Signaling and Cancer
The goal is to understand cell signaling as a three dimensional process, organized and expedited by an array of cytoskeletal structures, receptor complexes, adapter proteins and targeting molecules. We focus on receptor mediated signaling, propagation and regulation of signals in the cytoplasm, and regulatory circuits including gene expression, DNA synthesis and cell cycle regulation.
Recent Research  Program Projects
  • MAP kinase signaling
  • Adhesion signaling
  • Src and intracellular signaling pathways
  • Ran, a GTPase for nuclear protein export
  • T cell signaling and development
  • Visualization of nuclear transcription and splicing
  • Regulation of membrane exocytosis
  • Regulation of chromatin structure in yeast
  • DNA replication & amplification
  • Therapeutic resistance in breast cancer
  • Prostate cancer signaling
  • Tumor immunology
  • Targeted Therapies
  • Prostate Cancer Signaling
  • Signal Transduction in Time and Space
  • Histone modification and genetic stability
Microbiology Primary Faculty 

 

Microbiology Research Faculty 
  • John  D.  Shannon,  Ph.D.
    Associate Professor of Research of Microbiology
    Protein primary structure determination, chromatography of biomolecules, biomolecule interactions.
  • Angela  Zarling,  Ph.D.
    Assistant Professor of Research of Microbiology
    Manipulation of phosphopeptide display on cancer cells
Joint Faculty 
  • Roger  Abounader,  M.D., Ph.D.
    Associate Professor of Neurology
    Roles and targeting of c-Met in brain tumors; c-Met/PTEN interactions in gliomas; PTEN/mutant-p53 interactions in gliomas; microRNAs in brain tumors
  • Alan  F. "Rick"  Horwitz,  Ph.D.
    Professor of Cell Biology
    Synapse Formation and Cell Migration in Normal and Pathobiology-Adhesion, Signaling, Imaging and Proteomics
  • Corinne  M.  Silva,  Ph.D.
    Associate Professor of Medicine
    STAT5b signaling in tyrosine kinase-dependent and anti-estrogen resistant breast cancers