Research Impact: Dietary calcium can affect bone health and fracture risk. The diurnal rhythm of bone remodeling suggests supplementing calcium in the late evening may be most effective. We wished to investigate if daily, bed-time […]

Research Impact: Dietary calcium can affect bone health and fracture risk. The diurnal rhythm of bone remodeling suggests supplementing calcium in the late evening may be most effective. We wished to investigate if daily, bed-time […]
Research Impact: Our objective was to devise and implement a dietary standardisation protocol for use in nutrient plus exercise intervention studies, and to report participant adherence to, and acceptability of same. The context was a […]
Research Impact: In this paper we document the relationship between maximal strength level and the reliability of an isometric squat test in two isometric squat positions (120° and 90° knee angle) using a heterogeneous sample of […]
Research Impact: Crohn’s disease (CD) is a debilitating inflammatory bowel condition of unknown aetiology that is growing in prevalence globally. Large-scale studies have determined associations between female obesity or low body mass index (BMI) with […]
Research Impact: Supplementing post-exercise carbohydrate (CHO) intake with protein has been suggested to enhance recovery from endurance exercise. The aim of this study (in a double-blind crossover design) was to investigate whether adding protein to […]
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 […]
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, […]
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 […]
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 […]
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 […]