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mechanisms by which the circadian clock regulates skeletal muscle physiology, regeneration, metabolism, and muscular dystrophy. Our laboratory integrates molecular biology, genomics, pharmacology, mouse
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regulates skeletal muscle physiology, regeneration, metabolism, and muscular dystrophy. Our laboratory integrates molecular biology, genomics, pharmacology, mouse genetics, and physiology to identify
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We are seeking a researcher to join our team on an exciting, funded research programme evaluating the feasibility and acceptability of electrical muscle stimulation (EMS) following pancreatic cancer
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research in the area of skeletal muscle metabolism with ageing and clinical conditions where muscle mass loss or maintenance is important in disease progression, the important role of muscle in health and
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of biological factors influencing poultry meat quality and the development of breast muscle myopathies in broiler chickens. Learn strategies for reducing the incidence and severity of poultry breast myopathies
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culture vascular isolation and preparations necessary for smooth muscle myography preparation of ruminal and intestinal epithelial and smooth muscle tissues for absorption and contractility studies
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to integrate their systems into the processing of fibrous muscles. Key Responsibilities: To develop muscle bundles for cultivated meat using tissue engineering and mechanotransduction platforms To handle
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muscle biology, aging, and cancer. The Tang lab aims to understand how skeletal muscle function becomes impaired during aging and cancer, and how muscle-derived signals influence systemic disease. Dr
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. Prior experience in Vascular Biology is highly desirable, but not required. Potential research topics include: Lipid droplet metabolism in vascular cells (eg. Endothelial or Smooth Muscle Cells
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‑based food products, especially focusing on muscle‑like architectures to achieve required texture, flavour, and nutrition performance during cooking, reheating, and storage. Apply advanced texturisation