.CCCGCCC.	2.94e-03	29	185	707	12093	chromosomal part
.CCCGCCC.	8.68e-03	31	216	707	12093	chromosome
.[AT]CTTCCG[CGT]	5.51e-19	50	256	455	12093	ribonucleoprotein complex
.[AT]CTTCCG[CGT]	7.08e-14	30	117	455	12093	ribosome
.[AT]CTTCCG[CGT]	8.19e-14	29	109	455	12093	structural constituent of ribosome
.[AT]CTTCCG[CGT]	4.11e-13	51	360	455	12093	RNA binding
.[AT]CTTCCG[CGT]	7.38e-13	26	92	455	12093	ribosome biogenesis and assembly
.[AT]CTTCCG[CGT]	1.30e-11	46	324	455	12093	RNA metabolism
.[AT]CTTCCG[CGT]	1.47e-11	41	262	455	12093	RNA processing
.[AT]CTTCCG[CGT]	2.48e-11	26	105	455	12093	cytoplasm organization and biogenesis
.[AT]CTTCCG[CGT]	8.57e-11	23	84	455	12093	ribosome biogenesis
.[AT]CTTCCG[CGT]	3.61e-10	50	410	455	12093	DNA metabolism
.[AT]CTTCCG[CGT]	4.20e-10	51	426	455	12093	protein biosynthesis
.[AT]CTTCCG[CGT]	2.91e-09	34	216	455	12093	chromosome
.[AT]CTTCCG[CGT]	1.24e-08	20	77	455	12093	nucleolus
.[AT]CTTCCG[CGT]	2.59e-08	51	474	455	12093	macromolecule biosynthesis
.[AT]CTTCCG[CGT]	4.86e-08	23	111	455	12093	DNA replication
.[AT]CTTCCG[CGT]	2.12e-06	14	46	455	12093	DNA-dependent DNA replication
.[AT]CTTCCG[CGT]	6.71e-06	18	86	455	12093	translation factor activity, nucleic acid binding
.[AT]CTTCCG[CGT]	9.91e-06	18	88	455	12093	translation regulator activity
.[AT]CTTCCG[CGT]	1.18e-05	8	13	455	12093	rRNA binding
.[AT]CTTCCG[CGT]	1.62e-05	24	159	455	12093	mitotic cell cycle
.[AT]CTTCCG[CGT]	1.75e-05	26	185	455	12093	chromosomal part
.[AT]CTTCCG[CGT]	1.91e-05	23	148	455	12093	cell division
.[AT]CTTCCG[CGT]	2.18e-05	23	149	455	12093	mRNA processing
.[AT]CTTCCG[CGT]	2.38e-05	31	256	455	12093	cytosol
.[AT]CTTCCG[CGT]	1.95e-04	8	17	455	12093	replication fork
.[AT]CTTCCG[CGT]	2.04e-04	9	23	455	12093	cytosolic ribosome (sensu Eukaryota)
.[AT]CTTCCG[CGT]	2.04e-04	9	23	455	12093	proteasome complex (sensu Eukaryota)
.[AT]CTTCCG[CGT]	2.19e-04	23	168	455	12093	mRNA metabolism
.[AT]CTTCCG[CGT]	2.50e-04	13	55	455	12093	cytosolic part
.[AT]CTTCCG[CGT]	3.82e-04	43	484	455	12093	cell cycle
.[AT]CTTCCG[CGT]	3.88e-04	21	147	455	12093	M phase
.[AT]CTTCCG[CGT]	4.38e-04	18	111	455	12093	mitosis
.[AT]CTTCCG[CGT]	5.05e-04	18	112	455	12093	M phase of mitotic cell cycle
.[AT]CTTCCG[CGT]	5.05e-04	18	112	455	12093	RNA splicing
.[AT]CTTCCG[CGT]	6.46e-04	17	102	455	12093	RNA splicing, via transesterification reactions
.[AT]CTTCCG[CGT]	6.46e-04	17	102	455	12093	nuclear mRNA splicing, via spliceosome
.[AT]CTTCCG[CGT]	6.46e-04	17	102	455	12093	RNA splicing, via transesterification reactions with bulged adenosine as nucleophile
.[AT]CTTCCG[CGT]	1.66e-03	21	160	455	12093	response to DNA damage stimulus
