https://www.selleckchem.com/EGFR(HER).html
035 pCa units), indicating that the exercise had increased S‑glutathionylation of fast troponin I. DTT treatment also increased specific force (by ~4%) but only at POST. In contrast, DTT treatment had no effect on either parameter in type I fibers at either PRE or POST. In type I fibers, the decreased Ca2+‑sensitivity was not due to reversible oxidative changes and may have contributed to a decrease in power production during vigorous exercises. In type II fibers, exercise-induced redox changes help counter the decline in Ca2+-sensitivity whil
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