Wang S, Patel AR, Hogwood AC, Abbate A, Epstein FH. Fatty acid composition MRI of epicardial adipose tissue: Methods and detection of proinflammatory biomarkers in ST-segment elevation myocardial infarction patients. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:519-535. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39323040' target='_blank'>39323040</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30285' target='_blank'>10.1002/mrm.30285</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30285','39323040', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(11);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(11);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(11);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(11);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30285' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 03/13/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 07/27/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/20/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/27/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv11" value="10.1002/mrm.30285" /> <div style="display: none" id="articleAbstract11" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To develop a method for quantifying the fatty acid composition (FAC) of human epicardial adipose tissue (EAT) using accelerated MRI and identify its potential for detecting proinflammatory biomarkers in patients with ST-segment elevation myocardial infarction (STEMI). </div><div class="abstract-label">METHODS</div><div class="abstract-content">A multi-echo radial gradient-echo sequence was developed for accelerated imaging during a breath hold using a locally low-rank denoising technique to reconstruct undersampled images. FAC mapping was achieved by fitting the multi-echo images to a multi-resonance complex signal model based on triglyceride characterization. Validation of the method was assessed using a phantom comprised of multiple oils. In vivo imaging was performed in STEMI patients (n = 21; 14 males/seven females). FAC was quantified in EAT, subcutaneous AT, and abdominal visceral AT. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Phantom validation demonstrated strong correlations (r > 0.97) and statistical significance (p < 0.0001) between measured and reference proton density fat fraction and FAC values. In vivo imaging of STEMI patients revealed a distinct EAT FAC profile compared to subcutaneous AT and abdominal visceral AT. EAT FAC parameters had significant correlations with left ventricular (LV) end-diastolic volume index (p < 0.05), LV end-systolic volume index (p < 0.05), and LV mass index (p < 0.05). </div><div class="abstract-label">CONCLUSIONS</div><div class="abstract-content">Accelerated MRI enabled accurate quantification of human EAT FAC. The relationships between the EAT FAC profile and LV structure and function in STEMI patients suggest the potential of EAT FAC MRI as a biomarker for adipose tissue quality and inflammatory status in cardiovascular disease. </div> <a href="javascript:ShowArticleAbstract(11);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords11" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cardiac+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cardiac MRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22epicardial+adipose+tissue%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">epicardial adipose tissue</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22fatty+acid+composition%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">fatty acid composition</a></li></ul> <a href="javascript:ShowArticleKeywords(11);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh11" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adipose+Tissue%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adipose Tissue/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Pericardium%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Pericardium/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Middle+Aged%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Middle Aged</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Biomarkers%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biomarkers/metabolism</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22ST+Elevation+Myocardial+Infarction%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">ST Elevation Myocardial Infarction/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Fatty+Acids%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fatty Acids</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Aged%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Aged</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Inflammation%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Inflammation/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Myocardial+Infarction%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Myocardial Infarction/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Epicardial+Adipose+Tissue%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Epicardial Adipose Tissue</a></li></ul> <a href="javascript:ShowArticleMeSH(11);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant11" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIA+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 AG076360 NIA NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22The+American+Heart+Association+(AHA)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">23PRE1011202 The American Heart Association (AHA)</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 HL162872 NHLBI NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">T32 HL007284 NHLBI NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIA+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 AG076360 NIA NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 HL162872 NHLBI NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">T32 HL007284 NHLBI NIH HHS</a></li></ul> <a href="javascript:ShowArticleGrant(11);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow12"> <td style="min-width: 40px; text-align: center;"> 12 </td> <td> <div id="citation12" class="article-citation"> <b>Howard MC</b>. Vaccine hesitancy as indecision: Creation and evaluation of the Unidimensional Vaccine Hesitancy Scale. <em class='incite-journal-name' onclick='ShowInCiteJournal(4063);'>Br J Health Psychol</em> 2025;<b>30</b>:e12753. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39327232' target='_blank'>39327232</a> DOI: <a href='https://dx.doi.org/10.1111/bjhp.12753' target='_blank'>10.1111/bjhp.12753</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1111/bjhp.12753','39327232', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(12);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(12);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(12);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1111/bjhp.12753' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(4063);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/19/2023]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/02/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/28/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv12" value="10.1111/bjhp.12753" /> <div style="display: none" id="articleAbstract12" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">BACKGROUND</div><div class="abstract-content">Several authors have argued that vaccine hesitancy should be conceptualized as indecision in the vaccination decision-making process, but no established measure with support for its psychometric properties and validity has been created from this operational definition. </div><div class="abstract-label">AIMS</div><div class="abstract-content">To resolve this tension, this article undergoes a four-study scale development process to create the 4-item Unidimensional Vaccine Hesitancy Scale (UVHS). </div><div class="abstract-label">MATERIALS AND METHODS</div><div class="abstract-content">We conduct four survey studies utilizing a total sample size of 884. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">In Studies 1 (n = 297) and 2 (n = 298), we provide psychometric support for the measure via exploratory and confirmatory factor analysis. In Studies 3 (n = 193) and 4 (n = 106), we support the concurrent and discriminant validity of the measure by assessing its relations with relevant constructs, such as vaccination readiness and acceptance, and we also provide initial indicators of the scale's possible predictive qualities by testing its time-separated effects with vaccination willingness, receipt and word-of-mouth. </div><div class="abstract-label">DISCUSSION</div><div class="abstract-content">We leverage these results to provide a number of theoretical insights and suggestions for future practice. Of note, we highlight that different conceptualizations and operationalizations for the same construct can produce notably differing empirical findings, and vaccine hesitancy is no different. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">Our cumulative efforts indicate that the UVHS is an appropriate measure to assess vaccine hesitancy as indecision. </div> <a href="javascript:ShowArticleAbstract(12);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords12" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22factor+analysis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">factor analysis</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22measurement%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">measurement</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22scale+development%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">scale development</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22vaccination%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">vaccination</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22vaccination+willingness%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">vaccination willingness</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22vaccine+hesitancy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">vaccine hesitancy</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22vaccine+receipt%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">vaccine receipt</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22vaccine+word%e2%80%90of%e2%80%90mouth%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">vaccine word‐of‐mouth</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22validity%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">validity</a></li></ul> <a href="javascript:ShowArticleKeywords(12);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh12" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Psychometrics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Psychometrics</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Vaccination+Hesitancy%2fpsychology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Vaccination Hesitancy/psychology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Surveys+and+Questionnaires%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Surveys and Questionnaires</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Middle+Aged%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Middle Aged</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Patient+Acceptance+of+Health+Care%2fpsychology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Patient Acceptance of Health Care/psychology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Young+Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Young Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adolescent%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adolescent</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Factor+Analysis%2c+Statistical%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Factor Analysis, Statistical</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Vaccination%2fpsychology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Vaccination/psychology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Aged%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Aged</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Decision+Making%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Decision Making</a></li></ul> <a href="javascript:ShowArticleMeSH(12);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant12" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(12);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow13"> <td style="min-width: 40px; text-align: center;"> 13 </td> <td> <div id="citation13" class="article-citation"> <b>Hu Z</b>, Berman AJL, Dong Z, Grissom WA, Reese TG, Wald LL, Wang F, Polimeni JR. Reduced physiology-induced temporal instability achieved with variable-flip-angle fast low-angle excitation echo-planar technique with multishot echo planar time-resolved imaging. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:597-614. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39323238' target='_blank'>39323238</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30301' target='_blank'>10.1002/mrm.30301</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30301','39323238', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(13);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(13);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(13);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(13);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30301' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/05/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/29/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/27/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv13" value="10.1002/mrm.30301" /> <div style="display: none" id="articleAbstract13" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">Echo planar time-resolved imaging (EPTI) is a new imaging approach that addresses the limitations of EPI by providing high-resolution, distortion- and T2/T 2 * $$ {\mathrm{T}}_2^{\ast } $$ blurring-free imaging for functional MRI (fMRI). However, as in all multishot sequences, intershot phase variations induced by physiological processes can introduce temporal instabilities to the reconstructed time-series data. This study aims to reduce these instabilities in multishot EPTI. </div><div class="abstract-label">THEORY AND METHODS</div><div class="abstract-content">In conventional multishot EPTI, the time intervals between the shots comprising each slice can introduce intershot phase variations. Here, the fast low-angle excitation echo-planar technique (FLEET), in which all shots of each slice are acquired consecutively with minimal time delays, was combined with a variable flip angle (VFA) technique to improve intershot consistency and maximize signal. A recursive Shinnar-Le Roux RF pulse design algorithm was used to generate pulses for different shots to produce consistent slice profiles and signal intensities across shots. Blipped controlled aliasing in parallel imaging simultaneous multislice was also combined with the proposed VFA-FLEET EPTI to improve temporal resolution and increase spatial coverage. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">The temporal stability of VFA-FLEET EPTI was compared with conventional EPTI at 7 T. The results demonstrated that VFA-FLEET can provide spatial-specific increase of temporal stability. We performed high-resolution task-fMRI experiments at 7 T using VFA-FLEET EPTI, and reliable BOLD responses to a visual stimulus were detected. