Muscle Homeostasis and Regeneration  From Molecular Mechanisms to Therapeutic Opportunities 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>lysine||mTORC1||satellite cells||proliferation||skeletal muscle growth||muscle satellite cell||transthyretin||thyroid hormone||myogenesis||exosomes||skeletal muscle||genotype||genetic variation||muscle phenotypes||sarcopenia||aging||calcium homeostasis||hibernation||mitochondria||sarcoplasmic reticulum||Acvr1b||Tgfbr1||myostatin||Col1a1||fibrosis||atrophy||IGF2R||muscle homeostasis||inflammation||muscular dystrophy||pericytes||macrophages||Nfix||phagocytosis||RhoA-ROCK1||splicing isoforms||CRISPR-Cas9||exon deletion||NF-Y||muscle differentiation||C2C12 cells||denervation||neuromuscular junction||heavy resistance exercise||acetylcholine receptor||cell culture||neonatal myosin||neural cell adhesion molecule||biomarkers||mitophagy||mitochondrial dynamics||mitochondrial quality control||mitochondrial-derived vesicles (MDVs)||mitochondrial-lysosomal axis||Hibernation||electron microscopy||immunocytochemistry||α-smooth muscle actin||confocal microscopy||connexin 43||connexin 26||gap junctions||myofibroblasts||Platelet-Rich Plasma||transforming growth factor (TGF)-β1||muscle regeneration||inflammatory response||cell precursors||experimental methods||stem cell markers||muscles||heterotopic ossification||skeletal muscle stem and progenitor cells||HO precursors||muscle atrophy||septicemia||mitochondrial fusion||mitochondrial fission||iPSC||extracellular vesicles||Drosophila||muscle||genetic control||muscle diversification||fascicle||myofiber||myofibril||sarcomere||hypertrophy||hyperplasia||splitting||radial growth||longitudinal growth||exercise||muscle stem cells||stem cells niche||neuromuscular disorders||Duchenne muscular dystrophy||pharmacological approach||single-cell||mass cytometry||skeletal muscle regeneration||skeletal muscle homeostasis||fibro/adipogenic progenitors||myogenic progenitors||muscle populations||evolution||metazoans||differentiation||transdifferentiation||muscle precursors||regenerative medicine||stem cells||FAPs||tissue niche||growth factors||muscle pathology