In a previous blog we reported on the launch of a study designed to evaluate the efficacy of a novel nutrient supplement designed to assist in the prevention of the age-related decline in skeletal mass, […]
Tag: Phil Jakeman
Publication: Acute reduction of lower-body contractile function following a microbiopsy of m. vastus lateralis
Research Impact Summary: In resistance trained men 18‐35 years, capable of producing forceful/powerful muscular contractions, a minimally invasive unilateral microbiopsy of m. vastus lateralis causes an acute inhibition of lower‐body bilateral contractile function and an imbalance between […]
Publication: “Sex Differences in the Recovery of Neuromuscular Function Following Resistance Training in Trained Men & Women
Research Impact Summary: Knowledge pertaining to the temporal recovery of neuromuscular function allows practitioners to make more informed decisions when designing longitudinal training programs. Based on the findings from this study, we suggest the sex of […]
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 […]
Adding Years to Life and Life to Years
Research Impact Case Study – Adding Years to Life and Life to Years: Nutrition Supports for Age Related Muscle Mass Loss In Ireland, only 30% of women and 45% of men over 65 remain disability-free for […]
A Research, Innovation and Enterprise Culture in PESS – Professor Phil Jakeman
Research is vital to the progress, enhancement and dissemination of the work undertaken by the Department of Physical Education and Sport Sciences. The Human Science Research Group contributes in areas of human metabolism, body composition, […]
Publication: The Effect of Whey Protein Supplementation on the Temporal Recovery of Muscle Function Following Resistance Training
Research Impact: The ability to sustain high-quality performance during training is a key component for optimal and effective athletic progression. During training programs efficient recovery between exercise bouts, is one aspect subject to modulation. Whey protein […]
Postdoctoral opportunities in the Human Sciences Research Unit – Career-Fit. Dr Brian Carson
The Human Sciences Research Unit (HSRU), housed within the department of Physical Education and Sport Sciences at the University of Limerick, are seeking candidates interested in pursuing postdoctoral fellowships in the areas of Healthy Ageing […]
Cross-talk between physiological systems: A new paradigm for exercise science? Professor Phil Jakeman
Much is known of the time course and nature of adaptation of specific human systems (e.g. cardiovascular, pulmonary, musculoskeletal) to acute (single bout) and chronic (training) exercise. Recent understanding of the interactive nature of periodicity, […]
FHI HAPN Team Win “Best Cross-Institutional Initiative” Award – Brian Carson & Phil Jakeman
FHI2 identified skeletal muscle metabolism as common to Healthy Ageing and Performance Nutrition (HAPN) and Glycaemic Management (GM) and coordinated action to validate a ‘translational’ muscle cell model was a key objective. Innovative and productive […]
