BPTI-like superfamily

Highlighted in gray are those with either FDR_singleton>0.001 or FDR_all>0.001

	GO term	FDR (all)	IC level	SDFO level	Annotation (direct or inherited)
Biological Process (BP)	envenomation resulting in modulation of ion channel activity in other organism	0	2.699	--	DIRECT
Biological Process (BP)	injection of substance in to other organism	0.0004534	2.699	--	DIRECT
Biological Process (BP)	behavior	0	1.357	--	DIRECT
Biological Process (BP)	associative learning	0	2.699	--	DIRECT
Biological Process (BP)	mRNA 3'-end processing	0	2.398	--	DIRECT
Biological Process (BP)	RNA polyadenylation	0	2.699	--	DIRECT
Biological Process (BP)	copper ion homeostasis	0	2.699	--	DIRECT
Biological Process (BP)	glutamate receptor signaling pathway	0	2.398	--	DIRECT
Biological Process (BP)	positive regulation of cell cycle	0	2.699	--	DIRECT
Biological Process (BP)	mRNA polyadenylation	0	2.699	--	DIRECT
Biological Process (BP)	visual behavior	0	2.699	--	DIRECT
Biological Process (BP)	cell recognition	0	2.398	--	DIRECT
Biological Process (BP)	mating	0	2.699	--	DIRECT
Biological Process (BP)	extracellular structure organization	0	1.921	--	DIRECT
Biological Process (BP)	positive regulation of mitotic cell cycle	0	2.699	--	DIRECT
Biological Process (BP)	ionotropic glutamate receptor signaling pathway	0	2.699	--	DIRECT
Biological Process (BP)	learning	0	2.398	--	DIRECT
Biological Process (BP)	cellular copper ion homeostasis	0	2.699	--	DIRECT
Biological Process (BP)	regulation of synapse structure and activity	2.076e-15	2.699	--	DIRECT
Biological Process (BP)	developmental cell growth	1.369e-13	2.398	--	DIRECT
Biological Process (BP)	cation homeostasis	3.899e-13	1.495	--	DIRECT
Biological Process (BP)	cell maturation	7.199e-13	2.398	--	DIRECT
Biological Process (BP)	regulation of protein kinase activity	1.597e-12	1.62	--	DIRECT
Biological Process (BP)	endoplasmic reticulum calcium ion homeostasis	2.171e-12	2.699	--	DIRECT
Biological Process (BP)	cholesterol metabolic process	8.081e-12	2.097	--	DIRECT
Biological Process (BP)	regulation of protein binding	1.781e-11	2.398	--	DIRECT
Biological Process (BP)	developmental maturation	2.004e-11	2.398	--	DIRECT
Biological Process (BP)	neuromuscular process controlling balance	2.49e-11	2.699	--	DIRECT
Biological Process (BP)	regulation of catalytic activity	3.007e-11	1.155	--	DIRECT
Biological Process (BP)	cellular ion homeostasis	4.589e-11	1.377	--	DIRECT
Biological Process (BP)	developmental growth involved in morphogenesis	5.264e-11	2.097	--	DIRECT
Biological Process (BP)	single-organism reproductive behavior	7.127e-11	2.699	--	DIRECT
Biological Process (BP)	reproductive behavior	9.64e-11	2.699	--	DIRECT
Biological Process (BP)	cell morphogenesis involved in neuron differentiation	1.182e-10	1.921	--	DIRECT
Biological Process (BP)	cellular chemical homeostasis	1.221e-10	1.357	--	DIRECT
Biological Process (BP)	neuron projection morphogenesis	2.506e-10	2	--	DIRECT
Biological Process (BP)	ion homeostasis	2.852e-10	1.337	--	DIRECT
Biological Process (BP)	regulation of phosphorylation	6.397e-10	1.469	--	DIRECT
Biological Process (BP)	neuron projection development	1.031e-09	1.921	--	DIRECT
Biological Process (BP)	cellular homeostasis	1.156e-09	1.284	--	DIRECT
Biological Process (BP)	response to mechanical stimulus	2.509e-09	2.699	--	DIRECT
Biological Process (BP)	mRNA metabolic process	2.811e-09	1.796	--	DIRECT
Biological Process (BP)	interphase of mitotic cell cycle	2.828e-09	2.398	--	DIRECT
Biological Process (BP)	interphase	2.984e-09	2.398	--	DIRECT
Biological Process (BP)	regulation of protein modification process	9.178e-09	1.377	--	DIRECT
Biological Process (BP)	chemical homeostasis	1.166e-08	1.208	--	DIRECT
Biological Process (BP)	transmission of nerve impulse	1.222e-08	1.42	--	DIRECT
Biological Process (BP)	multicellular organismal signaling	1.512e-08	1.42	--	DIRECT
Biological Process (BP)	cell-type specific apoptotic process	1.967e-08	2.398	--	DIRECT
Biological Process (BP)	neuron development	2.48e-08	1.796	--	DIRECT
Biological Process (BP)	positive regulation of mitotic cell cycle phase transition	4.122e-08	2.222	--	DIRECT
Biological Process (BP)	positive regulation of cell cycle phase transition	4.122e-08	2.222	--	DIRECT
Biological Process (BP)	neurological system process	7.916e-08	1.284	--	DIRECT
Biological Process (BP)	cell morphogenesis	9.557e-08	1.658	--	DIRECT
Biological Process (BP)	cognition	1.239e-07	2.222	--	DIRECT
Biological Process (BP)	negative regulation of neuron differentiation	1.721e-07	2.398	--	DIRECT
Biological Process (BP)	cell-cell signaling	2.08e-07	1.357	--	DIRECT
Biological Process (BP)	neuron differentiation	2.825e-07	1.658	--	DIRECT
Biological Process (BP)	regulation of phosphate metabolic process	3.298e-07	1.284	--	DIRECT
Biological Process (BP)	regulation of cellular protein metabolic process	3.447e-07	1.252	--	DIRECT
Biological Process (BP)	regulation of phosphorus metabolic process	3.516e-07	1.252	--	DIRECT
Biological Process (BP)	cell morphogenesis involved in differentiation	9.322e-07	1.745	--	DIRECT
Biological Process (BP)	RNA processing	9.401e-07	1.377	--	DIRECT
Biological Process (BP)	regulation of cell cycle	1.408e-06	1.444	--	DIRECT
Biological Process (BP)	regulation of peptidase activity	1.667e-06	1.658	--	DIRECT
Biological Process (BP)	cellular component organization	2.522e-06	0.6819	--	DIRECT
Biological Process (BP)	endocytosis	3.442e-06	1.854	--	DIRECT
Biological Process (BP)	skeletal muscle fiber development	4.362e-06	2.699	--	DIRECT
Biological Process (BP)	synapse assembly	1.341e-05	2.699	--	DIRECT
Biological Process (BP)	forebrain development	1.451e-05	1.796	--	DIRECT
Biological Process (BP)	regulation of signal transduction	1.682e-05	1.119	--	DIRECT
Biological Process (BP)	phosphorylation	1.719e-05	1.398	--	DIRECT
Biological Process (BP)	intracellular transport	2.764e-05	1.194	--	DIRECT
Biological Process (BP)	reproductive process	3.381e-05	1.143	--	DIRECT
Biological Process (BP)	negative regulation of hydrolase activity	8.346e-05	2	--	DIRECT
Biological Process (BP)	synapse organization	0.0001192	2.699	--	DIRECT
Biological Process (BP)	cell surface receptor signaling pathway	0.0001738	1.237	--	DIRECT
Biological Process (BP)	calcium ion homeostasis	0.0001785	1.921	--	DIRECT
Biological Process (BP)	adult locomotory behavior	0.0002052	2.699	--	DIRECT
Biological Process (BP)	striated muscle cell development	0.0003027	1.854	--	DIRECT
Biological Process (BP)	cell projection morphogenesis	0.0003433	1.854	--	DIRECT
Biological Process (BP)	axon guidance	0.0003952	2.699	--	DIRECT
Biological Process (BP)	suckling behavior	0.0005471	2.699	--	DIRECT
Biological Process (BP)	establishment of localization in cell	0.0005911	1.119	--	DIRECT
Biological Process (BP)	cell part morphogenesis	0.0008392	1.796	--	DIRECT
Biological Process (BP)	positive regulation of biological process	0.4957	0.8182	--	INHERITED FROM: positive regulation of mitotic cell cycle phase transition \|\| positive regulation of mitotic cell cycle \|\| positive regulation of cell cycle \|\| positive regulation of cell cycle phase transition \|\| positive regulation of cell cycle process
Biological Process (BP)	regulation of biological process	0.9426	0.4486	--	INHERITED FROM: positive regulation of mitotic cell cycle phase transition \|\| regulation of multicellular organism growth \|\| regulation of cell communication \|\| regulation of ERBB signaling pathway \|\| regulation of phosphorylation \|\| positive regulation of cell cycle process \|\| regulation of phosphate metabolic process \|\| negative regulation of hydrolase activity \|\| glutamate receptor signaling pathway \|\| regulation of epidermal growth factor-activated receptor activity \|\| positive regulation of mitotic cell cycle \|\| regulation of growth \|\| regulation of protein phosphorylation \|\| regulation of protein metabolic process \|\| regulation of receptor activity \|\| positive regulation of cell cycle phase transition \|\| regulation of epidermal growth factor receptor signaling pathway \|\| regulation of peptidase activity \|\| regulation of mitotic cell cycle \|\| regulation of signal transduction \|\| regulation of cell cycle \|\| regulation of phosphorus metabolic process \|\| positive regulation of cell cycle \|\| regulation of signaling \|\| regulation of kinase activity \|\| cell surface receptor signaling pathway \|\| regulation of G2/M transition of mitotic cell cycle \|\| regulation of cellular protein metabolic process \|\| regulation of protein kinase activity \|\| negative regulation of neuron differentiation \|\| posttranscriptional regulation of gene expression \|\| regulation of protein modification process \|\| regulation of catalytic activity \|\| regulation of translation \|\| regulation of protein tyrosine kinase activity \|\| ionotropic glutamate receptor signaling pathway