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">The intershot phase variations induced by physiological processes in multishot EPTI can manifest as specific spatial patterns of physiological noise enhancement and lead to reduced temporal stability. The VFA-FLEET technique can substantially reduce these physiology-induced instabilities in multishot EPTI acquisitions. The proposed method provides sufficient stability and sensitivity for high-resolution fMRI studies. </div> <a href="javascript:ShowArticleAbstract(13);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords13" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%227T+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">7T MRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22BOLD%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">BOLD</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22SMS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">SMS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22fMRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">fMRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22high+spatial+resolution+fMRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">high spatial resolution fMRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22temporal+SNR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">temporal SNR</a></li></ul> <a href="javascript:ShowArticleKeywords(13);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh13" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Echo-Planar+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Echo-Planar Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Brain%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Brain/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Brain+Mapping%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Brain Mapping/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li></ul> <a href="javascript:ShowArticleMeSH(13);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant13" class="article-abstract"> <b style="display: block; 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text-align: center;"> 14 </td> <td> <div id="citation14" class="article-citation"> <b>Lee W</b>, Han PK, Marin T, Mounime IBG, Vafay Eslahi S, Djebra Y, Chi D, Bijari FJ, Normandin MD, El Fakhri G, Ma C. Free-breathing 3D cardiac extracellular volume (ECV) mapping using a linear tangent space alignment (LTSA) model. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:536-549. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39402014' target='_blank'>39402014</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30284' target='_blank'>10.1002/mrm.30284</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30284','39402014', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(14);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(14);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(14);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(14);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30284' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 04/23/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 07/27/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/20/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/23/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv14" value="10.1002/mrm.30284" /> <div style="display: none" id="articleAbstract14" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To develop a new method for free-breathing 3D extracellular volume (ECV) mapping of the whole heart at 3 T. </div><div class="abstract-label">METHODS</div><div class="abstract-content">A free-breathing 3D cardiac ECV mapping method was developed at 3 T. T1 mapping was performed before and after contrast agent injection using a free-breathing electrocardiogram-gated inversion recovery sequence with spoiled gradient echo readout. A linear tangent space alignment model-based method was used to reconstruct high-frame-rate dynamic images from (k,t)-space data sparsely sampled along a random stack-of-stars trajectory. Joint T1 and transmit B1 estimation were performed voxel-by-voxel for pre- and post-contrast T1 mapping. To account for the time-varying T1 after contrast agent injection, a linearly time-varying T1 model was introduced for post-contrast T1 mapping. ECV maps were generated by aligning pre- and post-contrast T1 maps through affine transformation. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">The feasibility of the proposed method was demonstrated using in vivo studies with six healthy volunteers at 3 T. We obtained 3D ECV maps at a spatial resolution of 1.9 × 1.9 × 4.5 mm3 and a FOV of 308 × 308 × 144 mm3, with a scan time of 10.1 ± 1.4 and 10.6 ± 1.6 min before and after contrast agent injection, respectively. The ECV maps and the pre- and post-contrast T1 maps obtained by the proposed method were in good agreement with the 2D MOLLI method both qualitatively and quantitatively. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">The proposed method allows for free-breathing 3D ECV mapping of the whole heart within a practically feasible imaging time. The estimated ECV values from the proposed method were comparable to those from the existing method. </div> <a href="javascript:ShowArticleAbstract(14);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords14" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cardiac+T1+mapping%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cardiac T1 mapping</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cardiac+extracellular+volume+(ECV)+mapping%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cardiac extracellular volume (ECV) mapping</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22linear+tangent+space+alignment+(LTSA)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">linear tangent space alignment (LTSA)</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22manifold+learning%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">manifold learning</a></li></ul> <a href="javascript:ShowArticleKeywords(14);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh14" class="article-abstract"> <b style="display: block; 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text-align: center;"> 15 </td> <td> <div id="citation15" class="article-citation"> <b>Castillo-Passi C</b>, Kunze KP, Crabb MG, Munoz C, Fotaki A, Neji R, Irarrazaval P, Prieto C, Botnar RM. Highly efficient image navigator based 3D whole-heart cardiac MRA at 0.55T. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:689-698. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39415543' target='_blank'>39415543</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30316' target='_blank'>10.1002/mrm.30316</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30316','39415543', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(15);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(15);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(15);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(15);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30316' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/24/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/07/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/06/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/18/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv15" value="10.1002/mrm.30316" /> <div style="display: none" id="articleAbstract15" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To develop and evaluate a highly efficient free-breathing and contrast-agent-free three-dimensional (3D) whole-heart Cardiac Magnetic Resonance Angiography (CMRA) sequence at 0.55T. </div><div class="abstract-label">METHODS</div><div class="abstract-content">Free-breathing whole-heart CMRA has been previously proposed at 1.5 and 3T. Direct application of this sequence to 0.55T is not possible due to changes in the magnetic properties of the tissues. To enable free-breathing CMRA at 0.55T, pulse sequence design and acquisition parameters of a previously proposed whole-heart CMRA framework are optimized via Bloch simulations. Image navigators (iNAVs) are used to enable nonrigid respiratory motion-correction and 100% respiratory scan efficiency. Patch-based low-rank denoising is employed to accelerate the scan and account for the reduced signal-to-noise ratio at 0.55T. The proposed approach was evaluated on 11 healthy subjects. Image quality was assessed by a clinical expert (1: poor to 5: excellent) for all intrapericardiac structures. Quantitative evaluation was performed by assessing the vessel sharpness of the proximal right coronary artery (RCA). </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Optimization resulted in an imaging flip angle of11 0 ∘ $$ 11{0}^{\circ } $$ , fat saturation flip angle of18 0 ∘ $$ 18{0}^{\circ } $$ , and six k-space lines for iNAV encoding. The relevant cardiac structures and main coronary arteries were visible in all subjects, with excellent image quality (mean4 . 9 / 5 . 0 $$ 4.9/5.0 $$ ) and minimal artifacts (mean4 . 9 / 5 . 0 $$ 4.9/5.0 $$ ), with RCA vessel sharpness (50 . 3 % ± 9 . 8 % $$ 50.3\%\pm 9.8\% $$ ) comparable to previous studies at 1.5T. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">The proposed approach enables 3D whole-heart CMRA at 0.55T in a 6-min scan (5 . 9 ± 0 . 7 min $$ 5.9\pm 0.7\;\min $$ ), providing excellent image quality, minimal artifacts, and comparable vessel sharpness to previous 1.5T studies. Future work will include the evaluation of the proposed approach in patients with cardiovascular disease. </div> <a href="javascript:ShowArticleAbstract(15);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords15" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Bloch+equations%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bloch equations</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Low%e2%80%90field+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Low‐field MRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22MRA%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">MRA</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Whole%e2%80%90heart%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Whole‐heart</a></li></ul> <a href="javascript:ShowArticleKeywords(15);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh15" class="article-abstract"> <b style="display: block; 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text-align: center;"> 16 </td> <td> <div id="citation16" class="article-citation"> <b>Zhao Z</b>, Lee NG, Nayak KS. Multidimensional RF pulse design with consideration of concomitant field effects. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:718-729. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39365913' target='_blank'>39365913</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30311' target='_blank'>10.1002/mrm.30311</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30311','39365913', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(16);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(16);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(16);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(16);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30311' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/07/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/30/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/03/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/06/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv16" value="10.1002/mrm.30311" /> <div style="display: none" id="articleAbstract16" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To develop a small-tip multidimensional RF pulse design procedure that incorporates linear time-invariant gradient imperfections and concomitant field effects. This could be particularly important for contemporary low-field MRI systems with high-performance gradients. </div><div class="abstract-label">THEORY AND METHODS</div><div class="abstract-content">We developed an extension of the small-tip excitation k-space formalism, where concomitant fields were approximated as a Bloch-Siegert shift in the rotating frame. This was evaluated using realistic simulations of 2D selective excitation at various field strengths (0.2T, 0.55T, 1.5T, 3T, and 7T) with single and parallel transmit. Simulated excitation profiles from the original and extended k-space formalisms were compared. Experimental validations were performed at 0.55T with a single-channel transmit. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">The extended formalism provides improved 2D excitation profiles in all scenarios simulated, compared against the original formalism. The proposed method corrects the concomitant field effects on 2D selective excitations for B0 > 0.2T when the magnitude of the B0 is far larger than that of nonrotating concomitant fields. Simulation and phantom experiments at 0.55T match well for both original and proposed methods, with the proposed method providing sharper and more accurate excitation profiles at off-isocenter distances up to 15 cm. The impact of the proposed method is greatest in scenarios where concomitant fields are substantial, such as low field strengths and off-isocenter. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">Concomitant fields can be modeled as a Bloch-Siegert shift in the rotating frame during multidimensional RF pulse design, resulting in improved excitation profiles with sharp edges. This is important to consider for off-isocenter excitations and imaging at low field strengths with strong gradients. </div> <a href="javascript:ShowArticleAbstract(16);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords16" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22concomitant+field+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">concomitant field effects</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22gradient+impulse+response+function+(GIRF)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">gradient impulse response function (GIRF)</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22low%e2%80%90field%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">low‐field</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22multi%e2%80%90dimensional+RF+pulse+design%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">multi‐dimensional RF pulse design</a></li></ul> <a href="javascript:ShowArticleKeywords(16);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh16" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Radio+Waves%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Radio Waves</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Computer+Simulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Computer Simulation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Enhancement%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Enhancement/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Signal+Processing%2c+Computer-Assisted%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Signal Processing, Computer-Assisted</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li></ul> <a href="javascript:ShowArticleMeSH(16);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant16" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22National+Science+Foundation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">1828736 National Science Foundation</a></li></ul> <a href="javascript:ShowArticleGrant(16);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow17"> <td style="min-width: 40px; text-align: center;"> 17 </td> <td> <div id="citation17" class="article-citation"> <b>Fiedler TM</b>, Ladd ME, Orzada S. Local and whole-body SAR in UHF body imaging: Implications for SAR matrix compression. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:842-849. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39301784' target='_blank'>39301784</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30306' target='_blank'>10.1002/mrm.30306</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30306','39301784', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(17);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(17);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(17);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30306' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/19/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/05/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/30/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/22/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv17" value="10.1002/mrm.30306" /> <div style="display: none" id="articleAbstract17" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">Transmit arrays for body imaging have characteristics of both volume and local transmit coils. This study evaluates two specific absorption rate (SAR) aspects, local and whole-body SAR, of arrays for body imaging at 7 T and also for a 3 T birdcage. </div><div class="abstract-label">METHODS</div><div class="abstract-content">Simulations were performed for six antenna arrays at 7 T and one 3 T birdcage. Local SAR matrices and the whole-body SAR matrix were computed and evaluated with random shims. A set of reduced local SAR matrices was determined by removing all matrices dominated by the whole-body SAR matrix. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">The results indicate that all RF transmit coils for body imaging in this study are constrained by the local SAR limit. The ratio between local and whole-body SAR is nevertheless smaller for arrays with large FOV, as these arrays also expose a larger part of the human body. By using the whole-body SAR matrix, the number of local SAR matrices can be reduced (e.g., 33.3% matrices remained for an 8-channel local array and 89.7% for a 30-channel remote array; 12.1% for the 3 T birdcage). </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">For transmit antenna arrays used for body imaging at 7 T as well as for the 3 T birdcage, all evaluated cases show that the local SAR limit was reached before reaching the whole-body SAR limit. Nevertheless, the whole-body SAR matrix can be used to reduce the number of local SAR matrices, which is important to reduce memory and computing time for a virtual observation points (VOP) compression. This step can be included as a pre-compression prior to a VOP compression. </div> <a href="javascript:ShowArticleAbstract(17);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords17" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22UHF+body+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">UHF body imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22VOPs%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">VOPs</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22local+SAR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">local SAR</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22whole%e2%80%90body+SAR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">whole‐body SAR</a></li></ul> <a href="javascript:ShowArticleKeywords(17);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh17" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Whole+Body+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Whole Body Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Data+Compression%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Data Compression/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Equipment+Design%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Equipment Design</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Enhancement%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Enhancement/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Sensitivity+and+Specificity%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Sensitivity and Specificity</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Computer+Simulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Computer Simulation</a></li></ul> <a href="javascript:ShowArticleMeSH(17);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant17" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(17);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow18"> <td style="min-width: 40px; text-align: center;"> 18 </td> <td> <div id="citation18" class="article-citation"> <b>Kara D</b>, Liu Y, Chen S, Garrett T, Younis A, Sugawara M, Bolen MA, Bi X, Wazni O, Nakagawa H, Kwon D, Nguyen C. In vivo cardiac diffusion tensor imaging on an MR system featuring ultrahigh performance gradients with 200 mT/m maximum gradient strength. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:673-688. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39313764' target='_blank'>39313764</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30308' target='_blank'>10.1002/mrm.30308</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30308','39313764', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(18);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(18);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(18);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(18);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30308' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 03/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/01/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/03/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/25/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv18" value="10.1002/mrm.30308" /> <div style="display: none" id="articleAbstract18" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">Our aim is to assess the potential of an MR system with ultrahigh performance gradients (200 mT/m maximum gradient strength) to address two interrelated challenges in cardiac DTI: low SNR and sensitivity to bulk motion. </div><div class="abstract-label">METHODS</div><div class="abstract-content">Imaging was performed in 20 healthy volunteers, two patients, and one swine post-myocardial infarction. The impact of maximum gradient strength was assessed with spin echo cardiac DTI featuring second-order motion compensation and varying maximum system gradient strengths (40, 80, 200 mT/m). Motion compensation requirements at 200 mT/m were assessed with sequences featuring zeroth-, first-, and second-order motion compensation. SNR, mean diffusivity, fractional anisotropy, helix angle transmurality, and secondary eigenvector angle in the left ventricle were compared. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Increasing maximum system gradient strength from 40 and 80 mT/m to 200 mT/m increased SNR of b = 500 s/mm2 images by 150% and 40% due to reductions in TE. Observed improvements in DTI metrics included reduction in variance in mean diffusivity and helix angle transmurality across healthy volunteers, improved visualization of myocardial borders and delineation of suspected scar. Whereas second-order motion compensation acquisitions were robust to motion-induced signal dropout, zeroth- and first-order motion compensation acquisitions suffered from severe signal loss and localized signal voids, respectively. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">Ultrahigh performance gradients (200 mT/m) enable high SNR DWIs of the heart and resultant improvements in diffusion tensor metrics. Despite reduced diffusion-encoding duration, second-order motion compensation is required to overcome sensitivity to cardiac motion. </div> <a href="javascript:ShowArticleAbstract(18);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords18" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22M2+motion+compensation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">M2 motion compensation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cardiac+DTI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cardiac DTI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cardiac+MR%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cardiac MR</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22diffusion+tensor+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">diffusion tensor imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22heart%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">heart</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22motion%e2%80%90compensated+diffusion+gradients%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">motion‐compensated diffusion gradients</a></li></ul> <a href="javascript:ShowArticleKeywords(18);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh18" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Diffusion+Tensor+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Diffusion Tensor Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Swine%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Swine</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Animals%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Animals</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Heart%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Heart/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Signal-To-Noise+Ratio%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Signal-To-Noise Ratio</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Myocardial+Infarction%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Myocardial Infarction/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Middle+Aged%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Middle Aged</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Motion%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Motion</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Healthy+Volunteers%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Healthy Volunteers</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li></ul> <a href="javascript:ShowArticleMeSH(18);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant18" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 HL159010 NHLBI NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 HL151704 NHLBI NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIBIB+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">NIH R01 EB033853 NIBIB NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">NIH R01 HL151704 NHLBI NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIBIB+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 EB033853 NIBIB NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NHLBI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">NIH R01 HL159010 NHLBI NIH HHS</a></li></ul> <a href="javascript:ShowArticleGrant(18);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow19"> <td style="min-width: 40px; text-align: center;"> 19 </td> <td> <div id="citation19" class="article-citation"> <b>Qiu Y</b>, Chen S, Solomon E, Wang C, Zhong S, Dai K, Chen H, Frydman L, Zhang Z. A new approach for multislice spatiotemporal encoding MRI in a portable low-field system. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:709-717. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39301778' target='_blank'>39301778</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30300' target='_blank'>10.1002/mrm.30300</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30300','39301778', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(19);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(19);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(19);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(19);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/05/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/07/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/22/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv19" value="10.1002/mrm.30300" /> <div style="display: none" id="articleAbstract19" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">Spatiotemporal encoding (SPEN) MRI offers a unique alternative to address image distortion problems in echo planar acquisition-based techniques, at portable low-field systems that lack multiple receiver coils. However, existing 2-π multislice SPEN schemes fail to keep consistent SNRs and contrasts with different numbers of slice settings. This work proposes a new multislice SPEN scheme (SPENms) to achieve stable quality imaging in portable low-field MRI systems. </div><div class="abstract-label">METHODS</div><div class="abstract-content">The proposed SPENms includes the insertion of one selective π pulse and one non-selective π pulse, closely arranged together, before the frequency-swept π pulse in the original 2D SPEN sequence. Theoretical simulations and experiments on phantoms and human brains were conducted to validate its SNR and contrast performances under different parameters compared to the existing 2-π multislice SPEN scheme. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Both simulations and experiments demonstrate the consistent image quality of SPENms with different scanning parameters and targets, as well as good distortion resistance and scan efficiency. Robust diffusion weighted multislice SPEN images of diagnostic value were also highlighted. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">SPENms provides a robust fast echo planar acquisition approach to obtain multislice 2D images with less distortions, consistent SNRs and contrasts at portable low-field MRI systems. </div> <a href="javascript:ShowArticleAbstract(19);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords19" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22DWI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">DWI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22field+inhomogeneity%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">field inhomogeneity</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22low%e2%80%90field+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">low‐field MRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22multislice+SPEN%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">multislice SPEN</a></li></ul> <a href="javascript:ShowArticleKeywords(19);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh19" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Brain%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Brain/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2finstrumentation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/instrumentation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Echo-Planar+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Echo-Planar Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Signal-To-Noise+Ratio%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Signal-To-Noise Ratio</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Computer+Simulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Computer Simulation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li></ul> <a href="javascript:ShowArticleMeSH(19);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant19" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22National+Natural+Science+Foundation+of+China%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">62301309 National Natural Science Foundation of China</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Israel+Science+Foundation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">3594/21 Israel Science Foundation</a></li></ul> <a href="javascript:ShowArticleGrant(19);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow20"> <td style="min-width: 40px; text-align: center;"> 20 </td> <td> <div id="citation20" class="article-citation"> <b>Widmaier MS</b>, Kaiser A, Baup S, Wenz D, Pierzchała K, Xiao Y, Huang Z, Jiang Y, Xin L. Fast 3D <sup>31</sup>P <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML"> <mml:mrow><mml:msubsup><mml:mi>B</mml:mi> <mml:mn>1</mml:mn> <mml:mo>+</mml:mo></mml:msubsup> </mml:mrow> </mml:math> mapping with a weighted stack of spiral trajectory at 7 T. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:481-489. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39365949' target='_blank'>39365949</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30321' target='_blank'>10.1002/mrm.30321</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30321','39365949', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(20);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(20);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(20);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(20);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30321' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 05/29/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/21/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/11/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/06/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv20" value="10.1002/mrm.30321" /> <div style="display: none" id="articleAbstract20" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">Phosphorus MRS (31P MRS) enables noninvasive assessment of energy metabolism, yet its application is hindered by sensitivity limitations. To overcome this, often high magnetic fields are used, leading to challenges such as spatialB 1 + $$ {\mathrm{B}}_1^{+} $$ inhomogeneity and therefore the need for accurate flip-angle determination in accelerated acquisitions with short TRs. In response to these challenges, we propose a novel short TR and look-up table-based double-angle method for fast 3D 31PB 1 + $$ {\mathrm{B}}_1^{+} $$ mapping (fDAM). </div><div class="abstract-label">METHODS</div><div class="abstract-content">Our method incorporates 3D weighted stack-of-spiral gradient-echo acquisitions and a frequency-selective pulse to enable efficientB 1 + $$ {\mathrm{B}}_1^{+} $$ mapping based on the phosphocreatine signal at 7 T. Protocols were optimized using simulations and validated through phantom experiments. The method was validated in the human brain using a 31P 1Ch-trasmit/32Ch-receive coil and skeletal muscle using a birdcage 1H/31P volume coil. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">The results of fDAM were compared with the classical DAM. A good correlation (r = 0.95) was obtained between the twoB 1 + $$ {\mathrm{B}}_1^{+} $$ maps. A 3D 31PB 1 + $$ {\mathrm{B}}_1^{+} $$ mapping in the human calf muscle was achieved in about 10:50 min using a birdcage volume coil, with a 20% extended coverage (number of voxels with SNR > 3) relative to that of the classical DAM (24 min). fDAM also enabled the first full-brain coverage 31P 3DB 1 + $$ {\mathrm{B}}_1^{+} $$ mapping in approximately 10:15 min using a 1Ch-transmit/32Ch-receive coil. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">fDAM is an efficient method for 31P 3DB 1 + $$ {\mathrm{B}}_1^{+} $$ mapping, showing promise for future applications in rapid 31P MRSI. </div> <a href="javascript:ShowArticleAbstract(20);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords20" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%2231P+MRS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">31P MRS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22B1%c2%a0mapping%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">B1 mapping</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22DAM%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">DAM</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phosphorus%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phosphorus</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22X%e2%80%90Nuclei+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">X‐Nuclei Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22fDAM%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">fDAM</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22fast+DAM%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">fast DAM</a></li></ul> <a href="javascript:ShowArticleKeywords(20);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh20" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Imaging%2c+Three-Dimensional%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Imaging, Three-Dimensional/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Brain%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Brain/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Spectroscopy%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Spectroscopy/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phosphorus%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phosphorus/chemistry</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phosphocreatine%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phosphocreatine/metabolism</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Computer+Simulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Computer Simulation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adult</a></li></ul> <a href="javascript:ShowArticleMeSH(20);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant20" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NCI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R37 CA263583 NCI NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Swiss+National+Science+Foundation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">320030_189064 Swiss National Science Foundation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22National+Institutes+of+Health%2f+National+Cancer+Institute%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R37CA263583 National Institutes of Health/ National Cancer Institute</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Swiss+National+Science+Foundation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">320030_213769 Swiss National Science Foundation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NCI+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 CA284172 NCI NIH HHS</a></li></ul> <a href="javascript:ShowArticleGrant(20);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow21"> <td style="min-width: 40px; text-align: center;"> 21 </td> <td> <div id="citation21" class="article-citation"> <b>Chen H</b>, Emu Y, Gao J, Chen Z, Aburas A, Hu C. Retrospective motion correction for cardiac multi-parametric mapping with dictionary matching-based image synthesis and a low-rank constraint. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:550-562. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39285623' target='_blank'>39285623</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30291' target='_blank'>10.1002/mrm.30291</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30291','39285623', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(21);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(21);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(21);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(21);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30291' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 04/17/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 07/25/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/26/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 11/30/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv21" value="10.1002/mrm.30291" /> <div style="display: none" id="articleAbstract21" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To develop a model-based motion correction (MoCo) method that does not need an analytical signal model to improve the quality of cardiac multi-parametric mapping. </div><div class="abstract-label">METHODS</div><div class="abstract-content">The proposed method constructs a hybrid loss that includes a dictionary-matching loss and a signal low-rankness loss, where the former registers the multi-contrast original images to a set of motion-free synthetic images and the latter forces the deformed images to be spatiotemporally coherent. We compared the proposed method with non-MoCo, a pairwise registration method (Pairwise-MI), and a groupwise registration method (pTVreg) via a free-breathing Multimapping dataset of 15 healthy subjects, both quantitatively and qualitatively. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">The proposed method achieved the lowest contour tracking errors (epicardium: 2.00 ± 0.39 mm vs 4.93 ± 2.29 mm, 3.50 ± 1.26 mm, and 2.61 ± 1.00 mm, and endocardium: 1.84 ± 0.34 mm vs 4.93 ± 2.40 mm, 3.43 ± 1.27 mm, and 2.55 ± 1.09 mm for the proposed method, non-MoCo, Pairwise-MI, and pTVreg, respectively; all p < 0.01) and the lowest dictionary matching errors among all methods. The proposed method also achieved the highest scores on the visual quality of mapping (T1: 4.74 ± 0.33 vs 2.91 ± 0.82, 3.58 ± 0.87, and 3.97 ± 1.05, and T2: 4.48 ± 0.56 vs 2.59 ± 0.81, 3.56 ± 0.93, and 4.14 ± 0.80 for the proposed method, non-MoCo, Pairwise-MI, and pTVreg, respectively; all p < 0.01). Finally, the proposed method had similar T1 and T2 mean values and SDs relative to the breath-hold reference in nearly all myocardial segments, whereas all other methods led to significantly different T1 and T2 measures and increases of SDs in multiple segments. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">The proposed method significantly improves the motion correction accuracy and mapping quality compared with non-MoCo and alternative image-based methods. </div> <a href="javascript:ShowArticleAbstract(21);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords21" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cardiac+quantitative+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cardiac quantitative MRI</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22dictionary+matching%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">dictionary matching</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22low%e2%80%90rank+constraint%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">low‐rank constraint</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22motion+correction%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">motion correction</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22multi%e2%80%90parametric+mapping%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">multi‐parametric mapping</a></li></ul> <a href="javascript:ShowArticleKeywords(21);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh21" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Heart%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Heart/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Motion%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Motion</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Artifacts%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Artifacts</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Retrospective+Studies%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Retrospective Studies</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Interpretation%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Interpretation, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Healthy+Volunteers%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Healthy Volunteers</a></li></ul> <a href="javascript:ShowArticleMeSH(21);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant21" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Shanghai+Science+and+Technology+Commission%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">22TS1400200 Shanghai Science and Technology Commission</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22National+Natural+Science+Foundation+of+China%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">62001288 National Natural Science Foundation of China</a></li></ul> <a href="javascript:ShowArticleGrant(21);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow22"> <td style="min-width: 40px; text-align: center;"> 22 </td> <td> <div id="citation22" class="article-citation"> <b>Otani T</b>, Sekine T, Sato Y, Alves EC, Wada S. An Eulerian formulation for the computational modeling of phase-contrast MRI. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:828-841. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39270130' target='_blank'>39270130</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30302' target='_blank'>10.1002/mrm.30302</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30302','39270130', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(22);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(22);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(22);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(22);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30302' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 06/27/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/25/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/29/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/15/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv22" value="10.1002/mrm.30302" /> <div style="display: none" id="articleAbstract22" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">Computational simulation of phase-contrast MRI (PC-MRI) is an attractive way to physically interpret properties and errors in MRI-reconstructed flow velocity fields. Recent studies have developed PC-MRI simulators that solve the Bloch equation, with the magnetization transport being modeled using a Lagrangian approach. Because this method expresses the magnetization as spatial distribution of particles, influences of particle densities and their spatial uniformities on numerical accuracy are well known. This study developed an alternative method for PC-MRI modeling using an Eulerian approach in which the magnetization is expressed as a spatially smooth continuous function. </div><div class="abstract-label">METHODS</div><div class="abstract-content">The magnetization motion was described using the Bloch equation with an advection term and computed on a fixed grid using a finite difference method, and k-space sampling was implemented using the spoiled gradient echo sequence. PC-MRI scans of a fully developed flow in straight and stenosed cylinders were acquired to provide numerical examples. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">Reconstructed flow in a straight cylinder showed excellent agreement with input velocity profiles and mean errors were less than 0.5% of the maximum velocity. Numerical cases of flow in a stenosed cylinder successfully demonstrated the velocity profiles, with displacement artifacts being dependent on scan parameters and intravoxel dephasing due to flow disturbances. These results were in good agreement with those obtained using the Lagrangian approach with a sufficient particle density. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">The feasibility of the Eulerian approach to PC-MRI modeling was successfully demonstrated. </div> <a href="javascript:ShowArticleAbstract(22);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords22" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Eulerian+formulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Eulerian formulation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22high%e2%80%90performance+computing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">high‐performance computing</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22modified+Bloch+equation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">modified Bloch equation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22phase%e2%80%90contrast+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">phase‐contrast MRI</a></li></ul> <a href="javascript:ShowArticleKeywords(22);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh22" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Computer+Simulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Computer Simulation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Blood+Flow+Velocity%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Blood Flow Velocity</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Interpretation%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Interpretation, Computer-Assisted/methods</a></li></ul> <a href="javascript:ShowArticleMeSH(22);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant22" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Nakatani+Foundation+for+Advancement+of+Measuring+Technologies+in+Biomedical+Engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Nakatani Foundation for Advancement of Measuring Technologies in Biomedical Engineering</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Japan+Society+for+the+Promotion+of+Science%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">23K11830 Japan Society for the Promotion of Science</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Japan+Society+for+the+Promotion+of+Science%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">24K02408 Japan Society for the Promotion of Science</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Osaka+University+Graduate+School+of+Engineering+Science%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osaka University Graduate School of Engineering Science</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Ministry+of+Education%2c+Culture%2c+Sports%2c+Science+and+Technology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">JPMXP1020230118 Ministry of Education, Culture, Sports, Science and Technology</a></li></ul> <a href="javascript:ShowArticleGrant(22);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow23"> <td style="min-width: 40px; text-align: center;"> 23 </td> <td> <div id="citation23" class="article-citation"> <b>Qi H</b>, Lv Z, Diao J, Tao X, Hu J, Xu J, Botnar R, Prieto C, Hu P. 3D B1+ corrected simultaneous myocardial T1 and T1ρ mapping with subject-specific respiratory motion correction and water-fat separation. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:751-760. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39370883' target='_blank'>39370883</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30317' target='_blank'>10.1002/mrm.30317</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30317','39370883', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(23);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(23);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(23);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(23);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30317' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 07/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 09/03/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/06/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/08/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv23" value="10.1002/mrm.30317" /> <div style="display: none" id="articleAbstract23" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To develop a 3D free-breathing cardiac multi-parametric mapping framework that is robust to confounders of respiratory motion, fat, and B1+ inhomogeneities and validate it for joint myocardial T1 and T1ρ mapping at 3T. </div><div class="abstract-label">METHODS</div><div class="abstract-content">An electrocardiogram-triggered sequence with dual-echo Dixon readout was developed, where nine cardiac cycles were repeatedly acquired with inversion recovery and T1ρ preparation pulses for T1 and T1ρ sensitization. A subject-specific respiratory motion model relating the 1D diaphragmatic navigator to the respiration-induced 3D translational motion of the heart was constructed followed by respiratory motion binning and intra-bin 3D translational and inter-bin non-rigid motion correction. Spin history B1+ inhomogeneities were corrected with optimized dual flip angle strategy. After water-fat separation, the water images were matched to the simulated dictionary for T1 and T1ρ quantification. Phantoms and 10 heathy subjects were imaged to validate the proposed technique. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">The proposed technique achieved strong correlation (T1: R2 = 0.99; T1ρ: R2 = 0.98) with the reference measurements in phantoms. 3D cardiac T1 and T1ρ maps with spatial resolution of 2 × 2 × 4 mm were obtained with scan time of 5.4 ± 0.5 min, demonstrating comparable T1 (1236 ± 59 ms) and T1ρ (50.2 ± 2.4 ms) measurements to 2D separate breath-hold mapping techniques. The estimated B1+ maps showed spatial variations across the left ventricle with the septal and inferior regions being 10%-25% lower than the anterior and septal regions. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">The proposed technique achieved efficient 3D joint myocardial T1 and T1ρ mapping at 3T with respiratory motion correction, spin history B1+ correction and water-fat separation. </div> <a href="javascript:ShowArticleAbstract(23);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords23" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22B1%2b+correction%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">B1+ correction</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22T1+mapping%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">T1 mapping</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22T1%cf%81+mapping%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">T1ρ mapping</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cardiac+multi%e2%80%90parametric+mapping%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cardiac multi‐parametric mapping</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22free%e2%80%90breathing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">free‐breathing</a></li></ul> <a href="javascript:ShowArticleKeywords(23);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh23" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Imaging%2c+Three-Dimensional%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Imaging, Three-Dimensional/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Phantoms%2c+Imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Phantoms, Imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Heart%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Heart/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adipose+Tissue%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adipose Tissue/diagnostic imaging</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Imaging%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Imaging/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Respiration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Respiration</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Motion%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Motion</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Myocardium%2fpathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Myocardium/pathology</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Water%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Water/chemistry</a></li></ul> <a href="javascript:ShowArticleMeSH(23);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant23" class="article-abstract"> <b style="display: block; 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text-align: center;"> 24 </td> <td> <div id="citation24" class="article-citation"> <b>Zhao T</b>, Tang J, Krumpelman C, Moum SJ, Russin JJ, Ansari SA, Chen Z, Feng L, Yan L. Highly accelerated non-contrast-enhanced time-resolved 4D MRA using stack-of-stars golden-angle radial acquisition with a self-calibrated low-rank subspace reconstruction. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:615-629. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39344291' target='_blank'>39344291</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30304' target='_blank'>10.1002/mrm.30304</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30304','39344291', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(24);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(24);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(24);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(24);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30304' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 03/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/08/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/29/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 10/01/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv24" value="10.1002/mrm.30304" /> <div style="display: none" id="articleAbstract24" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To develop a highly accelerated non-contrast-enhanced 4D-MRA technique by combining stack-of-stars golden-angle radial acquisition with a modified self-calibrated low-rank subspace reconstruction. </div><div class="abstract-label">METHODS</div><div class="abstract-content">A low-rank subspace reconstruction framework was introduced in radial 4D MRA (SUPER 4D MRA) by combining stack-of-stars golden-angle radial acquisition with control-label k-space subtraction-based low-rank subspace modeling. Radial 4D MRA data were acquired and reconstructed using the proposed technique on 12 healthy volunteers and 1 patient with steno-occlusive disease. The performance of SUPER 4D MRA was compared with two temporally constrained reconstruction methods (golden-angle radial sparse parallel [GRASP] and GRASP-Pro) at different acceleration rates in terms of image quality and delineation of blood dynamics. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">SUPER 4D MRA outperformed the other two reconstruction methods, offering superior image quality with a clear background and detailed delineation of cerebrovascular structures as well as great temporal fidelity in blood flow dynamics. SUPER 4D MRA maintained excellent performance even at higher acceleration rates. </div><div class="abstract-label">CONCLUSIONS</div><div class="abstract-content">SUPER 4D MRA is a promising technique for highly accelerating 4D MRA acquisition without comprising both temporal fidelity and image quality. </div> <a href="javascript:ShowArticleAbstract(24);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords24" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%224D+MRA%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">4D MRA</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22arterial+spin+labeling+(ASL)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">arterial spin labeling (ASL)</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22cerebral+vasculature%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cerebral vasculature</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22low%e2%80%90rank+subspace+reconstruction%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">low‐rank subspace reconstruction</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22non%e2%80%90contrast+enhanced+MR+angiography%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">non‐contrast enhanced MR angiography</a></li></ul> <a href="javascript:ShowArticleKeywords(24);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh24" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Magnetic+Resonance+Angiography%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Magnetic Resonance Angiography/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Imaging%2c+Three-Dimensional%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Imaging, Three-Dimensional/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Algorithms%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Algorithms</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Adult%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adult</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Processing%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Processing, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Female%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Female</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Healthy+Volunteers%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Healthy Volunteers</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Reproducibility+of+Results%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reproducibility of Results</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Image+Interpretation%2c+Computer-Assisted%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Image Interpretation, Computer-Assisted/methods</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Cerebrovascular+Circulation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cerebrovascular Circulation</a></li></ul> <a href="javascript:ShowArticleMeSH(24);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant24" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIBIB+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R21 EB032917 NIBIB NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NINDS+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01NS118019 NINDS NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIBIB+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 EB030549 NIBIB NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIBIB+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 EB031083 NIBIB NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NINDS+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">1RF1NS139370 NINDS NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NINDS+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">R01 NS118019 NINDS NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIA+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RF1 AG072490 NIA NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22BrightFocus+Foundation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">A20201411S BrightFocus Foundation</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NINDS+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RF1 NS139370 NINDS NIH HHS</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22fund%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22NIA+NIH+HHS%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">RF1AG072490 NIA NIH HHS</a></li></ul> <a href="javascript:ShowArticleGrant(24);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow25"> <td style="min-width: 40px; text-align: center;"> 25 </td> <td> <div id="citation25" class="article-citation"> <b>Riederer SJ</b>, Borisch EA, Du Q, Froemming AT, Hulshizer TC, Kawashima A, McGee KP, Robb F, Rossman PJ, Takahashi N. Application of high-density 2D receiver coil arrays for improved SNR in prostate MRI. <em class='incite-journal-name' onclick='ShowInCiteJournal(16228);'>Magn Reson Med</em> 2025;<b>93</b>:850-863. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39322985' target='_blank'>39322985</a> DOI: <a href='https://dx.doi.org/10.1002/mrm.30289' target='_blank'>10.1002/mrm.30289</a>]<span class="ref-count-nolink"> <span class="ref-count-sep">[</span>Citation(s) in <i>RCA</i>: 0<span class='ref-count-sep'>]</span></span><span class="ref-count-nolink"> <span class='ref-count-sep'>[</span>Impact Index Per Article: 0<span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="sra" onclick="ShowRefArticle('10.1002/mrm.30289','39322985', 'Reproducibility of Results')">Reference Citation Analysis</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleAbstract(25);" name="saa" target='_self'>Abstract</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleKeywords(25);" target='_self'>Key Words</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleMeSH(25);" target='_self'>MESH Headings</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowArticleGrant(25);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='http://dx.doi.org/10.1002/mrm.30289' target='_blank'>Track Full Text</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' onclick="ShowInCiteJournal(16228);" name="showj" target='_self'>Journal Information</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/subscribe' target="_blank">Subscribe</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://referencecitationanalysis.com/ScholarRegist' target="_blank">Scholar Register</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Received: 03/20/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 07/15/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 08/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/27/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv25" value="10.1002/mrm.30289" /> <div style="display: none" id="articleAbstract25" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Abstract</b> <div class="abstract-label">PURPOSE</div><div class="abstract-content">To study if adaptive image receive (AIR) receiver coil elements can be configured into a 2D array with high (>45% by diameter) element-to-element overlap, allowing improved SNR at depth (0.7-1.5× element diameter) versus conventional (20%) overlap. </div><div class="abstract-label">METHODS</div><div class="abstract-content">An anterior array composed of twenty 10-cm diameter elements with 45% overlap arranged into a 4 × 5 grid and a similar 3 × 7 twenty-one-element posterior array were constructed. SNR and g-factor were measured in a pelvic phantom using the new high-density (HD) arrays (41 total elements) and compared to vendor AIR-based arrays (30 total elements) with conventional overlap. T2-weighted fast-spin-echo (T2SE) images acquired using both arrays were compared in 20 subjects. SNR was estimated in vivo. Results were compared blindly by three uroradiologists using a five-point scale. Images using the HD arrays were also compared to a set of images acquired over a range of acceleration factors (R = 2.0, 2.5, 3.0) with the conventional arrays. </div><div class="abstract-label">RESULTS</div><div class="abstract-content">SNR within the phantom was on average 15% higher for R = 1.0, 1.5, and 2.0 using the HD arrays. Across the 20 subjects SNR within the prostate was 11% higher and assessed radiologically as significantly higher (p < 0.001) for the HD versus conventional arrays. At all acceleration factors the new HD arrays outperformed the conventional arrays (p ≤ 0.01), allowing increased R for similar SNR. </div><div class="abstract-label">CONCLUSION</div><div class="abstract-content">AIR elements can be configured into 2D arrays with high (45%) element-to-element overlap, consistently providing increased SNR at depth versus arrays with conventional (20%) overlap. The SNR improvement allows increased acceleration in T2SE prostate MRI. </div> <a href="javascript:ShowArticleAbstract(25);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleKeywords25" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Key Words</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22AIR+coils%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">AIR coils</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22MRI+receiver+coils%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">MRI receiver coils</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22prostate+cancer%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">prostate cancer</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22kw%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22thin%e2%80%90slice+MRI%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">thin‐slice MRI</a></li></ul> <a href="javascript:ShowArticleKeywords(25);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleMesh25" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">MESH Headings</b> <ul><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Humans%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Humans</a></li><li><a href="/search?page=1&sort=&term=%5b%7b%22c%22%3anull%2c%22id%22%3a%22mesh%22%2c%22o%22%3a%22eq%22%2c%22v%22%3a%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</a></li><li><a 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class="dxtc-leftIndent"> </li><li class="dxtc-tab dxtc-lead" style="display:none;"><a class="dxtc-link"><span class="dx-vam">Export Article Detail</span></a></li><li class="dxtc-activeTab dxtc-lead"><a class="dxtc-link"><span class="dx-vam">Export Article Detail</span></a></li><li class="dxtc-spacer"> </li><li class="dxtc-tab dxtc-last"><a class="dxtc-link"><span class="dx-vam">Export Citation Analysis</span></a></li><li class="dxtc-activeTab dxtc-last" style="display:none;"><a class="dxtc-link"><span class="dx-vam">Export Citation Analysis</span></a></li><li class="dxtc-rightIndent"> </li> </ul><div class="dxtc-content"> <div> <div> <div class="dxflFormLayout_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout" style="font-size:11pt;width:100%;"> <table class="dxflGroup_MetropolisBlue dxflGroupSys dxflAGSys" style="border-collapse:separate;"> <tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_0" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLLSys dxflItemSys dxflTextItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><span id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_0_Cap" class="dxDefaultCursor dxflCaption_MetropolisBlue" style="font-weight:bold;">Searched Name:</span></td><td class="dxflNestedControlCell_MetropolisBlue"> <span class="dxeBase_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_SearchTermText1">Reproducibility of Results (262062 results from Reference Citation Analysis)</span> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_1" class="dxflGroupCell_MetropolisBlue"><div class="dxflNestedControlCell_MetropolisBlue dxflCLLSys dxflItemSys dxflTextEditItemSys dxflItem_MetropolisBlue" style="padding-bottom:5px;"> <table> <tr> <td> <span style="font-weight: bold">Article Number From</span> </td> <td>   </td> <td> <table class="dxeTextBoxSys dxeTextBox_MetropolisBlue dxeTextBoxDefaultWidthSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailStartIndex" style="width:80px;"> <tr> <td class="dxic" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailStartIndex_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ExportDetailStartIndex" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailStartIndex')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailStartIndex')" onchange="ASPx.EValueChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailStartIndex')" value="1" type="text" /></td> </tr> </table><script id="dxss_1662381219" type="text/javascript">  </script> </td> <td>  to   </td> <td> <table class="dxeTextBoxSys dxeTextBox_MetropolisBlue dxeTextBoxDefaultWidthSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailEndIndex" style="width:80px;"> <tr> <td class="dxic" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailEndIndex_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ExportDetailEndIndex" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailEndIndex')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailEndIndex')" onchange="ASPx.EValueChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportDetailEndIndex')" value="600" type="text" /></td> </tr> </table><script id="dxss_616434442" type="text/javascript">  </script> </td> <td>  </td> <td>(No more than 600 records at a time.) </td> </tr> </table> </div></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_2" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLLSys dxflItemSys dxflTextEditItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;padding-bottom:5px;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><label class="dxflCaption_MetropolisBlue" for="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_I" style="font-weight:bold;">Indexing:</label></td><td class="dxflNestedControlCell_MetropolisBlue"> <table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_LP" class="dxeLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_TL">Loading…</span></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_LD" class="dxeLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><table class="dxeButtonEditSys dxeButtonEdit_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource" style="width:200px;"> <tr> <td style="display:none;"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_VI" name="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_VI" type="hidden" /></td><td class="dxic" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource', event)" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$selectDetailSource" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource')" onchange="ASPx.ETextChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource')" value="Please Select" type="text" /></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_B-100" class="dxeButton dxeButtonEditButton_MetropolisBlue dxeButtonEditClearButton_MetropolisBlue" onmousedown="ASPx.BEClear('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource', event)" style="display:none;"><img id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_B-100Img" class="dxEditors_edtClear_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="x" /></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_B-1" class="dxeButton dxeButtonEditButton_MetropolisBlue" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource', event)" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"><img id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_B-1Img" class="dxEditors_edtDropDown_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="v" /></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_DDD_PW-1" class="dxpcDropDown_MetropolisBlue dxpclW dxpc-ddSys" style="z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-contentWrapper"> <div class="dxpc-content"> <table class="dxeListBox_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_DDD_L" style="border-collapse:separate;"> <tr> <td style="vertical-align:Top;"><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_DDD_L_D" class="dxlbd" style="width:100%;overflow-x:hidden;overflow-y:auto;"> <input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_DDD_L_VI" type="hidden" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$selectDetailSource$DDD$L" /><table style="border-collapse:separate;visibility:hidden!important;display:none!important;"> <tr id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_DDD_L_LBI-1" class="dxeListBoxItemRow_MetropolisBlue"> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_DDD_L_LBII" class="dxeListBoxItem_MetropolisBlue"> </td> </tr> </table><table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_selectDetailSource_DDD_L_LBT" style="width:100%;border-collapse:separate;"> <tr> <td></td> </tr> </table> </div></td> </tr> </table><script id="dxss_1167331127" type="text/javascript">  </script> </div> </div> </div> </div><script id="dxss_54524200" type="text/javascript">  </script><script id="dxss_1678130197" type="text/javascript">  </script> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_4" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLLSys dxflItemSys dxflTextEditItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;padding-bottom:5px;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><label class="dxflCaption_MetropolisBlue" for="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_I" style="font-weight:bold;">JCR Year:</label></td><td class="dxflNestedControlCell_MetropolisBlue"> <table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_LP" class="dxeLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_TL">Loading…</span></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_LD" class="dxeLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><table class="dxeButtonEditSys dxeButtonEdit_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear" style="width:200px;"> <tr> <td style="display:none;"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_VI" name="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_VI" type="hidden" value="2023" /></td><td class="dxic" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear', event)" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$JCRYear" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear')" onchange="ASPx.ETextChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear')" value="2023" type="text" /></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_B-1" class="dxeButton dxeButtonEditButton_MetropolisBlue" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear', event)" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"><img id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_B-1Img" class="dxEditors_edtDropDown_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="v" /></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_DDD_PW-1" class="dxpcDropDown_MetropolisBlue dxpclW dxpc-ddSys" style="z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-contentWrapper"> <div class="dxpc-content"> <table class="dxeListBox_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_DDD_L" style="border-collapse:separate;"> <tr> <td style="vertical-align:Top;"><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_DDD_L_D" class="dxlbd" style="width:100%;overflow-x:hidden;overflow-y:auto;"> <input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_DDD_L_VI" type="hidden" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$JCRYear$DDD$L" /><table style="border-collapse:separate;visibility:hidden!important;display:none!important;"> <tr id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_DDD_L_LBI-1" class="dxeListBoxItemRow_MetropolisBlue"> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_DDD_L_LBII" class="dxeListBoxItem_MetropolisBlue"> </td> </tr> </table><table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_JCRYear_DDD_L_LBT" style="width:100%;border-collapse:separate;"> <tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">2023</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">2022</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">2021</td> </tr> </table> </div></td> </tr> </table><script id="dxss_830317689" type="text/javascript">  </script> </div> </div> </div> </div><script id="dxss_167955898" type="text/javascript">  </script><script id="dxss_2013408041" type="text/javascript">  </script> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_5" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLLSys dxflItemSys dxflTextEditItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;padding-bottom:5px;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><label class="dxflCaption_MetropolisBlue" for="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_I" style="font-weight:bold;">Format:</label><em class="dxflRequired_MetropolisBlue">*</em></td><td