NM_017096 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// NM_017096 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// NM_017096 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// NM_017096 // GO:0007568 // aging // inferred from expression pattern  /// NM_017096 // GO:0010288 // response to lead ion // inferred from expression pattern  /// NM_017096 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// NM_017096 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// NM_017096 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// NM_017096 // GO:0010888 // negative regulation of lipid storage // not recorded  /// NM_017096 // GO:0042060 // wound healing // inferred from mutant phenotype  /// NM_017096 // GO:0045471 // response to ethanol // inferred from expression pattern  /// NM_017096 // GO:0051258 // protein polymerization // inferred from direct assay  /// NM_017096 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// NM_017096 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// ENSRNOT00000000058 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// ENSRNOT00000000058 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// ENSRNOT00000000058 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// ENSRNOT00000000058 // GO:0007568 // aging // inferred from expression pattern  /// ENSRNOT00000000058 // GO:0010288 // response to lead ion // inferred from expression pattern  /// ENSRNOT00000000058 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// ENSRNOT00000000058 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// ENSRNOT00000000058 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// ENSRNOT00000000058 // GO:0010888 // negative regulation of lipid storage // not recorded  /// ENSRNOT00000000058 // GO:0042060 // wound healing // inferred from mutant phenotype  /// ENSRNOT00000000058 // GO:0045471 // response to ethanol // inferred from expression pattern  /// ENSRNOT00000000058 // GO:0051258 // protein polymerization // inferred from direct assay  /// ENSRNOT00000000058 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// ENSRNOT00000000058 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// BC091157 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// BC091157 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// BC091157 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// BC091157 // GO:0007568 // aging // inferred from expression pattern  /// BC091157 // GO:0010288 // response to lead ion // inferred from expression pattern  /// BC091157 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// BC091157 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// BC091157 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// BC091157 // GO:0010888 // negative regulation of lipid storage // not recorded  /// BC091157 // GO:0042060 // wound healing // inferred from mutant phenotype  /// BC091157 // GO:0045471 // response to ethanol // inferred from expression pattern  /// BC091157 // GO:0051258 // protein polymerization // inferred from direct assay  /// BC091157 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// BC091157 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// FQ218887 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// FQ218887 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// FQ218887 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// FQ218887 // GO:0007568 // aging // inferred from expression pattern  /// FQ218887 // GO:0010288 // response to lead ion // inferred from expression pattern  /// FQ218887 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// FQ218887 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// FQ218887 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// FQ218887 // GO:0010888 // negative regulation of lipid storage // not recorded  /// FQ218887 // GO:0042060 // wound healing // inferred from mutant phenotype  /// FQ218887 // GO:0045471 // response to ethanol // inferred from expression pattern  /// FQ218887 // GO:0051258 // protein polymerization // inferred from direct assay  /// FQ218887 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// FQ218887 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// FQ219029 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// FQ219029 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// FQ219029 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// FQ219029 // GO:0007568 // aging // inferred from expression pattern  /// FQ219029 // GO:0010288 // response to lead ion // inferred from expression pattern  /// FQ219029 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// FQ219029 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// FQ219029 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// FQ219029 // GO:0010888 // negative regulation of lipid storage // not recorded  /// FQ219029 // GO:0042060 // wound healing // inferred from mutant phenotype  /// FQ219029 // GO:0045471 // response to ethanol // inferred from expression pattern  /// FQ219029 // GO:0051258 // protein polymerization // inferred from direct assay  /// FQ219029 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// FQ219029 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// FQ219098 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// FQ219098 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// FQ219098 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// FQ219098 // GO:0007568 // aging // inferred from expression pattern  /// FQ219098 // GO:0010288 // response to lead ion // inferred from expression pattern  /// FQ219098 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// FQ219098 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// FQ219098 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// FQ219098 // GO:0010888 // negative regulation of lipid storage // not recorded  /// FQ219098 // GO:0042060 // wound healing // inferred from mutant phenotype  /// FQ219098 // GO:0045471 // response to ethanol // inferred from expression pattern  /// FQ219098 // GO:0051258 // protein polymerization // inferred from direct assay  /// FQ219098 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// FQ219098 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// FQ219118 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// FQ219118 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// FQ219118 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// FQ219118 // GO:0007568 // aging // inferred from expression pattern  /// FQ219118 // GO:0010288 // response to lead ion // inferred from expression pattern  /// FQ219118 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// FQ219118 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// FQ219118 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// FQ219118 // GO:0010888 // negative regulation of lipid storage // not recorded  /// FQ219118 // GO:0042060 // wound healing // inferred from mutant phenotype  /// FQ219118 // GO:0045471 // response to ethanol // inferred from expression pattern  /// FQ219118 // GO:0051258 // protein polymerization // inferred from direct assay  /// FQ219118 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// FQ219118 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// M83176 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// M83176 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// M83176 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// M83176 // GO:0007568 // aging // inferred from expression pattern  /// M83176 // GO:0010288 // response to lead ion // inferred from expression pattern  /// M83176 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// M83176 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// M83176 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// M83176 // GO:0010888 // negative regulation of lipid storage // not recorded  /// M83176 // GO:0042060 // wound healing // inferred from mutant phenotype  /// M83176 // GO:0045471 // response to ethanol // inferred from expression pattern  /// M83176 // GO:0051258 // protein polymerization // inferred from direct assay  /// M83176 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// M83176 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype  /// AY321318 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// AY321318 // GO:0006953 // acute-phase response // inferred from electronic annotation  /// AY321318 // GO:0006958 // complement activation, classical pathway // inferred from mutant phenotype  /// AY321318 // GO:0007568 // aging // inferred from expression pattern  /// AY321318 // GO:0010288 // response to lead ion // inferred from expression pattern  /// AY321318 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // inferred from electronic annotation  /// AY321318 // GO:0010745 // negative regulation of macrophage derived foam cell differentiation // not recorded  /// AY321318 // GO:0010888 // negative regulation of lipid storage // inferred from electronic annotation  /// AY321318 // GO:0010888 // negative regulation of lipid storage // not recorded  /// AY321318 // GO:0042060 // wound healing // inferred from mutant phenotype  /// AY321318 // GO:0045471 // response to ethanol // inferred from expression pattern  /// AY321318 // GO:0051258 // protein polymerization // inferred from direct assay  /// AY321318 // GO:0071277 // cellular response to calcium ion // inferred from direct assay  /// AY321318 // GO:1900006 // positive regulation of dendrite development // inferred from mutant phenotype