波士顿大学医学院发育生物学研究博士后岗位
来源：丁香人才网
日期：2008-05-20
Institution
Boston university school of medicine
Positition
POSTDOCTORAL POSITIONS
Location
Boston, MA
Date Posted
May 16th 2008
Date Expires
July 15th 2008
Tags
postdoctoral positions, Boston, ma, and usa
Description
Postdoctoral Positions are immediately available to study mechanismsinvolved in early lung morphogenesis and cell fate determination. Ourresearch interests include the role of miRNA pathways in lung branchingmorphogenesis, characterization of early developmental programs in lungprogenitor cells during formation of the lung primordium, and the roleof retinoic acid, Fgf, heparan sulfate proteoglycans and Notch in theseprocesses. Approaches, such as genetically modified mouse, organ andcell culture systems, genome wide expression profiling, large scale insitu hybridization and RNAi are routinely used in these studies. Pleasesee our recent publications and webpages for further information:Development, 133:1611-24 (2006); BBRC, 334:319-23 (2005); J.Biol.Chem.May 11(2007); Development 134, 2969-79 (2007); J.Biol.Chem.280:4934-4841 (2005).
Self-motivated individuals trained in areas of mouse genetics,developmental, functional genomics and molecular biology are encouragedto apply. Skills and experience in mouse stem cell biology, large scalescreen approaches and bioinformatics are desirable but not required.Boston University is an Affirmative Action/Equal Opportunity Employer.
Contact
Send CV and names of three references via email to Dr. Jining Lu(jining@bu.edu ; phone: 617-638-6180) and Dr. Wellington V. Cardoso(wcardoso@bu.edu; 617-638-6198).
Boston university school of medicine
Positition
POSTDOCTORAL POSITIONS
Location
Boston, MA
Date Posted
May 16th 2008
Date Expires
July 15th 2008
Tags
postdoctoral positions, Boston, ma, and usa
Description
Postdoctoral Positions are immediately available to study mechanismsinvolved in early lung morphogenesis and cell fate determination. Ourresearch interests include the role of miRNA pathways in lung branchingmorphogenesis, characterization of early developmental programs in lungprogenitor cells during formation of the lung primordium, and the roleof retinoic acid, Fgf, heparan sulfate proteoglycans and Notch in theseprocesses. Approaches, such as genetically modified mouse, organ andcell culture systems, genome wide expression profiling, large scale insitu hybridization and RNAi are routinely used in these studies. Pleasesee our recent publications and webpages for further information:Development, 133:1611-24 (2006); BBRC, 334:319-23 (2005); J.Biol.Chem.May 11(2007); Development 134, 2969-79 (2007); J.Biol.Chem.280:4934-4841 (2005).
Self-motivated individuals trained in areas of mouse genetics,developmental, functional genomics and molecular biology are encouragedto apply. Skills and experience in mouse stem cell biology, large scalescreen approaches and bioinformatics are desirable but not required.Boston University is an Affirmative Action/Equal Opportunity Employer.
Contact
Send CV and names of three references via email to Dr. Jining Lu(jining@bu.edu ; phone: 617-638-6180) and Dr. Wellington V. Cardoso(wcardoso@bu.edu; 617-638-6198).
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