.[AT]CTTCCG[CGT]	2.10e-03	22	176	455	12093	response to endogenous stimulus
.[AT]CTTCCG[CGT]	2.19e-03	11	46	455	12093	chromosome, pericentric region
.[AT]CTTCCG[CGT]	2.46e-03	12	56	455	12093	translation initiation factor activity
.[AT]CTTCCG[CGT]	6.09e-03	17	119	455	12093	translation
.[AT]CTTCCG[CGT]	6.47e-03	7	18	455	12093	small ribosomal subunit
.[AT]CTTCCG[CGT]	8.18e-03	29	299	455	12093	ubiquitin cycle
[AG][CT]G[AT]CGT[ACT][ACG]	3.83e-05	17	282	134	12093	organelle envelope
[AG][CT]G[AT]CGT[ACT][ACG]	4.49e-05	17	285	134	12093	envelope
[AG][CT]G[AT]CGT[ACT][ACG]	2.93e-04	17	324	134	12093	RNA metabolism
[AG][CT]G[AT]CGT[ACT][ACG]	5.70e-04	15	262	134	12093	RNA processing
[ACG]CATGCGC[ACG]	4.95e-07	11	410	25	12093	DNA metabolism
[ACG]CATGCGC[ACG]	5.44e-06	7	111	25	12093	DNA replication
[ACG]CATGCGC[ACG]	9.98e-03	3	15	25	12093	DNA replication initiation
[CGT]T[ACG]CGAA[ACT].	2.90e-12	13	109	54	12093	structural constituent of ribosome
[CGT]T[ACG]CGAA[ACT].	2.64e-10	12	117	54	12093	ribosome
[CGT]T[ACG]CGAA[ACT].	6.04e-10	15	256	54	12093	ribonucleoprotein complex
[CGT]T[ACG]CGAA[ACT].	1.57e-08	7	23	54	12093	cytosolic ribosome (sensu Eukaryota)
[CGT]T[ACG]CGAA[ACT].	8.78e-07	15	426	54	12093	protein biosynthesis
[CGT]T[ACG]CGAA[ACT].	3.85e-06	15	474	54	12093	macromolecule biosynthesis
[CGT]T[ACG]CGAA[ACT].	6.49e-06	14	414	54	12093	structural molecule activity
[CGT]T[ACG]CGAA[ACT].	8.85e-06	8	84	54	12093	ribosome biogenesis
[CGT]T[ACG]CGAA[ACT].	1.16e-05	7	55	54	12093	cytosolic part
[CGT]T[ACG]CGAA[ACT].	1.84e-05	8	92	54	12093	ribosome biogenesis and assembly
[CGT]T[ACG]CGAA[ACT].	5.27e-05	8	105	54	12093	cytoplasm organization and biogenesis
.[AT]AA[ACT]CG[GT][ACG]	6.61e-30	23	210	34	12093	mitochondrial envelope
.[AT]AA[ACT]CG[GT][ACG]	2.00e-29	22	179	34	12093	mitochondrial inner membrane
.[AT]AA[ACT]CG[GT][ACG]	7.97e-29	22	190	34	12093	organelle inner membrane
.[AT]AA[ACT]CG[GT][ACG]	1.29e-28	22	194	34	12093	mitochondrial membrane
.[AT]AA[ACT]CG[GT][ACG]	5.75e-28	23	253	34	12093	mitochondrial part
.[AT]AA[ACT]CG[GT][ACG]	7.58e-27	23	282	34	12093	organelle envelope
.[AT]AA[ACT]CG[GT][ACG]	9.73e-27	23	285	34	12093	envelope
.[AT]AA[ACT]CG[GT][ACG]	4.17e-21	22	417	34	12093	generation of precursor metabolites and energy
.[AT]AA[ACT]CG[GT][ACG]	1.76e-20	22	445	34	12093	organelle membrane
.[AT]AA[ACT]CG[GT][ACG]	3.00e-15	12	78	34	12093	hydrogen ion transporter activity
.[AT]AA[ACT]CG[GT][ACG]	4.86e-15	12	81	34	12093	monovalent inorganic cation transporter activity
.[AT]AA[ACT]CG[GT][ACG]	9.10e-13	8	21	34	12093	mitochondrial electron transport chain
.[AT]AA[ACT]CG[GT][ACG]	4.33e-11	14	292	34	12093	electron transport
