| GO Term |
Aspect |
Human |
Mouse |
Rat |
| cytoplasm | C | IDA IDA IDA IDA | TAS ISS | ISS ISS IDA |
| dendrite cytoplasm | C | IDA | | |
| mitochondrion | C | IDA | IDA | ISS IDA |
| protein complex | C | IDA | | |
| cell soma | C | IDA | | IDA |
| plasma membrane | C | IDA IDA | | |
| cytosol | C | IDA | | |
| cytoplasmic vesicle | C | IDA | | |
| peroxisome | C | NAS | | |
| mitochondrial matrix | C | NAS | | |
| extracellular space | C | IDA IDA | IDA | |
| nucleus | C | IDA IDA | | IDA |
| extracellular matrix | C | IDA | | |
| protein phosphatase 2B binding | F | IDA | | |
| metal ion binding | F | IEA | IEA IEA | IEA |
| oxidoreductase activity | F | IEA | IEA | IEA |
| zinc ion binding | F | IDA | IEA | IEA |
| antioxidant activity | F | IEA | IEA | IEA |
| copper, zinc superoxide dismutase activity | F | IEA IDA IDA | IMP IMP IMP IMP IMP IMP IMP TAS TAS IDA IMP IMP | IDA ISS ISS IEA IDA IDA |
| protein homodimerization activity | F | NAS NAS | | |
| protein binding | F | | IPI | TAS IMP |
| chaperone binding | F | IPI | | IMP |
| superoxide dismutase activity | F | | IDA IDA IMP IDA | ISS |
| copper ion binding | F | IDA | IEA | TAS IEA IMP |
| hydrogen peroxide biosynthetic process | P | IDA ISS | IMP | IMP IDA IDA |
| regulation of body size | P | ISS | IMP | |
| cell aging | P | IEP IMP | | |
| thymus development | P | NAS | | |
| anti-apoptosis | P | | | IMP |
| response to reactive oxygen species | P | | IMP | |
| muscle maintenance | P | ISS | IMP | |
| negative regulation of neuron apoptosis | P | ISS | IMP | |
| response to oxidative stress | P | IEP IEP | IMP IMP IDA | TAS ISS ISS |
| response to ethanol | P | ISS | IMP | |
| transmission of nerve impulse | P | ISS | IMP | |
| retinal homeostasis | P | ISS | IMP | |
| blood pressure regulation | P | ISS | IMP | |
| ovarian follicle development | P | ISS | IMP | |
| response to heat | P | ISS | IMP | |
| cellular iron ion homeostasis | P | ISS | IMP | |
| spermatogenesis | P | ISS | IMP | |
| DNA fragmentation during apoptosis | P | ISS | IDA | ISS |
| response to copper ion | P | | | IMP |
| regulation of T cell differentiation in the thymus | P | NAS | | |
| negative regulation of cholesterol biosynthetic process | P | IDA | | |
| response to axon injury | P | ISS | IMP | |
| myeloid cell homeostasis | P | ISS | IGI IMP | |
| myelin maintenance in the peripheral nervous system | P | ISS | IMP | |
| aging | P | | IMP | |
| locomotory behavior | P | ISS | IMP | |
| placenta development | P | NAS | | |
| regulation of organ size | P | NAS | | |
| response to hydrogen peroxide | P | ISS | IMP | |
| embryo implantation | P | ISS NAS | IMP | |
| auditory receptor cell stereocilium organization and biogenesis | P | ISS | IMP IMP | |
| relaxation of vascular smooth muscle | P | ISS | IMP IMP | |
| negative regulation of apoptosis | P | | IMP | |
| response to nutrient levels | P | | | IDA |
| glutathione metabolic process | P | ISS | IMP | |
| neurofilament cytoskeleton organization and biogenesis | P | ISS | IMP IGI | |
| heart contraction | P | IDA | IMP | |
| sensory perception of sound | P | ISS | IMP IMP IMP | |
| positive regulation of cytokine production | P | IDA | | |
| positive regulation of enzyme activity | P | IDA | | |
| double-strand break repair | P | ISS | IMP | |
| nervous system development | P | | | ISS |
| regulation of protein kinase activity | P | IDA | | |
| activation of MAPK activity | P | ISS | IDA | ISS |
| removal of superoxide radicals | P | ISS | IMP IMP IMP IMP IMP IGI IMP IMP TAS IMP IMP | TAS ISS IDA IDA |
| positive regulation of apoptosis | P | IC | | |
| response to superoxide | P | IDA | IMP IMP IMP | |
| regulation of mitochondrial membrane potential | P | IMP | | |
| superoxide release | P | | IDA | ISS |
| response to drug | P | ISS | IMP | |
| superoxide metabolic process | P | IEA | IMP | TAS IDA IDA |