NM_012573 // GO:0001508 // action potential // inferred from mutant phenotype  /// NM_012573 // GO:0001964 // startle response // inferred from electronic annotation  /// NM_012573 // GO:0001964 // startle response // not recorded  /// NM_012573 // GO:0001975 // response to amphetamine // inferred from electronic annotation  /// NM_012573 // GO:0001975 // response to amphetamine // not recorded  /// NM_012573 // GO:0006812 // cation transport // inferred from direct assay  /// NM_012573 // GO:0006816 // calcium ion transport // not recorded  /// NM_012573 // GO:0007268 // synaptic transmission // inferred from mutant phenotype  /// NM_012573 // GO:0007268 // synaptic transmission // not recorded  /// NM_012573 // GO:0007611 // learning or memory // not recorded  /// NM_012573 // GO:0007612 // learning // not recorded  /// NM_012573 // GO:0007613 // memory // inferred from direct assay  /// NM_012573 // GO:0007613 // memory // inferred from electronic annotation  /// NM_012573 // GO:0007613 // memory // not recorded  /// NM_012573 // GO:0008104 // protein localization // inferred from electronic annotation  /// NM_012573 // GO:0008104 // protein localization // not recorded  /// NM_012573 // GO:0008542 // visual learning // inferred from electronic annotation  /// NM_012573 // GO:0008542 // visual learning // not recorded  /// NM_012573 // GO:0009416 // response to light stimulus // inferred from expression pattern  /// NM_012573 // GO:0009611 // response to wounding // inferred from electronic annotation  /// NM_012573 // GO:0009611 // response to wounding // not recorded  /// NM_012573 // GO:0009743 // response to carbohydrate // inferred from expression pattern  /// NM_012573 // GO:0010042 // response to manganese ion // inferred from expression pattern  /// NM_012573 // GO:0010942 // positive regulation of cell death // inferred from direct assay  /// NM_012573 // GO:0014070 // response to organic cyclic compound // inferred from expression pattern  /// NM_012573 // GO:0014075 // response to amine // inferred from expression pattern  /// NM_012573 // GO:0019233 // sensory perception of pain // inferred from electronic annotation  /// NM_012573 // GO:0019233 // sensory perception of pain // not recorded  /// NM_012573 // GO:0021510 // spinal cord development // inferred from expression pattern  /// NM_012573 // GO:0021766 // hippocampus development // inferred from expression pattern  /// NM_012573 // GO:0021987 // cerebral cortex development // inferred from expression pattern  /// NM_012573 // GO:0022008 // neurogenesis // inferred from electronic annotation  /// NM_012573 // GO:0022008 // neurogenesis // not recorded  /// NM_012573 // GO:0030431 // sleep // inferred from electronic annotation  /// NM_012573 // GO:0030431 // sleep // not recorded  /// NM_012573 // GO:0033058 // directional locomotion // inferred from electronic annotation  /// NM_012573 // GO:0033058 // directional locomotion // not recorded  /// NM_012573 // GO:0034220 // ion transmembrane transport // inferred from electronic annotation  /// NM_012573 // GO:0034220 // ion transmembrane transport // inferred from mutant phenotype  /// NM_012573 // GO:0034220 // ion transmembrane transport // not recorded  /// NM_012573 // GO:0034765 // regulation of ion transmembrane transport // inferred from mutant phenotype  /// NM_012573 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from direct assay  /// NM_012573 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from electronic annotation  /// NM_012573 // GO:0035235 // ionotropic glutamate receptor signaling pathway // not recorded  /// NM_012573 // GO:0035249 // synaptic transmission, glutamatergic // not recorded  /// NM_012573 // GO:0040011 // locomotion // not recorded  /// NM_012573 // GO:0042177 // negative regulation of protein catabolic process // inferred from electronic annotation  /// NM_012573 // GO:0042177 // negative regulation of protein catabolic process // not recorded  /// NM_012573 // GO:0042220 // response to cocaine // inferred from expression pattern  /// NM_012573 // GO:0042391 // regulation of membrane potential // not recorded  /// NM_012573 // GO:0042417 // dopamine metabolic process // inferred from electronic annotation  /// NM_012573 // GO:0042417 // dopamine metabolic process // not recorded  /// NM_012573 // GO:0042428 // serotonin metabolic process // inferred from electronic annotation  /// NM_012573 // GO:0042428 // serotonin