Lozinova T A, Vishnevskiĭ E S, Arutiunian A E, Piskunov M A, Brzhevskaia O N
Biofizika. 1987 May-Jun;32(3):520-1.
It was shown that ATP synthesis by F1-ATPase sensitized by visible light was combined with oxidation of SH groups and decrease of initial flavin fluorescence in the F1-ATPase preparation. It was suggested that it was an endogenous flavin group that regulated redox transitions between SH-S-S groups which was essential for the catalysis in vivo.
结果表明，可见光敏化的F1-ATP酶合成ATP与F1-ATP酶制剂中SH基团的氧化及初始黄素荧光的降低有关。有人提出，是内源性黄素基团调节了SH-S-S基团之间的氧化还原转变，这对体内催化至关重要。
