NM_012880 // GO:0000303 // response to superoxide // traceable author statement  /// NM_012880 // GO:0001666 // response to hypoxia // inferred from electronic annotation  /// NM_012880 // GO:0001666 // response to hypoxia // not recorded  /// NM_012880 // GO:0006979 // response to oxidative stress // inferred from expression pattern  /// NM_012880 // GO:0019430 // removal of superoxide radicals // not recorded  /// NM_012880 // GO:0046688 // response to copper ion // inferred from mutant phenotype  /// NM_012880 // GO:0055114 // oxidation-reduction process // inferred from electronic annotation  /// NM_012880 // GO:0006801 // superoxide metabolic process // inferred from electronic annotation  /// NM_012880 // GO:0019430 // removal of superoxide radicals // --- /// XM_006251030 // GO:0000303 // response to superoxide // traceable author statement  /// XM_006251030 // GO:0001666 // response to hypoxia // inferred from electronic annotation  /// XM_006251030 // GO:0001666 // response to hypoxia // not recorded  /// XM_006251030 // GO:0006979 // response to oxidative stress // inferred from expression pattern  /// XM_006251030 // GO:0019430 // removal of superoxide radicals // not recorded  /// XM_006251030 // GO:0046688 // response to copper ion // inferred from mutant phenotype  /// XM_006251030 // GO:0055114 // oxidation-reduction process // inferred from electronic annotation  /// XM_006251030 // GO:0006801 // superoxide metabolic process // inferred from electronic annotation  /// XM_006251030 // GO:0019430 // removal of superoxide radicals // --- /// ENSRNOT00000005155 // GO:0000303 // response to superoxide // traceable author statement  /// ENSRNOT00000005155 // GO:0001666 // response to hypoxia // inferred from electronic annotation  /// ENSRNOT00000005155 // GO:0001666 // response to hypoxia // not recorded  /// ENSRNOT00000005155 // GO:0006979 // response to oxidative stress // inferred from expression pattern  /// ENSRNOT00000005155 // GO:0019430 // removal of superoxide radicals // not recorded  /// ENSRNOT00000005155 // GO:0046688 // response to copper ion // inferred from mutant phenotype  /// ENSRNOT00000005155 // GO:0055114 // oxidation-reduction process // inferred from electronic annotation  /// ENSRNOT00000005155 // GO:0006801 // superoxide metabolic process // inferred from electronic annotation  /// ENSRNOT00000005155 // GO:0019430 // removal of superoxide radicals // --- /// BC061861 // GO:0000303 // response to superoxide // traceable author statement  /// BC061861 // GO:0001666 // response to hypoxia // inferred from electronic annotation  /// BC061861 // GO:0001666 // response to hypoxia // not recorded  /// BC061861 // GO:0006979 // response to oxidative stress // inferred from expression pattern  /// BC061861 // GO:0019430 // removal of superoxide radicals // not recorded  /// BC061861 // GO:0046688 // response to copper ion // inferred from mutant phenotype  /// BC061861 // GO:0055114 // oxidation-reduction process // inferred from electronic annotation  /// BC061861 // GO:0006801 // superoxide metabolic process // inferred from electronic annotation  /// BC061861 // GO:0019430 // removal of superoxide radicals // --- /// Z24721 // GO:0000303 // response to superoxide // traceable author statement  /// Z24721 // GO:0001666 // response to hypoxia // inferred from electronic annotation  /// Z24721 // GO:0001666 // response to hypoxia // not recorded  /// Z24721 // GO:0006979 // response to oxidative stress // inferred from expression pattern  /// Z24721 // GO:0019430 // removal of superoxide radicals // not recorded  /// Z24721 // GO:0046688 // response to copper ion // inferred from mutant phenotype  /// Z24721 // GO:0055114 // oxidation-reduction process // inferred from electronic annotation  /// Z24721 // GO:0006801 // superoxide metabolic process // inferred from electronic annotation  /// Z24721 // GO:0019430 // removal of superoxide radicals // ---