Tyler Churchward-Venne

Assessing the therapeutic potential of urolithin A in countering the negative health impact of bed rest in older adults

Principal investigators: Gouspillou, Gilles; Morais, José A

Keywords: Aging; Bed Rest; Cardiovascular Fitness; Mitochondrial Biology; Physical Performance; Skeletal Muscle

Assessing the therapeutic potential of urolithin A in countering the negative health impact of bed rest in older adults.

Principal investigators: Gouspillou, Gilles; Morais, José A

Keywords: Aging; Bed Rest; Cardiovascular Fitness; Mitochondrial Biology; Physical Performance; Skeletal Muscle

The effects of ketone monoester intake on daily skeletal muscle protein synthesis rates in older adults undergoing resistance exercise.

Principal investigators: Alhamwi, Alyasamin

Keywords: Aging And Nutrition Science; Aging Population Health; Healthy Aging, Muscle Metabolism.; Ketone Bodies, Ketone Supplements, Resistance Exercise; Kinesiology, Exercise Science; Muscle Metabolic Health, Muscle Protein Synthesis; Nutrition And Metabolism; Sarcopenia, Muscle Loss, Nutritional Intervention.; Stable-Isotope Tracer Methodology, Mtor Signaling

Improving cardiovascular disease risk factors in individuals with PCOS using exogenous ketone monoester ingestion

Principal investigators: Usselman, Charlotte W

Keywords: Blood Pressure; Cold Pressor Test; Endothelial Function; Flow Mediated Dilation; Handgrip Exercise; Insulin Resistance; Ketone Monoester Ingestion; Neurovascular Transduction; Oral Glucose Tolerance Test; Polycystic Ovary Syndrome

Ketone bodies as therapeutic agents to reduce the harmful effects of bed rest on muscle mass and metabolic health in older adults

Principal investigators: Churchward-Venne, Tyler A

Keywords: Aging; Bed Rest; Cell Signaling; Disuse Muscle Atrophy; Exogenous Ketones; Insulin Sensitivity; Mitochondrial Function; Muscle Function; Muscle Protein Synthesis; Skeletal Muscle Mass

Mechanisms of human skeletal muscle disuse atrophy

Principal investigators: ChurchwardVenne, Tyler

Unraveling the mechanisms underlying of bed rest-induced muscle atrophy and of an exercise countermeasure

Principal investigators: Morais, José A

Keywords: Autophagy; Bed Rest; Deuterated Water Method Of Protein Kinetics; Inactivity; Mitochondrial Function; Mtor Signaling Pathway; Muscle Fiber Typing; Musculoskeletal Unloading; Osteocalcin; Ubiquitin-Proteosome Pathway

Mechanisms of human skeletal muscle disuse atrophy

Principal investigators: ChurchwardVenne, Tyler