Biological Process (BP)	biological_process	1	0	--	INHERITED FROM: cellular component organization or biogenesis \|\| positive regulation of mitotic cell cycle phase transition \|\| chemotaxis \|\| cellular calcium ion homeostasis \|\| regulation of molecular function \|\| cellular cation homeostasis \|\| regulation of multicellular organism growth \|\| G2 phase of mitotic cell cycle \|\| regulation of cell communication \|\| regulation of ERBB signaling pathway \|\| extracellular structure organization \|\| response to abiotic stimulus \|\| cell projection organization \|\| regulation of phosphorylation \|\| establishment of localization in cell \|\| axon choice point recognition \|\| multicellular organismal process \|\| axonogenesis \|\| developmental growth involved in morphogenesis \|\| neuron maturation \|\| interphase \|\| regulation of phosphate metabolic process \|\| cell projection morphogenesis \|\| generation of neurons \|\| muscle organ development \|\| negative regulation of hydrolase activity \|\| glutamate receptor signaling pathway \|\| regulation of epidermal growth factor-activated receptor activity \|\| protein phosphorylation \|\| cell morphogenesis involved in differentiation \|\| collateral sprouting \|\| smooth endoplasmic reticulum calcium ion homeostasis \|\| regulation of binding \|\| cation homeostasis \|\| RNA metabolic process \|\| synaptic growth at neuromuscular junction \|\| regulation of protein phosphorylation \|\| alcohol metabolic process \|\| forebrain development \|\| adult behavior \|\| positive regulation of cell cycle phase transition \|\| cognition \|\| regulation of epidermal growth factor receptor signaling pathway \|\| suckling behavior \|\| multi-organism reproductive process \|\| regulation of synapse structure and activity \|\| mating behavior \|\| mRNA polyadenylation \|\| dendrite development \|\| regulation of peptidase activity \|\| adult locomotory behavior \|\| endoplasmic reticulum calcium ion homeostasis \|\| neuromuscular process controlling balance \|\| regulation of mitotic cell cycle \|\| visual behavior \|\| striated muscle cell development \|\| endocytosis \|\| injection of substance in to other organism \|\| synapse assembly \|\| interphase of mitotic cell cycle \|\| cellular ion homeostasis \|\| positive regulation of cell cycle \|\| cell maturation \|\| regulation of signaling \|\| developmental maturation \|\| regulation of kinase activity \|\| transmission of nerve impulse \|\| regulation of G2/M transition of mitotic cell cycle \|\| regulation of cellular protein metabolic process \|\| RNA processing \|\| behavior \|\| neuron development \|\| cholesterol metabolic process \|\| regulation of protein kinase activity \|\| cellular component morphogenesis \|\| mRNA 3'-end processing \|\| developmental growth \|\| single organism reproductive process \|\| cellular copper ion homeostasis \|\| negative regulation of neuron differentiation \|\| posttranscriptional regulation of gene expression \|\| axon guidance \|\| axon midline choice point recognition \|\| multi-organism process \|\| developmental cell growth \|\| regulation of translation \|\| cell part morphogenesis \|\| response to external stimulus \|\| regulation of protein tyrosine kinase activity \|\| homeostatic process \|\| associative learning \|\| intracellular transport \|\| microtubule-based process \|\| neuromuscular junction development \|\| mRNA metabolic process \|\| ionotropic glutamate receptor signaling pathway \|\| reproduction \|\| collateral sprouting in absence of injury \|\| cellular chemical homeostasis \|\| mitotic cell cycle \|\| neuron death \|\| ion homeostasis \|\| visual learning \|\| mRNA processing \|\| cell morphogenesis involved in neuron differentiation \|\| cell recognition \|\| cellular homeostasis \|\| neurological system process \|\| neuron apoptotic process \|\| positive regulation of cell cycle process \|\| cellular component organization \|\| chemical homeostasis \|\| G2 phase \|\| copper ion homeostasis \|\| phosphorylation \|\| cell cycle phase \|\| response to mechanical stimulus \|\| positive regulation of mitotic cell cycle \|\| sterol metabolic process \|\| system process \|\| regulation of growth \|\| skeletal muscle fiber development \|\| regulation of protein metabolic process \|\| envenomation resulting in modulation of ion channel activity in other organism \|\| regulation of receptor activity \|\| muscle fiber development \|\| RNA polyadenylation \|\| microtubule-based movement \|\| vesicle-mediated transport \|\| regulation of protein binding \|\| axon cargo transport \|\| neuron projection development \|\| cytoskeleton-dependent intracellular transport \|\| regulation of signal transduction \|\| regulation of cell cycle \|\| calcium ion homeostasis \|\| neuromuscular process \|\| neuron remodeling \|\| microtubule-based transport \|\| regulation of phosphorus metabolic process \|\| cell morphogenesis \|\| steroid metabolic process \|\| multi-organism behavior \|\| cell surface receptor signaling pathway \|\| cell growth \|\| neuron projection morphogenesis \|\| cell-type specific apoptotic process \|\| response to light stimulus \|\| reproductive behavior \|\| RNA 3'-end processing \|\| neuron recognition \|\| cell-cell signaling \|\| neuron differentiation \|\| cellular component movement \|\| growth \|\| response to stimulus \|\| organic hydroxy compound metabolic process \|\| synapse organization \|\| regulation of protein modification process \|\| regulation of catalytic activity \|\| locomotion \|\| learning \|\| mechanosensory behavior \|\| reproductive process \|\| mating \|\| nervous system development \|\| single-organism reproductive behavior \|\| multicellular organismal signaling
Biological Process (BP)	biological regulation	1	0.4202	--	INHERITED FROM: cellular chemical homeostasis \|\| positive regulation of mitotic cell cycle phase transition \|\| cellular calcium ion homeostasis \|\| regulation of molecular function \|\| cellular cation homeostasis \|\| regulation of multicellular organism growth \|\| ion homeostasis \|\| regulation of cell communication \|\| regulation of ERBB signaling pathway \|\| regulation of phosphorylation \|\| cellular homeostasis \|\| positive regulation of cell cycle process \|\| regulation of phosphate metabolic process \|\| negative regulation of hydrolase activity \|\| glutamate receptor signaling pathway \|\| chemical homeostasis \|\| regulation of epidermal growth factor-activated receptor activity \|\| copper ion homeostasis \|\| positive regulation of mitotic cell cycle \|\| smooth endoplasmic reticulum calcium ion homeostasis \|\| regulation of growth \|\| regulation of binding \|\| cation homeostasis \|\| regulation of protein phosphorylation \|\| regulation of protein metabolic process \|\| regulation of receptor activity \|\| positive regulation of cell cycle phase transition \|\| regulation of epidermal growth factor receptor signaling pathway \|\| regulation of synapse structure and activity \|\| regulation of peptidase activity \|\| endoplasmic reticulum calcium ion homeostasis \|\| regulation of protein binding \|\| regulation of mitotic cell cycle \|\| regulation of signal transduction \|\| regulation of cell cycle \|\| calcium ion homeostasis \|\| cellular ion homeostasis \|\| regulation of phosphorus metabolic process \|\| positive regulation of cell cycle \|\| regulation of signaling \|\| regulation of kinase activity \|\| cell surface receptor signaling pathway \|\| regulation of G2/M transition of mitotic cell cycle \|\| regulation of cellular protein metabolic process \|\| regulation of protein kinase activity \|\| cellular copper ion homeostasis \|\| negative regulation of neuron differentiation \|\| posttranscriptional regulation of gene expression \|\| regulation of protein modification process \|\| regulation of catalytic activity \|\| regulation of translation \|\| regulation of protein tyrosine kinase activity \|\| homeostatic process \|\| ionotropic glutamate receptor signaling pathway
Biological Process (BP)	cellular process	1	0.1415	--	INHERITED FROM: cellular chemical homeostasis \|\| mitotic cell cycle \|\| cellular calcium ion homeostasis \|\| cellular cation homeostasis \|\| neuron death \|\| G2 phase of mitotic cell cycle \|\| extracellular structure organization \|\| cell projection organization \|\| establishment of localization in cell \|\| mRNA processing \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell recognition \|\| cellular homeostasis \|\| axonogenesis \|\| neuron maturation \|\| neuron apoptotic process \|\| interphase \|\| cell projection morphogenesis \|\| generation of neurons \|\| glutamate receptor signaling pathway \|\| G2 phase \|\| protein phosphorylation \|\| phosphorylation \|\| cell cycle phase \|\| cell morphogenesis involved in differentiation \|\| collateral sprouting \|\| smooth endoplasmic reticulum calcium ion homeostasis \|\| skeletal muscle fiber development \|\| RNA metabolic process \|\| synaptic growth at neuromuscular junction \|\| muscle fiber development \|\| RNA polyadenylation \|\| regulation of synapse structure and activity \|\| microtubule-based movement \|\| mRNA polyadenylation \|\| dendrite development \|\| endoplasmic reticulum calcium ion homeostasis \|\| axon cargo transport \|\| neuron projection development \|\| striated muscle cell development \|\| cytoskeleton-dependent intracellular transport \|\| synapse assembly \|\| interphase of mitotic cell cycle \|\| cellular ion homeostasis \|\| neuron remodeling \|\| microtubule-based transport \|\| cell morphogenesis \|\| cell maturation \|\| transmission of nerve impulse \|\| cell surface receptor signaling pathway \|\| cell growth \|\| neuron projection morphogenesis \|\| RNA processing \|\| cell-type specific apoptotic process \|\| neuron development \|\| RNA 3'-end processing \|\| neuron recognition \|\| cell-cell signaling \|\| cellular component morphogenesis \|\| neuron differentiation \|\| mRNA 3'-end processing \|\| cellular component movement \|\| cellular copper ion homeostasis \|\| negative regulation of neuron differentiation \|\| axon guidance \|\| axon midline choice point recognition \|\| synapse organization \|\| developmental cell growth \|\| cell part morphogenesis \|\| intracellular transport \|\| microtubule-based process \|\| neuromuscular junction development \|\| mRNA metabolic process \|\| ionotropic glutamate receptor signaling pathway \|\| collateral sprouting in absence of injury