.[AT]AA[ACT]CG[GT][ACG]	3.32e-10	8	40	34	12093	mitochondrial membrane part
.[AT]AA[ACT]CG[GT][ACG]	6.87e-10	7	24	34	12093	NADH dehydrogenase (ubiquinone) activity
.[AT]AA[ACT]CG[GT][ACG]	6.87e-10	7	24	34	12093	NADH dehydrogenase (quinone) activity
.[AT]AA[ACT]CG[GT][ACG]	6.87e-10	7	24	34	12093	NADH dehydrogenase activity
.[AT]AA[ACT]CG[GT][ACG]	1.75e-09	7	27	34	12093	oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor
.[AT]AA[ACT]CG[GT][ACG]	1.91e-09	8	49	34	12093	oxidoreductase activity, acting on NADH or NADPH
.[AT]AA[ACT]CG[GT][ACG]	4.04e-09	10	129	34	12093	coenzyme metabolism
.[AT]AA[ACT]CG[GT][ACG]	6.90e-09	10	136	34	12093	electron carrier activity
.[AT]AA[ACT]CG[GT][ACG]	1.73e-08	10	149	34	12093	cofactor metabolism
.[AT]AA[ACT]CG[GT][ACG]	3.34e-08	6	20	34	12093	oxidoreductase activity, acting on heme group of donors
.[AT]AA[ACT]CG[GT][ACG]	3.34e-08	6	20	34	12093	oxidoreductase activity, acting on heme group of donors, oxygen as acceptor
.[AT]AA[ACT]CG[GT][ACG]	3.34e-08	6	20	34	12093	cytochrome-c oxidase activity
.[AT]AA[ACT]CG[GT][ACG]	3.34e-08	6	20	34	12093	heme-copper terminal oxidase activity
.[AT]AA[ACT]CG[GT][ACG]	8.83e-07	12	390	34	12093	cation transporter activity
.[AT]AA[ACT]CG[GT][ACG]	3.18e-06	6	40	34	12093	oxidative phosphorylation
.[AT]AA[ACT]CG[GT][ACG]	5.56e-06	5	20	34	12093	tricarboxylic acid cycle
.[AT]AA[ACT]CG[GT][ACG]	7.28e-06	5	21	34	12093	acetyl-CoA catabolism
.[AT]AA[ACT]CG[GT][ACG]	9.40e-06	5	22	34	12093	aerobic respiration
.[AT]AA[ACT]CG[GT][ACG]	1.89e-05	5	25	34	12093	coenzyme catabolism
.[AT]AA[ACT]CG[GT][ACG]	2.85e-05	5	27	34	12093	cellular respiration
.[AT]AA[ACT]CG[GT][ACG]	4.18e-05	5	29	34	12093	cofactor catabolism
.[AT]AA[ACT]CG[GT][ACG]	5.01e-05	5	30	34	12093	acetyl-CoA metabolism
.[AT]AA[ACT]CG[GT][ACG]	2.64e-04	4	16	34	12093	proton-transporting ATP synthase complex
.[AT]AA[ACT]CG[GT][ACG]	8.61e-04	4	21	34	12093	metal cluster binding
.[AT]AA[ACT]CG[GT][ACG]	8.61e-04	4	21	34	12093	iron-sulfur cluster binding
.[AT]AA[ACT]CG[GT][ACG]	2.50e-03	5	64	34	12093	coenzyme biosynthesis
.[AT]AA[ACT]CG[GT][ACG]	3.65e-03	5	69	34	12093	main pathways of carbohydrate metabolism
.[AT]AA[ACT]CG[GT][ACG]	5.06e-03	4	32	34	12093	ATP synthesis coupled proton transport
.[AT]AA[ACT]CG[GT][ACG]	5.06e-03	4	32	34	12093	energy coupled proton transport, down electrochemical gradient
.[AT]AA[ACT]CG[GT][ACG]	5.18e-03	5	74	34	12093	cofactor biosynthesis
.[AT]AA[ACT]CG[GT][ACG]	5.54e-03	7	217	34	12093	iron ion binding
.[AT]AA[ACT]CG[GT][ACG]	5.75e-03	4	33	34	12093	proton-transporting two-sector ATPase complex