metabolic process // not recorded  /// NM_012573 // GO:0042493 // response to drug // inferred from electronic annotation  /// NM_012573 // GO:0042493 // response to drug // inferred from expression pattern  /// NM_012573 // GO:0042493 // response to drug // not recorded  /// NM_012573 // GO:0043065 // positive regulation of apoptotic process // inferred from electronic annotation  /// NM_012573 // GO:0043065 // positive regulation of apoptotic process // not recorded  /// NM_012573 // GO:0045471 // response to ethanol // inferred from electronic annotation  /// NM_012573 // GO:0045471 // response to ethanol // inferred from expression pattern  /// NM_012573 // GO:0045471 // response to ethanol // not recorded  /// NM_012573 // GO:0048167 // regulation of synaptic plasticity // inferred from electronic annotation  /// NM_012573 // GO:0048167 // regulation of synaptic plasticity // not recorded  /// NM_012573 // GO:0048169 // regulation of long-term neuronal synaptic plasticity // inferred from mutant phenotype  /// NM_012573 // GO:0048511 // rhythmic process // inferred from direct assay  /// NM_012573 // GO:0050804 // regulation of synaptic transmission // not recorded  /// NM_012573 // GO:0050966 // detection of mechanical stimulus involved in sensory perception of pain // not recorded  /// NM_012573 // GO:0051262 // protein tetramerization // inferred from direct assay  /// NM_012573 // GO:0051592 // response to calcium ion // inferred from expression pattern  /// NM_012573 // GO:0051597 // response to methylmercury // inferred from expression pattern  /// NM_012573 // GO:0051707 // response to other organism // inferred from expression pattern  /// NM_012573 // GO:0051930 // regulation of sensory perception of pain // inferred from electronic annotation  /// NM_012573 // GO:0051930 // regulation of sensory perception of pain // not recorded  /// NM_012573 // GO:0060078 // regulation of postsynaptic membrane potential // not recorded  /// NM_012573 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // inferred from electronic annotation  /// NM_012573 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // inferred from mutant phenotype  /// NM_012573 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // not recorded  /// NM_012573 // GO:0060359 // response to ammonium ion // inferred from expression pattern  /// NM_012573 // GO:0060992 // response to fungicide // inferred from expression pattern  /// NM_012573 // GO:0070588 // calcium ion transmembrane transport // inferred from electronic annotation  /// NM_012573 // GO:0070588 // calcium ion transmembrane transport // not recorded  /// NM_012573 // GO:0071230 // cellular response to amino acid stimulus // inferred from mutant phenotype  /// NM_012573 // GO:0071286 // cellular response to magnesium ion // inferred from expression pattern  /// NM_012573 // GO:0071287 // cellular response to manganese ion // inferred from expression pattern  /// NM_012573 // GO:0071294 // cellular response to zinc ion // inferred from mutant phenotype  /// NM_012573 // GO:0071359 // cellular response to dsRNA // inferred from expression pattern  /// NM_012573 // GO:0071363 // cellular response to growth factor stimulus // inferred from expression pattern  /// NM_012573 // GO:0071396 // cellular response to lipid // inferred from expression pattern  /// NM_012573 // GO:2000463 // positive regulation of excitatory postsynaptic membrane potential // inferred from direct assay  /// NM_012573 // GO:0006810 // transport // inferred from electronic annotation  /// NM_012573 // GO:0006811 // ion transport // inferred from electronic annotation  /// NM_012573 // GO:0035249 // synaptic transmission, glutamatergic // --- /// NM_012573 // GO:0006816 // calcium ion transport // inferred from electronic annotation  /// NM_012573 // GO:0007268 // synaptic transmission // inferred from electronic annotation  /// NM_012573 // GO:0007611 // learning or memory // inferred from electronic annotation  /// NM_012573 // GO:0007612 // learning // inferred from electronic annotation  /// NM_012573 // GO:0040011 // locomotion // inferred from electronic annotation  /// NM_012573 // GO:0042391 // regulation of membrane potential // inferred from electronic annotation  /// NM_012573 // GO:0050804 // regulation of synaptic transmission // inferred from electronic annotation  /// NM_012573 // GO:0060078 // regulation of postsynaptic membrane potential // inferred