Biological Process (BP)	single-organism process	0.5146	0.3316	--	INHERITED FROM: cellular chemical homeostasis \|\| mitotic cell cycle \|\| cellular calcium ion homeostasis \|\| cellular cation homeostasis \|\| neuron death \|\| G2 phase of mitotic cell cycle \|\| extracellular structure organization \|\| cell projection organization \|\| visual learning \|\| establishment of localization in cell \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell recognition \|\| cellular homeostasis \|\| neurological system process \|\| axonogenesis \|\| developmental growth involved in morphogenesis \|\| neuron maturation \|\| neuron apoptotic process \|\| interphase \|\| cell projection morphogenesis \|\| generation of neurons \|\| muscle organ development \|\| glutamate receptor signaling pathway \|\| G2 phase \|\| cell cycle phase \|\| cell morphogenesis involved in differentiation \|\| collateral sprouting \|\| smooth endoplasmic reticulum calcium ion homeostasis \|\| system process \|\| skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| forebrain development \|\| adult behavior \|\| muscle fiber development \|\| cognition \|\| regulation of synapse structure and activity \|\| microtubule-based movement \|\| dendrite development \|\| adult locomotory behavior \|\| endoplasmic reticulum calcium ion homeostasis \|\| neuromuscular process controlling balance \|\| axon cargo transport \|\| visual behavior \|\| neuron projection development \|\| striated muscle cell development \|\| cytoskeleton-dependent intracellular transport \|\| synapse assembly \|\| interphase of mitotic cell cycle \|\| cellular ion homeostasis \|\| neuromuscular process \|\| neuron remodeling \|\| microtubule-based transport \|\| cell morphogenesis \|\| cell maturation \|\| developmental maturation \|\| transmission of nerve impulse \|\| cell surface receptor signaling pathway \|\| cell growth \|\| neuron projection morphogenesis \|\| cell-type specific apoptotic process \|\| neuron development \|\| neuron recognition \|\| cell-cell signaling \|\| cellular component morphogenesis \|\| neuron differentiation \|\| cellular component movement \|\| developmental growth \|\| single organism reproductive process \|\| cellular copper ion homeostasis \|\| negative regulation of neuron differentiation \|\| axon guidance \|\| axon midline choice point recognition \|\| synapse organization \|\| developmental cell growth \|\| cell part morphogenesis \|\| learning \|\| associative learning \|\| intracellular transport \|\| microtubule-based process \|\| neuromuscular junction development \|\| nervous system development \|\| ionotropic glutamate receptor signaling pathway \|\| single-organism reproductive behavior \|\| multicellular organismal signaling \|\| collateral sprouting in absence of injury
Biological Process (BP)	muscle cell differentiation	0.02089	1.658	--	INHERITED FROM: striated muscle cell development \|\| skeletal muscle fiber development \|\| muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| neuromuscular junction development
Biological Process (BP)	striated muscle cell differentiation	0.001874	1.745	--	INHERITED FROM: striated muscle cell development \|\| neuromuscular junction development \|\| skeletal muscle fiber development \|\| muscle fiber development \|\| synaptic growth at neuromuscular junction
Biological Process (BP)	muscle cell development	0.0158	1.796	--	INHERITED FROM: striated muscle cell development \|\| neuromuscular junction development \|\| skeletal muscle fiber development \|\| muscle fiber development \|\| synaptic growth at neuromuscular junction
Biological Process (BP)	programmed cell death	0.004239	1.553	--	INHERITED FROM: neuron apoptotic process \|\| cell-type specific apoptotic process
Biological Process (BP)	death	0.006391	1.553	--	INHERITED FROM: neuron apoptotic process \|\| neuron death \|\| cell-type specific apoptotic process
Biological Process (BP)	cell death	0.01156	1.553	--	INHERITED FROM: neuron apoptotic process \|\| neuron death \|\| cell-type specific apoptotic process
Biological Process (BP)	negative regulation of catalytic activity	0.5639	1.745	--	INHERITED FROM: negative regulation of hydrolase activity
Biological Process (BP)	regulation of primary metabolic process	1	0.7852	--	INHERITED FROM: regulation of protein metabolic process \|\| regulation of cellular protein metabolic process \|\| regulation of protein kinase activity \|\| regulation of protein modification process \|\| regulation of translation \|\| regulation of protein tyrosine kinase activity \|\| regulation of protein phosphorylation \|\| regulation of epidermal growth factor-activated receptor activity
Biological Process (BP)	regulation of macromolecule metabolic process	1	0.7959	--	INHERITED FROM: regulation of protein metabolic process \|\| posttranscriptional regulation of gene expression \|\| regulation of cellular protein metabolic process \|\| regulation of protein kinase activity \|\| regulation of protein modification process \|\| regulation of translation \|\| regulation of protein tyrosine kinase activity \|\| regulation of protein phosphorylation \|\| regulation of epidermal growth factor-activated receptor activity
Biological Process (BP)	cellular component assembly	1	1.076	--	INHERITED FROM: synaptic growth at neuromuscular junction \|\| synapse assembly
Biological Process (BP)	single organism signaling	0.06334	0.8601	--	INHERITED FROM: regulation of synapse structure and activity \|\| ionotropic glutamate receptor signaling pathway \|\| multicellular organismal signaling \|\| cell-cell signaling \|\| glutamate receptor signaling pathway \|\| transmission of nerve impulse \|\| cell surface receptor signaling pathway
Biological Process (BP)	signaling	0.06337	0.8416	--	INHERITED FROM: regulation of synapse structure and activity \|\| ionotropic glutamate receptor signaling pathway \|\| multicellular organismal signaling \|\| cell-cell signaling \|\| glutamate receptor signaling pathway \|\| transmission of nerve impulse \|\| cell surface receptor signaling pathway
Biological Process (BP)	striated muscle tissue development	0.002049	1.745	--	INHERITED FROM: skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| neuromuscular junction development
Biological Process (BP)	establishment of localization	0.3761	0.7696	--	INHERITED FROM: intracellular transport \|\| vesicle-mediated transport \|\| establishment of localization in cell \|\| axon cargo transport \|\| endocytosis \|\| cytoskeleton-dependent intracellular transport \|\| microtubule-based transport
Biological Process (BP)	transport	0.3327	0.7747	--	INHERITED FROM: intracellular transport \|\| vesicle-mediated transport \|\| axon cargo transport \|\| endocytosis \|\| cytoskeleton-dependent intracellular transport \|\| microtubule-based transport
Biological Process (BP)	negative regulation of cell differentiation	0.006948	1.745	--	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	regulation of cell differentiation	0.2205	1.357	--	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	regulation of neurogenesis	0.3364	1.699	--	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	regulation of multicellular organismal development	1	1.268	--	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	negative regulation of biological process	1	0.8665	--	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	envenomation resulting in modification of morphology or physiology of other organism	1	2.699	--	INHERITED FROM: envenomation resulting in modulation of ion channel activity in other organism
Biological Process (BP)	regulation of transferase activity	0.001944	1.62	--	INHERITED FROM: regulation of kinase activity \|\| regulation of protein kinase activity \|\| regulation of epidermal growth factor-activated receptor activity \|\| regulation of protein tyrosine kinase activity