class="dxflNestedControlCell_MetropolisBlue"> <table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_ET" class="dxeValidDynEditorTable dxeRoot_MetropolisBlue"> <tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_CC"><table class="dxeButtonEditSys dxeButtonEdit_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat" style="width:200px;border-collapse:separate;"> <tr> <td style="display:none;"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_VI" name="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_VI" type="hidden" /></td><td class="dxic" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat', event)" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$DetailFileFormat" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat')" onchange="ASPx.ETextChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat')" value="Please Select" type="text" /></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_B-1" class="dxeButton dxeButtonEditButton_MetropolisBlue" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat', event)" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"><img id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_B-1Img" class="dxEditors_edtDropDown_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="v" /></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_DDD_PW-1" class="dxpcDropDown_MetropolisBlue dxpclW dxpc-ddSys" style="z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-contentWrapper"> <div class="dxpc-content"> <table class="dxeListBox_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_DDD_L" style="border-collapse:separate;"> <tr> <td style="vertical-align:Top;"><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_DDD_L_D" class="dxlbd" style="width:100%;overflow-x:hidden;overflow-y:auto;"> <input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_DDD_L_VI" type="hidden" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$DetailFileFormat$DDD$L" /><table style="border-collapse:separate;visibility:hidden!important;display:none!important;"> <tr id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_DDD_L_LBI-1" class="dxeListBoxItemRow_MetropolisBlue"> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_DDD_L_LBII" class="dxeListBoxItem_MetropolisBlue"> </td> </tr> </table><table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_DDD_L_LBT" style="width:100%;border-collapse:separate;"> <tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">Excel</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">Plain Text</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">PDF</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">WORD</td> </tr> </table> </div></td> </tr> </table><script id="dxss_1062639383" type="text/javascript">  </script> </div> </div> </div> </div><script id="dxss_104403608" type="text/javascript">  </script></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_EC" class="dxeErrorCell_MetropolisBlue dxeErrorFrame_MetropolisBlue dxeErrorFrameSys dxeErrorCellSys dxeNoBorderLeft" style="vertical-align:middle;display:none;white-space:nowrap;">Invalid value</td> </tr> </table><table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_LP" class="dxeLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_TL">Loading…</span></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_DetailFileFormat_LD" class="dxeLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_1973673553" type="text/javascript">  </script> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_6" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLTSys dxflItemSys dxflCheckBoxWithTextItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><label class="dxflCaption_MetropolisBlue" for="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_cbSelectAllFields_S" style="font-weight:bold;">Record Content:</label></td> </tr><tr> <td class="dxflNestedControlCell_MetropolisBlue"> <table> <tr> <td style="vertical-align: middle; padding: 5px;"> <table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_cbSelectAllFields" style="color:#BD4100;"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_cbSelectAllFields_S" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$cbSelectAllFields" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label>Select All Fields</label></td> </tr> </table><script id="dxss_1176833720" type="text/javascript">  </script> </td> </tr> <tr> <td style="padding: 5px;"> <table class="dxeCheckBoxList_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields" style="width:100%;border-collapse:separate;"> <tr> <td class="dxe"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_VI" type="hidden" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields" /><table style="width:100%;"> <tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB0"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB0_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB0" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Author(s)</label></td> </tr> </table><script id="dxss_771536870" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB1"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB1_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB1" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Article Title</label></td> </tr> </table><script id="dxss_1086331335" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB2"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB2_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB2" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Keywords</label></td> </tr> </table><script id="dxss_1308541020" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB3"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB3_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB3" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">MESH Headings</label></td> </tr> </table><script id="dxss_896786043" type="text/javascript">  </script></td> </tr><tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB4"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB4_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB4" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Journal Title</label></td> </tr> </table><script id="dxss_450242410" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB5"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB5_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB5" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Year</label></td> </tr> </table><script id="dxss_765036875" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB6"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB6_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB6" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Article Type</label></td> </tr> </table><script id="dxss_1629835480" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB7"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB7_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB7" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Language</label></td> </tr> </table><script id="dxss_1218080503" type="text/javascript">  </script></td> </tr><tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB8"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB8_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB8" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Published Date</label></td> </tr> </table><script id="dxss_1428514578" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB9"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB9_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB9" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">First Author</label></td> </tr> </table><script id="dxss_1113720113" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB10"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB10_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB10" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">First Author’s Affiliations</label></td> </tr> </table><script id="dxss_310841941" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB11"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB11_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB11" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Corresponding Author</label></td> </tr> </table><script id="dxss_1301541094" type="text/javascript">  </script></td> </tr><tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB12"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB12_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB12" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Corresponding Author’s Affiliations</label></td> </tr> </table><script id="dxss_675718561" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB13"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB13_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB13" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Email</label></td> </tr> </table><script id="dxss_2006865700" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB14"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB14_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB14" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">All Authors's Affiliations</label></td> </tr> </table><script id="dxss_1204905793" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB15"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB15_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB15" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Grant</label></td> </tr> </table><script id="dxss_407477242" type="text/javascript">  </script></td> </tr><tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB16"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB16_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB16" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">ISSN</label></td> </tr> </table><script id="dxss_218345291" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB17"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB17_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB17" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Publisher</label></td> </tr> </table><script id="dxss_1394037744" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB18"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB18_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB18" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Indexing / Abstracting</label></td> </tr> </table><script id="dxss_319681069" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB19"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB19_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB19" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Impact Factor</label></td> </tr> </table><script id="dxss_1292701966" type="text/javascript">  </script></td> </tr><tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB20"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB20_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB20" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">JCR Quartile</label></td> </tr> </table><script id="dxss_1844280938" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB21"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB21_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB21" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Impact Index Per Article</label></td> </tr> </table><script id="dxss_838303323" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB22"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB22_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB22" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Category</label></td> </tr> </table><script id="dxss_1464125856" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB23"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB23_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB23" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Times Cited in RCA</label></td> </tr> </table><script id="dxss_148257179" type="text/javascript">  </script></td> </tr><tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB24"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB24_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB24" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Peer-Reviewed Journal</label></td> </tr> </table><script id="dxss_950217086" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB25"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB25_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB25" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Open Access</label></td> </tr> </table><script id="dxss_1732367175" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB26"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB26_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB26" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">DOI</label></td> </tr> </table><script id="dxss_1936777588" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB27"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB27_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB27" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">PMID</label></td> </tr> </table><script id="dxss_745806673" type="text/javascript">  </script></td> </tr><tr> <td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB28"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB28_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB28" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Citation</label></td> </tr> </table><script id="dxss_1835441810" type="text/javascript">  </script></td><td><table class="dxeBase_MetropolisBlue dxeTAR" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB29"> <tr> <td class="dxichCellSys"><span class="dxWeb_edtCheckBoxUnchecked_MetropolisBlue dxICheckBox_MetropolisBlue dxichSys dx-not-acc"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ArticleFieldExportFields_RB29_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportDetailPopupFormLayout$ArticleFieldExportFields$RB29" value="I" type="text" readonly="readonly" style="border-width:0;width:0;height:0;padding:0;margin:0;position:relative;background-color:transparent;display:block;" /></span></td><td class="dxichTextCellSys"><label class="dx-wrap">Indexed in RCA</label></td> </tr> </table><script id="dxss_847142451" type="text/javascript">  </script></td><td></td><td></td> </tr> </table></td> </tr> </table><script id="dxss_1169734383" type="text/javascript">  </script> </td> </tr> </table> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_7" class="dxflGroupCell_MetropolisBlue"><div class="dxflNestedControlCell_MetropolisBlue dxflCLLSys dxflItemSys dxflTextItemSys dxflItem_MetropolisBlue"> <a class="dxeHyperlink_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportDetailPopupFormLayout_ExportedDetailFileLink" target="_blank" rel="noopener noreferrer">Click to Download the Exported File</a><script id="dxss_1198171345" type="text/javascript">  </script> </div></td> </tr> </table> </div><script id="dxss_1960175520" type="text/javascript">  </script> </div> </div><div style="display:none;"> <div> <div class="dxflFormLayout_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout" style="font-size:11pt;width:100%;"> <table class="dxflGroup_MetropolisBlue dxflGroupSys dxflAGSys" style="border-collapse:separate;"> <tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_0" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLLSys dxflItemSys dxflTextItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><span id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_0_Cap" class="dxDefaultCursor dxflCaption_MetropolisBlue" style="font-weight:bold;">Searched Name:</span></td><td class="dxflNestedControlCell_MetropolisBlue"> <span