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Professor of Biological Sciences. Ph.D., University of Washington, 2000. E-Mail: Clarissa.Henry@maine.edu. Telephone: 207-581-2816. Fax: 207-581-2537. Research topics: Cell and molecular biology of segmentation and muscle development in Zebrafish. Please use this link to Dr. Henry’s Research program page. Molecular & Biomedical Sciences.
- Clarissa Henry - School of Biology and Ecology - University ...
Clarissa Henry. Professor of Biological Sciences. Degree:...
- Clarissa Henry - Graduate School of Biomedical Science and ...
Clarissa Henry. Education. B.S. Biology, University of Utah,...
- Clarissa Henry - School of Biology and Ecology - University ...
Clarissa Henry. Professor of Biological Sciences. Degree: Ph.D. 2000 University of Washington. Phone: 207.581.2816. Website: The Henry Lab. Email: Clarissa.Henry@maine.edu. Location: 217 Hitchner Hall. Research Topic: Cell and molecular biology of segmentation and muscle development in Zebrafish. Research Program:
- (207) 581-2540
- um.biology@maine.edu
The Henry lab primarily focuses on how signaling between muscle cells and their extracellular matrix mediates musculoskeletal development and homeostasis with the long term goal of discovering new approaches for treatment of neuromuscular diseases. The Henry lab uses zebrafish as a model to study neuromuscular development and disease.
Biology Professor, University of Maine - Cited by 1,648 - Skeletal muscle development - extracellular matrix - neuromuscular disease
Clarissa Henry's lab focuses on using the zebrafish model to elucidate mechanisms of skeletal muscle development, homeostasis, and disease with a focus on how muscle-extracellular matrix ...
Clarissa Henry. Education. B.S. Biology, University of Utah, 1995. Ph.D. University of Washington, 2000. Research Interests. The goal of my research program is to understand how dynamic interactions between cells and their extracellular matrix mediate morphogenesis, and how disruption of cell-matrix interactions leads to disease states.
The Henry lab primarily focuses on how signaling between muscle cells and their extracellular matrix mediates musculoskeletal development and homeostasis with the long term goal of discovering new approaches for treatment of neuromuscular diseases.
