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1Cardiovascular Research Institute,University of California San Francisco, 2Department of Pediatrics,University of California San Francisco, 3Department of Biology,San Francisco State University, 4Department of Medicine,University of California San Francisco , 5Eli and Edythe Broad Center of Regeneration Medicine & Stem Cell Research,University of California San Francisco
Chapters
- 00:05Title
- 02:03Dissecting the Mouse Extensor Digitorum Longus Muscle
- 02:58Mounting the EDL in the Muscle Strip Myograph
- 03:51Twitch Tension Analysis
- 05:00Tetanic Tension, Force-Frequency, and Fatigue
- 06:18Additional Data Collection
- 06:46Results: Force-Frequency and Fatigue Analysis
- 07:53Conclusion
To assess the in vivo effects of therapeutic interventions for muscle disease, methods are needed to quantitate force generation and fatigability in treated muscle. We detail an approach to evaluating myo-mechanical properties in explanted mouse hindlimb muscle. This analysis provides a robust approach to quantitating the effects of genetic modification on muscle function, as well as comparison of therapies in mouse models of muscle disease.
Tags
Myo-mechanical AnalysisIsolated Skeletal MuscleTherapeutic InterventionsMuscle DiseaseQuantitative MethodsForce GenerationFatigabilityHindlimb MuscleExplanted MuscleMuscle Strip MyographMaximal Twitch TensionTetanic TensionContraction TimeHalf-relaxation TimeSquare Pulse StimulatorSpecific Twitch TensionSpecific Tetanic TensionMuscle Cross-sectional AreaTwitch-to-tetanic Tension RatioForce-frequency Relationship CurveLow Frequency Fatigue CurveComparison Between Therapeutic InterventionsMouse Models Of Muscle DiseaseGenetic ModificationMuscle Function
