芝加哥大学儿科系癌症和发育生物学研究博士后岗位
来源：丁香人才网
日期：2008-05-07
Institution
University of Chicago Department of Pediatrics (http://pediatrics.uchicago.edu)
Position
postdoctoral position for research and training in areas that overlapcancer and developmental biology
Location
Chicago, IL
Date Posted
May 6th 2008
Date Expires
July 5th 2008
Tags
oncology, postdoctoral, chicago, il, and usa
Description
The primary focus of the laboratory is to explore how certain tumorsuppressor pathways influence developmental processes. Two currentprojects explore (1) how the Arf tumor suppressor gene is regulated andcontrols aspects of development, including vascular remodeling in thedeveloping eye; and (2) how the regulation of Rb protein function byCyclin dependent kinases influences skeletal muscle differentiation andthe biology of skeletal muscle-derived cancers. Experimental approachestake advantage of existing mouse models and cell culture-based systemsand may include the development of new mouse models to address specificexperimental questions. Standard molecular and cellular biology andhistology techniques are routinely used.
Contact
Candidates with MD or PhD are eligible. Send applications to Dr. StephenX. Skapek, Biological Sciences Division of the University of Chicago (sskapek@peds.bsd.uchicago.edu).
University of Chicago Department of Pediatrics (http://pediatrics.uchicago.edu)
Position
postdoctoral position for research and training in areas that overlapcancer and developmental biology
Location
Chicago, IL
Date Posted
May 6th 2008
Date Expires
July 5th 2008
Tags
oncology, postdoctoral, chicago, il, and usa
Description
The primary focus of the laboratory is to explore how certain tumorsuppressor pathways influence developmental processes. Two currentprojects explore (1) how the Arf tumor suppressor gene is regulated andcontrols aspects of development, including vascular remodeling in thedeveloping eye; and (2) how the regulation of Rb protein function byCyclin dependent kinases influences skeletal muscle differentiation andthe biology of skeletal muscle-derived cancers. Experimental approachestake advantage of existing mouse models and cell culture-based systemsand may include the development of new mouse models to address specificexperimental questions. Standard molecular and cellular biology andhistology techniques are routinely used.
Contact
Candidates with MD or PhD are eligible. Send applications to Dr. StephenX. Skapek, Biological Sciences Division of the University of Chicago (sskapek@peds.bsd.uchicago.edu).
[作者：jurgen 编辑：]