Abstract
OR-018 The study of acupuncture intervention on the dynamic changes of Ca2+, Na+, H2O2 flux at earlier time points of rat skeletal muscle regeneration following eccentric exercise
Highlights
In this study, the Non-invasive Micro-test Technique was adopted to study the dynamic changes of Ca2+, Na+, H2O2 flux during the early phase of skeletal muscle regeneration (0–24 h postinjury) after acupuncture intervention, and to explore the role of interaction between TRP channel and NADPH oxidase 2(NOX2) in the acupuncture mechanism
324 healthy male Wistar rats were randomly divided into 6 groups: blank control group (C), electrical stimulation group (E), electrical stimulation group with acupuncture intervention (EA), electrical stimulation gropu with acupuncture +TRP channel inhibitor (EAT ), electrical stimulation gropu with acupuncture + NOX2 inhibitor (EAN), electrical stimulation gropu with acupuncture + placebo (EAP)
2 Effect of eccentric Exercise and acupuncture on the dynamic changes of Ca2+ flux at different phases : 1 In the E, a small eflux occurred at 0min, 10min and 3h, and the eflux suddenly increased significantly at 6 h (p
Summary
The study of acupuncture intervention on the dynamic changes of Ca2+, Na+, H2O2 flux at earlier time points of rat skeletal muscle regeneration following eccentric exercise 2 Effect of eccentric Exercise and acupuncture on the dynamic changes of Ca2+ flux at different phases : 1 In the E, a small eflux occurred at 0min, 10min and 3h, and the eflux suddenly increased significantly at 6 h (p
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