from electronic annotation  /// XM_006245712 // GO:0001508 // action potential // inferred from mutant phenotype  /// XM_006245712 // GO:0001964 // startle response // inferred from electronic annotation  /// XM_006245712 // GO:0001964 // startle response // not recorded  /// XM_006245712 // GO:0001975 // response to amphetamine // inferred from electronic annotation  /// XM_006245712 // GO:0001975 // response to amphetamine // not recorded  /// XM_006245712 // GO:0006812 // cation transport // inferred from direct assay  /// XM_006245712 // GO:0006816 // calcium ion transport // not recorded  /// XM_006245712 // GO:0007268 // synaptic transmission // inferred from mutant phenotype  /// XM_006245712 // GO:0007268 // synaptic transmission // not recorded  /// XM_006245712 // GO:0007611 // learning or memory // not recorded  /// XM_006245712 // GO:0007612 // learning // not recorded  /// XM_006245712 // GO:0007613 // memory // inferred from direct assay  /// XM_006245712 // GO:0007613 // memory // inferred from electronic annotation  /// XM_006245712 // GO:0007613 // memory // not recorded  /// XM_006245712 // GO:0008104 // protein localization // inferred from electronic annotation  /// XM_006245712 // GO:0008104 // protein localization // not recorded  /// XM_006245712 // GO:0008542 // visual learning // inferred from electronic annotation  /// XM_006245712 // GO:0008542 // visual learning // not recorded  /// XM_006245712 // GO:0009416 // response to light stimulus // inferred from expression pattern  /// XM_006245712 // GO:0009611 // response to wounding // inferred from electronic annotation  /// XM_006245712 // GO:0009611 // response to wounding // not recorded  /// XM_006245712 // GO:0009743 // response to carbohydrate // inferred from expression pattern  /// XM_006245712 // GO:0010042 // response to manganese ion // inferred from expression pattern  /// XM_006245712 // GO:0010942 // positive regulation of cell death // inferred from direct assay  /// XM_006245712 // GO:0014070 // response to organic cyclic compound // inferred from expression pattern  /// XM_006245712 // GO:0014075 // response to amine // inferred from expression pattern  /// XM_006245712 // GO:0019233 // sensory perception of pain // inferred from electronic annotation  /// XM_006245712 // GO:0019233 // sensory perception of pain // not recorded  /// XM_006245712 // GO:0021510 // spinal cord development // inferred from expression pattern  /// XM_006245712 // GO:0021766 // hippocampus development // inferred from expression pattern  /// XM_006245712 // GO:0021987 // cerebral cortex development // inferred from expression pattern  /// XM_006245712 // GO:0022008 // neurogenesis // inferred from electronic annotation  /// XM_006245712 // GO:0022008 // neurogenesis // not recorded  /// XM_006245712 // GO:0030431 // sleep // inferred from electronic annotation  /// XM_006245712 // GO:0030431 // sleep // not recorded  /// XM_006245712 // GO:0033058 // directional locomotion // inferred from electronic annotation  /// XM_006245712 // GO:0033058 // directional locomotion // not recorded  /// XM_006245712 // GO:0034220 // ion transmembrane transport // inferred from electronic annotation  /// XM_006245712 // GO:0034220 // ion transmembrane transport // inferred from mutant phenotype  /// XM_006245712 // GO:0034220 // ion transmembrane transport // not recorded  /// XM_006245712 // GO:0034765 // regulation of ion transmembrane transport // inferred from mutant phenotype  /// XM_006245712 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from direct assay  /// XM_006245712 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from electronic annotation  /// XM_006245712 // GO:0035235 // ionotropic glutamate receptor signaling pathway // not recorded  /// XM_006245712 // GO:0035249 // synaptic transmission, glutamatergic // not recorded  /// XM_006245712 // GO:0040011 // locomotion // not recorded  /// XM_006245712 // GO:0042177 // negative regulation of protein catabolic process // inferred from electronic annotation  /// XM_006245712 // GO:0042177 // negative regulation of protein catabolic process // not recorded  /// XM_006245712 // GO:0042220 // response to cocaine // inferred from expression pattern  /// XM_006245712 // GO:0042391 // regulation of membrane potential // not recorded  /// XM_006245712 // GO:0042417 // dopamine metabolic process // inferred from electronic annotation  /// XM_006245712 // GO:0042417 // dopamine metabolic process // not recorded  /// XM_006245712 // GO:0042428 // serotonin metabolic process // inferred from electronic annotation  /// XM_006245712 // GO:0042428 // serotonin metabolic process // not recorded  /// XM_006245712 // GO:0042493 // response to drug // inferred from electronic annotation  /// XM_006245712 // GO:0042493 // response to drug // inferred from expression pattern  /// XM_006245712 // GO:0042493 // response to drug // not recorded  /// XM_006245712 // GO:0043065 // positive regulation of apoptotic process // inferred from electronic annotation  /// XM_006245712 // GO:0043065 // positive regulation of apoptotic process // not recorded  /// XM_006245712 // GO:0045471 // response to ethanol // inferred from electronic annotation  /// XM_006245712 // GO:0045471 // response to ethanol // inferred from expression pattern  /// XM_006245712 // GO:0045471 // response to ethanol // not recorded  /// XM_006245712 // GO:0048167 // regulation of synaptic plasticity // inferred from electronic annotation  /// XM_006245712 // GO:0048167 // regulation of synaptic plasticity // not recorded  /// XM_006245712 // GO:0048169 // regulation of long-term neuronal synaptic plasticity // inferred from mutant phenotype  /// XM_006245712 // GO:0048511 // rhythmic process // inferred from direct assay  /// XM_006245712 // GO:0050804 // regulation of synaptic transmission // not recorded  /// XM_006245712 // GO:0050966 // detection of mechanical stimulus involved in sensory perception of pain // not recorded  /// XM_006245712 // GO:0051262 // protein tetramerization // inferred from direct assay  /// XM_006245712 // GO:0051592 // response to calcium ion // inferred from expression pattern  /// XM_006245712 // GO:0051597 // response to methylmercury // inferred from expression pattern  /// XM_006245712 // GO:0051707 // response to other organism // inferred from expression pattern  /// XM_006245712 // GO:0051930 // regulation of sensory perception of pain // inferred from electronic annotation  /// XM_006245712 // GO:0051930 // regulation of sensory perception of pain // not recorded  /// XM_006245712 // GO:0060078 // regulation of postsynaptic membrane potential // not recorded  /// XM_006245712 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // inferred from electronic annotation  /// XM_006245712 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // inferred from mutant phenotype  /// XM_006245712 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // not recorded  /// XM_006245712 // GO:0060359 // response to ammonium ion // inferred from expression pattern  /// XM_006245712 // GO:0060992 // response to fungicide // inferred from expression pattern  /// XM_006245712 // GO:0070588 // calcium ion transmembrane transport // inferred from electronic annotation  /// XM_006245712 // GO:0070588 // calcium ion transmembrane transport // not recorded  /// XM_006245712 // GO:0071230 // cellular response to amino acid stimulus // inferred from mutant phenotype  /// XM_006245712 // GO:0071286 // cellular response to magnesium ion // inferred from expression pattern  /// XM_006245712 // GO:0071287 // cellular response to manganese ion // inferred from expression pattern  /// XM_006245712 // GO:0071294 // cellular response to zinc ion // inferred from mutant phenotype  /// XM_006245712 // GO:0071359 // cellular response to dsRNA // inferred from expression pattern  /// XM_006245712 // GO:0071363 // cellular response to growth factor stimulus // inferred from expression pattern  /// XM_006245712 // GO:0071396 // cellular response to lipid // inferred from expression pattern  /// XM_006245712 // GO:2000463 // positive regulation of excitatory postsynaptic membrane potential // inferred from direct assay  /// XM_006245712 // GO:0006810 // transport // inferred from electronic annotation  /// XM_006245712 // GO:0006811 // ion transport // inferred from electronic annotation  /// XM_006245712 // GO:0035249 // synaptic transmission, glutamatergic // --- /// XM_006245712 // GO:0006816 // calcium ion transport // inferred from electronic annotation  /// XM_006245712 // GO:0007268 // synaptic transmission // inferred from electronic annotation  /// XM_006245712 // GO:0007611 // learning or memory // inferred from electronic annotation  /// XM_006245712 // GO:0007612 // learning // inferred from electronic annotation  /// XM_006245712 // GO:0040011 // locomotion // inferred from