The Role of Mitochondrial Reactive Oxygen Species in Cardiovascular Injury and Protective Strategies
Table 1
Mitochondrial sources of ROS generation.
ROS sources
Experimental model: references
Inner membrane
CI (NADH dehydrogenase): inner side
(i) Bovine hearts: [75–83] (ii) Rat heart: [80, 84–86] (iii) Rat brain: [60, 86, 87] (iv) Rat lung: [88] (v) Rat liver: [84] (vi) Rat skeletal muscle: [84, 89–91] (vii) Cell cultures: [79] (viii) Human brain: [87]
CII (succinate dehydrogenase): inner side
(i) Rat heart: [92, 93] (ii) Bovine heart: [94–96] (iii) Rat brain: [97] (iv) Rat skeletal muscle: [98] (v) Yeast: [99] (vi) E. coli: [100]
CIII (ubiquinol-cytochrome c reductase): inner and outer side
(i) Bovine heart: [95, 96, 101, 102] (ii) Rat heart: [84, 103, 104] (iii) Rat liver: [84, 105] (iv) Rat brain: [104] (v) Rat skeletal muscle: [84] (vi) Mouse skeletal muscle: [106] (vii) R. capsulatus strains: [107]
Hyperphosphorylation of CIV (cytochrome c oxidase)
(i) Rabbit hearts and mouse monocyte macrophages: [108]
Glycerophosphate dehydrogenase (a.k.a. glycerol-3-phosphate dehydrogenase, a.k.a. mGPDH): outer side
(i) Mouse heart, brain, and kidney: [109] (ii) Hamster brown adipose tissue: [110] (iii) Drosophila: [111]
Dihydroorotate dehydrogenase (DHO): outer side
(i) Rat brain & liver: [112] (ii) Rat skeletal muscle: [113] (iii) Rat tissues (skeletal muscle, liver, GI tract, etc.): [114] (iv) Cell lines: [115] (v) Human skin and kidney: [114]