NM_012544 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// NM_012544 // GO:0001822 // kidney development // inferred from expression pattern  /// NM_012544 // GO:0001822 // kidney development // not recorded  /// NM_012544 // GO:0002446 // neutrophil mediated immunity // not recorded  /// NM_012544 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// NM_012544 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// NM_012544 // GO:0006508 // proteolysis // inferred from direct assay  /// NM_012544 // GO:0006508 // proteolysis // not recorded  /// NM_012544 // GO:0006508 // proteolysis // traceable author statement  /// NM_012544 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// NM_012544 // GO:0007283 // spermatogenesis // not recorded  /// NM_012544 // GO:0007420 // brain development // inferred from expression pattern  /// NM_012544 // GO:0007565 // female pregnancy // inferred from expression pattern  /// NM_012544 // GO:0007568 // aging // inferred from expression pattern  /// NM_012544 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// NM_012544 // GO:0008217 // regulation of blood pressure // not recorded  /// NM_012544 // GO:0008217 // regulation of blood pressure // traceable author statement  /// NM_012544 // GO:0008584 // male gonad development // inferred from expression pattern  /// NM_012544 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// NM_012544 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// NM_012544 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// NM_012544 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// NM_012544 // GO:0030324 // lung development // inferred from expression pattern  /// NM_012544 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// NM_012544 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// NM_012544 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// NM_012544 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// NM_012544 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// NM_012544 // GO:0042447 // hormone catabolic process // not recorded  /// NM_012544 // GO:0042493 // response to drug // inferred from expression pattern  /// NM_012544 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// NM_012544 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// NM_012544 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// NM_012544 // GO:0043171 // peptide catabolic process // not recorded  /// NM_012544 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// NM_012544 // GO:0050482 // arachidonic acid secretion // not recorded  /// NM_012544 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// NM_012544 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// NM_012544 // GO:0060047 // heart contraction // not recorded  /// NM_012544 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// NM_012544 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// NM_012544 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// NM_012544 // GO:0090281 // negative regulation of calcium ion import // inferred from mutant phenotype  /// NM_012544 // GO:0097066 // response to thyroid hormone // inferred from expression pattern  /// NM_012544 // GO:0006508 // proteolysis // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0001822 // kidney development // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0001822 // kidney development // not recorded  /// ENSRNOT00000010627 // GO:0002446 // neutrophil mediated immunity // not recorded  /// ENSRNOT00000010627 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// ENSRNOT00000010627 // GO:0006508 // proteolysis // inferred from direct assay  /// ENSRNOT00000010627 // GO:0006508 // proteolysis // not recorded  /// ENSRNOT00000010627 // GO:0006508 // proteolysis // traceable author statement  /// ENSRNOT00000010627 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0007283 // spermatogenesis // not recorded  /// ENSRNOT00000010627 // GO:0007420 // brain development // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0007565 // female pregnancy // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0007568 // aging // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// ENSRNOT00000010627 // GO:0008217 // regulation of blood pressure // not recorded  /// ENSRNOT00000010627 // GO:0008217 // regulation of blood pressure // traceable author statement  /// ENSRNOT00000010627 // GO:0008584 // male gonad development // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// ENSRNOT00000010627 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// ENSRNOT00000010627 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0030324 // lung development // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0042447 // hormone catabolic process // not recorded  /// ENSRNOT00000010627 // GO:0042493 // response to drug // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// ENSRNOT00000010627 // GO:0043171 // peptide catabolic process // not recorded  /// ENSRNOT00000010627 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0050482 // arachidonic acid secretion // not recorded  /// ENSRNOT00000010627 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0060047 // heart contraction // not recorded  /// ENSRNOT00000010627 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0090281 // negative regulation of calcium ion import // inferred from mutant phenotype  /// ENSRNOT00000010627 // GO:0097066 // response to thyroid hormone // inferred from expression pattern  /// ENSRNOT00000010627 // GO:0006508 // proteolysis // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0001822 // kidney development // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0002446 // neutrophil mediated immunity // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0007283 // spermatogenesis // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0008217 // regulation of blood pressure // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0042447 // hormone catabolic process // inferred from electronic annotation  /// ENSRNOT00000010627 // GO:0060047 // heart contraction // inferred from electronic annotation  /// AF201331 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// AF201331 // GO:0001822 // kidney development // inferred from expression pattern  /// AF201331 // GO:0001822 // kidney development // not recorded  /// AF201331 // GO:0002446 // neutrophil mediated immunity // not recorded  /// AF201331 