Generating, partitioning, targeting and functioning of superoxide in mitochondria
S Liu - Bioscience reports, 1997 - Springer
S Liu
Bioscience reports, 1997•SpringerRecently, we proposed a hypothetical model of coexistence of “Reactive oxygen cycle” with
Q cycle and H+ cycle in mitochondrial respiratory chain to combine both processes of
univalent electron leak for production of superoxide and of proton leak across inner
mitochondrial membrane. This review presents a more detailed description of this model
and summarizes the supporting experimental evidence obtained.
Q cycle and H+ cycle in mitochondrial respiratory chain to combine both processes of
univalent electron leak for production of superoxide and of proton leak across inner
mitochondrial membrane. This review presents a more detailed description of this model
and summarizes the supporting experimental evidence obtained.
Abstract
Recently, we proposed a hypothetical model of coexistence of “Reactive oxygen cycle” with Q cycle and H+ cycle in mitochondrial respiratory chain to combine both processes of univalent electron leak for production of superoxide and of proton leak across inner mitochondrial membrane. This review presents a more detailed description of this model and summarizes the supporting experimental evidence obtained.
Springer