electronic annotation  /// XM_006245712 // GO:0042391 // regulation of membrane potential // inferred from electronic annotation  /// XM_006245712 // GO:0050804 // regulation of synaptic transmission // inferred from electronic annotation  /// XM_006245712 // GO:0060078 // regulation of postsynaptic membrane potential // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0001508 // action potential // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0001964 // startle response // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0001964 // startle response // not recorded  /// ENSRNOT00000044626 // GO:0001975 // response to amphetamine // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0001975 // response to amphetamine // not recorded  /// ENSRNOT00000044626 // GO:0006812 // cation transport // inferred from direct assay  /// ENSRNOT00000044626 // GO:0006816 // calcium ion transport // not recorded  /// ENSRNOT00000044626 // GO:0007268 // synaptic transmission // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0007268 // synaptic transmission // not recorded  /// ENSRNOT00000044626 // GO:0007611 // learning or memory // not recorded  /// ENSRNOT00000044626 // GO:0007612 // learning // not recorded  /// ENSRNOT00000044626 // GO:0007613 // memory // inferred from direct assay  /// ENSRNOT00000044626 // GO:0007613 // memory // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0007613 // memory // not recorded  /// ENSRNOT00000044626 // GO:0008104 // protein localization // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0008104 // protein localization // not recorded  /// ENSRNOT00000044626 // GO:0008542 // visual learning // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0008542 // visual learning // not recorded  /// ENSRNOT00000044626 // GO:0009416 // response to light stimulus // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0009611 // response to wounding // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0009611 // response to wounding // not recorded  /// ENSRNOT00000044626 // GO:0009743 // response to carbohydrate // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0010042 // response to manganese ion // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0010942 // positive regulation of cell death // inferred from direct assay  /// ENSRNOT00000044626 // GO:0014070 // response to organic cyclic compound // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0014075 // response to amine // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0019233 // sensory perception of pain // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0019233 // sensory perception of pain // not recorded  /// ENSRNOT00000044626 // GO:0021510 // spinal cord development // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0021766 // hippocampus development // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0021987 // cerebral cortex development // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0022008 // neurogenesis // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0022008 // neurogenesis // not recorded  /// ENSRNOT00000044626 // GO:0030431 // sleep // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0030431 // sleep // not recorded  /// ENSRNOT00000044626 // GO:0033058 // directional locomotion // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0033058 // directional locomotion // not recorded  /// ENSRNOT00000044626 // GO:0034220 // ion transmembrane transport // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0034220 // ion transmembrane transport // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0034220 // ion transmembrane transport // not recorded  /// ENSRNOT00000044626 // GO:0034765 // regulation of ion transmembrane transport // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from direct assay  /// ENSRNOT00000044626 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0035235 // ionotropic glutamate receptor signaling pathway // not recorded  /// ENSRNOT00000044626 // GO:0035249 // synaptic transmission, glutamatergic // not recorded  /// ENSRNOT00000044626 // GO:0040011 // locomotion // not recorded  /// ENSRNOT00000044626 // GO:0042177 // negative regulation of protein catabolic process // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0042177 // negative regulation of protein catabolic process // not recorded  /// ENSRNOT00000044626 // GO:0042220 // response to cocaine // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0042391 // regulation of membrane potential // not recorded  /// ENSRNOT00000044626 // GO:0042417 // dopamine metabolic process // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0042417 // dopamine metabolic process // not recorded  /// ENSRNOT00000044626 // GO:0042428 // serotonin metabolic process // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0042428 // serotonin metabolic process // not recorded  /// ENSRNOT00000044626 // GO:0042493 // response to drug // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0042493 // response to drug // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0042493 // response to drug // not recorded  /// ENSRNOT00000044626 // GO:0043065 // positive regulation of apoptotic process // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0043065 // positive regulation of apoptotic process // not recorded  /// ENSRNOT00000044626 // GO:0045471 // response to ethanol // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0045471 // response to ethanol // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0045471 // response to ethanol // not recorded  /// ENSRNOT00000044626 // GO:0048167 // regulation of synaptic plasticity // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0048167 // regulation of synaptic plasticity // not recorded  /// ENSRNOT00000044626 // GO:0048169 // regulation of long-term neuronal synaptic plasticity // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0048511 // rhythmic process // inferred from direct assay  /// ENSRNOT00000044626 // GO:0050804 // regulation of synaptic transmission // not recorded  /// ENSRNOT00000044626 // GO:0050966 // detection of mechanical stimulus involved in sensory perception of pain // not recorded  /// ENSRNOT00000044626 // GO:0051262 // protein tetramerization // inferred from direct assay  /// ENSRNOT00000044626 // GO:0051592 // response to calcium ion // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0051597 // response to methylmercury // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0051707 // response to other organism // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0051930 // regulation of sensory perception of pain // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0051930 // regulation of sensory perception of pain // not recorded  /// ENSRNOT00000044626 // GO:0060078 // regulation of postsynaptic membrane potential // not recorded  /// ENSRNOT00000044626 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0060079 // regulation of excitatory postsynaptic membrane potential // not recorded  /// ENSRNOT00000044626 // GO:0060359 // response to ammonium ion // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0060992 // response to fungicide // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0070588 // calcium ion transmembrane transport // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0070588 // calcium ion transmembrane transport // not recorded  /// ENSRNOT00000044626 // GO:0071230 // cellular response to amino acid stimulus // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0071286 // cellular response to magnesium ion // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0071287 // cellular response to manganese ion // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0071294 // cellular response to zinc ion // inferred from mutant phenotype  /// ENSRNOT00000044626 // GO:0071359 // cellular response to dsRNA // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0071363 // cellular response to growth factor stimulus // inferred from expression pattern  /// ENSRNOT00000044626 // GO:0071396 // cellular response to lipid // inferred from expression pattern  /// ENSRNOT00000044626 // GO:2000463 // positive regulation of excitatory postsynaptic membrane potential // inferred from direct assay  /// ENSRNOT00000044626 // GO:0006810 // transport // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0006816 // calcium ion transport // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0007268 // synaptic transmission // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0007611 // learning or memory // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0007612 // learning // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0040011 // locomotion // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0042391 // regulation of membrane potential // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0050804 // regulation of synaptic transmission // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0060078 // regulation of postsynaptic membrane potential // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0006811 // ion transport // inferred from electronic annotation  /// ENSRNOT00000044626 // GO:0035249 // synaptic transmission, glutamatergic // --- /// M91561 // GO:0001508 // action potential // inferred from mutant phenotype  /// M91561 // GO:0001964 // startle response // inferred from electronic annotation  /// M91561 // GO:0001964 // startle response // not recorded  /// M91561 // GO:0001975 // response to amphetamine // inferred from electronic annotation  /// M91561 // GO:0001975 // response to amphetamine // not recorded  /// M91561 // GO:0006812 // cation transport // inferred from direct assay  /// M91561 // GO:0006816 // calcium ion transport // not recorded  /// M91561 // GO:0007268 // synaptic transmission // inferred from mutant phenotype  /// M91561 // GO:0007268 // synaptic transmission // not recorded  /// M91561 // GO:0007611 // learning or memory // not recorded  /// M91561 // GO:0007612 // learning // not recorded  /// M91561 // GO:0007613 // memory // inferred from direct assay  /// M91561 // GO:0007613 // memory // inferred from electronic annotation  /// M91561 // GO:0007613 // memory // not recorded  /// M91561 // GO:0008104 // protein localization // inferred from electronic annotation  /// M91561 // GO:0008104 // protein localization // not recorded  /// M91561 // GO:0008542 // visual learning // inferred from electronic annotation  /// M91561 // GO:0008542 // visual learning // not recorded  /// M91561 // GO:0009416 // response to light stimulus // inferred from expression pattern  /// M91561 // GO:0009611 // response to wounding // inferred from electronic annotation  /// M91561 // GO:0009611 // response to wounding // not recorded  /// M91561 // GO:0009743 // response to carbohydrate // inferred from expression pattern  /// M91561 // GO:0010042 // response to manganese ion // inferred from expression pattern  /// M91561 // GO:0010942 // positive regulation of cell death // inferred from direct assay  /// M91561 // GO:0014070 // response to organic cyclic compound // inferred from expression pattern  /// M91561 // GO:0014075 // response to amine // inferred from expression pattern  /// M91561 // GO:0019233 // sensory perception of pain // inferred from electronic annotation  /// M91561 // GO:0019233 // sensory perception of pain // not recorded  /// M91561 // GO:0021510 // spinal cord development // inferred from expression pattern  /// M91561 // GO:0021766 // hippocampus development // inferred from expression pattern  /// M91561 // GO:0021987 // cerebral cortex development // inferred from expression pattern  /// M91561 // GO:0022008 // neurogenesis // inferred from electronic annotation  /// M91561 // GO:0022008 // neurogenesis // not recorded  /// M91561 // GO:0030431 // sleep // inferred from electronic annotation  /// M91561 // GO:0030431 // sleep // not recorded  /// M91561 // GO:0033058 // directional locomotion // inferred from electronic annotation  /// M91561 // GO:0033058 // directional locomotion // not recorded  /// M91561 // GO:0034220 // ion transmembrane transport // inferred from electronic annotation  /// M91561 // GO:0034220 // ion transmembrane transport // inferred from mutant phenotype  /// M91561 // GO:0034220 // ion transmembrane transport // not recorded  /// M91561 // GO:0034765 // regulation of ion transmembrane transport // inferred from mutant phenotype  /// M91561 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from direct assay  /// M91561 // GO:0035235 // ionotropic glutamate receptor signaling pathway // inferred from electronic annotation  /// M91561 // GO:0035235 // ionotropic glutamate receptor signaling pathway // not recorded  /// M91561 // GO:0035249 // synaptic transmission, glutamatergic // not recorded  /// M91561 // GO:0040011 // locomotion // not recorded  /// M91561 // GO:0042177 // negative regulation of protein catabolic process // inferred from electronic annotation  /// M91561 // GO:0042177 // negative regulation of protein catabolic process // not recorded  /// M91561 // GO:0042220 // response to cocaine // inferred from expression pattern  /// M91561 // GO:0042391 // regulation of membrane potential // not recorded  /// M91561 // GO:0042417 // dopamine metabolic  [WARNING: THIS FIELD TRUNCATED]