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// AF201331 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// AF201331 // GO:0006508 // proteolysis // inferred from direct assay  /// AF201331 // GO:0006508 // proteolysis // not recorded  /// AF201331 // GO:0006508 // proteolysis // traceable author statement  /// AF201331 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// AF201331 // GO:0007283 // spermatogenesis // not recorded  /// AF201331 // GO:0007420 // brain development // inferred from expression pattern  /// AF201331 // GO:0007565 // female pregnancy // inferred from expression pattern  /// AF201331 // GO:0007568 // aging // inferred from expression pattern  /// AF201331 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// AF201331 // GO:0008217 // regulation of blood pressure // not recorded  /// AF201331 // GO:0008217 // regulation of blood pressure // traceable author statement  /// AF201331 // GO:0008584 // male gonad development // inferred from expression pattern  /// AF201331 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// AF201331 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// AF201331 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// AF201331 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// AF201331 // GO:0030324 // lung development // inferred from expression pattern  /// AF201331 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// AF201331 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// AF201331 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// AF201331 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// AF201331 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// AF201331 // GO:0042447 // hormone catabolic process // not recorded  /// AF201331 // GO:0042493 // response to drug // inferred from expression pattern  /// AF201331 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// AF201331 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// AF201331 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// AF201331 // GO:0043171 // peptide catabolic process // not recorded  /// AF201331 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// AF201331 // GO:0050482 // arachidonic acid secretion // not recorded  /// AF201331 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// AF201331 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// AF201331 // GO:0060047 // heart contraction // not recorded  /// AF201331 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// AF201331 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// AF201331 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// AF201331 // GO:0090281 // negative regulation of calcium ion import // inferred from mutant phenotype  /// AF201331 // GO:0097066 // response to thyroid hormone // inferred from expression pattern  /// AF201331 // GO:0006508 // proteolysis // inferred from electronic annotation  /// AF201332 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// AF201332 // GO:0001822 // kidney development // inferred from expression pattern  /// AF201332 // GO:0001822 // kidney development // not recorded  /// AF201332 // GO:0002446 // neutrophil mediated immunity // not recorded  /// AF201332 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// AF201332 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// AF201332 // GO:0006508 // proteolysis // inferred from direct assay  /// AF201332 // GO:0006508 // proteolysis // not recorded  /// AF201332 // GO:0006508 // proteolysis // traceable author statement  /// AF201332 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// AF201332 // GO:0007283 // spermatogenesis // not recorded  /// AF201332 // GO:0007420 // brain development // inferred from expression pattern  /// AF201332 // GO:0007565 // female pregnancy // inferred from expression pattern  /// AF201332 // GO:0007568 // aging // inferred from expression pattern  /// AF201332 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// AF201332 // GO:0008217 // regulation of blood pressure // not recorded  /// AF201332 // GO:0008217 // regulation of blood pressure // traceable author statement  /// AF201332 // GO:0008584 // male gonad development // inferred from expression pattern  /// AF201332 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// AF201332 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// AF201332 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// AF201332 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// AF201332 // GO:0030324 // lung development // inferred from expression pattern  /// AF201332 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// AF201332 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// AF201332 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// AF201332 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// AF201332 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// AF201332 // GO:0042447 // hormone catabolic process // not recorded  /// AF201332 // GO:0042493 // response to drug // inferred from expression pattern  /// AF201332 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// AF201332 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// AF201332 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// AF201332 // GO:0043171 // peptide catabolic process // not recorded  /// AF201332 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// AF201332 // GO:0050482 // arachidonic acid secretion // not recorded  /// AF201332 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// AF201332 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// AF201332 // GO:0060047 // heart contraction // not recorded  /// AF201332 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// AF201332 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// AF201332 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// AF201332 // GO:0090281 // negative regulation of calcium ion import // inferred from mutant phenotype  /// AF201332 // GO:0097066 // response to thyroid hormone // inferred from expression pattern  /// AF201332 // GO:0006508 // proteolysis // inferred from electronic annotation  /// AF539425 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// AF539425 // GO:0001822 // kidney development // inferred from expression pattern  /// AF539425 // GO:0001822 // kidney development // not recorded  /// AF539425 // GO:0002446 // neutrophil mediated immunity // not recorded  /// AF539425 