Adipo-derived stem cells and BMP2: Part 1. BMP2-treated adipo-derived stem ce中暑的表现
lls do not improve repair of gmental femoral defects 期刊名陶醉的拼音
称： Connective Tissue Rearch
作者： Yu-Fen Chou,Patricia A Zuk,Ting-Ling Chang,Prosper Benhaim,Benjamin M Wu
年份： 2011年
期号： 第2期
关键词： BMP2;tissue engineering;adi抽筋是什么原因引起的
po-derived stem cells;femoral
defect;bone formation
摘要：Recombinant human bone morphogenetic protein-2 (rhBMP2) has been shown to induce both in vitro osteogenic differentiation and in vivo bone formation, with the capacity of rhBMP2 to elicit the repair of numerous bony defects (calvaria, spinal fusion, femora, and so on) well documented. In addition, rhBMP2 has been approved by the Food and Drug Administration (FDA) for lected human indications. Despite the fact th愁眉不展
at healing is often achieved, the challenge still remains to optimize the th
erapeutic u of rhBMP2. One avenue may be through the combination of rhBMP2 with stem cells capable of osteogenic differe九年级语文古诗
ntiation. This study investigates the ability of rhBMP2 at various dos in combination with human adip野生黑枸杞图片
o-derived stem cells (ASCs) to heal critical-sized rat gmental f一人在家创业小项目
emoral defects. For this, different dos of我爱中国英语
内容由中国教育图书进出口有限公司引进
