Department of Biochemistry
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  New faculty member (and Alumnus) hired...
 

John Michael (Mike) Ruppert very recently joined the Biochemistry Department and Cancer Center as Professor of Biochemistry and Jo and Ben Statler Eminent Scholar & Chair in Breast Cancer Research. Mike actually began his research career in this Department - while pursuing his BA in Chemistry at WVU, he worked with John Durham on a project involving differentiation of HL60 cells.

Mike received many accolades as an undergraduate and graduated Summa Cum Laude from WVU in 1983, then obtained his PhD and MD degrees from Johns Hopkins in 1990, where he worked with Bert Vogelstein. During his postdoc, Mike worked with Bruce Stillman at Cold Spring Harbor Laboratory. He was then recruited to UAB, where he advanced through the academic ranks, becoming associated with numerous departments and centers. Mike reviews for many journals, has served as a reviewer on NIH and other study sections, has a long-standing record of external funding and is currently well funded by NIH and the American Cancer Society.

A synopsis of Mike’s research interests:

My research deals with the identification and functional analysis of genes important in the early steps (initiation) of carcinoma genetic progression. We have focused upon two zinc finger transcription factors: KLF4/GKLF is studied in the contexts of oral and cutaneous squamous cell carcinoma and in ductal adenocarcinoma of the breast, and Gli1 in basal cell carcinoma of the skin. We utilize a simple epithelial model of malignant transformation for analysis of signaling mechanisms in vitro and for identification of small molecule antagonists of these oncogenes. Signaling is also studied in vivo using tetracycline-inducible mouse models, and correlative expression studies in human tumors and normal tissues (immunostaining, mRNA in situ hybridization). To date we have identified downstream effectors of Gli1 (e.g., Snail, E-cadherin, Wnt-b-catenin signaling) and KLF4 (manuscript submitted) and used this information to identify small molecule antagonists of each oncogene.

Welcome back, Mike...!!

 
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Last Modified: May 7, 2009