supported by grants from National Basic Research Development Program of China(No.2006CB504001,2006CB0F1002,2007CB947502,2012CB944702,2011CB944302,G1999055901);National Technology Support Project of China(No.2012DAI131B08);CAS"Chuangxin"Project of China(No.G1999055901,KSCX-2-SW-201);the National Natural Science Foundation of China(No.30230190,30170452,3037020,031501953,31471352,31471400,31171380,0170452,39970284,90208025,30370200);WHO/Rockefeller Foundation(No.RF96020#78),CONRAD/CICCR(No.CIG-01-71);the Shenyang,Changsha,Shandong Academician Workstation support
This work was supported by WHO/Rockefeller Foundation(RF96020#78);CONRAD/CICCR(CIG-01-71);CAS Chuangxi(KSCX-2-SW-201);'973'(G1999055901);National Natural Science Foundation of China(Grant Nos.39970284,90208025,30170452,30370200).
Embryo in uterine implantation is a complex and multifactor-related process and is a downstream and ideal point for woman fertility control. Understanding the cellular and molecular mechanism of implantation is a prer...
This work was supposed by the National Natural Science Foundation of China(No.30270196);CAS Chuang-Xin Program (KSCX-2-SW-201/Ioz-7);WHO/Rockefeller Fundation Project(RF96020#78);"973"Program(G1999055901).
This work was supported by the WHO/Rockefeller Fundation(Grant No.RF96020#78);the Knowledge Innovation Program of CAS(Grant No.KSCX-2-SW-201);the National“973”Program(Grant No.G1999055901);the National Natural Science Foundation of China(Grant No.30270196)
The target molecule of monoclonal antibody AA98 (AA for short) is a new vascular endothelial cell related factor and plays a role in angiogenesis as indicated by the previous data. To investigate its role in angiogene...
AIM: To investigate the anti-implantation mechanism of mifepriston. METHODS: In situ hybridization and immunohistochemistry were applied to determine mRNA and protein. RESULTS: After mifepriston injection, the number ...