This is an ongoing project at the FitzGerald lab, which aims to examine the following topics:
1. Exercise training, exercise tolerance, ageing and circadian biology of skeletal muscle.
2. Sexual dimorphism in the response to chronic circadian misalignment.
1. Exercise training, exercise tolerance, ageing and circadian biology of skeletal muscle.
2. Sexual dimorphism in the response to chronic circadian misalignment.
Project Updates 2022-2023:
Sexual dimorphism in the response to chronic circadian misalignment on a high-fat diet - Published in Science Translational Medicine - May 2023
Advances in Skeletal Muscle Conference, University of Florida Myology Institute, Gainesville, March, 2023.
Winner of the Aurora Scientific Outstanding Poster Award for the project titled: The timing of Bmal1 deletion differentially impacts skeletal muscle morphology, function, and features of aging
Review Published in Circulation Research -January 2023:
Study Published in FASEB -January 2023:
Perelman School of Medicine Postdoctoral Research Seminar April 2022
Poster presentation April 2022
Title: Timing of Bmal1 deletion differentially impacts skeletal muscle morphology and function
Title: Timing of Bmal1 deletion differentially impacts skeletal muscle morphology and function
University of Limerick Invited Seminar
Invited Talk June 1st 2022
Title: The complex role of Bmal1 and the circadian clock in metabolism and aging
Title: The complex role of Bmal1 and the circadian clock in metabolism and aging
