Muscle Biology
Optimizing neuromuscular health, protein synthesis kinetics, and myofibrillar repair to sustain lifelong physical performance and metabolic capacity.
Biological Focus & Mechanisms
Neuromuscular Junction
Preserving motor neuron signaling, agrin-LRP4-MuSK pathways, and acetylcholine receptor stability.
Myogenic Regeneration
Activating muscle stem (satellite) cell proliferation and asymmetric self-renewal during repair.
Protein Anabolism
Modulating mTORC1 anabolic signaling and myostatin/activin inhibition to counter muscle atrophy.
Mitochondrial Bioenergetics
Enhancing myofibrillar ATP generation, oxidative phosphorylation, and fatigue resistance.
Development Pipeline & Logic
Myoblast Assay Screening
Assessing myotube hypertrophy, fusion index, and protein degradation kinetics.
Muscle-Specific Delivery
Designing myotropic capsids with restricted skeletal and cardiac muscle tropism.
Contractile Strength
Quantifying specific force generation, peak power, and resistance to contraction-induced injury.
Clinical Phenotyping
Stratifying sarcopenia and neuromuscular disorder patient cohorts for translational trials.
Connect with our translational research team at contact@triplehelixscience.com