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Melt electrowriting of hydrophilic/hydrophobic multiblock copolymers for bone tissue regeneration. <em>BIOMATERIALS ADVANCES</em> 2025;<b>169</b>:214167. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39826259' target='_blank'>39826259</a> DOI: <a href='https://dx.doi.org/10.1016/j.bioadv.2024.214167' target='_blank'>10.1016/j.bioadv.2024.214167</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.bioadv.2024.214167','39826259', 'Bone and Bones/physiology')">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='https://doi.org/10.1016/j.bioadv.2024.214167' 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: 06/03/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 11/20/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 12/27/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 01/22/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv1" value="10.1016/j.bioadv.2024.214167" /> <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-content">Bone-healing complications can occur due to large bone defects or an insufficient bone regeneration capacity. Melt electrowriting (MEW) is a potential candidate for manufacturing synthetic scaffolds that may resolve bone-healing complications. MEW can exploit various biocompatible polymers with a wide range of tissue engineering applications. Poly (ethylene oxide terephthalate)-poly(butylene terephthalate) (PEOT/PBT), a multiblock copolymer family, has emerged as a promising biomaterial to guide cell behavior, particularly in promoting bone differentiation. The polymer is known for its tunability by varying the PEOT/PBT weight ratios to influence the chemical, physical and mechanical properties. Four carefully selected PEOT/PBT compositions investigated in this study with the poly (ethylene oxide terephthalate) content ranging from 36 and 65 wt%. Detailed rheological characterization was performed to determine the optimum printing temperature, followed by optimizing the MEW parameters to fabricate a well-defined and layer-by-layer scaffold for each copolymer composition. The effect of distinct physicochemical properties on cell behavior was also investigated using MG63 cells on both 2D films and MEW scaffolds. MEW scaffolds made from each polymer compositions show good cell attachment and proliferation along with flattened cell morphology in contrast with highly varied performance on 2D films. In addition, the in vitro bioactivity test using simulation body fluid reveals the formation of bone-like apatite layer formation on the MEW scaffolds made from high molecular weight and poly (ethylene oxide terephthalate) composition. </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%22MG63+osteoblastic+cells%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">MG63 osteoblastic cells</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%22Melt+electrowriting%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Melt electrowriting</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%22Multiblock+copolymers%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Multiblock copolymers</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%22PA%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">PA</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%22Scaffolds%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Scaffolds</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; 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%22Bone+Regeneration%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration/drug effects</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%22Hydrophobic+and+Hydrophilic+Interactions%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hydrophobic and Hydrophilic Interactions</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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Polyethylene+Glycols%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Polyethylene Glycols/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%22Tissue+Scaffolds%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds/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%22Biocompatible+Materials%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biocompatible Materials/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%22Polyesters%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Polyesters/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><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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Cell+Proliferation%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cell Proliferation/drug effects</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%22Materials+Testing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Materials Testing</a></li></ul> <a href="javascript:ShowArticleMeSH(1);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant1" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <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>Li H</b>, Xiao M, Yang F, Zhao Z, Liang A. Hyperbaric oxygen treatment promotes tendon-bone interface healing in a rabbit model of rotator cuff tears. <em class='incite-journal-name' onclick='ShowInCiteJournal(167990);'>Med Gas Res</em> 2025;<b>15</b>:164-170. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39217428' target='_blank'>39217428</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11515062' target='_blank'>PMC11515062</a> DOI: <a href='https://dx.doi.org/10.4103/mgr.medgasres-d-24-00034' target='_blank'>10.4103/mgr.medgasres-d-24-00034</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('10.4103/mgr.medgasres-d-24-00034','39217428', 'Bone and Bones/physiology')">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='https://doi.org/10.4103/mgr.medgasres-d-24-00034' 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(167990);" 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: 05/14/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 05/31/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 07/04/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/04/2024]</span></span><span class="ref-count">  Open</span> </div> <input type="hidden" name="doiv" id="doiv2" value="10.4103/mgr.medgasres-d-24-00034" /> <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">Due to the high-intensity pressure that the shoulder cuff endures, it is prone to traumas and tears. The main critical function of the shoulder cuff muscles is to effectively facilitate shoulder movement and securely maintain the humeral head in the precise center of the joint cavity to prevent superior migration during abduction processes. Shoulder cuff injuries typically involve the muscle-tendon-bone interface, but existing repair techniques do not always guarantee complete and secure healing, leading to retears. Hyperbaric oxygen therapy, as an auxiliary treatment, can significantly promote the muscle-tendon-bone healing process. To explore the impact of hyperbaric oxygen therapy on the bone-tendon interface healing process in a rabbit model specifically designed for shoulder cuff tears, an experiment was conducted on New Zealand white rabbits by performing a full-thickness tear of the supraspinatus tendon in the left shoulder, followed by 2 hours per day of 100% oxygen treatment at 2 absolute atmospheres for 5 days. The results indicate that hyperbaric oxygen therapy significantly enhances vascularization at the interface between the shoulder cuff and tendon-bone, promotes collagen fiber regeneration in the tendon, improves the tensile strength of the tendon-bone complex, and does not have a significant effect on biomechanical stability. This suggests that hyperbaric oxygen therapy has a significant positive impact on the histological and biomechanical healing of shoulder cuff tears in rabbits, expediting the healing process of the tendon-bone interface. </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%22biomechanics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">biomechanics</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%22collagen%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">collagen</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%22fibers%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">fibers</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%22bone+interface%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone interface</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%22histological+change%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">histological change</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%22vascularization%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">vascularization</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%22inflammation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">inflammation</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+tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">rotator cuff tissue engineering</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%22adjunct+therapy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">adjunct therapy</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%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%22Rabbits%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rabbits</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%22Hyperbaric+Oxygenation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hyperbaric Oxygenation</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%22Rotator+Cuff+Injuries%2ftherapy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rotator Cuff Injuries/therapy</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%22Rotator+Cuff+Injuries%2fpathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rotator Cuff Injuries/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%22Wound+Healing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Wound Healing</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%22Disease+Models%2c+Animal%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Disease Models, Animal</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%22Rotator+Cuff%2fpathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rotator Cuff/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fpathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Tendons%2fpathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tendons/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%22Male%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male</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>Wang Y</b>, Zhang K, Gao W, Lin H, Li T, Liu TCY, Weng X, Yuan Y. The Effects of different forms of exercise during the early life on the bone microstructure of ovariectomized mice. <em class='incite-journal-name' onclick='ShowInCiteJournal(4121);'>Bone</em> 2025;<b>192</b>:117364. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39645067' target='_blank'>39645067</a> DOI: <a href='https://dx.doi.org/10.1016/j.bone.2024.117364' target='_blank'>10.1016/j.bone.2024.117364</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.bone.2024.117364','39645067', 'Bone and Bones/physiology')">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='https://doi.org/10.1016/j.bone.2024.117364' 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(4121);" 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/bone/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: 06/26/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 12/02/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 12/04/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 12/09/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv3" value="10.1016/j.bone.2024.117364" /> <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">Postmenopausal osteoporosis is a type of bone disease with bone loss and deterioration of skeletal function that occurs in women after menopause. Studies have found that early-life exercise can reduce the risk of fractures and decrease the occurrence of osteoporosis, making it a promising approach for preventing and reversing bone loss. In this study, to identify the optimal forms of exercise during early life to optimize bone health and provide suggestions for promoting bone health through exercise training during early life, we conducted different forms of exercise interventions including ladder climbing, treadmill running, combined training, and whole-body vibration (WBV) on adolescent mice for 8 weeks and observed the accumulation of bone mass and arrangement of bone microstructure in adult mice. After removing the ovaries bilaterally, the mice were resting for 22 weeks to simulate the bone loss condition observed in postmenopausal women. We examined the resistance of the bone microstructure to degradation in response to exercise during early life and characterized the specific effects of different forms of exercise on countering bone microstructure deterioration. Our findings demonstrate that early-life exercise exerts long-term beneficial effects on bone health. All four forms of early-life exercise can delay bone loss due to decreased estrogen and improve the bone microstructure to varying degrees, with resistance and vibration training demonstrating superior protective benefits. </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%22Bone+microstructure%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone microstructure</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%22Early-life+exercise%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Early-life exercise</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%22Osteoporosis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoporosis</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%22Ovariectomy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Ovariectomy</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%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%22Physical+Conditioning%2c+Animal%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Physical Conditioning, Animal/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%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%22Ovariectomy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Ovariectomy</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Mice%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mice</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%22Bone+Density%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Density/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%22Vibration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Vibration</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%22Mice%2c+Inbred+C57BL%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mice, Inbred C57BL</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%22X-Ray+Microtomography%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">X-Ray Microtomography</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>Park H</b>, Narayanan SA, Caldwell JT, Behnke BJ, Muller-Delp JM, Delp MD. Effects of aging and exercise training on bone and marrow blood flow and vascular function. <em class='incite-journal-name' onclick='ShowInCiteJournal(4121);'>Bone</em> 2025;<b>192</b>:117335. