Personal information

Biography

We aim to understand how dynamic interactions between muscle cells and their extracellular matrix mediate morphogenesis, and how disruption of cell-matrix interactions leads to disease states. Aberrant cell-matrix interactions cause or exacerbate many musculoskeletal disorders such as myopathies, tendonitis, traumatic muscle injuries, arthritis, and sarcopenia. 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.

Activities

Employment (1)

University of Maine: Orono, Maine, US

2004-09-01 to present | Professor (School of Biology and Ecology)
Employment
Source: Self-asserted source
Clarissa Henry

Works (3)

Super-Resolution Imaging Reveals the Nanoscale Distributions of Dystroglycan and Integrin Itga7 in Zebrafish Muscle Fibers

Biomedicines
2023-07 | Journal article | Author
Contributors: Komala Shivanna; Mary Astumian; Prakash Raut; Vinh-Nhan Ngo; Samuel T. Hess; Clarissa Henry
Source: check_circle
Multidisciplinary Digital Publishing Institute

Lysosomal Function Impacts the Skeletal Muscle Extracellular Matrix

Journal of Developmental Biology
2021-11 | Journal article | Author
Contributors: Elizabeth Coffey; Mary Astumian; Sarah S. Alrowaished; Claire Schaffer; Clarissa Henry
Source: check_circle
Multidisciplinary Digital Publishing Institute

Ethanol Exposure Causes Muscle Degeneration in Zebrafish

Journal of Developmental Biology
2018-03 | Journal article
Source: check_circle
Multidisciplinary Digital Publishing Institute

Peer review (12 reviews for 8 publications/grants)

Review activity for eLife (2)
Review activity for Journal of developmental biology. (1)
Review activity for Nature communications (2)
Review activity for npj regenerative medicine. (1)
Review activity for PLoS biology. (1)
Review activity for PLOS genetics. (2)
Review activity for PloS one. (1)
Review activity for Skeletal muscle. (2)