Biological Process (BP)	regulation of biological quality	0.001422	0.8539	--	INHERITED FROM: endoplasmic reticulum calcium ion homeostasis \|\| copper ion homeostasis \|\| cellular homeostasis \|\| cellular chemical homeostasis \|\| cellular copper ion homeostasis \|\| cellular calcium ion homeostasis \|\| cellular cation homeostasis \|\| ion homeostasis \|\| smooth endoplasmic reticulum calcium ion homeostasis \|\| regulation of synapse structure and activity \|\| cation homeostasis \|\| calcium ion homeostasis \|\| cellular ion homeostasis \|\| chemical homeostasis \|\| homeostatic process
Biological Process (BP)	nucleic acid metabolic process	0.03274	0.9066	--	INHERITED FROM: mRNA 3'-end processing \|\| RNA polyadenylation \|\| RNA processing \|\| mRNA processing \|\| RNA 3'-end processing \|\| RNA metabolic process \|\| mRNA metabolic process \|\| mRNA polyadenylation
Biological Process (BP)	primary metabolic process	1	0.2976	--	INHERITED FROM: mRNA 3'-end processing \|\| protein phosphorylation \|\| sterol metabolic process \|\| RNA metabolic process \|\| mRNA processing \|\| steroid metabolic process \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| cholesterol metabolic process \|\| RNA 3'-end processing \|\| mRNA polyadenylation
Biological Process (BP)	macromolecule metabolic process	0.7718	0.4634	--	INHERITED FROM: mRNA 3'-end processing \|\| protein phosphorylation \|\| RNA metabolic process \|\| mRNA processing \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| RNA 3'-end processing \|\| mRNA polyadenylation
Biological Process (BP)	nucleobase-containing compound metabolic process	0.1772	0.7305	--	INHERITED FROM: mRNA 3'-end processing \|\| mRNA processing \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| RNA 3'-end processing \|\| RNA metabolic process \|\| mRNA polyadenylation
Biological Process (BP)	cellular nitrogen compound metabolic process	0.3019	0.585	--	INHERITED FROM: mRNA 3'-end processing \|\| mRNA processing \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| RNA 3'-end processing \|\| RNA metabolic process \|\| mRNA polyadenylation
Biological Process (BP)	brain development	0.004162	1.658	--	INHERITED FROM: forebrain development
Biological Process (BP)	system development	0.01446	0.8069	--	INHERITED FROM: neuron differentiation \|\| negative regulation of neuron differentiation \|\| collateral sprouting \|\| neuron projection development \|\| axon guidance \|\| axon midline choice point recognition \|\| synapse assembly \|\| skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| neuron remodeling \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| forebrain development \|\| axonogenesis \|\| neuromuscular junction development \|\| nervous system development \|\| neuron projection morphogenesis \|\| neuron maturation \|\| neuron development \|\| generation of neurons \|\| muscle organ development \|\| neuron recognition \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	multicellular organismal development	0.03421	0.7496	--	INHERITED FROM: neuron differentiation \|\| negative regulation of neuron differentiation \|\| collateral sprouting \|\| neuron projection development \|\| axon guidance \|\| axon midline choice point recognition \|\| synapse assembly \|\| skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| neuron remodeling \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| forebrain development \|\| axonogenesis \|\| neuromuscular junction development \|\| nervous system development \|\| neuron projection morphogenesis \|\| neuron maturation \|\| neuron development \|\| generation of neurons \|\| muscle organ development \|\| neuron recognition \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	neurogenesis	0.001977	1.357	--	INHERITED FROM: neuron differentiation \|\| axon midline choice point recognition \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| neuron development \|\| generation of neurons \|\| neuron recognition \|\| axonogenesis \|\| negative regulation of neuron differentiation \|\| collateral sprouting \|\| neuron remodeling \|\| dendrite development \|\| neuron projection development \|\| neuron projection morphogenesis \|\| neuron maturation \|\| axon guidance \|\| collateral sprouting in absence of injury
Biological Process (BP)	cellular developmental process	0.04049	0.9666	--	INHERITED FROM: neuron differentiation \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell morphogenesis \|\| cell maturation \|\| cell morphogenesis involved in differentiation \|\| axonogenesis \|\| negative regulation of neuron differentiation \|\| neuromuscular junction development \|\| collateral sprouting \|\| neuron projection development \|\| striated muscle cell development \|\| neuron projection morphogenesis \|\| neuron maturation \|\| muscle fiber development \|\| axon guidance \|\| axon midline choice point recognition \|\| neuron development \|\| cell projection morphogenesis \|\| generation of neurons \|\| neuron recognition \|\| skeletal muscle fiber development \|\| developmental cell growth \|\| synaptic growth at neuromuscular junction \|\| cellular component morphogenesis \|\| neuron remodeling \|\| cell part morphogenesis \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	anatomical structure development	0.1424	0.7212	--	INHERITED FROM: neuron differentiation \|\| cell morphogenesis involved in differentiation \|\| negative regulation of neuron differentiation \|\| collateral sprouting \|\| neuron projection development \|\| striated muscle cell development \|\| axon guidance \|\| axon midline choice point recognition \|\| synapse assembly \|\| skeletal muscle fiber development \|\| developmental cell growth \|\| synaptic growth at neuromuscular junction \|\| neuron remodeling \|\| cell part morphogenesis \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell morphogenesis \|\| cell maturation \|\| forebrain development \|\| axonogenesis \|\| neuromuscular junction development \|\| developmental growth involved in morphogenesis \|\| nervous system development \|\| neuron projection morphogenesis \|\| neuron maturation \|\| muscle fiber development \|\| neuron development \|\| cell projection morphogenesis \|\| generation of neurons \|\| muscle organ development \|\| neuron recognition \|\| cellular component morphogenesis \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	cell communication	0.2528	0.8477	--	INHERITED FROM: transmission of nerve impulse \|\| cell surface receptor signaling pathway \|\| regulation of synapse structure and activity \|\| ionotropic glutamate receptor signaling pathway \|\| cell-cell signaling \|\| glutamate receptor signaling pathway
Biological Process (BP)	cell development	0.003505	1.222	--	INHERITED FROM: axon midline choice point recognition \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| neuron development \|\| cell maturation \|\| neuron recognition \|\| cell morphogenesis involved in differentiation \|\| axonogenesis \|\| skeletal muscle fiber development \|\| neuromuscular junction development \|\| collateral sprouting \|\| developmental cell growth \|\| synaptic growth at neuromuscular junction \|\| neuron remodeling \|\| dendrite development \|\| neuron projection development \|\| striated muscle cell development \|\| neuron projection morphogenesis \|\| neuron maturation \|\| muscle fiber development \|\| axon guidance \|\| collateral sprouting in absence of injury
Biological Process (BP)	taxis	0.002648	1.921	--	INHERITED FROM: axon midline choice point recognition \|\| axon choice point recognition \|\| axon guidance \|\| chemotaxis
Biological Process (BP)	response to chemical stimulus	1	0.8861	--	INHERITED FROM: axon choice point recognition \|\| chemotaxis \|\| axon guidance \|\| axon midline choice point recognition
Biological Process (BP)	lipid metabolic process	0.03496	0.9431	--	INHERITED FROM: sterol metabolic process \|\| cholesterol metabolic process \|\| steroid metabolic process
Biological Process (BP)	small molecule metabolic process	0.7812	0.6421	--	INHERITED FROM: sterol metabolic process \|\| alcohol metabolic process \|\| cholesterol metabolic process
Biological Process (BP)	regulation of mitotic cell cycle phase transition	0.8339	1.699	--	INHERITED FROM: regulation of G2/M transition of mitotic cell cycle \|\| positive regulation of mitotic cell cycle phase transition
Biological Process (BP)	regulation of cell cycle phase transition	0.001061	1.62	--	INHERITED FROM: regulation of G2/M transition of mitotic cell cycle \|\| positive regulation of cell cycle phase transition \|\| positive regulation of mitotic cell cycle phase transition