.[AT]AA[ACT]CG[GT][ACG]	6.50e-03	4	34	34	12093	hydrogen-transporting ATP synthase activity, rotational mechanism
.[AT]AA[ACT]CG[GT][ACG]	6.50e-03	4	34	34	12093	nucleoside phosphate metabolism
.[AT]AA[ACT]CG[GT][ACG]	6.50e-03	4	34	34	12093	hydrogen-transporting ATPase activity, rotational mechanism
.[AT]AA[ACT]CG[GT][ACG]	6.50e-03	4	34	34	12093	ATP biosynthesis
.[AT]AA[ACT]CG[GT][ACG]	9.43e-03	3	11	34	12093	4 iron, 4 sulfur cluster binding
.CG[ACT][AGT]AAA.	3.90e-05	11	262	53	12093	RNA processing
.CG[ACT][AGT]AAA.	7.02e-05	8	111	53	12093	DNA replication
.CG[ACT][AGT]AAA.	3.44e-04	11	324	53	12093	RNA metabolism
.CG[ACT][AGT]AAA.	4.25e-04	12	410	53	12093	DNA metabolism
.CG[ACT][AGT]AAA.	1.24e-03	4	15	53	12093	DNA replication initiation
.CG[ACT][AGT]AAA.	2.87e-03	5	42	53	12093	nuclear membrane
.CG[ACT][AGT]AAA.	2.87e-03	5	42	53	12093	nuclear membrane part
.CG[ACT][AGT]AAA.	4.56e-03	5	46	53	12093	DNA-dependent DNA replication
.CG[ACT][AGT]AAA.	8.59e-03	10	360	53	12093	RNA binding
.A[AG][AT]T[AC]CG[CGT]	7.50e-14	20	185	99	12093	chromosomal part
.A[AG][AT]T[AC]CG[CGT]	9.95e-14	21	216	99	12093	chromosome
.A[AG][AT]T[AC]CG[CGT]	4.05e-08	14	148	99	12093	cell division
.A[AG][AT]T[AC]CG[CGT]	2.65e-07	20	410	99	12093	DNA metabolism
.A[AG][AT]T[AC]CG[CGT]	2.80e-07	9	46	99	12093	chromosome, pericentric region
.A[AG][AT]T[AC]CG[CGT]	7.34e-07	21	484	99	12093	cell cycle
.A[AG][AT]T[AC]CG[CGT]	1.43e-06	13	159	99	12093	mitotic cell cycle
.A[AG][AT]T[AC]CG[CGT]	7.07e-06	12	147	99	12093	M phase
.A[AG][AT]T[AC]CG[CGT]	6.34e-05	10	111	99	12093	mitosis
.A[AG][AT]T[AC]CG[CGT]	6.91e-05	10	112	99	12093	M phase of mitotic cell cycle
.A[AG][AT]T[AC]CG[CGT]	5.57e-04	9	106	99	12093	chromatin
.A[AG][AT]T[AC]CG[CGT]	7.47e-04	5	18	99	12093	kinetochore
.A[AG][AT]T[AC]CG[CGT]	8.28e-04	9	111	99	12093	DNA replication
.A[AG][AT]T[AC]CG[CGT]	3.85e-03	9	133	99	12093	DNA repair
.TACG[CG]C[AT].	1.24e-05	12	256	61	12093	ribonucleoprotein complex
.TACG[CG]C[AT].	3.33e-03	7	109	61	12093	structural constituent of ribosome
.TACG[CG]C[AT].	5.36e-03	7	117	61	12093	ribosome
.TACG[CG]C[AT].	7.64e-03	4	20	61	12093	large ribosomal subunit
.[CT]AAT.CG.	3.66e-08	15	216	82	12093	chromosome
.[CT]AAT.CG.	5.95e-08	14	185	82	12093	chromosomal part
.[CT]AAT.CG.	1.21e-05	11	148	82	12093	cell division
.[CT]AAT.CG.	1.50e-04	10	147	82	12093	M phase
.[CT]AAT.CG.	2.90e-04	5	18	82	12093	cytokinesis
.[CT]AAT.CG.	3.15e-04	10	159	82	12093	mitotic cell cycle
.[CT]AAT.CG.	3.52e-04	16	484	82	12093	cell cycle
.[CT]AAT.CG.	1.74e-03	6	46	82	12093	chromosome, pericentric region
.[CT]AAT.CG.	2.26e-03	8	111	82	12093	mitosis
.[CT]AAT.CG.	2.43e-03	8	112	82	12093	M phase of mitotic cell cycle
