Product References
Effects of fasting on isolated murine skeletal muscle contractile function during acute hypoxia.
PloS one
Schmidt CA,Goldberg EJ,Green TD,Karnekar RR,Brault JJ,Miller SG,Amorese AJ,Yamaguchi DJ,Spangenburg EE,McClung JM
MA5-13526 was used in Immunohistochemistry to conclude that fasting resulted in greater passive tension development in both muscle types, which may have implications for the design of pre-clinical studies involving optimal timing of reperfusion or administration of precision therapeutics.
Tue Jul 14 00:00:00 EDT 2020
Effects of fasting on isolated murine skeletal muscle contractile function during acute hypoxia.
PloS one
Schmidt CA,Goldberg EJ,Green TD,Karnekar RR,Brault JJ,Miller SG,Amorese AJ,Yamaguchi DJ,Spangenburg EE,McClung JM
MA5-13526 was used in Immunohistochemistry to conclude that fasting resulted in greater passive tension development in both muscle types, which may have implications for the design of pre-clinical studies involving optimal timing of reperfusion or administration of precision therapeutics.
Tue Jul 14 00:00:00 EDT 2020
Effects of fasting on isolated murine skeletal muscle contractile function during acute hypoxia.
PloS one
Schmidt CA,Goldberg EJ,Green TD,Karnekar RR,Brault JJ,Miller SG,Amorese AJ,Yamaguchi DJ,Spangenburg EE,McClung JM
MA5-13526 was used in Immunohistochemistry to conclude that fasting resulted in greater passive tension development in both muscle types, which may have implications for the design of pre-clinical studies involving optimal timing of reperfusion or administration of precision therapeutics.
Tue Jul 14 00:00:00 EDT 2020