换一批Thirty years of translational research in Mobility Medicine: Collection of abstracts of the 2020 Padua Muscle Days.
第一作者：
Ugo,Carraro
第一单位：
Interdepartmental Research Centre of Myology (CIR-Myo), Department of Biomedical Sciences, University of Padova, Italy.;A&C M-C Foundation for Translational Myology, Padova, Italy.
作者：
关键词
MVC2020 Padua Muscle Days3D strain imagingAgingAging MuscleAging muscleAmyotrophic Lateral SclerosisAnti-oxidantBMEBiomarkersC. elegansC2C12 MyotubesCTXCa2+ entry unit (CEU)Central Core Disease (CCD)Color Computed TomographyComputed TomographyEDAETFDHElderlyElectrostimulationExtra-cellular matrixFBXL4FESFPP?Fermented PapayaFermented papaya productFunctional Electrical Stimulation (FES)GymnasticHERG ExpressionIL-10IL-17IL-4IMMUNAGEInterferon gammaM. ZygomaticusMasters World recordsMitochondriaMitochondrial diseaseMobility MedicineMultiple SclerosisMultiple acyl-CoA dehydrogenase deficiencyMultiple sclerosisMuscle architectureMuscle spindleNeuromuscular diseasesNeurotrophinsNeutral lipid storage disease with myopathyNutritionP300P50PABPN1Padova Anatomy SchoolPerformancePhysical ActivityPreventive MedicineQOL for seniorsRyanodine Receptor type-1 (RYR1)SCLSCRSpinal Cord InjuryTelomeresTranscranial direct current stimulation (tDCS)Transcutaneous vagus nerve stimulation (tANS)UPPVO2maxVitamin CWartenberg pendulum testacetylcholine receptorsadipose contentadipose triglyceride lipaseageageingagingaging muscleagonistarousalatrophyatrophy and flatteningauricular nervebed restbiology of agingblood contaminationbrain agingcalciumcancer cachexiacancer preventioncapsulecardiovascular conditionscirculating myokinesclinical outcomescochleacochlear implantcognitive agingcomorbiditiescompressed sensingconnective tissueconnective tissue contentcontrol of energy metabolismcortisolcvxEDAcymba conchaecytokinesdenervated degenerating muscledenervationdietary phosphorus overloaddiffusion MRIdiffusion modelingdynamic MRIearly agingelectric stimulationelectromyographyendocannabinoidendoplasmic reticulum stressenduranceendurance exerciseenergy metabolismepicatechinsepigeneticsexcitation contraction (EC) couplingexcitation-contraction (EC) couplingexercisefasciafasciaefatty acid oxidationfermented papaya preparationfibrinogenfinite element modelfunctional recoverygender differencesgene upregulationgrowth factorshealthhigh density EEGhome Functional Electrical Stimulationhome-based full-body in-bed gymhyaluronanhypogonadismimaging flow cytometryimmobilizationlabel-free microscopylipid dropletsmachine learningmdx mousemechanicsmicroRNAsmitObesitymitochondriamitochondrial Ca2+ signallingmitochondrial databasemitochondrial fusion and fissionmitochondrial metabolismmitochondrial permeability transition poremitochondrial respirationmitochondrial respiratory capacitymitochondrial transplantationmouse modelsmouth fluidsmulti arrays electrodesmusclemuscle and neural fatiguemuscle atrophymuscle co-activationmuscle fiber conduction velocitymuscle regenerationmuscle tendon-unitmuscle trophismmuscle ultrasoundmuscle wastingmusclesmyomiRsnanotechno- logical devicesnatural productsneuromuscular activityneuromuscular junctionneuromuscular maladaptationnon-coding RNAsnon-invasive analysesnucelar aggregatesnumerical modeloculopharyngeal muscular dystrophyolder adultsolder and oldest personsoxytocinpainperipheral effectpermeabilized muscle fibersplatinum electrodespostural exercise programpowerpreventionradiodensityrate of performance decayreactive oxygen speciesreference valuesrehabilitationrejuvenationreliabilityreproducibility crisisriboflavinsarcomeresarcopeniasarcoplasmic reticulum (SR)schizophreniaseniorsserological biomarkersserum proteinsshear wave elastographysingle myofiberskeletal muscleskeletal muscle atrophyskinspasticityspinal cord injuryspinal muscular atrophystem cellsstore-operated Ca2+ entry (SOCE)strategiesstrengthstrength and resistance trainingstressstrokesuper-aging societysurvival motor neuron 1testosteronetrainingtranscranial magnetic stimulationtranslational researchtype 1 diabetesultrasoundunilateral facial paralysisvariabilityvasopressinvesiclesyoung people’s educationzebrafish”anti-aging”
DOI
10.4081/ejtm.2019.8826
PMID
32499887
发布时间
2024-03-28
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