.TAGCG.A.	5.35e-04	6	109	29	12093	structural constituent of ribosome
.TAGCG.A.	6.54e-04	4	23	29	12093	cytosolic ribosome (sensu Eukaryota)
.TAGCG.A.	8.16e-04	6	117	29	12093	ribosome
.TAGCG.A.	5.26e-03	7	256	29	12093	ribonucleoprotein complex
.A[AT]ACGC[GT].	2.70e-11	17	253	64	12093	mitochondrial part
.A[AT]ACGC[GT].	1.55e-07	13	210	64	12093	mitochondrial envelope
.A[AT]ACGC[GT].	3.67e-07	12	179	64	12093	mitochondrial inner membrane
.A[AT]ACGC[GT].	7.35e-07	12	190	64	12093	organelle inner membrane
.A[AT]ACGC[GT].	9.36e-07	12	194	64	12093	mitochondrial membrane
.A[AT]ACGC[GT].	5.93e-06	13	282	64	12093	organelle envelope
.A[AT]ACGC[GT].	6.75e-06	13	285	64	12093	envelope
.A[AT]ACGC[GT].	1.93e-04	5	21	64	12093	mitochondrial electron transport chain
.A[AT]ACGC[GT].	1.29e-03	13	445	64	12093	organelle membrane
.A[AT]ACGC[GT].	5.07e-03	8	159	64	12093	mitotic cell cycle
.A[AT]ACGC[GT].	5.77e-03	5	40	64	12093	mitochondrial membrane part
.A[AT]ACGC[GT].	9.27e-03	4	20	64	12093	oxidoreductase activity, acting on heme group of donors
.A[AT]ACGC[GT].	9.27e-03	4	20	64	12093	oxidoreductase activity, acting on heme group of donors, oxygen as acceptor
.A[AT]ACGC[GT].	9.27e-03	4	20	64	12093	cytochrome-c oxidase activity
.A[AT]ACGC[GT].	9.27e-03	4	20	64	12093	heme-copper terminal oxidase activity
.A[AT]ACGC[GT].	9.43e-03	6	78	64	12093	hydrogen ion transporter activity
.C[GT][AC]CGTA.	1.85e-07	8	109	27	12093	structural constituent of ribosome
.C[GT][AC]CGTA.	3.28e-07	8	117	27	12093	ribosome
.C[GT][AC]CGTA.	7.13e-06	9	256	27	12093	ribonucleoprotein complex
.C[GT][AC]CGTA.	4.59e-04	9	414	27	12093	structural molecule activity
.C[GT][AC]CGTA.	4.84e-04	4	23	27	12093	cytosolic ribosome (sensu Eukaryota)
.C[GT][AC]CGTA.	5.85e-04	9	426	27	12093	protein biosynthesis
.C[GT][AC]CGTA.	1.44e-03	9	474	27	12093	macromolecule biosynthesis
.C[GT][AC]CGTA.	4.62e-03	5	92	27	12093	ribosome biogenesis and assembly
.C[GT][AC]CGTA.	8.89e-03	5	105	27	12093	cytoplasm organization and biogenesis
.A[CT][GT]A[ACT]CG.	9.78e-05	12	262	71	12093	RNA processing
.A[CT][GT]A[ACT]CG.	9.90e-04	12	324	71	12093	RNA metabolism
.A[CT][GT]A[ACT]CG.	6.03e-03	7	102	71	12093	RNA splicing, via transesterification reactions
.A[CT][GT]A[ACT]CG.	6.03e-03	7	102	71	12093	nuclear mRNA splicing, via spliceosome
.A[CT][GT]A[ACT]CG.	6.03e-03	7	102	71	12093	RNA splicing, via transesterification reactions with bulged adenosine as nucleophile
.A[CT][GT]A[ACT]CG.	6.94e-03	8	149	71	12093	mRNA processing
.AC[CGT]TGGC.	4.38e-05	11	466	32	12093	endoplasmic reticulum
.AC[CGT]TGGC.	2.05e-04	4	16	32	12093	protein amino acid N-linked glycosylation
.AC[CGT]TGGC.	8.12e-04	8	261	32	12093	endomembrane system
