The Last Twelve Months: Research and Revisions The past year has been defined by the PhD intervention within a GAA development squad setting, chapter writing, journal submissions, and the inevitable revisions that accompany peer review. […]
Tag: Muscle Protein Synthesis
Publication: Nutritional strategies for improving sarcopenia outcomes in older adults: A narrative review
Research Impact: This narrative review explores nutritional strategies to improve sarcopenia outcomes in older adults. Sarcopenia, a condition characterized by muscle loss, decreased strength, and reduced physical performance, is associated with aging and chronic illnesses, […]
Publication: A Fish-Derived Protein Hydrolysate Induces Postprandial Aminoacidaemia and Skeletal Muscle Anabolism in an In Vitro Cell Model Using Ex Vivo Human Serum
Research Impact: Fish-derived proteins, particularly fish protein hydrolysates (FPH), offer potential as high-quality sources of dietary protein whilst enhancing economic and environmental sustainability. In this study we worked with industry partners Bio-marine Ingredients Ireland to […]
Food for Thought: The Role of Dietary Protein Supplementation for Athletes – Dr. Robert Davies
Optimising growth, maintenance and preservation of skeletal muscle mass over an athlete’s career is key to success. Athletes seeking to gain muscle mass and strength during training are advised to consume high protein intakes, usually […]
Publication: A cell-based evaluation of a NEAA formulation as a non-bioactive control for activation and stimulation of muscle protein synthesis
Research Impact: In scientific research it is important to include control conditions in good study design in order to answer the research question effectively. In the case of dietary or nutrition studies, often a no […]
Publication: Regulation of muscle protein synthesis in an in vitro cell model using ex vivo human serum
Impact Summary: This study demonstrates that medium conditioned by ex vivo human serum can regulate muscle protein synthesis in skeletal muscle cells in vitro via the mammalian Target of Rapomycin (mTOR) pathway, and this can be […]
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