Department of Biology
Biology Faculty Profile
Andreas Fritz
Associate Professor
andreas.fritz@emory.edu
Office Phone: 404-727-9012 | Lab Phone: 404-727-2294
Office Room: Rollins 1119
Office Address: Emory University, Department of Biology, O. Wayne Rollins Research Center, 1510 Clifton Road NE, Atlanta , GA 30322
Lab Room: Rollins 1130

Research Area:
Genetics, Cell, and Developmental Biology

Graduate Program Affiliation:
Biochemistry, Cell & Developmental Biology
Genetics and Molecular Biology

Degree:

Diploma Thesis, University of Basel, Switzerland, 1983
Diploma in Biology II, University of Basel, Switzerland, 1983
Ph.D., University of Basel, Switzerland, 1988

The generation of complex multicellular organisms from a single cell, the fertilized egg, is one of the most fascinating processes in biology. The events that govern embryogenesis are regulated by an intricate interplay of signaling and transcription factors that ensure that embryos develop in a reliable and highly reproducible manner. To address the molecular and genetic requirements that underlie these processes, we use zebrafish to study how signaling events are integrated and translated into specific cellular outputs. The main focus of our lab is the induction and early development of paired sensory organs such as the inner ear and olfactory organ. We are also interested in the development of the notochord, a defining feature of all vertebrates. In these contexts, we are mainly investigating the BMP (bone morphogenetic proteins) and FGF (fibroblast growth factor) signaling pathways, and how the modulation and integration of their activities control fate acquisition and cellular behavior in embryogenesis. Our studies on the development of the inner ear has potential implications for understanding why the sensory cells (hair cells) in mammals fail to regenerate after damage, a major underlying cause of hearing loss or impairment. Other vertebrates, including zebrafish, retain the ability to regenerate these hair cells. Our work on notochord development has potential implications of the formation and maintenance of stem cell niches.


Copyright © Emory University 2009 - All Rights Reserved | 201 Dowman Drive, Atlanta, Georgia 30322 USA 404.727.6123
EMORY HOME | CONTACT EMORY | EMERGENCY | CAREERS | MAKE A GIFT | ABOUT EMORY'S WEB