.AC[CGT]TGGC.	2.67e-03	3	8	32	12093	protein amino acid N-linked glycosylation via asparagine
.AC[CGT]TGGC.	2.67e-03	3	8	32	12093	peptidyl-asparagine modification
[ACG][AG]CT[AT]C[CG]T[CG]	6.84e-07	10	63	111	12093	external side of plasma membrane
[ACG][AG]CT[AT]C[CG]T[CG]	1.22e-05	11	109	111	12093	cell surface
[ACG][AG]CT[AT]C[CG]T[CG]	9.88e-05	19	461	111	12093	immune system process
[ACG][AG]CT[AT]C[CG]T[CG]	5.87e-04	11	158	111	12093	hemopoietic or lymphoid organ development
[ACG][AG]CT[AT]C[CG]T[CG]	1.13e-03	8	75	111	12093	T cell activation
[ACG][AG]CT[AT]C[CG]T[CG]	1.16e-03	11	169	111	12093	immune system development
[ACG][AG]CT[AT]C[CG]T[CG]	2.38e-03	9	112	111	12093	lymphocyte activation
[ACG][AG]CT[AT]C[CG]T[CG]	6.85e-03	9	127	111	12093	leukocyte activation
.AG[CG]GAGA.	8.87e-05	14	138	189	12093	neuron development
.AG[CG]GAGA.	5.52e-04	16	211	189	12093	generation of neurons
.AG[CG]GAGA.	1.25e-03	16	224	189	12093	neurogenesis
.AG[CG]GAGA.	1.36e-03	12	123	189	12093	neurite development
.AG[CG]GAGA.	2.28e-03	22	425	189	12093	system development
.AG[CG]GAGA.	2.47e-03	21	393	189	12093	nervous system development
.AG[CG]GAGA.	3.38e-03	14	185	189	12093	neuron differentiation
.AG[CG]GAGA.	8.53e-03	14	200	189	12093	extracellular matrix (sensu Metazoa)
[ACG]ACA[GT]CTG[CGT]	1.11e-09	14	200	58	12093	extracellular matrix (sensu Metazoa)
[ACG]ACA[GT]CTG[CGT]	1.46e-09	14	204	58	12093	extracellular matrix
[ACG]ACA[GT]CTG[CGT]	1.63e-07	16	414	58	12093	structural molecule activity
[ACG]ACA[GT]CTG[CGT]	1.89e-06	7	40	58	12093	sarcomere
[ACG]ACA[GT]CTG[CGT]	2.27e-06	7	41	58	12093	contractile fiber part
[ACG]ACA[GT]CTG[CGT]	3.83e-06	7	44	58	12093	myofibril
[ACG]ACA[GT]CTG[CGT]	5.31e-06	7	46	58	12093	contractile fiber
[ACG]ACA[GT]CTG[CGT]	1.49e-05	7	53	58	12093	extracellular matrix structural constituent
[ACG]ACA[GT]CTG[CGT]	7.18e-05	7	66	58	12093	extracellular matrix part
[ACG]ACA[GT]CTG[CGT]	6.45e-04	6	55	58	12093	muscle contraction
[ACG]ACA[GT]CTG[CGT]	6.55e-04	4	12	58	12093	striated muscle thin filament
[ACG]ACA[GT]CTG[CGT]	2.76e-03	6	70	58	12093	structural constituent of cytoskeleton
[ACG]ACA[GT]CTG[CGT]	7.27e-03	9	249	58	12093	cytoskeletal protein binding
[ACG]ACA[GT]CTG[CGT]	8.09e-03	7	131	58	12093	actin cytoskeleton
[CG]AGGG[GT][GT]A.	2.71e-04	16	425	91	12093	system development
[CG]AGGG[GT][GT]A.	6.00e-04	15	393	91	12093	nervous system development
GATTGGC[GT][ACG]	6.61e-16	25	484	62	12093	cell cycle
GATTGGC[GT][ACG]	5.40e-07	11	148	62	12093	cell division
GATTGGC[GT][ACG]	9.27e-06	10	147	62	12093	M phase
GATTGGC[GT][ACG]	1.29e-05	9	111	62	12093	mitosis
GATTGGC[GT][ACG]	1.39e-05	9	112	62	12093	M phase of mitotic cell cycle