Biological Process (BP)	single-multicellular organism process	0.3841	0.6383	--	INHERITED FROM: adult locomotory behavior \|\| neuromuscular process controlling balance \|\| visual behavior \|\| neuron projection development \|\| synapse assembly \|\| neuromuscular process \|\| neuron remodeling \|\| visual learning \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell recognition \|\| neurological system process \|\| axonogenesis \|\| transmission of nerve impulse \|\| neuron projection morphogenesis \|\| neuron maturation \|\| neuron development \|\| generation of neurons \|\| muscle organ development \|\| neuron recognition \|\| neuron differentiation \|\| negative regulation of neuron differentiation \|\| collateral sprouting \|\| axon guidance \|\| axon midline choice point recognition \|\| system process \|\| skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| learning \|\| associative learning \|\| forebrain development \|\| neuromuscular junction development \|\| adult behavior \|\| nervous system development \|\| cognition \|\| regulation of synapse structure and activity \|\| multicellular organismal signaling \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	single-organism transport	0.1876	0.8013	--	INHERITED FROM: axon cargo transport \|\| cytoskeleton-dependent intracellular transport \|\| microtubule-based transport
Biological Process (BP)	response to radiation	0.1329	1.357	--	INHERITED FROM: visual behavior \|\| response to light stimulus \|\| visual learning
Biological Process (BP)	skeletal muscle tissue development	0.08916	2.398	--	INHERITED FROM: neuromuscular junction development \|\| skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction
Biological Process (BP)	skeletal muscle organ development	0.145	2.398	--	INHERITED FROM: neuromuscular junction development \|\| skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction
Biological Process (BP)	cellular response to stimulus	1	0.7645	--	INHERITED FROM: cell surface receptor signaling pathway \|\| ionotropic glutamate receptor signaling pathway \|\| glutamate receptor signaling pathway
Biological Process (BP)	divalent inorganic cation homeostasis	1	1.854	--	INHERITED FROM: cellular calcium ion homeostasis \|\| endoplasmic reticulum calcium ion homeostasis \|\| calcium ion homeostasis \|\| smooth endoplasmic reticulum calcium ion homeostasis
Biological Process (BP)	cellular metal ion homeostasis	1	1.745	--	INHERITED FROM: cellular calcium ion homeostasis \|\| endoplasmic reticulum calcium ion homeostasis \|\| smooth endoplasmic reticulum calcium ion homeostasis
Biological Process (BP)	cellular divalent inorganic cation homeostasis	1	1.854	--	INHERITED FROM: cellular calcium ion homeostasis \|\| endoplasmic reticulum calcium ion homeostasis \|\| smooth endoplasmic reticulum calcium ion homeostasis
Biological Process (BP)	phosphorus metabolic process	0.03395	0.8013	--	INHERITED FROM: protein phosphorylation \|\| phosphorylation
Biological Process (BP)	protein modification process	0.03554	0.9066	--	INHERITED FROM: protein phosphorylation
Biological Process (BP)	macromolecule modification	0.07357	0.8416	--	INHERITED FROM: protein phosphorylation
Biological Process (BP)	cellular protein metabolic process	0.2243	0.6778	--	INHERITED FROM: protein phosphorylation
Biological Process (BP)	regulation of cellular macromolecule biosynthetic process	0.1597	1.119	--	INHERITED FROM: regulation of translation
Biological Process (BP)	regulation of macromolecule biosynthetic process	0.1815	1.066	--	INHERITED FROM: regulation of translation
Biological Process (BP)	regulation of cellular biosynthetic process	0.2625	1.009	--	INHERITED FROM: regulation of translation
Biological Process (BP)	organic substance metabolic process	1	0.2676	--	INHERITED FROM: mRNA processing \|\| steroid metabolic process \|\| RNA processing \|\| cholesterol metabolic process \|\| RNA 3'-end processing \|\| mRNA 3'-end processing \|\| protein phosphorylation \|\| organic hydroxy compound metabolic process \|\| sterol metabolic process \|\| RNA metabolic process \|\| alcohol metabolic process \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| mRNA polyadenylation
Biological Process (BP)	metabolic process	1	0.2411	--	INHERITED FROM: mRNA processing \|\| steroid metabolic process \|\| RNA processing \|\| cholesterol metabolic process \|\| RNA 3'-end processing \|\| mRNA 3'-end processing \|\| protein phosphorylation \|\| phosphorylation \|\| organic hydroxy compound metabolic process \|\| sterol metabolic process \|\| RNA metabolic process \|\| alcohol metabolic process \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| mRNA polyadenylation
Biological Process (BP)	cellular metabolic process	1	0.2708	--	INHERITED FROM: mRNA processing \|\| RNA processing \|\| RNA 3'-end processing \|\| mRNA 3'-end processing \|\| protein phosphorylation \|\| phosphorylation \|\| RNA metabolic process \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| mRNA polyadenylation
Biological Process (BP)	cell cycle	0.03689	1.377	--	INHERITED FROM: mitotic cell cycle \|\| interphase \|\| cell cycle phase \|\| G2 phase \|\| G2 phase of mitotic cell cycle \|\| interphase of mitotic cell cycle
Biological Process (BP)	multicellular organismal process	4.948e-05	0.6091	Least Informative	DIRECT
Biological Process (BP)	response to stimulus	2.846e-05	0.5498	Least Informative	DIRECT
Biological Process (BP)	cellular component organization or biogenesis	8.734e-06	0.6536	Least Informative	DIRECT
Biological Process (BP)	regulation of metabolic process	0.08106	0.6946	Least Informative	INHERITED FROM: regulation of peptidase activity \|\| posttranscriptional regulation of gene expression \|\| regulation of protein modification process \|\| regulation of catalytic activity \|\| regulation of translation \|\| regulation of protein tyrosine kinase activity \|\| regulation of protein phosphorylation \|\| regulation of phosphorylation \|\| regulation of phosphorus metabolic process \|\| regulation of protein metabolic process \|\| regulation of kinase activity \|\| regulation of cellular protein metabolic process \|\| regulation of phosphate metabolic process \|\| regulation of protein kinase activity \|\| negative regulation of hydrolase activity \|\| regulation of epidermal growth factor-activated receptor activity
Biological Process (BP)	localization	0.6576	0.6946	Least Informative	INHERITED FROM: intracellular transport \|\| vesicle-mediated transport \|\| establishment of localization in cell \|\| axon cargo transport \|\| endocytosis \|\| cytoskeleton-dependent intracellular transport \|\| microtubule-based transport
Biological Process (BP)	single-organism cellular process	0.146	0.3915	Least Informative	INHERITED FROM: endoplasmic reticulum calcium ion homeostasis \|\| axon cargo transport \|\| cellular chemical homeostasis \|\| mitotic cell cycle \|\| cellular calcium ion homeostasis \|\| cellular cation homeostasis \|\| neuron death \|\| neuron projection development \|\| striated muscle cell development \|\| cytoskeleton-dependent intracellular transport \|\| synapse assembly \|\| G2 phase of mitotic cell cycle \|\| interphase of mitotic cell cycle \|\| cellular ion homeostasis \|\| neuron remodeling \|\| extracellular structure organization \|\| microtubule-based transport \|\| cell projection organization \|\| establishment of localization in cell \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell morphogenesis \|\| cell maturation \|\| cell recognition \|\| cellular homeostasis \|\| axonogenesis \|\| transmission of nerve impulse \|\| cell surface receptor signaling pathway \|\| cell growth \|\| neuron projection morphogenesis \|\| neuron maturation \|\| neuron apoptotic process \|\| cell-type specific apoptotic process \|\| interphase \|\| neuron development \|\| cell projection morphogenesis \|\| generation of neurons \|\| neuron recognition \|\| cell-cell signaling \|\| glutamate receptor signaling pathway \|\| cellular component morphogenesis \|\| G2 phase \|\| neuron differentiation \|\| cellular component movement \|\| cell cycle phase \|\| cellular copper ion homeostasis \|\| cell morphogenesis involved in differentiation \|\| negative regulation of neuron differentiation \|\| collateral sprouting \|\| axon guidance \|\| axon midline choice point recognition \|\| synapse organization \|\| smooth endoplasmic reticulum calcium ion homeostasis \|\| skeletal muscle fiber development \|\| developmental cell growth \|\| synaptic growth at neuromuscular junction \|\| cell part morphogenesis \|\| intracellular transport \|\| microtubule-based process \|\| neuromuscular junction development \|\| muscle fiber development \|\| regulation of synapse structure and activity \|\| microtubule-based movement \|\| ionotropic glutamate receptor signaling pathway \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	developmental process	0.04034	0.6904	Least Informative	INHERITED FROM: neuron projection development \|\| striated muscle cell development \|\| synapse assembly \|\| neuron remodeling \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell morphogenesis \|\| cell maturation \|\| developmental maturation \|\| axonogenesis \|\| developmental growth involved in morphogenesis \|\| neuron projection morphogenesis \|\| neuron maturation \|\| neuron development \|\| cell projection morphogenesis \|\| generation of neurons \|\| muscle organ development \|\| neuron recognition \|\| cellular component morphogenesis \|\| neuron differentiation \|\| developmental growth \|\| cell morphogenesis involved in differentiation \|\| negative regulation of neuron differentiation \|\| collateral sprouting \|\| axon guidance \|\| axon midline choice point recognition \|\| skeletal muscle fiber development \|\| developmental cell growth \|\| synaptic growth at neuromuscular junction \|\| cell part morphogenesis \|\| forebrain development \|\| neuromuscular junction development \|\| nervous system development \|\| muscle fiber development \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	organic cyclic compound metabolic process	0.1167	0.5817	Least Informative	INHERITED FROM: mRNA 3'-end processing \|\| sterol metabolic process \|\| RNA metabolic process \|\| mRNA processing \|\| steroid metabolic process \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| cholesterol metabolic process \|\| RNA 3'-end processing \|\| mRNA polyadenylation
