Please include your email address; the address will not be displayed in the posted comment. Cell Press Editors will screen the comments to ensure that they are relevant and appropriate but comments will...doi:10.1016/1357-4310(96)88785-5Robin MartinMolecular Medicine Today...
a face will look operated on. Patients who've had the cruder sort of work are coming to my surgery to get rectified.'This corrective work takes place on patients with over-operated eyelids, and noses that have had too much bone and cartilage removed. 'People come to me because they'll ...
Turning muscles into cartilage and bone : Repair of articular cartilage defects using mesenchymal stem cells Grande, D.A. et al. (1995) Tissue Engineering1, 345–353Patients with severe limbal deficiencies are unable to maintain a stable corneal surface. If sheets of cultured allogeneic corneal ...
Bone Development The skeletal defects caused by inhibitors of histone deacetylase (HDAC) enzymes limit the clinical value of these drugs. Carpio et al. found that a specific isoform, HDAC3, promotes bone growth by restricting the sec...
The graft design is motivated to promote cartilage and bone layer formation with an interdigitating transitional zone (i.e., bone鈥揷artilage interface). Some of the engineered OC grafts with autologous cells have shown promise for OC defect repair and a few of them have advanced into ...
The graft design is motivated to promote cartilage and bone layer formation with an interdigitating transitional zone (i.e., bone-cartilage interface). Some of the engineered OC grafts with autologous cells have shown promise for OC defect repair and a few of them have advanced into clinical ...
Erratum to: A New Era of Cartilage Repair using Cell Therapy and Tissue Engineering: Turning Current Clinical Limitations into New Ideascartilage repairtissue engineeringbone marrow stimulationmicrofractureautologous chondrocyte implantationmosaicplastyCaused by trauma or common joint disorders, cartilage ...
(which ranges from 100 to 230 MPa) compressive strength, but it was more like cancellous bone’s (2 to 12 MPa) compressive strength [61]. The crosslinking strategy and HAP addition should have improved the scaffold’s mechanical strength. Additionally, as new bone tissue formed into the ...