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// AF539425 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// AF539425 // GO:0006508 // proteolysis // inferred from direct assay  /// AF539425 // GO:0006508 // proteolysis // not recorded  /// AF539425 // GO:0006508 // proteolysis // traceable author statement  /// AF539425 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// AF539425 // GO:0007283 // spermatogenesis // not recorded  /// AF539425 // GO:0007420 // brain development // inferred from expression pattern  /// AF539425 // GO:0007565 // female pregnancy // inferred from expression pattern  /// AF539425 // GO:0007568 // aging // inferred from expression pattern  /// AF539425 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// AF539425 // GO:0008217 // regulation of blood pressure // not recorded  /// AF539425 // GO:0008217 // regulation of blood pressure // traceable author statement  /// AF539425 // GO:0008584 // male gonad development // inferred from expression pattern  /// AF539425 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// AF539425 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// AF539425 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// AF539425 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// AF539425 // GO:0030324 // lung development // inferred from expression pattern  /// AF539425 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// AF539425 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// AF539425 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// AF539425 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// AF539425 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// AF539425 // GO:0042447 // hormone catabolic process // not recorded  /// AF539425 // GO:0042493 // response to drug // inferred from expression pattern  /// AF539425 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// AF539425 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// AF539425 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// AF539425 // GO:0043171 // peptide catabolic process // not recorded  /// AF539425 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// AF539425 // GO:0050482 // arachidonic acid secretion // not recorded  /// AF539425 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// AF539425 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// AF539425 // GO:0060047 // heart contraction // not recorded  /// AF539425 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// AF539425 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// AF539425 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// AF539425 // GO:0090281 // negative regulation of calcium ion import // inferred from mutant phenotype  /// AF539425 // GO:0097066 // response to thyroid hormone // inferred from expression pattern  /// AF539425 // GO:0006508 // proteolysis // inferred from electronic annotation  /// BC085760 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// BC085760 // GO:0001822 // kidney development // inferred from expression pattern  /// BC085760 // GO:0001822 // kidney development // not recorded  /// BC085760 // GO:0002446 // neutrophil mediated immunity // not recorded  /// BC085760 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// BC085760 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// BC085760 // GO:0006508 // proteolysis // inferred from direct assay  /// BC085760 // GO:0006508 // proteolysis // not recorded  /// BC085760 // GO:0006508 // proteolysis // traceable author statement  /// BC085760 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// BC085760 // GO:0007283 // spermatogenesis // not recorded  /// BC085760 // GO:0007420 // brain development // inferred from expression pattern  /// BC085760 // GO:0007565 // female pregnancy // inferred from expression pattern  /// BC085760 // GO:0007568 // aging // inferred from expression pattern  /// BC085760 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// BC085760 // GO:0008217 // regulation of blood pressure // not recorded  /// BC085760 // GO:0008217 // regulation of blood pressure // traceable author statement  /// BC085760 // GO:0008584 // male gonad development // inferred from expression pattern  /// BC085760 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// BC085760 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// BC085760 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// BC085760 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// BC085760 // GO:0030324 // lung development // inferred from expression pattern  /// BC085760 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// BC085760 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// BC085760 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// BC085760 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// BC085760 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// BC085760 // GO:0042447 // hormone catabolic process // not recorded  /// BC085760 // GO:0042493 // response to drug // inferred from expression pattern  /// BC085760 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// BC085760 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// BC085760 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// BC085760 // GO:0043171 // peptide catabolic process // not recorded  /// BC085760 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// BC085760 // GO:0050482 // arachidonic acid secretion // not recorded  /// BC085760 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// BC085760 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// BC085760 // GO:0060047 // heart contraction // not recorded  /// BC085760 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// BC085760 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// BC085760 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// BC085760 // GO:0090281 // negative regulation of calcium ion import // inferred from mutant phenotype  /// BC085760 // GO:0097066 // response to thyroid hormone // inferred from expression pattern  /// BC085760 // GO:0006508 // proteolysis // inferred from electronic annotation  /// U03708 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// U03708 // GO:0001822 // kidney development // inferred from expression pattern  /// U03708 // GO:0001822 // kidney development // not recorded  /// U03708 // GO:0002446 // neutrophil mediated immunity // not recorded  /// U03708 