Biological Process (BP)	cellular aromatic compound metabolic process	0.2667	0.6271	Least Informative	INHERITED FROM: mRNA 3'-end processing \|\| RNA metabolic process \|\| mRNA processing \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| RNA 3'-end processing \|\| mRNA polyadenylation
Biological Process (BP)	nitrogen compound metabolic process	0.5785	0.5171	Least Informative	INHERITED FROM: mRNA 3'-end processing \|\| RNA metabolic process \|\| mRNA processing \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| RNA 3'-end processing \|\| mRNA polyadenylation
Biological Process (BP)	cellular macromolecule metabolic process	1	0.4976	Least Informative	INHERITED FROM: mRNA 3'-end processing \|\| protein phosphorylation \|\| mRNA processing \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| RNA 3'-end processing \|\| RNA metabolic process \|\| mRNA polyadenylation
Biological Process (BP)	heterocycle metabolic process	0.2321	0.6308	Least Informative	INHERITED FROM: mRNA 3'-end processing \|\| mRNA processing \|\| mRNA metabolic process \|\| RNA polyadenylation \|\| RNA processing \|\| RNA 3'-end processing \|\| RNA metabolic process \|\| mRNA polyadenylation
Biological Process (BP)	single-organism metabolic process	0.6963	0.5376	Least Informative	INHERITED FROM: sterol metabolic process \|\| alcohol metabolic process \|\| steroid metabolic process \|\| cholesterol metabolic process
Biological Process (BP)	regulation of cellular process	1	0.5317	Least Informative	INHERITED FROM: regulation of mitotic cell cycle \|\| positive regulation of mitotic cell cycle phase transition \|\| regulation of signal transduction \|\| regulation of cell cycle \|\| regulation of cell communication \|\| regulation of ERBB signaling pathway \|\| regulation of phosphorylation \|\| regulation of phosphorus metabolic process \|\| positive regulation of cell cycle \|\| regulation of kinase activity \|\| cell surface receptor signaling pathway \|\| regulation of G2/M transition of mitotic cell cycle \|\| regulation of cellular protein metabolic process \|\| positive regulation of cell cycle process \|\| regulation of phosphate metabolic process \|\| regulation of protein kinase activity \|\| glutamate receptor signaling pathway \|\| regulation of epidermal growth factor-activated receptor activity \|\| negative regulation of neuron differentiation \|\| positive regulation of mitotic cell cycle \|\| regulation of protein modification process \|\| regulation of translation \|\| regulation of protein tyrosine kinase activity \|\| regulation of protein phosphorylation \|\| regulation of receptor activity \|\| positive regulation of cell cycle phase transition \|\| regulation of epidermal growth factor receptor signaling pathway \|\| ionotropic glutamate receptor signaling pathway
Biological Process (BP)	protein metabolic process	0.1361	0.6383	Least Informative	INHERITED FROM: protein phosphorylation
Biological Process (BP)	reproduction	8.342e-12	1.097	Moderately Informative	DIRECT
Biological Process (BP)	multi-organism process	1.716e-14	1.086	Moderately Informative	DIRECT
Biological Process (BP)	regulation of molecular function	1.818e-09	1.056	Moderately Informative	DIRECT
Biological Process (BP)	response to abiotic stimulus	5.882e-08	1.108	Moderately Informative	DIRECT
Biological Process (BP)	regulation of protein metabolic process	3.104e-06	1.119	Moderately Informative	DIRECT
Biological Process (BP)	system process	1.237e-05	1.131	Moderately Informative	DIRECT
Biological Process (BP)	homeostatic process	8.723e-05	1.086	Moderately Informative	DIRECT
Biological Process (BP)	regulation of signaling	9.695e-05	1.076	Moderately Informative	DIRECT
Biological Process (BP)	regulation of cell communication	0.0001028	1.066	Moderately Informative	DIRECT
Biological Process (BP)	organic hydroxy compound metabolic process	0.0001946	1.208	Moderately Informative	DIRECT
Biological Process (BP)	nervous system development	0.0003768	1.194	Moderately Informative	DIRECT
Biological Process (BP)	RNA metabolic process	0.000769	1.086	Moderately Informative	DIRECT
Biological Process (BP)	organ development	0.7134	0.9355	Moderately Informative	INHERITED FROM: skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| forebrain development \|\| neuromuscular junction development \|\| muscle organ development
Biological Process (BP)	single-organism developmental process	0.03749	0.7645	Moderately Informative	INHERITED FROM: developmental growth \|\| cell morphogenesis involved in differentiation \|\| collateral sprouting \|\| neuron projection development \|\| striated muscle cell development \|\| axon guidance \|\| axon midline choice point recognition \|\| skeletal muscle fiber development \|\| developmental cell growth \|\| synaptic growth at neuromuscular junction \|\| neuron remodeling \|\| cell part morphogenesis \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell morphogenesis \|\| cell maturation \|\| developmental maturation \|\| forebrain development \|\| axonogenesis \|\| neuromuscular junction development \|\| developmental growth involved in morphogenesis \|\| neuron projection morphogenesis \|\| neuron maturation \|\| muscle fiber development \|\| neuron development \|\| cell projection morphogenesis \|\| muscle organ development \|\| neuron recognition \|\| cellular component morphogenesis \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	positive regulation of cellular process	0.2987	0.9066	Moderately Informative	INHERITED FROM: positive regulation of cell cycle \|\| positive regulation of mitotic cell cycle phase transition \|\| positive regulation of cell cycle phase transition \|\| positive regulation of mitotic cell cycle \|\| positive regulation of cell cycle process
Biological Process (BP)	regulation of multicellular organismal process	0.008513	0.9666	Moderately Informative	INHERITED FROM: negative regulation of neuron differentiation \|\| regulation of multicellular organism growth
Biological Process (BP)	regulation of developmental process	0.6657	1.155	Moderately Informative	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	negative regulation of cellular process	1	0.9355	Moderately Informative	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	signal transduction	0.05107	0.9914	Moderately Informative	INHERITED FROM: ionotropic glutamate receptor signaling pathway \|\| glutamate receptor signaling pathway \|\| cell surface receptor signaling pathway
Biological Process (BP)	regulation of cellular metabolic process	0.3463	0.7905	Moderately Informative	INHERITED FROM: regulation of protein modification process \|\| regulation of translation \|\| regulation of protein tyrosine kinase activity \|\| regulation of protein phosphorylation \|\| regulation of phosphorylation \|\| regulation of phosphorus metabolic process \|\| regulation of kinase activity \|\| regulation of cellular protein metabolic process \|\| regulation of phosphate metabolic process \|\| regulation of protein kinase activity \|\| regulation of epidermal growth factor-activated receptor activity
Biological Process (BP)	gene expression	0.002297	0.8729	Moderately Informative	INHERITED FROM: mRNA 3'-end processing \|\| RNA polyadenylation \|\| RNA processing \|\| mRNA processing \|\| mRNA polyadenylation \|\| RNA 3'-end processing
Biological Process (BP)	cellular localization	0.004188	1.027	Moderately Informative	INHERITED FROM: cytoskeleton-dependent intracellular transport \|\| intracellular transport \|\| establishment of localization in cell \|\| axon cargo transport \|\| microtubule-based transport
Biological Process (BP)	cell differentiation	0.5171	1.009	Moderately Informative	INHERITED FROM: neuron differentiation \|\| axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell maturation \|\| cell morphogenesis involved in differentiation \|\| axonogenesis \|\| negative regulation of neuron differentiation \|\| neuromuscular junction development \|\| collateral sprouting \|\| neuron projection development \|\| striated muscle cell development \|\| neuron projection morphogenesis \|\| neuron maturation \|\| muscle fiber development \|\| axon guidance \|\| axon midline choice point recognition \|\| neuron development \|\| generation of neurons \|\| neuron recognition \|\| skeletal muscle fiber development \|\| developmental cell growth \|\| synaptic growth at neuromuscular junction \|\| neuron remodeling \|\| dendrite development \|\| collateral sprouting in absence of injury
