Mechanical loading of human endothelial and muscle cells induced several distinct and shared molecular responses, many of which are commonly observed after exercise in vivo. Both cell types secreted ...

Why do some people progress faster in exercise training than others? How can training responses be predicted, and how does genetics influence the outcomes of training? These questions are addressed at the international coaching science conference.

Nature Biotechnology - Eli Lilly in $650M pact to boost muscle

The antibiotic streptomycin is an integral part of cell culture medium. Because streptomycin inhibits bacterial protein synthesis, streptomycin might also have off-target effects on muscle cell funct...

Jackson et al. show that serine becomes an essential amino acid in mitochondrial muscle disease, delaying disease progression. Blocking local biosynthesis of serine challenges cellular phospholipid ho...

This review arises from the symposium held in honour of Prof Jenny Morgan at UCL in 2024 and the authors would like to acknowledge the outstanding contribution that Prof Morgan has made to the field o...

Investigating repeated resistance training separated by a training break enables exploration of the potential for a proteomic memory of skeletal muscle growth. Our aim was to examine skeletal muscle p...

A human model of unilateral endurance versus resistance exercise, in conjunction with deep phosphoproteomic analyses, was used to identify exercise mode-specific phosphorylation events. Among the outc...