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39561871' target='_blank'>39561871</a> DOI: <a href='https://dx.doi.org/10.1016/j.bone.2024.117335' target='_blank'>10.1016/j.bone.2024.117335</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.bone.2024.117335','39561871', 'Bone and Bones/physiology')">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='javascript:void(0);' onclick="ShowArticleGrant(4);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://doi.org/10.1016/j.bone.2024.117335' 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(4121);" 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/bone/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: 08/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 11/08/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 11/16/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 11/21/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv4" value="10.1016/j.bone.2024.117335" /> <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">Aging leads to progressive bone loss, which is associated with impaired bone and marrow perfusion. The purpose of this study was to determine whether chronic exercise training enhances blood flow to the femur at rest and during exercise, and elucidate whether putative changes in training-induced bone perfusion are associated with alterations in the intrinsic vasomotor properties of the femoral principal nutrient artery (PNA) in old age. Young (4-6 mo old) and old (20-22 mo old) male Fischer-344 rats were either treadmill exercise trained (ET) or remained sedentary (SED). Regional blood flow to the femur was assessed at rest and during treadmill exercise. Endothelium-dependent (acetylcholine, ACh) and -independent (Dea-NONOate) vasodilator, and vasoconstrictor (phenylephrine (PE), KCl and myogenic) responses of femoral PNAs were determined. Exercise training led to higher blood flow to distal metaphysis and epiphysis in old rats at rest, and old ET rats showed greater regional blood flow during exercise compared to old SED rats. The increased blood flow to the proximal and distal metaphysis and epiphysis were also higher in old ET rats than that in young ET rats. Exercise training enhanced the vasodilator response to ACh, corresponding to increased eNOS expression in femoral PNAs from both young and old rats. Aging did not alter PE- or KCl-induced vasoconstriction, whereas myogenic responses were impaired. Exercise training enhanced vasoconstrictor responses to PE in old rats but had no effect on KCl or myogenic responses in either group. These data demonstrate that exercise training enhances both regional bone and marrow blood flow and vasodilator responses, which are impaired in the femora of old SED rats. </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%22Aging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Aging</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%22Bone+adaptation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone adaptation</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%22Bone+blood+flow%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone blood flow</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%22Exercise%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Exercise</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%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%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%22Physical+Conditioning%2c+Animal%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Physical Conditioning, Animal/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%22Aging%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Aging/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%22Rats%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rats</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%22Rats%2c+Inbred+F344%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rats, Inbred F344</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%22Bone+Marrow%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Marrow/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%22Bone+Marrow%2fblood+supply%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Marrow/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%22Regional+Blood+Flow%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Regional Blood Flow/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%22Femur%2fblood+supply%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Femur/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%22Femur%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Femur/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%22Bone+and+Bones%2fblood+supply%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Vasodilation%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Vasodilation/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%22Vasodilation%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Vasodilation/drug effects</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%22Vasoconstriction%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Vasoconstriction/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%22Vasoconstriction%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Vasoconstriction/drug effects</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%22Nitric+Oxide+Synthase+Type+III%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Nitric Oxide Synthase Type III/metabolism</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> <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">R15 AG055029 NIA NIH HHS</a></li></ul> <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>Coburn B</b>, Salary RR. Computational Fluid Dynamics Modeling of Material Transport Through Triply Periodic Minimal Surface Scaffolds for Bone Tissue Engineering. <em class='incite-journal-name' onclick='ShowInCiteJournal(13193);'>J Biomech Eng</em> 2025;<b>147</b>:031007. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39790065' target='_blank'>39790065</a> DOI: <a href='https://dx.doi.org/10.1115/1.4067575' target='_blank'>10.1115/1.4067575</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('10.1115/1.4067575','39790065', 'Bone and Bones/physiology')">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='javascript:void(0);' onclick="ShowArticleGrant(5);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://doi.org/10.1115/1.4067575' 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(13193);" 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: 07/17/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 12/18/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 01/12/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv5" value="10.1115/1.4067575" /> <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">Cell-laden, scaffold-based tissue engineering methods have been successfully utilized for the treatment of bone fractures and diseases, caused by factors such as trauma, tumors, congenital anomalies, and aging. In such methods, the rate of scaffold biodegradation, transport of nutrients and growth factors, as well as removal of cell metabolic wastes at the site of injury are critical fluid-dynamics factors, affecting cell proliferation and ultimately tissue regeneration. Therefore, there is a critical need to identify the underlying material transport mechanisms and factors associated with cell-seeded, scaffold-based bone tissue engineering. The overarching goal of this study is to contribute to patient-specific, clinical treatment of bone pathology. The overall objective of the work is to establish computational fluid dynamics (CFD) models: (i) to identify the consequential mechanisms behind internal and external material transport through/over porous bone scaffolds designed based on the principles of triply periodic minimal surfaces (TPMS) and (ii) to identify TPMS designs with optimal geometry and flow characteristics for the treatment of bone fractures in clinical practice. In this study, advanced CFD models were established based on ten TPMS scaffold designs for (i) single-unit internal flow analysis, (ii) single-unit external flow analysis, and (iii) cubic, full-scaffold external flow analysis, where the geometry of each design was parametrically created. The influence of several design parameters, such as surface representation iteration, wall thickness, and pore size on geometry accuracy as well as computation time, was investigated in order to obtain computationally efficient and accurate CFD models. The fluid properties (such as density and dynamic viscosity) as well as the boundary conditions (such as no-slip condition, inlet flow velocity, and pressure outlet) of the CFD models were set based on clinical/research values reported in the literature, according to the fundamentals of internal and external Newtonian flow modeling. The main fluid characteristics influential in bone regeneration, including flow velocity, flow pressure, and wall shear stress (WSS), were analyzed to observe material transport internally through and externally over the TPMS scaffold designs. Regarding the single-unit internal flow analysis, it was observed that P.W. Hybrid and Neovius designs had the highest level of not only flow pressure but also WSS. This can be attributed to their relatively flat surfaces when compared to the rest of the TPMS designs. Schwarz primitive (P) appeared to have the lowest level of flow pressure and WSS (desirable for development of bone tissues) due to its relatively open channels allowing for more effortless fluid transport. An analysis of streamline velocity exhibited an increase in velocity togther with a depiction of potential turbulent motion along the curved sections of the TPMS designs. Regarding the single-unit external flow analysis, it was observed that Neovius and Diamond yielded the highest level of flow pressure and WSS, respectively, while Schwarz primitive (P) similarly had a relatively low level of flow pressure and WSS suitable for bone regeneration. Besides, pressure buildup was observed within the inner channels of almost all the TPMS designs due to flow resistance and the intrinsic interaction between the fluid flow and the scaffold walls. Regarding the cubic (full-scaffold) external flow analysis, the Diamond and Schwarz gyroid (G) designs appeared to have a relatively high level of both flow pressure and WSS, while Schwarz primitive (P) similarly yielded a low level of flow pressure and WSS. Overall, the outcomes of this study pave the way for optimal design and fabrication of complex, bone-like tissues with desired material transport properties for cell-laden, scaffold-based treatment of bone fractures. </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%22biomanufacturing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">biomanufacturing</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%22bone+tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone tissue engineering</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%22computational+fluid+dynamics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">computational fluid dynamics</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%22triply+periodic+minimal+surfaces+(TPMS)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">triply periodic minimal surfaces (TPMS)</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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Hydrodynamics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hydrodynamics</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%22Tissue+Scaffolds%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%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%22Surface+Properties%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Surface Properties</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%22Models%2c+Biological%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Models, Biological</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%22Porosity%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Porosity</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%22Biological+Transport%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biological Transport</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> <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%22Office+of+Integrative+Activities%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">OIA-2327460 Office of Integrative Activities</a></li></ul> <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>Sumida KD</b>, Smithers DL, Gerston A, Lagerborg KA, Jaque SV, Caporaso F. Impact of Resistance Training on Bone During 40% Caloric Restriction in Growing Female Rats. <em class='incite-journal-name' onclick='ShowInCiteJournal(4346);'>Calcif Tissue Int</em> 2025;<b>116</b>:38. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39928164' target='_blank'>39928164</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11811438' target='_blank'>PMC11811438</a> DOI: <a href='https://dx.doi.org/10.1007/s00223-025-01348-y' target='_blank'>10.1007/s00223-025-01348-y</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/s00223-025-01348-y','39928164', 'Bone and Bones/physiology')">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='javascript:void(0);' onclick="ShowArticleGrant(6);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://doi.org/10.1007/s00223-025-01348-y' 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(4346);" 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/ctin/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: 10/14/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 01/27/2025]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 02/11/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv6" value="10.1007/s00223-025-01348-y" /> <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">There is a growing trend in the use of severe caloric restrictive diets among normal weight young females that can jeopardize bone health. Using an animal model, the purpose of this study was to determine whether resistance training (RT) could maintain bone health during a 6-week severe caloric restrictive (CR) diet in growing female rats. Twenty-four female rats (~ 8 weeks old) were randomly divided into the following groups: sedentary rats fed a normal diet (N = 8), sedentary rats fed a 40% CR diet (D = 8), and an RT group fed a 40% CR diet (DT = 8). The DT group climbed a vertical ladder four consecutive times (per exercise session) with weights appended to their tail 3 days/week for a total of 6 weeks. Tibial bone mineral density (BMD) was assessed using dual-energy X-ray absorptiometry scans and bone mechanical properties were measured. After 6 weeks, the body mass (Mean ± SD) of CR-fed groups (D & DT = 202.8 ± 10.7 g) was significantly lower than N (275.5 ± 25.3 g). Tibial BMD (g/cm2) for D (0.196 ± 0.012) was significantly lower vs. N (0.213 ± 0.013), resulting in a 7.9% decline. The tibial BMD for DT (0.206 ± 0.009) resulted in a 3.3% decline compared to N that was not significantly different. Bone mechanical properties were significantly greater for DT compared to D, but not significantly different compared to N. Resistance training has the potential to maintain bone health during severe caloric restriction in growing female rats. </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%22BMD%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">BMD</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%22Bone+mechanical+properties%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone mechanical properties</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%22Diet%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Diet</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%22Tibia%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tibia</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%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%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%22Caloric+Restriction%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Caloric Restriction/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%22Bone+Density%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Density/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%22Resistance+Training%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Resistance Training/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%22Rats%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rats</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%22Physical+Conditioning%2c+Animal%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Physical Conditioning, Animal/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%22Absorptiometry%2c+Photon%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Absorptiometry, Photon</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%22Rats%2c+Sprague-Dawley%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rats, Sprague-Dawley</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%22Bone+and+Bones%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Tibia%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tibia/physiology</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> <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%22Chapman+University%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Faculty Research Award Chapman University</a></li></ul> <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>Liu P</b>, Guo H, Huang X, Liu A, Zhu T, Zheng C, Fu F, Zhang K, Li S, Luo X, Tian J, Jin Y, Xuan K, Sui B. Golgi-restored vesicular replenishment retards bone aging and empowers aging bone regeneration. <em class='incite-journal-name' onclick='ShowInCiteJournal(4127);'>Bone Res</em> 2025;<b>13</b>:21. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39922812' target='_blank'>39922812</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11807224' target='_blank'>PMC11807224</a> DOI: <a href='https://dx.doi.org/10.1038/s41413-024-00386-w' target='_blank'>10.1038/s41413-024-00386-w</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('10.1038/s41413-024-00386-w','39922812', 'Bone and Bones/physiology')">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='javascript:void(0);' onclick="ShowArticleGrant(7);" target='_self'>Grants</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='https://doi.org/10.1038/s41413-024-00386-w' 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(4127);" 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: 03/07/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 09/15/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 10/22/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 02/10/2025]</span></span><span class="ref-count">  Open</span> </div> <input type="hidden" name="doiv" id="doiv7" value="10.1038/s41413-024-00386-w" /> <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">Healthy aging is a common goal for humanity and society, and one key to achieving it is the rejuvenation of senescent resident stem cells and empowerment of aging organ regeneration. However, the mechanistic understandings of stem cell senescence and the potential strategies to counteract it remain elusive. Here, we reveal that the aging bone microenvironment impairs the Golgi apparatus thus diminishing mesenchymal stem cell (MSC) function and regeneration. Interestingly, replenishment of cell aggregates-derived extracellular vesicles (CA-EVs) rescues Golgi dysfunction and empowers senescent MSCs through the Golgi regulatory protein Syntaxin 5. Importantly, in vivo administration of CA-EVs significantly enhanced the bone defect repair rate and improved bone mass in aging mice, suggesting their therapeutic value for treating age-related osteoporosis and promoting bone regeneration. Collectively, our findings provide insights into Golgi regulation in stem cell senescence and bone aging, which further highlight CA-EVs as a potential rejuvenative approach for aging bone regeneration. </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%22bone%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone</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%22osteoporosis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">osteoporosis</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%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%22Bone+Regeneration%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration/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%22Golgi+Apparatus%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Golgi Apparatus/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%22Mesenchymal+Stem+Cells%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mesenchymal Stem Cells/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%22Mesenchymal+Stem+Cells%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mesenchymal Stem Cells/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%22Mice%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mice</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%22Aging%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Aging/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%22Extracellular+Vesicles%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Extracellular Vesicles/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%22Extracellular+Vesicles%2ftransplantation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Extracellular Vesicles/transplantation</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%22Extracellular+Vesicles%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Extracellular Vesicles/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%22Cellular+Senescence%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cellular Senescence/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%22Mice%2c+Inbred+C57BL%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mice, Inbred C57BL</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/physiology</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> <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+(National+Science+Foundation+of+China)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">81930025 National Natural Science Foundation of China (National 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%22National+Natural+Science+Foundation+of+China+(National+Science+Foundation+of+China)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">82201013 National Natural Science Foundation of China (National 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%22National+Natural+Science+Foundation+of+China+(National+Science+Foundation+of+China)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">82370949 National Natural Science Foundation of China (National Science Foundation of China)</a></li></ul> <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>Westerberg H</b>, Stanforth PR, Carbuhn A, Bosch T, Dengel DR. Muscle-to-bone and soft tissue-to-bone ratios in track and field athletes. <em class='incite-journal-name' onclick='ShowInCiteJournal(11807);'>Int J Sports Med</em> 2025;<b>46</b>:90-96. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39904352' target='_blank'>39904352</a> DOI: <a href='https://dx.doi.org/10.1055/a-2445-9582' target='_blank'>10.1055/a-2445-9582</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('10.1055/a-2445-9582','39904352', 'Bone and Bones/physiology')">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="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='https://doi.org/10.1055/a-2445-9582' 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(11807);" 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'>[Indexed: 02/06/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv8" value="10.1055/a-2445-9582" /> <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-content">The purpose of this study was to compare the muscle-to-bone (MBR) and soft tissue-to-bone ratios (SBR) of 459 track and field athletes across event groups to identify differences in MBR and SBR. Dual X-ray absorptiometry provided total and regional (i.e., arm, leg, trunk) lean mass (LM), fat mass (FM), and bone mineral content (BMC). MBR was calculated by dividing LM by BMC. The SBR was calculated by dividing LM+FM by BMC. Kruskal-Wallis tests were used to compare ratios across event groups. Dunn's post-hoc tests were utilized to adjust for multiple comparisons. Total MBR for females was higher in the throwers compared to the multievent athletes (p=0.02). For the males, total MBR was lower in jumpers compared to all events except pole vaulters (PV) (p<0.05). Trunk MBR was higher in the long-distance runners (LD) compared to jumpers, PV, and throwers (p<0.05). The throwers had higher total, arm, and leg SBRs compared to the jumpers, LD, middle distance, PV, and sprint groups (p<0.05). Significant differences in total and regional MBR and SBR were identified across event groups for both sexes, and may indicate event-specific adaptations impacting the balance between soft tissue and bone. </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> <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%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%22Track+and+Field%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Track and Field/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%22Bone+Density%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Density/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%22Absorptiometry%2c+Photon%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Absorptiometry, Photon</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%22Muscle%2c+Skeletal%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Muscle, Skeletal/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%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%22Body+Composition%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Body Composition/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%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%22Athletes%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Athletes</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%22Arm%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Arm/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%22Adolescent%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adolescent</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> <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>Ticinesi A</b>, Siniscalchi C, Meschi T, Nouvenne A. Gut microbiome and bone health: update on mechanisms, clinical correlations, and possible treatment strategies. <em class='incite-journal-name' onclick='ShowInCiteJournal(169341);'>Osteoporos Int</em> 2025;<b>36</b>:167-191. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39643654' target='_blank'>39643654</a> DOI: <a href='https://dx.doi.org/10.1007/s00198-024-07320-0' target='_blank'>10.1007/s00198-024-07320-0</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/s00198-024-07320-0','39643654', 'Bone and Bones/physiology')">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='https://doi.org/10.1007/s00198-024-07320-0' 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(169341);" 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/osin/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: 07/12/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 11/12/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 12/09/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv9" value="10.1007/s00198-024-07320-0" /> <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-content">The intestinal microbiome is increasingly regarded as a relevant modulator of the pathophysiology of several age-related conditions, including frailty, sarcopenia, and cognitive decline. Aging is in fact associated with alteration of the equilibrium between symbiotic bacteria and opportunistic pathogens, leading to dysbiosis. The microbiome is able to regulate intestinal permeability and systemic inflammation, has a central role in intestinal amino acid metabolism, and produces a large number of metabolites and byproducts, with either beneficial or detrimental consequences for the host physiology. Recent evidence, from both preclinical animal models and clinical studies, suggests that these microbiome-centered pathways could contribute to bone homeostasis, regulating the balance between osteoblast and osteoclast function. In this systematic review, we provide an overview of the mechanisms involved in the gut-bone axis, with a particular focus on microbiome function and microbiome-derived mediators including short-chain fatty acids. We also review the current evidence linking gut microbiota dysbiosis with osteopenia and osteoporosis, and the results of the intervention studies on pre-, pro-, or post-biotics targeting bone mineral density loss in both animal models and human beings, indicating knowledge gaps and highlighting possible avenues for future research. </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%22Dysbiosis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Dysbiosis</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%22Gut%e2%80%93bone+axis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Gut–bone axis</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%22Osteoblast%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoblast</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%22Osteoclast%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoclast</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%22Probiotic%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Probiotic</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%22SCFA%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">SCFA</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%22Gastrointestinal+Microbiome%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Gastrointestinal Microbiome/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%22Dysbiosis%2fphysiopathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Dysbiosis/physiopathology</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%22Osteoporosis%2fphysiopathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoporosis/physiopathology</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%22Osteoporosis%2fmicrobiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoporosis/microbiology</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%22Osteoporosis%2ftherapy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoporosis/therapy</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%22Bone+Diseases%2c+Metabolic%2fphysiopathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Diseases, Metabolic/physiopathology</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%22Bone+Diseases%2c+Metabolic%2fmicrobiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Diseases, Metabolic/microbiology</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%22Bone+Density%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Density/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%22Bone+and+Bones%2fmicrobiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/microbiology</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%22Bone+and+Bones%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fphysiopathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/physiopathology</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Probiotics%2ftherapeutic+use%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Probiotics/therapeutic use</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%2c+Volatile%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fatty Acids, Volatile/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%22Fatty+Acids%2c+Volatile%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fatty Acids, Volatile/physiology</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> <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>García-Vilana S</b>, Sánchez-Molina D, Abdi H. Acoustic Emission in Bone Biomechanics: A Comprehensive Review of Mechanical Properties and Predictive Damage Modeling. <em>SENSORS (BASEL, SWITZERLAND)</em> 2025;<b>25</b>:598. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39943237' target='_blank'>39943237</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11820147' target='_blank'>PMC11820147</a> DOI: <a href='https://dx.doi.org/10.3390/s25030598' target='_blank'>10.3390/s25030598</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('10.3390/s25030598','39943237', 'Bone and Bones/physiology')">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='https://doi.org/10.3390/s25030598' 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);' name="openf" onclick="OpenFigures('10.3390/s25030598');">Figures</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: 12/27/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 01/16/2025]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 01/17/2025]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 02/16/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv10" value="10.3390/s25030598" /> <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-content">This review investigates the application of acoustic emission (AE) techniques in analyzing the mechanical properties and damage prediction of human bone. AE is a non-invasive and non-destructive evaluation method that captures the elastic waves released during microstructural deformations under stress, providing critical insights into bone behavior and failure mechanisms. By analyzing 57 studies, this review synthesizes findings on AE signal characteristics, experimental configurations, and their correlations with bone's mechanical parameters such as yield strength, elastic modulus, and micro-damage evolution. This article highlights AE's potential in early damage detection, differentiation of failure modes, and predictive modeling using stochastic and percolation theories. These models facilitate the prediction of fracture risk and mechanical failure without inducing irreversible damage. This review addresses the strengths and limitations of AE techniques and outlines future directions in biomechanical research. </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%22acoustic+emission%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">acoustic emission</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%22bone+mechanics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone mechanics</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%22fracture+prediction%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">fracture prediction</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%22micro-damage+modeling%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">micro-damage modeling</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-destructive+evaluation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">non-destructive evaluation</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%22Biomechanical+Phenomena%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biomechanical Phenomena/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Acoustics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Acoustics</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%22Elastic+Modulus%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Elastic Modulus</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%22Stress%2c+Mechanical%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Stress, Mechanical</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%22Models%2c+Biological%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Models, Biological</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; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(10);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow11"> <td style="min-width: 40px; text-align: center;"> 11 </td> <td> <div id="citation11" class="article-citation"> <b>Carroll KA</b>, Sawden M, Sharma S. DAMPs, PAMPs, NLRs, RIGs, CLRs and TLRs - Understanding the Alphabet Soup in the Context of Bone Biology. <em class='incite-journal-name' onclick='ShowInCiteJournal(7375);'>Curr Osteoporos Rep</em> 2025;<b>23</b>:6. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39808398' target='_blank'>39808398</a> DOI: <a href='https://dx.doi.org/10.1007/s11914-024-00900-3' target='_blank'>10.1007/s11914-024-00900-3</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/s11914-024-00900-3','39808398', 'Bone and Bones/physiology')">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="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='https://doi.org/10.1007/s11914-024-00900-3' 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(7375);" 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/cosr/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'>[Accepted: 12/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 01/16/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv11" value="10.1007/s11914-024-00900-3" /> <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 OF REVIEW</div><div class="abstract-content">The purpose of this review is to summarize the current understanding of cell-autonomous innate immune pathways that contribute to bone homeostasis and disease. </div><div class="abstract-label">RECENT FINDINGS</div><div class="abstract-content">Germ-line encoded pattern recognition receptors (PRRs) are the first line of defense against danger and infections. In the bone microenvironment, PRRs and downstream signaling pathways, that mount immune defense, interface intimately with the core cellular processes in bone cells to alter bone formation and resorption. The role of PRR engagement on bone remodeling has been best described as a result of activated macrophages secreting effector molecules that reshape the characteristics of bone-resident cells. However, it is being increasingly recognized that local bone resident-cells like osteoclasts and osteoblasts possess an arsenal of PRRs. The engagement of these PRRs by stimuli in the bone niche can drive cell-autonomous (aka cell-intrinsic) responses that, in turn, impact bone-remodeling dramatically, irrespective of immune cell effectors. Indeed, this vital role for cell-autonomous innate immune responses is evident in how reduced PRR activity within osteoclast progenitors correlates with their reduced differentiation and abnormal bone remodeling. Further, cell-intrinsic PRR activity has now been shown to influence the behavior of osteoblasts, osteocytes and other local immune/non-immune cell populations. However, distinct PRR families have varying impact on bone homeostasis and inflammation, emphasizing the importance of investigating these different nodes of innate immune signaling in bone cells to better identify how they synergistically and/or antagonistically regulate bone remodeling in the course of an immune response. Innate immune sensing within bone resident cells is a critical determinant for bone remodeling in health and 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> <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%22Bone+Remodeling%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Remodeling/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%22Bone+Remodeling%2fimmunology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Remodeling/immunology</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%22Immunity%2c+Innate%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Immunity, Innate</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%22Osteoclasts%2fimmunology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoclasts/immunology</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%22Osteoblasts%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteoblasts</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%22Bone+and+Bones%2fimmunology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/immunology</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%22Bone+and+Bones%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Signal+Transduction%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Signal Transduction/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%22Toll-Like+Receptors%2fimmunology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Toll-Like Receptors/immunology</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%22Toll-Like+Receptors%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Toll-Like Receptors/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%22Receptors%2c+Pattern+Recognition%2fimmunology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Receptors, Pattern 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</td> <td> <div id="citation12" class="article-citation"> <b>Sequeira I</b>. Restoring bone healing potential. <em class='incite-journal-name' onclick='ShowInCiteJournal(8168);'>eLife</em> 2025;<b>14</b>:e105420. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39804692' target='_blank'>39804692</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11729341' target='_blank'>PMC11729341</a> DOI: <a href='https://dx.doi.org/10.7554/elife.105420' target='_blank'>10.7554/elife.105420</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('10.7554/elife.105420','39804692', 'Bone and Bones/physiology')">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='https://doi.org/10.7554/elife.105420' 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(8168);" 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'>[Indexed: 01/16/2025]</span></span><span class="ref-count">  Open</span> </div> <input type="hidden" name="doiv" id="doiv12" value="10.7554/elife.105420" /> <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-content">A combination of intermittent fasting and administering Wnt3a proteins to a bone injury can rejuvenate bone repair in aged mice. </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%22Wnt%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Wnt</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%22aging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">aging</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%22bone%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone</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%22bone+regeneration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone regeneration</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%22cell+biology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">cell biology</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%22intermittent+fasting%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">intermittent fasting</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%22mouse%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">mouse</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%22osteoprogenitors%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">osteoprogenitors</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%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%22Mice%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mice</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%22Wnt3A+Protein%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Wnt3A Protein/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%22Fracture+Healing%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Fracture Healing/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%22Bone+Regeneration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/physiology</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>Freitas L</b>, Bezerra A, Resende-Coelho A, Maciel L, Gomez-Lazaro M, Amorim T, Fernandes R, Fonseca H. Effect of Eight Months of Swimming on Bone Quality of Different Anatomical Regions: A Study on Wistar Rat Models. <em class='incite-journal-name' onclick='ShowInCiteJournal(4346);'>Calcif Tissue Int</em> 2025;<b>116</b>:29. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39789144' target='_blank'>39789144</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11717846' target='_blank'>PMC11717846</a> DOI: <a href='https://dx.doi.org/10.1007/s00223-024-01333-x' target='_blank'>10.1007/s00223-024-01333-x</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/s00223-024-01333-x','39789144', 'Bone and Bones/physiology')">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='https://doi.org/10.1007/s00223-024-01333-x' 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(4346);" 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/ctin/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: 09/01/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 12/13/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 01/12/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv13" value="10.1007/s00223-024-01333-x" /> <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-content">Swimming is a popular sport with several health benefits, but its effects on bone quality are controversial possibly due to distinct effects on different anatomical regions. Our aim was to investigate the effect of 8-month swimming on bone growth, mass, geometry, trabecular microarchitecture and osteocyte density of the lumbar vertebrae, femur and tibia of male rats. Wistar rat models were assigned to either a swimming (n = 10; 2h/d, 5 d/week) or a physically active control group (n = 10) for 8 months, after which they were sacrificed and their lumbar vertebrae, femur and tibia assessed for bone mass, cortical geometry, trabecular microarchitecture and osteocyte density through µ-CT and histology. Variables were compared between groups through independent samples t tests. Swimming animals displayed higher vertebral trabecular connectivity and lower trabecular separation compared to controls. However, femur length, trabecular and cortical bone mass and cortical thickness were lower compared to controls. At the tibia, animals from the swimming group also presented lower trabecular number and connectivity and higher trabecular separation. Osteocyte density at the femur and vertebra was similar between groups. Eight months of swimming negatively affected bone mass, cortical geometry and trabecular microarchitecture at the femur and tibia whilst having a favourable effect on vertebral trabecular microarchitecture. These results suggest that swimming has divergent effects on different anatomical regions. </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%22Bone+mineral+density%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone mineral 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%22Bone+quality%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone quality</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%22Cortical+geometry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cortical geometry</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%22Exercise%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Exercise</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%22Male+rats%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Male