Table 1.

GO term analysis of microarray profile after REST knockdown

Biological processpBenjaminiCellular component/molecular processpBenjamini
Cellular component
Transmission of nerve impulse1.20E-063.70E-04    Synapse2.10E-063.90E-04
Secretion by cell1.30E-063.30E-04    Cell junction6.30E-041.70E-02
Cell–cell signaling7.00E-061.50E-03    Cytoplasmic vesicle1.60E-032.60E-02
Neurotransmitter transport8.20E-061.50E-03    Neuron projection5.30E-036.90E-02
Exocytosis1.90E-042.30E-02    Synaptosome8.30E-039.30E-02
Cell projection organization3.30E-043.70E-02
Neuron differentiation8.10E-047.70E-02
Regulation of neuronal synaptic plasticity1.60E-031.20E-01
Intracellular signaling cascade2.70E-031.80E-01Molecular process
MAPKKK cascade3.50E-032.10E-01    SNARE binding3.80E-051.10E-02
Cell surface receptor linked signal transduction5.80E-033.00E-01    Syntaxin binding2.90E-042.80E-02
Synaptic vesicle transport8.40E-033.90E-01    Nucleotide receptor activity2.40E-031.60E-01
Stress-activated protein kinase signaling pathway9.60E-034.00E-01    Cytoskeletal protein binding7.80E-033.70E-01
Behavior1.20E-024.50E-01    Calcium ion binding1.00E-024.00E-01
Chemical homeostasis1.20E-024.50E-01    Magnesium ion binding1.20E-024.00E-01
Axonogenesis1.20E-024.40E-01    Nucleotide receptor activity, G-protein coupled2.20E-025.10E-01
Vesicle-mediated transport1.50E-024.90E-01    Gated channel activity2.30E-024.90E-01
Cell morphogenesis involved in neuron differentiation2.00E-025.70E-01    Ion channel activity2.50E-024.50E-01
Protein kinase cascade2.00E-025.60E-01    Substrate specific channel activity2.90E-024.50E-01
Regulation of membrane potential2.10E-025.60E-01
Cellular component
Response to wounding4.10E-055.20E-02    Extracellular space3.60E-056.20E-03
Taxis5.50E-053.50E-02    Extracellular region part4.10E-053.50E-03
Locomotory behavior1.80E-047.50E-02    Proteinaceous extracellular matrix5.70E-029.20E-01
Regeneration4.70E-041.40E-01    Extracellular matrix9.40E-029.70E-01
Behavior4.90E-041.20E-01    Endoplasmic reticulum9.90E-029.50E-01
Response to glucocorticoid stimulus6.60E-041.30E-01
Response to organic cyclic substance9.00E-041.50E-01
Response to corticosteroid stimulus9.20E-041.40E-01Molecular process
Cell motion1.30E-031.70E-01    Cytokine activity1.50E-031.40E-01
Response to mechanical stimulus2.20E-032.30E-01    Olfactory receptor activity9.50E-035.10E-01
Neuron differentiation3.00E-032.80E-01    Calcium ion binding1.90E-027.00E-01
Bone development3.50E-032.80E-01    Glutathione transferase activity3.40E-027.80E-01
Immune response3.70E-032.80E-01    O-acyltransferase activity5.00E-028.30E-01
Inflammatory response4.20E-032.90E-01    Enzyme inhibitor activity5.30E-028.10E-01
Positive regulation of anti-apoptosis4.30E-032.80E-01    Growth factor activity6.60E-028.20E-01
Regulation of cell proliferation5.30E-033.10E-01    Metalloenzyme Regulator activity7.60E-028.40E-01
Detection of stimulus5.60E-033.00E-01    Endopeptidase inhibitor activity8.60E-028.60E-01
Detection of chemical stimulus6.00E-033.10E-01    Carbohydrate binding8.70E-028.40E-01
Cognition7.20E-033.50E-01
Biological adhesion8.80E-033.70E-01