[PDF] Top 20 Functional Bone Tissue Engineering using Human Mesenchymal Stem Cells and Polymeric Scaffolds

... Bone tissue engineering has gained wide attention in the tissue engineering field due to the increased difficulty in performing bone reconstruction and replacement surgeries in ... See full document

... Biodegradable materials have been used in many medical applications, such as in cases of cartilage, meniscal, or bone repair, as well as fracture fixation and drug delivery [91, 92]. Polymer degradation in vivo is ... See full document

... Engineering functional cartilaginous grafts using stem cells isolated from osteoarthritic human tissue is of fundamental importance if autologous tissue ... See full document

... xvi indicates downregulated molecules. Color intensity indicates the level of expression. (see Supplementary Table 7 for full names and expression profile data). ..................................... 32 Figure 2-6. ... See full document

... of tissue or organ using 2D patches or 3D printed ...of scaffolds could increase the biophysical properties of MSCs such as homing [69] and lineage determination ...studies using biocompatible ... See full document

... conductive bone tissue scaffolds that show that electrical stimulation of human mesenchymal stem cell disposed on the structure can enhance levels of ALP ...a human ... See full document

... of cells and new bone matrix, as indicated by increased deposition of osteopontin, osteocalcin, and bone ...polylactic scaffolds on an orbital shaker at 75 revolutions per minute resulted in ... See full document

... enhance tissue repair by providing a cell and/or biological scaffold to a repair site in an attempt to elicit a healing ...differentiated cells (mature cells or tenocytes) (59) and undifferentiated ... See full document

... of mesenchymal stem cells (MSCs) from ESCs has been attempted, and these MSC-like progenitors have been subsequently directed into the osteogenic lineage (mostly in monolayer ...entiated cells ... 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

... and functional reconstruction of critical mandibular defects is an autologous fibular flap; however, this carries risk of donor site morbidity, and is not a promising option in patients with depleted donor sites ... See full document

... 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

... of bone defects resulting from trauma, tumor, infection, and congenital ...of human trabecular bone are of consid- erable potential in bone ...by using creatine phosphate as an organic ... 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

... BG scaffolds were used as control. The animals were anesthetized using intraperitoneal injection of pentobarbital (Nembutal; ...By using sterile instruments and an aseptic technique, we made a ... See full document

... amputation was treated with four sequential intravenous infusions of allogeneic BM-MSCs, a total of 3.4 x 10 8 cells, from a healthy donor. The infusion of BM-MSCs passed the safety issue and showed no allograft ... See full document

... Hybrids combine advantages of different materials in one composite. Surface modification of non-degradable polymers increases the wettability leading to an improved seeding efficiency. The knowledge that positively ... See full document

... Recently, using 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], ... See full document

... Size, shape and surface charge have been shown to be crucial for internalization and intracellular trafficking of nanoparticle-based drug delivery systems [48,49]. Cationic nanoparticles of a size in the 10-200 nm range ... See full document

... progenitor cells, MAPCs) (Jiang et ...progenitor cells, MPCs) (Reyes et ...inducible cells, MIAMI cells) (D'Ippolito et ...recycling stem cells, RS-1, RS-2) (Colter et ... See full document