Biological Process (BP)	anatomical structure morphogenesis	0.006398	1.036	Moderately Informative	INHERITED FROM: axon choice point recognition \|\| cell morphogenesis involved in neuron differentiation \|\| cell morphogenesis \|\| cell morphogenesis involved in differentiation \|\| axonogenesis \|\| collateral sprouting \|\| developmental growth involved in morphogenesis \|\| neuron projection morphogenesis \|\| axon guidance \|\| axon midline choice point recognition \|\| cell projection morphogenesis \|\| cellular component morphogenesis \|\| cell part morphogenesis \|\| collateral sprouting in absence of injury
Biological Process (BP)	regulation of response to stimulus	0.002089	0.9914	Moderately Informative	INHERITED FROM: regulation of receptor activity \|\| regulation of signal transduction \|\| regulation of epidermal growth factor receptor signaling pathway \|\| regulation of ERBB signaling pathway \|\| regulation of epidermal growth factor-activated receptor activity
Biological Process (BP)	tissue development	0.1014	1.143	Moderately Informative	INHERITED FROM: neuromuscular junction development \|\| skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction
Biological Process (BP)	cellular component biogenesis	1	0.983	Moderately Informative	INHERITED FROM: synapse assembly \|\| synaptic growth at neuromuscular junction
Biological Process (BP)	phosphate-containing compound metabolic process	0.02667	0.8182	Moderately Informative	INHERITED FROM: protein phosphorylation \|\| phosphorylation
Biological Process (BP)	cellular protein modification process	0.03554	0.9066	Moderately Informative	INHERITED FROM: protein phosphorylation
Biological Process (BP)	regulation of gene expression	0.5129	0.9914	Moderately Informative	INHERITED FROM: regulation of translation \|\| posttranscriptional regulation of gene expression
Biological Process (BP)	regulation of biosynthetic process	0.8411	0.9914	Moderately Informative	INHERITED FROM: regulation of translation
Biological Process (BP)	multi-organism reproductive process	0	1.745	Informative	DIRECT
Biological Process (BP)	cellular cation homeostasis	3.329e-14	1.495	Informative	DIRECT
Biological Process (BP)	regulation of kinase activity	3.368e-12	1.62	Informative	DIRECT
Biological Process (BP)	response to external stimulus	5.01e-11	1.319	Informative	DIRECT
Biological Process (BP)	regulation of mitotic cell cycle	1.829e-10	1.658	Informative	DIRECT
Biological Process (BP)	regulation of protein phosphorylation	2.025e-10	1.495	Informative	DIRECT
Biological Process (BP)	posttranscriptional regulation of gene expression	7.161e-10	1.745	Informative	DIRECT
Biological Process (BP)	response to light stimulus	4.361e-09	1.42	Informative	DIRECT
Biological Process (BP)	microtubule-based process	1.452e-08	1.62	Informative	DIRECT
Biological Process (BP)	cell projection organization	1.1e-07	1.553	Informative	DIRECT
Biological Process (BP)	regulation of growth	2.865e-07	1.42	Informative	DIRECT
Biological Process (BP)	steroid metabolic process	3.002e-07	1.745	Informative	DIRECT
Biological Process (BP)	cellular component movement	6.232e-07	1.398	Informative	DIRECT
Biological Process (BP)	locomotion	1.149e-06	1.444	Informative	DIRECT
Biological Process (BP)	protein phosphorylation	3.246e-06	1.585	Informative	DIRECT
Biological Process (BP)	growth	3.348e-06	1.523	Informative	DIRECT
Biological Process (BP)	alcohol metabolic process	6.39e-06	1.377	Informative	DIRECT
Biological Process (BP)	single organism reproductive process	7.661e-06	1.377	Informative	DIRECT
Biological Process (BP)	generation of neurons	8.763e-06	1.469	Informative	DIRECT
Biological Process (BP)	cellular component morphogenesis	1.558e-05	1.495	Informative	DIRECT
Biological Process (BP)	vesicle-mediated transport	0.0002751	1.495	Informative	DIRECT
Biological Process (BP)	regulation of cell cycle process	1	1.553	Informative	INHERITED FROM: positive regulation of mitotic cell cycle phase transition \|\| positive regulation of cell cycle process \|\| positive regulation of cell cycle phase transition \|\| regulation of G2/M transition of mitotic cell cycle
Biological Process (BP)	apoptotic process	0.002218	1.553	Informative	INHERITED FROM: cell-type specific apoptotic process \|\| neuron apoptotic process
Biological Process (BP)	regulation of hydrolase activity	1	1.42	Informative	INHERITED FROM: regulation of peptidase activity \|\| negative regulation of hydrolase activity
Biological Process (BP)	negative regulation of molecular function	0.7414	1.523	Informative	INHERITED FROM: negative regulation of hydrolase activity
Biological Process (BP)	cell cycle process	0.02534	1.377	Informative	INHERITED FROM: interphase \|\| cell cycle phase \|\| G2 phase \|\| G2 phase of mitotic cell cycle \|\| interphase of mitotic cell cycle
Biological Process (BP)	synaptic transmission	0.01016	1.523	Informative	INHERITED FROM: regulation of synapse structure and activity
Biological Process (BP)	muscle tissue development	0.03373	1.699	Informative	INHERITED FROM: skeletal muscle fiber development \|\| synaptic growth at neuromuscular junction \|\| neuromuscular junction development
Biological Process (BP)	muscle structure development	0.00573	1.62	Informative	INHERITED FROM: skeletal muscle fiber development \|\| neuromuscular junction development \|\| muscle organ development \|\| striated muscle cell development \|\| muscle fiber development \|\| synaptic growth at neuromuscular junction
Biological Process (BP)	regulation of nervous system development	0.01509	1.658	Informative	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	negative regulation of developmental process	0.02299	1.699	Informative	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	regulation of cell development	0.05504	1.469	Informative	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	single-organism behavior	0.5148	1.523	Informative	INHERITED FROM: single-organism reproductive behavior \|\| associative learning \|\| adult locomotory behavior \|\| visual behavior \|\| mechanosensory behavior \|\| learning \|\| adult behavior \|\| visual learning
Biological Process (BP)	central nervous system development	0.003213	1.523	Informative	INHERITED FROM: forebrain development
Biological Process (BP)	metal ion homeostasis	1	1.745	Informative	INHERITED FROM: cellular calcium ion homeostasis \|\| endoplasmic reticulum calcium ion homeostasis \|\| calcium ion homeostasis \|\| smooth endoplasmic reticulum calcium ion homeostasis
Biological Process (BP)	multi-organism behavior	0	2.222	Highly Informative	DIRECT
Biological Process (BP)	RNA 3'-end processing	0	2.222	Highly Informative	DIRECT
Biological Process (BP)	regulation of multicellular organism growth	0	2	Highly Informative	DIRECT
Biological Process (BP)	regulation of translation	1.086e-13	2.097	Highly Informative	DIRECT
Biological Process (BP)	cell growth	1.506e-12	2.222	Highly Informative	DIRECT
Biological Process (BP)	microtubule-based movement	2.065e-12	2.222	Highly Informative	DIRECT
Biological Process (BP)	axonogenesis	1.322e-11	2	Highly Informative	DIRECT
Biological Process (BP)	adult behavior	2.885e-11	2	Highly Informative	DIRECT
Biological Process (BP)	mRNA processing	3.025e-11	2	Highly Informative	DIRECT
Biological Process (BP)	chemotaxis	5.399e-11	1.921	Highly Informative	DIRECT
Biological Process (BP)	developmental growth	4.75e-10	1.921	Highly Informative	DIRECT
Biological Process (BP)	sterol metabolic process	1.988e-09	1.921	Highly Informative	DIRECT
Biological Process (BP)	cell cycle phase	5.025e-08	2.222	Highly Informative	DIRECT
Biological Process (BP)	mitotic cell cycle	1.639e-05	1.854	Highly Informative	DIRECT
Biological Process (BP)	muscle fiber development	1.77e-05	2.097	Highly Informative	DIRECT
Biological Process (BP)	positive regulation of cell cycle process	3.452e-05	1.921	Highly Informative	DIRECT
Biological Process (BP)	neuromuscular process	5.827e-05	2.097	Highly Informative	DIRECT
Biological Process (BP)	cellular calcium ion homeostasis	0.0001214	1.921	Highly Informative	DIRECT
Biological Process (BP)	muscle organ development	0.0001531	2	Highly Informative	DIRECT
Biological Process (BP)	regulation of binding	0.0003139	2	Highly Informative	DIRECT
Biological Process (BP)	regulation of neuron differentiation	0.002438	1.854	Highly Informative	INHERITED FROM: negative regulation of neuron differentiation
Biological Process (BP)	locomotory behavior	0.1997	2.097	Highly Informative	INHERITED FROM: adult locomotory behavior
Biological Process (BP)	learning or memory	0.1979	2.222	Highly Informative	INHERITED FROM: learning \|\| visual learning \|\| associative learning
Biological Process (BP)	feeding behavior	0.06164	2.222	Highly Informative	INHERITED FROM: suckling behavior
Molecular Function (MF)	peptidase inhibitor activity	2.637e-05	1.679	--	DIRECT
Molecular Function (MF)	tetrapyrrole binding	6.253e-09	1.775	--	DIRECT
Molecular Function (MF)	identical protein binding	1.685e-05	1.775	--	DIRECT
