[PDF] Top 20 Human mesenchymal stem cells for tissue engineering bone

... study osteoblastic differentiation and function of MSCs on HA in the bioreactor will be compared with MSCs seeded on the same HA scaffolds and cultured in stationary tissue culture [r] ... See full document

... studies, stem cells have been used in bone tissue ...engineering. Bone tissue engineer- ing promises alternative tools that develop a microenvi- ronment that holds ... See full document

... of mesenchymal stem cells (MSCs) through the delivery of regulatory genes is a promising strategy in tissue engineering ...modulating stem cell fate after reporter and ... See full document

... enabling cells to migrate actively into the collagenous ...al., stem and progenitor cells require MMP-9 to dif- ferentiate and to get mobilized from their quiescent state ... See full document

... adult stem cells from human periodontal ligament has presented new opportunities for tissue ...of stem cell and their role in regenerating uired. A ‘‘stem cell’’ refers to a ... See full document

... form tissue tubes similar in geometry to the diaphysis of long ...tubular tissue unit formed in this process was demonstrated to retain its structural integrity upon manipulation, highlighting the ... See full document

... Mesenchymal stem cells (MSC) hold great therapeutic potential for cell-based tissue engineering and regenerative medicine, as they offer the benefits of easy isolation, multipotency, ... See full document

... Adipose tissue was excised from the inguinal fat pad and/or omentum of each ...excised tissue was placed into a labelled sterile tube with 15 ml of phosphate buffered solution (PBS; Gibco/Invitrogen, Grand ... See full document

... of mesenchymal stem cells (MSCs, a term first coined by Arnold Caplan in 1991, can be traced to experiments demonstrating that transplantation of bone marrow (BM) to heterotopic anatomical ... See full document

... the bone marrow itself contains MSCs and that the stromal cell is actually an early differentiated progeny of the ...from bone marrow of the iliac crest; the cells averaged 38±4 population doublings ... See full document

... Most tissue engineering utilizes living cells, and supplying enough cells is obviously a critically important ...issue. Cells are typically derived from: (1) donor tissue, which ... See full document

... the stem cell transplantation in this study was performed immediately after the formation of the cartilage defect, which is different from the clinical ...of stem cells, a Japanese research team has ... See full document

... Recently, studies have shown that the prospective ap- plication of MSC-derived exosomes promoted cutaneous wound healing [5, 7, 19]. The possible roles of MSC- derived exosomes in wound healing are promotion of cell ... See full document

... subchondral bone. To repair an osteochondral defect, the bone, car- tilage, and the bone-cartilage interface must all be con- sidered simultaneously ...the bone-cartilage interface which was ... See full document

... tendon tissue (75–85% of the dry mass of tendon), and is the responsible for its mechanical strength ...scar tissue arrangement [67], and has been reported at the site of rupture of human tendons ... See full document

... transplanted cells differentiate into corresponding cells such as neurons, oligodendro- cytes or astrocytes by homing to the damaged area [21, 22]; (2) paracrine mechanism: the transplanted cells can ... See full document

... osteochondral Tissue Engineering is the choice of a cell source able to promote an efficient ...of cells for cartilage restoration is the most crucial, since osteoblast progenitors are already present ... See full document

... and mesenchymal stem cell antigen- 1 (MSCA-1; tissue non-specific alkaline phosphatase) have been proposed as specific positive markers for BM-MSCs [34, 40, ...on human in-vivo BM-MSCs in ... See full document

... of mesenchymal stem cells (MSCs) in the treatment of ALI has proven to be effective ...the bone marrow [19], adipose tissues [20], placenta [21], umbilical cord [22], and other tissues [23, ... See full document

... of cells and new bone matrix, as indicated by increased deposition of osteopontin, osteocalcin, and bone ...of bone sialoprotein and osteocalcin and the formation of highly mineralized ... See full document