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// U03708 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// U03708 // GO:0006508 // proteolysis // inferred from direct assay  /// U03708 // GO:0006508 // proteolysis // not recorded  /// U03708 // GO:0006508 // proteolysis // traceable author statement  /// U03708 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// U03708 // GO:0007283 // spermatogenesis // not recorded  /// U03708 // GO:0007420 // brain development // inferred from expression pattern  /// U03708 // GO:0007565 // female pregnancy // inferred from expression pattern  /// U03708 // GO:0007568 // aging // inferred from expression pattern  /// U03708 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// U03708 // GO:0008217 // regulation of blood pressure // not recorded  /// U03708 // GO:0008217 // regulation of blood pressure // traceable author statement  /// U03708 // GO:0008584 // male gonad development // inferred from expression pattern  /// U03708 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// U03708 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// U03708 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// U03708 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// U03708 // GO:0030324 // lung development // inferred from expression pattern  /// U03708 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// U03708 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// U03708 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// U03708 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// U03708 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// U03708 // GO:0042447 // hormone catabolic process // not recorded  /// U03708 // GO:0042493 // response to drug // inferred from expression pattern  /// U03708 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// U03708 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// U03708 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// U03708 // GO:0043171 // peptide catabolic process // not recorded  /// U03708 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// U03708 // GO:0050482 // arachidonic acid secretion // not recorded  /// U03708 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// U03708 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// U03708 // GO:0060047 // heart contraction // not recorded  /// U03708 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// U03708 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// U03708 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// U03708 // GO:0090281 // negative regulation of calcium ion import // inferred from mutant phenotype  /// U03708 // GO:0097066 // response to thyroid hormone // inferred from expression pattern  /// U03708 // GO:0006508 // proteolysis // inferred from electronic annotation  /// U03734 // GO:0001666 // response to hypoxia // inferred from expression pattern  /// U03734 // GO:0001822 // kidney development // inferred from expression pattern  /// U03734 // GO:0001822 // kidney development // not recorded  /// U03734 // GO:0002446 // neutrophil mediated immunity // not recorded  /// U03734 // GO:0003084 // positive regulation of systemic arterial blood pressure // inferred from mutant phenotype  /// U03734 // GO:0003084 // positive regulation of systemic arterial blood pressure // not recorded  /// U03734 // GO:0006508 // proteolysis // inferred from direct assay  /// U03734 // GO:0006508 // proteolysis // not recorded  /// U03734 // GO:0006508 // proteolysis // traceable author statement  /// U03734 // GO:0006518 // peptide metabolic process // inferred from mutant phenotype  /// U03734 // GO:0007283 // spermatogenesis // not recorded  /// U03734 // GO:0007420 // brain development // inferred from expression pattern  /// U03734 // GO:0007565 // female pregnancy // inferred from expression pattern  /// U03734 // GO:0007568 // aging // inferred from expression pattern  /// U03734 // GO:0008217 // regulation of blood pressure // inferred from direct assay  /// U03734 // GO:0008217 // regulation of blood pressure // not recorded  /// U03734 // GO:0008217 // regulation of blood pressure // traceable author statement  /// U03734 // GO:0008584 // male gonad development // inferred from expression pattern  /// U03734 // GO:0010815 // bradykinin catabolic process // inferred from direct assay  /// U03734 // GO:0010815 // bradykinin catabolic process // inferred from mutant phenotype  /// U03734 // GO:0014910 // regulation of smooth muscle cell migration // inferred from direct assay  /// U03734 // GO:0019233 // sensory perception of pain // inferred from mutant phenotype  /// U03734 // GO:0030324 // lung development // inferred from expression pattern  /// U03734 // GO:0031100 // organ regeneration // inferred from mutant phenotype  /// U03734 // GO:0031667 // response to nutrient levels // inferred from expression pattern  /// U03734 // GO:0032496 // response to lipopolysaccharide // inferred from mutant phenotype  /// U03734 // GO:0034616 // response to laminar fluid shear stress // inferred from expression pattern  /// U03734 // GO:0042310 // vasoconstriction // inferred from mutant phenotype  /// U03734 // GO:0042447 // hormone catabolic process // not recorded  /// U03734 // GO:0042493 // response to drug // inferred from expression pattern  /// U03734 // GO:0042755 // eating behavior // inferred from mutant phenotype  /// U03734 // GO:0043065 // positive regulation of apoptotic process // inferred from mutant phenotype  /// U03734 // GO:0043171 // peptide catabolic process // inferred from direct assay  /// U03734 // GO:0043171 // peptide catabolic process // not recorded  /// U03734 // GO:0048286 // lung alveolus development // inferred from mutant phenotype  /// U03734 // GO:0050482 // arachidonic acid secretion // not recorded  /// U03734 // GO:0050729 // positive regulation of inflammatory response // inferred from mutant phenotype  /// U03734 // GO:0050769 // positive regulation of neurogenesis // inferred from mutant phenotype  /// U03734 // GO:0060047 // heart contraction // not recorded  /// U03734 // GO:0060978 // angiogenesis involved in coronary vascular morphogenesis // inferred from mutant phenotype  /// U03734 // GO:0071333 // cellular response to glucose stimulus // inferred from expression pattern  /// U03734 // GO:0071548 // response to dexamethasone // inferred from expression pattern  /// U03734 // GO:0 [WARNING: THIS FIELD TRUNCATED]