Redox-mediated PKA-RIalpha localisation to the lysosome inhibits myocardial calcium release and robustly reduces myocardial injury by Simon, JN, Vrellaku, B, Monterisi, S, Chu, S, Rawlings, N, Lomas, O, Marchal, GA, Waithe, D, Gajendragadkar, P, Jayaram, R, Channon, K, Swietach, P, Zaccolo, M, Eaton, P, Casadei, B

Oxidized PKARIα protects against ischemia-reperfusion injury by inhibiting lysosomal-triggered calcium release by Simon, JN, Vrellaku, B, Monterisi, S, Chu, S, Rawlings, N, Lomas, O, Marchal, GA, Waithe, D, Gajendragadkar, P, Jayaram, R, Sayeed, R, Channon, KM, Swietach, P, Zaccolo, M, Eaton, P, Casadei, B

Oxidation of PKA-RIα protects against ischemia-reperfusion injury by inhibiting lysosomal-triggered calcium release by Simon, JN, Vrellaku, B, Monterisi, S, Chu, S, Rawlings, N, Lomas, O, Marchal, GA, Waithe, D, Gajendragadkar, PR, Jayaram, R, Sayeed, R, Channon, KM, Swietach, P, Zaccolo, M, Eaton, P, Casadei, B

Oxidation of protein kinase a regulatory subunit PKARIα protects against myocardial ischemia-reperfusion injury by inhibiting lysosomal-triggered calcium release by Simon, JN, Vrellaku, B, Monterisi, S, Chu, SM, Rawlings, N, Lomas, O, Marchal, GA, Waithe, D, Syeda, F, Gajendragadkar, PR, Jayaram, R, Sayeed, R, Channon, KM, Fabritz, L, Swietach, P, Zaccolo, M, Eaton, P, Casadei, B