Molecular Function (MF)	molecular_function	1	0	--	INHERITED FROM: protein dimerization activity \|\| serine-type endopeptidase inhibitor activity \|\| peptidase regulator activity \|\| enzyme regulator activity \|\| peptidase inhibitor activity \|\| enzyme inhibitor activity \|\| heme binding \|\| DNA binding \|\| identical protein binding \|\| immunoglobulin binding \|\| organic cyclic compound binding \|\| protein complex binding \|\| heterocyclic compound binding \|\| tetrapyrrole binding \|\| IgA binding
Molecular Function (MF)	endopeptidase regulator activity	0.2344	1.724	--	INHERITED FROM: serine-type endopeptidase inhibitor activity
Molecular Function (MF)	endopeptidase inhibitor activity	0.3928	1.775	--	INHERITED FROM: serine-type endopeptidase inhibitor activity
Molecular Function (MF)	nucleic acid binding	1	1.11	--	INHERITED FROM: DNA binding
Molecular Function (MF)	binding	0.7911	0.3952	Least Informative	INHERITED FROM: heme binding \|\| protein dimerization activity \|\| protein complex binding \|\| heterocyclic compound binding \|\| tetrapyrrole binding \|\| IgA binding \|\| DNA binding \|\| immunoglobulin binding \|\| organic cyclic compound binding \|\| identical protein binding
Molecular Function (MF)	enzyme regulator activity	6.066e-13	1.134	Moderately Informative	DIRECT
Molecular Function (MF)	heterocyclic compound binding	3.135e-05	0.8932	Moderately Informative	DIRECT
Molecular Function (MF)	organic cyclic compound binding	4.154e-05	0.846	Moderately Informative	DIRECT
Molecular Function (MF)	protein binding	0.4797	0.77	Moderately Informative	INHERITED FROM: protein dimerization activity \|\| protein complex binding \|\| immunoglobulin binding \|\| IgA binding \|\| identical protein binding
Molecular Function (MF)	peptidase regulator activity	0	1.599	Informative	DIRECT
Molecular Function (MF)	enzyme inhibitor activity	1.241e-10	1.474	Informative	DIRECT
Molecular Function (MF)	DNA binding	0.000138	1.423	Informative	DIRECT
Molecular Function (MF)	protein dimerization activity	0.000438	1.637	Informative	DIRECT
Molecular Function (MF)	serine-type endopeptidase inhibitor activity	0.0003847	2.201	Highly Informative	DIRECT
Molecular Function (MF)	heme binding	4.855e-12	1.9	Highly Informative	DIRECT
Molecular Function (MF)	protein complex binding	1.383e-08	1.98	Highly Informative	DIRECT
Cellular Component (CC)	extracellular region part	0	1.127	--	DIRECT
Cellular Component (CC)	host	1.417e-11	2.241	--	DIRECT
Cellular Component (CC)	other organism	1.996e-11	2.241	--	DIRECT
Cellular Component (CC)	host cell membrane	2.035e-11	2.542	--	DIRECT
Cellular Component (CC)	other organism cell membrane	3.414e-11	2.542	--	DIRECT
Cellular Component (CC)	other organism membrane	3.414e-11	2.542	--	DIRECT
Cellular Component (CC)	extraorganismal space	0.0008027	2.241	--	DIRECT
Cellular Component (CC)	axon	4.445e-11	2.064	--	DIRECT
Cellular Component (CC)	spindle midzone	2.186e-09	2.542	--	DIRECT
Cellular Component (CC)	neuron projection	1.668e-07	1.638	--	DIRECT
Cellular Component (CC)	motile cilium	5.647e-06	2.241	--	DIRECT
Cellular Component (CC)	cilium	0.0003179	2.064	--	DIRECT
Cellular Component (CC)	apical part of cell	0.0006226	1.763	--	DIRECT
Cellular Component (CC)	organelle part	1	0.3713	--	INHERITED FROM: cilium part \|\| ciliary rootlet \|\| spindle \|\| spindle midzone
Cellular Component (CC)	other organism part	0.002327	2.241	--	INHERITED FROM: other organism cell membrane \|\| host cell part \|\| other organism membrane \|\| host cell membrane
Cellular Component (CC)	other organism cell	1	2.241	--	INHERITED FROM: other organism cell membrane \|\| host cell part \|\| host cell membrane
Cellular Component (CC)	cellular_component	0.2357	0	--	INHERITED FROM: other organism \|\| integral to membrane \|\| ciliary rootlet \|\| intrinsic to membrane \|\| spindle \|\| neuron projection \|\| host cell part \|\| extracellular matrix \|\| neuron part \|\| axon \|\| extraorganismal space \|\| sarcolemma \|\| cell projection \|\| host cell membrane \|\| cilium \|\| cilium part \|\| other organism cell membrane \|\| extracellular region part \|\| Golgi apparatus \|\| neuromuscular junction \|\| motile cilium \|\| other organism membrane \|\| apical part of cell \|\| spindle midzone \|\| extracellular matrix part \|\| host \|\| extracellular region
Cellular Component (CC)	cell periphery	0.006202	0.8256	--	INHERITED FROM: sarcolemma
Cellular Component (CC)	cytoskeletal part	0.1934	1.127	--	INHERITED FROM: ciliary rootlet \|\| spindle \|\| spindle midzone
Cellular Component (CC)	non-membrane-bounded organelle	1	0.6225	--	INHERITED FROM: ciliary rootlet \|\| spindle \|\| spindle midzone
Cellular Component (CC)	cell part	1	0.08068	--	INHERITED FROM: ciliary rootlet \|\| spindle \|\| neuron projection \|\| neuron part \|\| axon \|\| sarcolemma \|\| cell projection \|\| cilium \|\| cilium part \|\| Golgi apparatus \|\| motile cilium \|\| apical part of cell \|\| spindle midzone
Cellular Component (CC)	cell	1	0.08068	--	INHERITED FROM: ciliary rootlet \|\| spindle \|\| neuron projection \|\| neuron part \|\| axon \|\| sarcolemma \|\| cell projection \|\| cilium \|\| cilium part \|\| Golgi apparatus \|\| motile cilium \|\| apical part of cell \|\| spindle midzone
Cellular Component (CC)	host cell	0.6173	2.241	--	INHERITED FROM: host cell part \|\| host cell membrane
Cellular Component (CC)	membrane part	0.04419	0.6842	--	INHERITED FROM: intrinsic to membrane \|\| integral to membrane
Cellular Component (CC)	intracellular	1	0.1266	--	INHERITED FROM: cilium \|\| cilium part \|\| Golgi apparatus \|\| ciliary rootlet \|\| motile cilium \|\| spindle \|\| spindle midzone
Cellular Component (CC)	organelle	1	0.1836	--	INHERITED FROM: cilium \|\| cilium part \|\| Golgi apparatus \|\| ciliary rootlet \|\| motile cilium \|\| spindle \|\| spindle midzone
Cellular Component (CC)	intracellular organelle	1	0.1875	--	INHERITED FROM: cilium \|\| cilium part \|\| Golgi apparatus \|\| ciliary rootlet \|\| motile cilium \|\| spindle \|\| spindle midzone
Cellular Component (CC)	intracellular part	1	0.1266	--	INHERITED FROM: cilium \|\| cilium part \|\| Golgi apparatus \|\| ciliary rootlet \|\| motile cilium \|\| spindle \|\| spindle midzone
Cellular Component (CC)	membrane-bounded organelle	1	0.2912	--	INHERITED FROM: cilium \|\| cilium part \|\| Golgi apparatus \|\| ciliary rootlet \|\| motile cilium
Cellular Component (CC)	macromolecular complex	1	0.4276	--	INHERITED FROM: spindle \|\| spindle midzone
Cellular Component (CC)	cytoplasm	1	0.2515	--	INHERITED FROM: Golgi apparatus
Cellular Component (CC)	intracellular organelle part	1	0.3893	Least Informative	INHERITED FROM: cilium part \|\| ciliary rootlet \|\| spindle \|\| spindle midzone
Cellular Component (CC)	intracellular non-membrane-bounded organelle	1	0.6225	Least Informative	INHERITED FROM: ciliary rootlet \|\| spindle \|\| spindle midzone
Cellular Component (CC)	membrane	0.001413	0.5731	Least Informative	INHERITED FROM: intrinsic to membrane \|\| sarcolemma \|\| integral to membrane
Cellular Component (CC)	intracellular membrane-bounded organelle	1	0.2961	Least Informative	INHERITED FROM: cilium \|\| cilium part \|\| Golgi apparatus \|\| ciliary rootlet \|\| motile cilium
Cellular Component (CC)	protein complex	1	0.5639	Least Informative	INHERITED FROM: spindle \|\| spindle midzone
Cellular Component (CC)	cytoplasmic part	1	0.2605	Least Informative	INHERITED FROM: Golgi apparatus
Cellular Component (CC)	extracellular region	0	0.9505	Moderately Informative	DIRECT
Cellular Component (CC)	intrinsic to membrane	8.077e-05	1.18	Moderately Informative	DIRECT
Cellular Component (CC)	cell projection	0.0001279	1.079	Moderately Informative	DIRECT
Cellular Component (CC)	plasma membrane	0.002646	0.9734	Moderately Informative	INHERITED FROM: sarcolemma
Cellular Component (CC)	cytoskeleton	0.3797	1.036	Moderately Informative	INHERITED FROM: ciliary rootlet \|\| spindle \|\| spindle midzone
Cellular Component (CC)	extracellular matrix	1.614e-15	1.638	Informative	DIRECT
Cellular Component (CC)	Golgi apparatus	3.665e-08	1.542	Informative	DIRECT
Cellular Component (CC)	neuron part	8.468e-07	1.542	Informative	DIRECT
Cellular Component (CC)	integral to membrane	3.627e-05	1.286	Informative	DIRECT
Cellular Component (CC)	microtubule cytoskeleton	0.05845	1.428	Informative	INHERITED FROM: spindle midzone \|\| spindle
Cellular Component (CC)	cell projection part	0.004694	1.337	Informative	INHERITED FROM: cilium part \|\| ciliary rootlet
Cellular Component (CC)	synapse	0.002239	1.462	Informative	INHERITED FROM: neuromuscular junction
Cellular Component (CC)	host cell part	3.943e-10	2.241	Highly Informative	DIRECT
Cellular Component (CC)	extracellular matrix part	7.651e-09	1.94	Highly Informative	DIRECT
Cellular Component (CC)	cilium part	1.304e-06	2.241	Highly Informative	DIRECT
Cellular Component (CC)	sarcolemma	3.884e-06	1.94	Highly Informative	DIRECT
Cellular Component (CC)	neuromuscular junction	0.0001893	2.241	Highly Informative	DIRECT
Cellular Component (CC)	spindle	0.000344	1.763	Highly Informative	DIRECT

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BPTI-like superfamily