排序方式: 共有4条查询结果,搜索用时 15 毫秒
1
1.
LIU Biao BAO Yong-li WEI Zhuang WU Yin MENG Xiang-ying LI Yu-xin YIN Wei-tian 《高等学校化学研究》2006,22(2):217-220
Introduction Activinisamemberofthetransforminggrowth factor(TGF)βsuperfamilyofextracellularsignaling proteins.Themembersofthisfamilyplayacriticalrole duringembryogenesisandinmaintainingtissuehomeo stasisinadultlife[1—3].DeregulatedTGFfamilysigna lingisi… 相似文献
2.
BAO Yong-li JIANG Hong-yu Ji Shou-xian WU Yin MENG Xiang-ying LI Yu-xin 《高等学校化学研究》2006,22(2):229-232
Introduction Insulinisbestknownforitsactiononperipheral insulintargettissuessuchastheadipocyte,muscleand liverinordertoregulateglucosehomeostasis.Sincethe mid1990s,datahavebeenaccumulatedonthein volvementofbraininsulinincognitiveprocesses,and atpresentiti… 相似文献
3.
Koji Okabayashi Makoto Asashima 《Proceedings of the Japan Academy. Series B, Physical and biological sciences》2006,82(7):197-207
Mesoderm induction as a result of the interaction between endoderm and ectoderm is one of the most crucial events in vertebrate development. We identified activin as a strong mesoderm-inducing factor in an animal cap assay, an in vitro assay system using amphibian pluripotential cell mass. Activin induces mesodermal tisswes including most dorsal mesodermal tissue, notochord (which has important roles in neural induction, somite segmentation, and endodermal organogenesis), and its effects are concentration-dependent. Animal cap cells treated with high concentrations of activin differentiate into anterior endoderm, which can act as an organizer, or center of body patterning. We have established an in vitro induction system for 22 different organs and tissues using animal cap cells, and have isolated many organ-specific genes. With these useful methods, and analysis of newly isolated tissue- and organ-specific genes, the molecular biological “road map” for organogenesis is being established. 相似文献
4.
1