class="dxeBase_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_SearchTermText2">Reproducibility of Results (262062 results from Reference Citation Analysis)</span> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_1" class="dxflGroupCell_MetropolisBlue"><div class="dxflNestedControlCell_MetropolisBlue dxflCLLSys dxflItemSys dxflTextEditItemSys dxflItem_MetropolisBlue" style="padding-bottom:10px;"> <table> <tr> <td> <span style="font-weight: bold">Article Number From</span> </td> <td>   </td> <td> <table class="dxeTextBoxSys dxeTextBox_MetropolisBlue dxeTextBoxDefaultWidthSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportStartIndex" style="width:80px;"> <tr> <td class="dxic" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportStartIndex_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportPopupFormLayout$ExportStartIndex" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportStartIndex')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportStartIndex')" onchange="ASPx.EValueChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportStartIndex')" value="1" type="text" /></td> </tr> </table><script id="dxss_814491935" type="text/javascript">  </script> </td> <td>  to   </td> <td> <table class="dxeTextBoxSys dxeTextBox_MetropolisBlue dxeTextBoxDefaultWidthSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportEndSIndex" style="width:80px;"> <tr> <td class="dxic" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportEndSIndex_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportPopupFormLayout$ExportEndSIndex" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportEndSIndex')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportEndSIndex')" onchange="ASPx.EValueChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportEndSIndex')" value="600" type="text" /></td> </tr> </table><script id="dxss_1331245653" type="text/javascript">  </script> </td> <td>  </td> <td>(No more than 600 records at a time.) </td> </tr> </table> </div></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_2" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLLSys dxflItemSys dxflTextEditItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;padding-bottom:10px;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><label class="dxflCaption_MetropolisBlue" for="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_I" style="font-weight:bold;">Indexing:</label></td><td class="dxflNestedControlCell_MetropolisBlue"> <table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_LP" class="dxeLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_TL">Loading…</span></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_LD" class="dxeLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><table class="dxeButtonEditSys dxeButtonEdit_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource" style="width:200px;"> <tr> <td style="display:none;"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_VI" name="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_VI" type="hidden" /></td><td class="dxic" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource', event)" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportPopupFormLayout$selectSource" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource')" onchange="ASPx.ETextChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource')" value="Please Select" type="text" /></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_B-100" class="dxeButton dxeButtonEditButton_MetropolisBlue dxeButtonEditClearButton_MetropolisBlue" onmousedown="ASPx.BEClear('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource', event)" style="display:none;"><img id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_B-100Img" class="dxEditors_edtClear_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="x" /></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_B-1" class="dxeButton dxeButtonEditButton_MetropolisBlue" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource', event)" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"><img id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_B-1Img" class="dxEditors_edtDropDown_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="v" /></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_DDD_PW-1" class="dxpcDropDown_MetropolisBlue dxpclW dxpc-ddSys" style="z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-contentWrapper"> <div class="dxpc-content"> <table class="dxeListBox_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_DDD_L" style="border-collapse:separate;"> <tr> <td style="vertical-align:Top;"><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_DDD_L_D" class="dxlbd" style="width:100%;overflow-x:hidden;overflow-y:auto;"> <input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_DDD_L_VI" type="hidden" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportPopupFormLayout$selectSource$DDD$L" /><table style="border-collapse:separate;visibility:hidden!important;display:none!important;"> <tr id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_DDD_L_LBI-1" class="dxeListBoxItemRow_MetropolisBlue"> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_DDD_L_LBII" class="dxeListBoxItem_MetropolisBlue"> </td> </tr> </table><table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_selectSource_DDD_L_LBT" style="width:100%;border-collapse:separate;"> <tr> <td></td> </tr> </table> </div></td> </tr> </table><script id="dxss_2046065225" type="text/javascript">  </script> </div> </div> </div> </div><script id="dxss_1926633208" type="text/javascript">  </script><script id="dxss_228619664" type="text/javascript">  </script> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_4" class="dxflGroupCell_MetropolisBlue"><table class="dxflCLLSys dxflItemSys dxflTextEditItemSys dxflItem_MetropolisBlue" style="border-collapse:separate;padding-bottom:20px;"> <tr> <td class="dxflHALSys dxflVATSys dxflCaptionCell_MetropolisBlue dxflCaptionCellSys"><label class="dxflCaption_MetropolisBlue" for="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_I" style="font-weight:bold;">Format:</label><em class="dxflRequired_MetropolisBlue">*</em></td><td class="dxflNestedControlCell_MetropolisBlue"> <table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_ET" class="dxeValidDynEditorTable dxeRoot_MetropolisBlue"> <tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_CC"><table class="dxeButtonEditSys dxeButtonEdit_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat" style="width:200px;border-collapse:separate;"> <tr> <td style="display:none;"><input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_VI" name="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_VI" type="hidden" value="1" /></td><td class="dxic" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat', event)" style="width:100%;"><input class="dxeEditArea_MetropolisBlue dxeEditAreaSys" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_I" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportPopupFormLayout$FileFormat" onfocus="ASPx.EGotFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat')" onblur="ASPx.ELostFocus('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat')" onchange="ASPx.ETextChanged('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat')" value="Excel" type="text" /></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_B-1" class="dxeButton dxeButtonEditButton_MetropolisBlue" onmousedown="return ASPx.DDDropDown('RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat', event)" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"><img id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_B-1Img" class="dxEditors_edtDropDown_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="v" /></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_DDD_PW-1" class="dxpcDropDown_MetropolisBlue dxpclW dxpc-ddSys" style="z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-contentWrapper"> <div class="dxpc-content"> <table class="dxeListBox_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_DDD_L" style="border-collapse:separate;"> <tr> <td style="vertical-align:Top;"><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_DDD_L_D" class="dxlbd" style="width:100%;overflow-x:hidden;overflow-y:auto;"> <input id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_DDD_L_VI" type="hidden" name="ctl00$RootHolder$articleExportPopup$ExportFilePageControl$ExportPopupFormLayout$FileFormat$DDD$L" /><table style="border-collapse:separate;visibility:hidden!important;display:none!important;"> <tr id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_DDD_L_LBI-1" class="dxeListBoxItemRow_MetropolisBlue"> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_DDD_L_LBII" class="dxeListBoxItem_MetropolisBlue"> </td> </tr> </table><table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_DDD_L_LBT" style="width:100%;border-collapse:separate;"> <tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">Excel</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">Plain Text</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">PDF</td> </tr><tr class="dxeListBoxItemRow_MetropolisBlue"> <td class="dxeListBoxItem_MetropolisBlue">WORD</td> </tr> </table> </div></td> </tr> </table><script id="dxss_1509722775" type="text/javascript">  </script> </div> </div> </div> </div><script id="dxss_960798088" type="text/javascript">  </script></td><td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_EC" class="dxeErrorCell_MetropolisBlue dxeErrorFrame_MetropolisBlue dxeErrorFrameSys dxeErrorCellSys dxeNoBorderLeft" style="vertical-align:middle;display:none;white-space:nowrap;">Invalid value</td> </tr> </table><table id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_LP" class="dxeLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_TL">Loading…</span></td> </tr> </table><div id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_FileFormat_LD" class="dxeLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_835950349" type="text/javascript">  </script> </td> </tr> </table></td> </tr><tr> <td id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_5" class="dxflGroupCell_MetropolisBlue"><div class="dxflNestedControlCell_MetropolisBlue dxflCLLSys dxflItemSys dxflTextItemSys dxflItem_MetropolisBlue"> <a class="dxeHyperlink_MetropolisBlue" id="RootHolder_articleExportPopup_ExportFilePageControl_ExportPopupFormLayout_ExportedFileLink" target="_blank" rel="noopener noreferrer">Click to Download the Exported File</a><script id="dxss_308093146" type="text/javascript">  </script> </div></td> </tr> </table> </div><script id="dxss_424125632" type="text/javascript">  </script> </div> </div> </div> </div><b class="dx-clear"></b><table id="RootHolder_articleExportPopup_ExportFilePageControl_LP" class="dxtcLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="RootHolder_articleExportPopup_ExportFilePageControl_TL">Loading…</span></td> </tr> </table><script id="dxss_2124675053" type="text/javascript">  </script> </div> </div><div class="dxpc-footer"> <div class="popup-footer-button-container"> <div class="dxbButton_MetropolisBlue DefaultButton dxbButtonSys dxbTSys" id="RootHolder_articleExportPopup_TPCFm1_btnExportArticles" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"> <div class="dxb"> <input id="RootHolder_articleExportPopup_TPCFm1_btnExportArticles_I" class="dxb-hb" value="Export" type="submit" name="ctl00$RootHolder$articleExportPopup$TPCFm1$TC$btnExportArticles" /><span class="dx-vam">Export</span> </div> </div><script id="dxss_77486387" type="text/javascript">  </script>    <div class="dxbButton_MetropolisBlue DefaultButton dxbButtonSys dxbTSys" id="RootHolder_articleExportPopup_TPCFm1_btnCancel" style="user-select:none;-khtml-user-select:none;-ms-user-select:none;"> <div class="dxb"> <input id="RootHolder_articleExportPopup_TPCFm1_btnCancel_I" class="dxb-hb" value="Cancel" type="submit" name="ctl00$RootHolder$articleExportPopup$TPCFm1$TC$btnCancel" /><span class="dx-vam">Cancel</span> </div> </div><script id="dxss_2118985763" type="text/javascript">  </script> </div> </div> </div> </div><div id="RootHolder_articleExportPopup_DXPWMB-1" 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All rights reserved. 7041 Koll Center Parkway, Suite 160, Pleasanton, CA 94566, USA </div> <div class="scroll"> <a href="#top" target="_self"> <img src="/Contents/Images/backtop3.png" /> </a> </div> <div id="categorySelectorPopup_PW-1" class="dxpcLite_MetropolisBlue dxpclW" style="height:500px;width:800px;z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-header drag dxpc-withBtn" style="font-size:20px;user-select:none;-khtml-user-select:none;-ms-user-select:none;"> <div class="dxpc-closeBtn"> <img class="dxWeb_pcCloseButton_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="Close" /> </div><div class="dxpc-headerContent"> <span class="dxpc-headerText dx-vam">Select the Category</span> </div><b class="dx-clear"></b> </div><div class="dxpc-contentWrapper" style="overflow:auto;"> <div class="dxpc-content"> </div> </div> </div> </div><div id="categorySelectorPopup_DXPWMB-1" class="dxpcModalBackLite_MetropolisBlue" style="z-index:9999;"> </div><table id="categorySelectorPopup_LP" class="dxpcLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="categorySelectorPopup_TL">Loading…</span></td> </tr> </table><div id="categorySelectorPopup_LD" class="dxpcLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_166253781" type="text/javascript">  </script> <div id="pcLoginPopUp_PW-1" class="dxpcLite_MetropolisBlue dxpclW" style="height:500px;width:700px;z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-contentWrapper" style="overflow:auto;"> <div class="dxpc-content"> </div> </div> </div> </div><div id="pcLoginPopUp_DXPWMB-1" class="dxpcModalBackLite_MetropolisBlue" style="z-index:9999;"> </div><table id="pcLoginPopUp_LP" class="dxpcLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="pcLoginPopUp_TL">Loading…</span></td> </tr> </table><div id="pcLoginPopUp_LD" class="dxpcLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_430910140" type="text/javascript">  </script> <div id="aiComputePopup_PW-1" class="dxpcLite_MetropolisBlue dxpclW" style="height:200px;width:300px;z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow"> <div class="dxpc-header dxpc-withBtn" style="font-size:20px;"> <div class="dxpc-closeBtn"> <img class="dxWeb_pcCloseButton_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="Close" /> </div><div class="dxpc-headerContent"> <span class="dxpc-headerText dx-vam">Impact Index Per Article</span> </div><b class="dx-clear"></b> </div><div class="dxpc-contentWrapper"> <div class="dxpc-content"> <div class="ai-content-container"> <p> <b>Calculation for Impact Index Per Article</b> </p> <p> Times Cited ÷ Number of Years = Impact Index Per Article<sup class="standard-yellow">TM</sup> </p> </div> </div> </div> </div> </div><table id="aiComputePopup_LP" class="dxpcLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="left:0px;top:0px;z-index:30000;display:none;"> <tr> <td class="dx" style="padding-right:0px;"><img class="dxlp-loadingImage dxlp-imgPosLeft" src="/DXR.axd?r=1_58-HCSds" alt="" style="vertical-align:middle;" /></td><td class="dx" style="padding-left:0px;"><span id="aiComputePopup_TL">Loading…</span></td> </tr> </table><div id="aiComputePopup_LD" class="dxpcLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_698179129" type="text/javascript">  </script> <script type="text/javascript"> //<![CDATA[ var callBackFrameUrl='/WebResource.axd?d=beToSAE3vdsL1QUQUxjWdX-3aFLejnBliGvqSCZYULGFdxZmRlcJcqs71AKVNTQEXljNmd0slFkUZ_AFaCke4Q2&t=638628207619783110'; WebForm_InitCallback();//]]> </script> </form> </body> </html>