rats</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%22Osteocyte%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteocyte</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%22Swimming%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Swimming</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%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%22Swimming%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Swimming/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%22Rats%2c+Wistar%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rats, Wistar</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%22Bone+Density%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Density/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%22Rats%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rats</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%22Tibia%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tibia/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%22Femur%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Femur/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%22Femur%2fanatomy+%26amp%3b+histology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Femur/anatomy & histology</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%22Lumbar+Vertebrae%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Lumbar Vertebrae</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Physical+Conditioning%2c+Animal%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Physical Conditioning, Animal/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%22Osteocytes%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteocytes/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%22X-Ray+Microtomography%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">X-Ray Microtomography</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; 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%22Funda%c3%a7%c3%a3o+para+a+Ci%c3%aancia+e+a+Tecnologia%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">PTDC/SAU-DES/4113/2020 Fundação para a Ciência e a Tecnologia</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%22Funda%c3%a7%c3%a3o+para+a+Ci%c3%aancia+e+a+Tecnologia%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">UIDB/00617/2020 doi: 10.54499/UIDB/00617/2020 Fundação para a Ciência e a Tecnologia</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%22Funda%c3%a7%c3%a3o+para+a+Ci%c3%aancia+e+a+Tecnologia%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">UIDP/00617/2020 doi: 10.54499/UIDP/00617/2020 Fundação para a Ciência e a Tecnologia</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%22Funda%c3%a7%c3%a3o+para+a+Ci%c3%aancia+e+a+Tecnologia%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">LA/P/0064/2020 Fundação para a Ciência e a Tecnologia</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%22Funda%c3%a7%c3%a3o+para+a+Ci%c3%aancia+e+a+Tecnologia%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">SFRH/BD/145211/2019 Fundação para a Ciência e a Tecnologia</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%22Funda%c3%a7%c3%a3o+para+a+Ci%c3%aancia+e+a+Tecnologia%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">MTS/SAS/0077/2020 Fundação para a Ciência e a Tecnologia</a></li></ul> <a href="javascript:ShowArticleGrant(13);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow14"> <td style="min-width: 40px; text-align: center;"> 14 </td> <td> <div id="citation14" class="article-citation"> <b>Bai L</b>, Li J, Li G, Zhou D, Su J, Liu C. Skeletal interoception and prospective application in biomaterials for bone regeneration. <em class='incite-journal-name' onclick='ShowInCiteJournal(4127);'>Bone Res</em> 2025;<b>13</b>:1. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39743568' target='_blank'>39743568</a> DOI: <a href='https://dx.doi.org/10.1038/s41413-024-00378-w' target='_blank'>10.1038/s41413-024-00378-w</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('10.1038/s41413-024-00378-w','39743568', 'Bone and Bones/physiology')">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="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='https://doi.org/10.1038/s41413-024-00378-w' 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(4127);" 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: 06/30/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 10/08/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 10/21/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 01/04/2025]</span></span><span class="ref-count">  Open</span> </div> <input type="hidden" name="doiv" id="doiv14" value="10.1038/s41413-024-00378-w" /> <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-content">Accumulating research has shed light on the significance of skeletal interoception, in maintaining physiological and metabolic homeostasis related to bone health. This review provides a comprehensive analysis of how skeletal interoception influences bone homeostasis, delving into the complex interplay between the nervous system and skeletal system. One key focus of the review is the role of various factors such as prostaglandin E2 (PGE2) in skeletal health via skeletal interoception. It explores how nerves innervating the bone tissue communicate with the central nervous system to regulate bone remodeling, a process critical for maintaining bone strength and integrity. Additionally, the review highlights the advancements in biomaterials designed to utilize skeletal interoception for enhancing bone regeneration and treatment of bone disorders. These biomaterials, tailored to interact with the body's interoceptive pathways, are positioned at the forefront of innovative treatments for conditions like osteoporosis and fractures. They represent a convergence of bioengineering, neuroscience, and orthopedics, aiming to create more efficient and targeted therapies for bone-related disorders. In conclusion, the review underscores the importance of skeletal interoception in physiological regulation and its potential in developing more effective therapies for bone regeneration. It emphasizes the need for further research to fully understand the mechanisms of skeletal interoception and to harness its therapeutic potential fully. </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> <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; 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%22Bone+Regeneration%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration/drug effects</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%22Bone+Regeneration%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration/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%22Biocompatible+Materials%2ftherapeutic+use%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biocompatible Materials/therapeutic use</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%22Interoception%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Interoception/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%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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/drug effects</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%22Bone+and+Bones%2finnervation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/innervation</a></li></ul> <a href="javascript:ShowArticleMeSH(14);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant14" 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+(National+Science+Foundation+of+China)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">82230071, 82172098 National Natural Science Foundation of China (National Science Foundation of China)</a></li></ul> <a href="javascript:ShowArticleGrant(14);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow15"> <td style="min-width: 40px; text-align: center;"> 15 </td> <td> <div id="citation15" class="article-citation"> <b>Gao D</b>, Wu H, Lyu B, Lu X, Ma J. Biodegradable agricultural film based on bone gelatin and PDMS-NH<sub>2</sub>: Evaluation of mechanical properties and hydrophobicity. <em class='incite-journal-name' onclick='ShowInCiteJournal(11467);'>Int J Biol Macromol</em> 2025;<b>284</b>:138165. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39613071' target='_blank'>39613071</a> DOI: <a href='https://dx.doi.org/10.1016/j.ijbiomac.2024.138165' target='_blank'>10.1016/j.ijbiomac.2024.138165</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.ijbiomac.2024.138165','39613071', 'Bone and Bones/physiology')">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='https://doi.org/10.1016/j.ijbiomac.2024.138165' 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(11467);" 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: 08/20/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 11/06/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 11/26/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 12/01/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv15" value="10.1016/j.ijbiomac.2024.138165" /> <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-content">Extensively used plastic mulch film causes tremendous environmental pollution. Developing biodegradable mulch film represents an emerging demand for future agriculture. Bone gelatin (BG) has emerged as promising candidates in the field of biodegradable agricultural mulch film due to its eco-friendly and biodegradable attributes, yet the terrible mechanical properties and hydrophobicity are great challenges. Here, aminodimethylsiloxane/POSS polymer/bone gelatin (PDMS-NH2/PAH/BG) mulch film was prepared by incorporated POSS-allyl glycidyl ether hydroxyethyl acrylate polymer (PAH polymer) and aminodimethylsiloxane (PDMS-NH2) into the BG. The effect of PDMS-NH2 dosages on performances of PDMS-NH2/PAH/BG mulch film was explored. When the PDMS-NH2 dosage was 4 %, the mulch film had a water contact angle (WCA) of 128 ± 1°, tensile strength (TS) of 5.93 ± 0.81 MPa, and elongation at break (EAB) of 361.38 ± 25.04 %. After being buried in the soil for 60 days, the degradation rate of mulch film reached 78 %. Additionally, it also had favourable light transmission, water vapor barrier and moisture retention and insulation performance. Pot experiment showed that the wheat seeds germination rate covered mulch film was 98 % and it could promote the growth of seedlings. The results indicated that PDMS-NH2/PAH/BG mulch film could serve as a biodegradable mulch film to boost crop yields, inspiring advancements in green ecological agriculture. </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%22Agriculture%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Agriculture</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%22Biodegradable+mulch+film%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biodegradable mulch film</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%22Bone+gelatin%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone gelatin</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; 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%22Gelatin%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Gelatin/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%22Hydrophobic+and+Hydrophilic+Interactions%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hydrophobic and Hydrophilic Interactions</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/drug effects</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%22Dimethylpolysiloxanes%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Dimethylpolysiloxanes/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%22Tensile+Strength%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tensile Strength</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%22Mechanical+Phenomena%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mechanical Phenomena</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%22Agriculture%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Agriculture/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%22Germination%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Germination</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%22Triticum%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Triticum/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%22Biodegradation%2c+Environmental%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biodegradation, Environmental</a></li></ul> <a href="javascript:ShowArticleMeSH(15);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant15" class="article-abstract"> <b style="display: block; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(15);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow16"> <td style="min-width: 40px; text-align: center;"> 16 </td> <td> <div id="citation16" class="article-citation"> <b>Wu B</b>, Li X, Wang R, Liu L, Huang D, Ye L, Wang Z. Biomimetic Mineralized Collagen Scaffolds for Bone Tissue Engineering: Strategies on Elaborate Fabrication for Bioactivity Improvement. <em>SMALL (WEINHEIM AN DER BERGSTRASSE, GERMANY)</em> 2025;<b>21</b>:e2406441. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39580700' target='_blank'>39580700</a> DOI: <a href='https://dx.doi.org/10.1002/smll.202406441' target='_blank'>10.1002/smll.202406441</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/smll.202406441','39580700', 'Bone and Bones/physiology')">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='https://doi.org/10.1002/smll.202406441' 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: 07/28/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 10/23/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 11/26/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv16" value="10.1002/smll.202406441" /> <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-content">Biomimetic mineralized collagen (BMC) scaffolds represent an innovative class of bone-repair biomaterials inspired by the natural biomineralization process in bone tissue. Owing to their favorable biocompatibility and mechanical properties, BMC scaffolds have garnered significant attention in bone tissue engineering. However, most studies have overlooked the importance of bioactivity, resulting in collagen scaffolds with suboptimal osteogenic potential. In this review, the composition of the mineralized extracellular matrix (ECM) in bone tissue is discussed to provide guidance for biomimetic collagen mineralization. Subsequently, according to the detailed fabrication procedure of BMC scaffolds, the substances that can regulate both the fabrication process and biological activities is summarized. Furthermore, a potential strategy for developing BMC scaffolds with superior mechanical properties and biological activities for bone tissue engineering is proposed. </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%22biological+activities%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">biological activities</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%22biomineralized+collagen%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">biomineralized collagen</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%22bone+tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone tissue engineering</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%22functionalization%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">functionalization</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%22scaffold%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">scaffold</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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Tissue+Scaffolds%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds/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%22Collagen%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Collagen/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%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%22Biomimetic+Materials%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biomimetic Materials/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%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%22Biomimetics%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biomimetics/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%22Extracellular+Matrix%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Extracellular Matrix/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%22Extracellular+Matrix%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Extracellular Matrix/chemistry</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%22Clinical+Research+Program+of+West+China+Hospital+of+Stomatology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">LCYJ-MS-202304 Clinical Research Program of West China Hospital of Stomatology</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%22Science+and+Technology+Department+of+Sichuan+Province%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">2023NSFSC0566 Science and Technology Department of Sichuan Province</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>Elkhenany H</b>, Soliman MW, Atta D, El-Badri N. Innovative Marine-Sourced Hydroxyapatite, Chitosan, Collagen, and Gelatin for Eco-Friendly Bone and Cartilage Regeneration. <em class='incite-journal-name' onclick='ShowInCiteJournal(168573);'>J Biomed Mater Res A</em> 2025;<b>113</b>:e37833. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39508545' target='_blank'>39508545</a> DOI: <a href='https://dx.doi.org/10.1002/jbm.a.37833' target='_blank'>10.1002/jbm.a.37833</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/jbm.a.37833','39508545', 'Bone and Bones/physiology')">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='https://doi.org/10.1002/jbm.a.37833' 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(168573);" 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: 09/07/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 10/16/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 10/25/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 11/15/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv17" value="10.1002/jbm.a.37833" /> <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-content">In recent years, the exploration of sustainable alternatives in the field of bone tissue engineering has led researchers to focus on marine waste byproducts as a valuable resource. These marine resources, often overlooked remnants of various industries, exhibit a rich composition of hydroxyapatite, collagen, calcium carbonate, and other minerals essential to the complex framework of bone structure. Marine waste by-products can emit gases such as methane and carbon dioxide, highlighting the urgency to repurpose these materials for innovative tissue regeneration solutions, offering a sustainable approach to address environmental challenges while advancing medical science. Using these discarded materials offers a promising pathway for sustainable development in regenerative medicine. This review investigates the distinctive properties of marine waste byproducts, emphasizing their capacity to be recycled effectively to contribute to the rebuilding of bone and cartilage tissue during regeneration processes. We also highlight the compatibility of these resources with biological materials such as platelet-rich plasma (PRP), stem cells, exosomes, and natural bioproducts, as well as nanoparticles (NPs) and polymers. By using the natural potential of these resources, we simultaneously address environmental challenges and promote innovative solutions in skeletal tissue engineering, initiating a new era of environmentally green biomedical research. </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%22biomaterials%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">biomaterials</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%22bone+tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone tissue engineering</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%22chitosan%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">chitosan</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%22collagen%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">collagen</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%22hydroxyapatite%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">hydroxyapatite</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%22Durapatite%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Durapatite/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%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%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%22Collagen%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Collagen/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%22Gelatin%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Gelatin/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%22Cartilage%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cartilage/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%22Bone+Regeneration%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration/drug effects</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%22Chitosan%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Chitosan/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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Biocompatible+Materials%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biocompatible Materials/chemistry</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>Gabbett TJ</b>, Oetter E. From Tissue to System: What Constitutes an Appropriate Response to Loading? <em class='incite-journal-name' onclick='ShowInCiteJournal(21484);'>Sports Med</em> 2025;<b>55</b>:17-35. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39527327' target='_blank'>39527327</a> DOI: <a href='https://dx.doi.org/10.1007/s40279-024-02126-w' target='_blank'>10.1007/s40279-024-02126-w</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/s40279-024-02126-w','39527327', 'Bone and Bones/physiology')">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="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='https://doi.org/10.1007/s40279-024-02126-w' 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(21484);" 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'>[Accepted: 09/20/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 11/16/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv18" value="10.1007/s40279-024-02126-w" /> <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-content">Optimal loading involves the prescription of an exercise stimulus that promotes positive tissue adaptation, restoring function in patients undergoing rehabilitation and improving performance in healthy athletes. Implicit in optimal loading is the need to monitor the response to load, but what constitutes a normal response to loading? And does it differ among tissues (e.g., muscle, tendon, bone, cartilage) and systems? In this paper, we discuss the "normal" tissue response to loading schema and demonstrate the complex interaction among training intensity, volume, and frequency, as well as the impact of these training variables on the recovery of specific tissues and systems. Although the response to training stress follows a predictable time course, the recovery of individual tissues to training load (defined herein as the readiness to receive a similar training stimulus without deleterious local and/or systemic effects) varies markedly, with as little as 30 min (e.g., cartilage reformation after walking and running) or 72 h or longer (e.g., eccentric exercise-induced muscle damage) required between loading sessions of similar magnitude. Hyperhydrated and reactive tendons that have undergone high stretch-shorten cycle activity benefit from a 48-h refractory period before receiving a similar training dose. In contrast, bone cells desensitize quickly to repetitive loading, with almost all mechanosensitivity lost after as few as 20 loading cycles. To optimize loading, an additional dose (≤ 60 loading cycles) of bone-centric exercise (e.g., plyometrics) can be performed following a 4-8 h refractory period. Low-stress (i.e., predominantly aerobic) activity can be repeated following a short (≤ 24 h) refractory period, while greater recovery is needed (≥ 72 h) between repeated doses of high stress (i.e., predominantly anaerobic) activity. The response of specific tissues and systems to training load is complex; at any time, it is possible that practitioners may be optimally loading one tissue or system while suboptimally loading another. The consideration of recovery timeframes of different tissues and systems allows practitioners to determine the "normal" response to load. Importantly, we encourage practitioners to interpret training within an athlete monitoring framework that considers external and internal load, athlete-reported responses, and objective markers, to contextualize load-response data. </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> <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%22Muscle%2c+Skeletal%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Muscle, Skeletal/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%22Tendons%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tendons/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%22Adaptation%2c+Physiological%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Adaptation, Physiological</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Weight-Bearing%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Weight-Bearing/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%22Cartilage%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cartilage/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%22Physical+Conditioning%2c+Human%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Physical Conditioning, Human/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%22Physical+Conditioning%2c+Human%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Physical Conditioning, Human/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%22Exercise%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Exercise/physiology</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> <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>Gao D</b>, Wu H, Lyu B, Zheng C, Zhou Y, Ma J. Waste-To-Energy: Sustainable Triboelectric Stimulating System Constructed by Bone Gelatin Based Triboelectric Nanogenerator for Crop Growth. <em>SMALL (WEINHEIM AN DER BERGSTRASSE, GERMANY)</em> 2025;<b>21</b>:e2408925. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39573874' target='_blank'>39573874</a> DOI: <a href='https://dx.doi.org/10.1002/smll.202408925' target='_blank'>10.1002/smll.202408925</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/smll.202408925','39573874', 'Bone and Bones/physiology')">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='https://doi.org/10.1002/smll.202408925' 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: 09/29/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 10/31/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 01/23/2025]</span></span> </div> <input type="hidden" name="doiv" id="doiv19" value="10.1002/smll.202408925" /> <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-content">The misuse of synthetic chemicals such as pesticides and fertilizers harms the environment and human health. Abandoning them risks global food shortages. Urgent eco-friendly alternatives are needed for food production without excessive synthetic chemicals. To respond to this challenge, an innovative approach uses POSS polymer (PA) to modify waste bone gelatin (BG), constructinging a biodegradable triboelectric nanogenerator (PAG-TENG) tailored for the triboelectric stimulating system for seed germination (PTSS). Amide groups of PA improve the electron supplying capacity of BG and 3D cage structure captures and transfers charges of BG, thereby improving the output performance of PAG-TENG. The spatial electrostatic field formed by PAG-TENG promotes seed germination when subjected to pressure changes in the environment. Hence output performance of PAG-TENG is improved from 52.34 V and 40.25 nA to 247.15 V and 482.12 nA, the sensitivity is 14.4957 V*kPa-1. It maintains initial stable performance after the 6000 cycles of testing. Besides, the prepared PAG-TENG has good toughness, translucency, and degradability. Treated by the high voltage electrostatic field of PTSS, peas' germination rate remarkably increased by ≈27%. This work realizes the high-value utilization of waste resource BG, and provides a novel direction for the development of intelligent agriculture. </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%22bone+gelatin%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone gelatin</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%22environmentally+friendly%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">environmentally friendly</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%22intelligent+agriculture%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">intelligent agriculture</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%22triboelectric+nanogenerator%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">triboelectric nanogenerator</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%22triboelectric+stimulating+system%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">triboelectric stimulating system</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%22Gelatin%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Gelatin/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%22Germination%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Germination</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Static+Electricity%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Static Electricity</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%22Nanotechnology%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Nanotechnology/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%22Crops%2c+Agricultural%2fgrowth+%26amp%3b+development%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Crops, Agricultural/growth & development</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%22Electric+Power+Supplies%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Electric Power Supplies</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%22the+Key+Project+of+Shaanxi+Natural+Science+Basic+Research+Program+(Special+Support)%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">2023JC-XJ-12 the Key Project of Shaanxi Natural Science Basic Research Program (Special Support)</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%22Sanqin+Talents+Special+Support+Plan+Leading+talents+in+scientific+and+technological+innovation+of+Shaanxi+Province%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Sanqin Talents Special Support Plan Leading talents in scientific and technological innovation of Shaanxi Province</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">22378250 National Natural Science Foundation of China</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>Cramer EE</b>, Hermsen KC, Kock LM, Ito K, Hofmann S. Culture system for longitudinal monitoring of bone dynamics ex vivo. <em class='incite-journal-name' onclick='ShowInCiteJournal(3888);'>Biotechnol Bioeng</em> 2025;<b>122</b>:53-68. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39295202' target='_blank'>39295202</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11632172' target='_blank'>PMC11632172</a> DOI: <a href='https://dx.doi.org/10.1002/bit.28848' target='_blank'>10.1002/bit.28848</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/bit.28848','39295202', 'Bone and Bones/physiology')">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='https://doi.org/10.1002/bit.28848' 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(3888);" 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: 10/18/2023]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 07/19/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 09/05/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 09/21/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv20" value="10.1002/bit.28848" /> <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-content">To quantify and visualize both bone formation and resorption within osteochondral explants cultured ex vivo is challenging with the current analysis techniques. An approach that enables monitoring of bone remodeling dynamics is longitudinal microcomputed tomography (µCT), a non-destructive technique that relies on repeated µCT scanning and subsequent registration of consecutive scans. In this study, a two-compartment culture system suitable for osteochondral explants that allowed for µCT scanning during ex vivo culture was established. Explants were scanned repeatedly in a fixed orientation, which allowed assessment of bone remodeling due to adequate image registration. Using this method, bone formation was found to be restricted to the outer surfaces when cultured statically. To demonstrate that the culture system could capture differences in bone remodeling, explants were cultured statically and under dynamic compression as loading promotes osteogenesis. No quantitative differences between static and dynamic culture were revealed. Still, only in dynamic conditions, bone formation was visualized on trabecular surfaces located within the inner cores, suggesting enhanced bone formation towards the center of the explants upon mechanical loading. Taken together, the ex vivo culture system in combination with longitudinal µCT scanning and subsequent registration of images demonstrated potential for evaluating bone remodeling within explants. </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%22bone+remodeling%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">bone remodeling</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%22ex+vivo+culture%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">ex vivo culture</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%22microcomputed+tomography%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">microcomputed tomography</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%22osteochondral+explant%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">osteochondral explant</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%22X-Ray+Microtomography%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">X-Ray Microtomography</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%22Bone+Remodeling%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Remodeling/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%22Osteogenesis%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteogenesis/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fdiagnostic+imaging%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Tissue+Culture+Techniques%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Culture Techniques/methods</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%22Nederlandse+Organisatie+voor+Wetenschappelijk+Onderzoek%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Nederlandse Organisatie voor Wetenschappelijk Onderzoek</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%22European+Research+Council%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">European Research Council</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%22European+Research+Council%5cn%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">European Research Council </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%22Nederlandse+Organisatie+voor+Wetenschappelijk+Onderzoek%5cn%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Nederlandse Organisatie voor Wetenschappelijk Onderzoek </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>Shibahara K</b>, Hayashi K, Nakashima Y, Ishikawa K. Controlling the pore size of carbonate apatite honeycomb scaffolds enhances orientation and strength of regenerated bone. <em>BIOMATERIALS ADVANCES</em> 2025;<b>166</b>:214026. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39299056' target='_blank'>39299056</a> DOI: <a href='https://dx.doi.org/10.1016/j.bioadv.2024.214026' target='_blank'>10.1016/j.bioadv.2024.214026</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.bioadv.2024.214026','39299056', 'Bone and Bones/physiology')">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='http://dx.doi.org/10.1016/j.bioadv.2024.214026' 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: 04/18/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 08/31/2024]</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: 09/22/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv21" value="10.1016/j.bioadv.2024.214026" /> <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-content">To restore functions of long bones and avoid reconstruction failure, segmental defects should be quickly repaired using abundant amounts of regenerated bone with high mechanical strength and orientation along the bone axis. Although both bone volume and bone matrix orientation are important for faster restoration of long bones with segmental defects, researchers have primarily focused on the former. Artificial bone scaffolds with uniaxial channels, (e.g., honeycomb (HC) scaffolds), are considered adequate for regenerating bone oriented along the bone axis. The channel size may affect the orientation, amount, and strength of the regenerated bone. In this study, we investigated the effects of channel size in carbonate apatite HC scaffolds on the orientation of bones regenerated in segmental bone defects and determined the adequate channel size. Carbonate apatite HC scaffolds, with different channel sizes (350, 550, 730, and 890 μm in length on the side of the square aperture), were fabricated by extrusion molding of a mixture of calcium carbonate and organic binder, debinding, and subsequent phosphatization to convert the composition from calcium carbonate to carbonate apatite. No significant difference in the amounts of regenerated bones was observed for different channel sizes. However, bone along the bone axis was formed in the channels ≤550 μm in size but not in channels ≥730 μm. The HC scaffolds with a channel size of 350 μm regenerated bone with higher bending strength than those with a channel size of 890 μm. However, bone regenerated with the HC scaffolds having channel sizes of 350, 550, and 730 μm showed equal bending strength. Thus, the adequate channel size for fast regeneration of high-strength bone, oriented to the bone axis, is ≤730 μm. To the best of our knowledge, this is the first study to report the effect of channel size on bone orientation and strength. The findings of this study are relevant to the fast repair of segmental bone defects. </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%22Bioceramics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bioceramics</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%22Bone+orientation%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone orientation</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%22Honeycomb%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Honeycomb</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%22Segmental+bone+defect%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Segmental bone defect</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%22Structure%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Structure</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%22Tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue engineering</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%22Apatites%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Apatites/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%22Tissue+Scaffolds%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds/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%22Bone+Regeneration%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration/drug effects</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%22Porosity%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Porosity</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%22Rabbits%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Rabbits</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/chemistry</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> <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>Varpe A</b>, Sayed M, Mane NS. A Comprehensive Literature Review on Advancements and Challenges in 3D Bioprinting of Human Organs: Ear, Skin, and Bone. <em class='incite-journal-name' onclick='ShowInCiteJournal(2074);'>Ann Biomed Eng</em> 2025;<b>53</b>:14-33. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/38977527' target='_blank'>38977527</a> DOI: <a href='https://dx.doi.org/10.1007/s10439-024-03580-3' target='_blank'>10.1007/s10439-024-03580-3</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/s10439-024-03580-3','38977527', 'Bone and Bones/physiology')">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='https://doi.org/10.1007/s10439-024-03580-3' 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(2074);" 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: 05/15/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 07/02/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 07/10/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv22" value="10.1007/s10439-024-03580-3" /> <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-content">The field of 3D bioprinting is rapidly emerging within the realm of regenerative medicine, offering significant potential in dealing with the issue of organ shortages. Despite being in its early stages, it has the potential to replicate tissue structures accurately, providing new potential solutions for reconstructive surgery. This review explores the diverse applications of 3D bioprinting in regenerative medicine, pharmaceuticals, and the food industry, specifically focusing on ear, skin, and bone tissues due to their unique challenges and implications in the field. Significant progress has been made in cartilage and bone scaffold fabrication in ear reconstruction, yet challenges in functional maturation persist. Recent advancements highlight the potential for patient-specific ear substitutes, emphasizing the need for extensive clinical trials. In skin regeneration, 3D bioprinting addresses limitations in existing models, offering opportunities for improved wound healing and realistic skin models. While challenges exist, progress in biomaterials and in-situ bioprinting holds promise. In bone regeneration, 3D bioprinting presents personalized solutions for defects, but scaffold design refinement and addressing regulatory and ethical considerations are crucial. The transformative potential of 3D bioprinting in the field of medicine holds the promise of redefining therapeutic approaches and delivering personalized treatments and functional tissues. Interdisciplinary collaboration is essential for fully realizing the capabilities of 3D bioprinting. This review provides a detailed analysis of current methodologies, challenges, and prospects in 3D bioprinting for ear, skin, and bone tissue regeneration. </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%223D+bioprinting%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">3D bioprinting</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%22Biomaterials%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biomaterials</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%22Bone%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone</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%22Ear%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Ear</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%22Reconstructive+surgery%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Reconstructive surgery</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%22Regenerative+medicine%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Regenerative medicine</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%22Skin%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Skin</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%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%22Printing%2c+Three-Dimensional%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Printing, 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%22Bioprinting%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bioprinting</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%22Skin%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Skin</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Ear%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Ear</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%22Tissue+Scaffolds%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds</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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Regenerative+Medicine%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Regenerative Medicine/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> <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>Venkata Prathyusha E</b>, Gomte SS, Ahmed H, Prabakaran A, Agrawal M, Chella N, Alexander A. Nanostructured polymer composites for bone and tissue regeneration. <em class='incite-journal-name' onclick='ShowInCiteJournal(11467);'>Int J Biol Macromol</em> 2025;<b>284</b>:137834. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39577519' target='_blank'>39577519</a> DOI: <a href='https://dx.doi.org/10.1016/j.ijbiomac.2024.137834' target='_blank'>10.1016/j.ijbiomac.2024.137834</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.ijbiomac.2024.137834','39577519', 'Bone and Bones/physiology')">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='https://doi.org/10.1016/j.ijbiomac.2024.137834' 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(11467);" 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: 05/15/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Revised: 11/09/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 11/16/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 11/24/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv23" value="10.1016/j.ijbiomac.2024.137834" /> <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-content">Nanostructured polymer composites have gained significant attention in recent years for their remarkable potential in bone and tissue regeneration. Moreover, with the integration of 3D printing technology, these composites hold promise for use in personalized medicine, where patient-specific scaffolds can be tailored to enhance therapeutic outcomes. Therefore, this review article aims to provide a comprehensive overview of the latest advancements in the development and application of nanostructured polymeric composites within the field of tissue engineering and bone regeneration. Here, the potential of biopolymers, natural polymers, and 3D-printed polymers to craft biocompatible, non-toxic, and mechanically robust composites is discussed in brief. Further, the fabrication techniques for 3D scaffolds and various forms of nanocomposites, including nanoparticles, nanocapsules, nanofibers, nanogels, and micelles for bone and tissue regeneration, are listed. Also, particular emphasis is placed on the role of nano-scaffolds and in situ hydrogels in bone and tissue regeneration. Overall, this review provides a concise and authoritative summary of the current state-of-the-art in nanostructured polymer composites for regenerative medicine, highlighting future directions and potential clinical applications. </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%223D+scaffolds%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">3D scaffolds</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%22Bone+regeneration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone regeneration</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%22Polymeric+composites%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Polymeric composites</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%22Tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue engineering</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%22Bone+Regeneration%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration/drug effects</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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Tissue+Scaffolds%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds/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%22Nanostructures%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Nanostructures/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><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%22Regenerative+Medicine%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Regenerative Medicine/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%22Biocompatible+Materials%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biocompatible Materials/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%22Hydrogels%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Hydrogels/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+and+Bones%2fdrug+effects%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/drug effects</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%22Printing%2c+Three-Dimensional%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Printing, Three-Dimensional</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; padding-bottom: 0.5rem; font-size: 1rem;">Grants</b> <a href="javascript:ShowArticleGrant(23);" target="_self" style="float: right;">Collapse</a> </div> </td> </tr> <tr id="articlerow24"> <td style="min-width: 40px; text-align: center;"> 24 </td> <td> <div id="citation24" class="article-citation"> <b>Li Y</b>, Wu J, Ye P, Cai Y, Shao M, Zhang T, Guo Y, Zeng S, Pathak JL. Decellularized Extracellular Matrix Scaffolds: Recent Advances and Emerging Strategies in Bone Tissue Engineering. <em class='incite-journal-name' onclick='ShowInCiteJournal(321);'>ACS Biomater Sci Eng</em> 2024;<b>10</b>:7372-7385. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39492720' target='_blank'>39492720</a> DOI: <a href='https://dx.doi.org/10.1021/acsbiomaterials.4c01764' target='_blank'>10.1021/acsbiomaterials.4c01764</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('10.1021/acsbiomaterials.4c01764','39492720', 'Bone and Bones/physiology')">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='https://doi.org/10.1021/acsbiomaterials.4c01764' 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(321);" 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'>[Indexed: 11/05/2024]</span></span> </div> <input type="hidden" name="doiv" id="doiv24" value="10.1021/acsbiomaterials.4c01764" /> <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-content">Bone tissue engineering (BTE) is a complex biological process involving the repair of bone tissue with proper neuronal network and vasculature as well as bone surrounding soft tissue. Synthetic biomaterials used for BTE should be biocompatible, support bone tissue regeneration, and eventually be degraded in situ and replaced with the newly generated bone tissue. Recently, various forms of bone graft materials such as hydrogel, nanofiber scaffolds, and 3D printed composite scaffolds have been developed for BTE application. Decellularized extracellular matrix (DECM), a kind of natural biological material obtained from specific tissues and organs, has certain advantages over synthetic and exogenous biomaterial-derived bone grafts. Moreover, DECM can be developed from a wide range of biological sources and possesses strong molding abilities, natural 3D structures, and bioactive factors. Although DECM has shown robust osteogenic, proangiogenic, immunomodulatory, and bone defect healing potential, the rapid degradation and limited mechanical properties should be improved for bench-to-bed translation in BTE. This review summarizes the recent advances in DECM-based BTE and discusses emerging strategies of DECM-based BTE. </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%22Biological+materials%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biological materials</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%22Bone+tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone tissue engineering</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%22Decellularization+extracellular+matrix%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Decellularization extracellular matrix</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%22Regenerative+medicine%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Regenerative medicine</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%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%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%22Biocompatible+Materials%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biocompatible Materials/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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Bone+Regeneration%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone Regeneration</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%22Decellularized+Extracellular+Matrix%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Decellularized Extracellular Matrix/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%22Extracellular+Matrix%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Extracellular Matrix/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%22Extracellular+Matrix%2fmetabolism%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Extracellular Matrix/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%22Osteogenesis%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Osteogenesis</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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Tissue+Engineering%2ftrends%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/trends</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%22Tissue+Scaffolds%2fchemistry%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds/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%22Tissue+Scaffolds%2ftrends%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds/trends</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> <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>Xu Z</b>, Xu W, Zhang T, Luo L. Mechanisms of tendon-bone interface healing: biomechanics, cell mechanics, and tissue engineering approaches. <em class='incite-journal-name' onclick='ShowInCiteJournal(14821);'>J Orthop Surg Res</em> 2024;<b>19</b>:817. [PMID: <a href='http://www.ncbi.nlm.nih.gov/pubmed/39623392' target='_blank'>39623392</a> PMCID: <a href='https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11613615' target='_blank'>PMC11613615</a> DOI: <a href='https://dx.doi.org/10.1186/s13018-024-05304-8' target='_blank'>10.1186/s13018-024-05304-8</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('10.1186/s13018-024-05304-8','39623392', 'Bone and Bones/physiology')">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='https://doi.org/10.1186/s13018-024-05304-8' 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://rcastoragev2.blob.core.windows.net/cc32977306d2b3f4ad0998510a918f12/13018_2024_Article_5304.PMC11613615.pdf' target='_blank'>Download PDF</a><span class='ref-count-sep'>]</span></span><span class="ref-count"> <span class='ref-count-sep'>[</span><a href='javascript:void(0);' name="openf" onclick="OpenFigures('10.1186/s13018-024-05304-8');">Figures</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(14821);" 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://submission.nature.com/new-submission/13018/3' 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: 09/20/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Accepted: 11/21/2024]</span></span><span class="ref-count"> <span class='ref-count-sep'>[Indexed: 12/06/2024]</span></span><span class="ref-count">  Open</span> </div> <input type="hidden" name="doiv" id="doiv25" value="10.1186/s13018-024-05304-8" /> <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-content">The healing of tendon-bone contact surfaces involves complex biomechanical and biochemical interactions, with pivotal implications for sports medicine and rehabilitation. This review explores applications from cellular mechanics to tissue engineering, emphasizing how biomechanics impact tendon-bone healing. Cells regulate behavior, including growth, differentiation, and migration, by sensing mechanical signals and translating them into biochemical responses, which are critical in the healing process. Cellular mechanics modulate intracellular signaling, thereby influencing biological function and healing capacity. Optimizing tendon-bone interface repair involves modulating the extracellular mechanical environment. This includes physical stimulation, such as stretching, pressure, or vibration, to promote cellular alignment and enhance tissue structural integrity. Tissue engineering in tendon-bone healing focuses on designing scaffolds that mimic the biomechanical properties of the natural tendon-bone interface. Synthesizing these studies provides an in-depth understanding and utilization of biomechanical principles, significantly improving tendon-bone healing and offering new directions for clinical treatments to achieve better therapeutic outcomes and rehabilitation for patients with sports injuries. </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%22Biomechanics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biomechanics</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%22Cellular+mechanics%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Cellular mechanics</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%22Mechanical+signals%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Mechanical signals</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%22Tendon-bone+healing%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tendon-bone healing</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%22Tissue+engineering%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue engineering</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%22Tissue+Engineering%2fmethods%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Engineering/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%22Biomechanical+Phenomena%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Biomechanical Phenomena/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%22Wound+Healing%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Wound Healing/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%22Tendons%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tendons/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%22Tendon+Injuries%2ftherapy%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tendon Injuries/therapy</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%22Tendon+Injuries%2fphysiopathology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tendon Injuries/physiopathology</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%22Bone+and+Bones%2fphysiology%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Bone and Bones/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%22Tissue+Scaffolds%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">Tissue Scaffolds</a></li></ul> <a href="javascript:ShowArticleMeSH(25);" target="_self" style="float: right;">Collapse</a> </div> <div style="display: none" id="articleGrant25" 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%22Natural+Science+Foundation+of+Inner+Mongolia+Autonomous+Region+Project+2022MS08039%22%2c%22b%22%3anull%2c%22f%22%3anull%7d%5d" target="_blank">2022MS08039 Natural 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alt="Maximize/Restore" /> </div><div class="dxpc-headerContent"> <span class="dxpc-headerText dx-vam">Edit My Journal Article</span> </div><b class="dx-clear"></b> </div><div class="dxpc-contentWrapper"> <div class="dxpc-content" style="overflow-x:hidden;overflow-y:scroll;">    </div> </div> </div> </div><div id="RootHolder_pcEditArticleControl_DXPWMB-1" class="dxpcModalBackLite_MetropolisBlue" style="z-index:9999;"> </div><table id="RootHolder_pcEditArticleControl_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="RootHolder_pcEditArticleControl_TL">Loading…</span></td> </tr> </table><div id="RootHolder_pcEditArticleControl_LD" class="dxpcLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_298765222" type="text/javascript">  </script> <div id="RootHolder_userIndexComputePopup_PW-1" class="dxpcLite_MetropolisBlue dxpclW" style="height:200px;width:400px;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">Article Influence Index</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 <span id="RootHolder_userIndexComputePopup_InfluenceIndexTitle2">Article Influence Index</span></b> </p> <p> Total Citations in Crossref ÷ Total Articles = <span id="RootHolder_userIndexComputePopup_InfluenceIndexTitle3">Article Influence Index</span><sup class="standard-yellow">TM</sup> </p> </div> </div> </div> </div> </div><table id="RootHolder_userIndexComputePopup_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="RootHolder_userIndexComputePopup_TL">Loading…</span></td> </tr> </table><div id="RootHolder_userIndexComputePopup_LD" class="dxpcLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_1286575841" type="text/javascript">  </script> <div id="RootHolder_articleExportPopup_PW-1" class="dxpcLite_MetropolisBlue dxpclW" style="height:280px;width:800px;z-index:10000;display:none;visibility:hidden;"> <div class="dxpc-mainDiv dxpc-shadow" style="font-size:11pt;"> <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-maximizeBtn"> <img id="RootHolder_articleExportPopup_HMXB-1Img" class="dxWeb_pcMaximizeButton_MetropolisBlue" src="/DXR.axd?r=1_58-HCSds" alt="Maximize/Restore" /> </div><div class="dxpc-headerContent"> <span class="dxpc-headerText dx-vam">Export Articles to File</span> </div><b class="dx-clear"></b> </div><div class="dxpc-contentWrapper"> <div class="dxpc-content"> <div class="dxtcLite_MetropolisBlue dxtcSys dxtc-init dxtc-top dxtc-pc" id="RootHolder_articleExportPopup_ExportFilePageControl" style="width:100%;"> <ul class="dxtc-strip dxtc-row dxtc-stripContainer"> <li 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">Bone and Bones/physiology (6698 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">Bone and Bones/physiology (6698 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" class="dxpcModalBackLite_MetropolisBlue" style="z-index:9999;"> </div><table id="RootHolder_articleExportPopup_LP" class="dxpcLoadingPanel_MetropolisBlue dxlpLoadingPanel_MetropolisBlue" style="font-size:11pt;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="font-size:11pt;padding-left:0px;"><span id="RootHolder_articleExportPopup_TL">Loading…</span></td> </tr> </table><div id="RootHolder_articleExportPopup_LD" class="dxpcLoadingDiv_MetropolisBlue dxlpLoadingDiv_MetropolisBlue dx-ft" style="left:0px;top:0px;z-index:29999;display:none;position:absolute;"> </div><script id="dxss_578446409" type="text/javascript">  </script> </div> <div class="bottom-part cl"> © 2004-2025 Baishideng Publishing Group Inc. 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>