GATTGGC[GT][ACG]	1.99e-05	10	159	62	12093	mitotic cell cycle
GATTGGC[GT][ACG]	4.14e-04	11	279	62	12093	regulation of progression through cell cycle
GATTGGC[GT][ACG]	4.45e-04	11	281	62	12093	regulation of cell cycle
GATTGGC[GT][ACG]	3.30e-03	5	37	62	12093	chromosome segregation
GATTGGC[GT][ACG]	4.00e-03	9	216	62	12093	chromosome
.CTACG[CT][GT].	4.77e-04	6	111	28	12093	DNA replication
.CTACG[CT][GT].	4.74e-03	7	262	28	12093	RNA processing
.CTACG[CT][GT].	7.98e-03	8	410	28	12093	DNA metabolism
.CGTCTG[AC][CGT]	1.84e-04	5	24	55	12093	NADH dehydrogenase (ubiquinone) activity
.CGTCTG[AC][CGT]	1.84e-04	5	24	55	12093	NADH dehydrogenase (quinone) activity
.CGTCTG[AC][CGT]	1.84e-04	5	24	55	12093	NADH dehydrogenase activity
.CGTCTG[AC][CGT]	2.30e-04	6	49	55	12093	oxidoreductase activity, acting on NADH or NADPH
.CGTCTG[AC][CGT]	2.82e-04	9	179	55	12093	mitochondrial inner membrane
.CGTCTG[AC][CGT]	3.45e-04	5	27	55	12093	oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor
.CGTCTG[AC][CGT]	4.70e-04	9	190	55	12093	organelle inner membrane
.CGTCTG[AC][CGT]	5.62e-04	9	194	55	12093	mitochondrial membrane
.CGTCTG[AC][CGT]	1.10e-03	9	210	55	12093	mitochondrial envelope
.CGTCTG[AC][CGT]	5.23e-03	9	253	55	12093	mitochondrial part
.CGTCTG[AC][CGT]	6.25e-03	11	417	55	12093	generation of precursor metabolites and energy
.CGTCTG[AC][CGT]	6.82e-03	5	48	55	12093	unfolded protein binding
.CGTCTG[AC][CGT]	7.21e-03	7	136	55	12093	electron carrier activity
.CGTCTG[AC][CGT]	8.79e-03	3	7	55	12093	chaperonin-containing T-complex
.CG[CT]C[AT]AA.	1.94e-05	11	484	29	12093	cell cycle
.CG[CT]C[AT]AA.	5.78e-05	10	410	29	12093	DNA metabolism
.CG[CT]C[AT]AA.	5.87e-04	7	185	29	12093	chromosomal part
.CG[CT]C[AT]AA.	5.97e-04	6	111	29	12093	DNA replication
.CG[CT]C[AT]AA.	1.68e-03	7	216	29	12093	chromosome
.CG[CT]C[AT]AA.	3.27e-03	6	148	29	12093	cell division
.CG[CT]C[AT]AA.	4.97e-03	6	159	29	12093	mitotic cell cycle
.CG[CT]C[AT]AA.	7.26e-03	4	41	29	12093	microtubule motor activity
[ACG]A[GT]AAC[CG]G.	2.36e-10	15	256	51	12093	ribonucleoprotein complex
[ACG]A[GT]AAC[CG]G.	1.27e-04	6	48	51	12093	unfolded protein binding
[ACG]A[GT]AAC[CG]G.	6.60e-04	8	154	51	12093	protein folding
[ACG]A[GT]AAC[CG]G.	1.54e-03	7	117	51	12093	ribosome
[ACG]A[GT]AAC[CG]G.	2.28e-03	10	324	51	12093	RNA metabolism
[ACG]A[GT]AAC[CG]G.	6.99e-03	3	7	51	12093	chaperonin-containing T-complex
[ACG]TGA[AC]TCA[CGT]	5.20e-10	12	71	93	12093	intermediate filament
[ACG]TGA[AC]TCA[CGT]	6.20e-10	12	72	93	12093	intermediate filament cytoskeleton
[ACG]TGA[AC]TCA[CGT]	8.46e-05	5	13	93	12093	keratin filament
[ACG]TGA[AC]TCA[CGT]	2.59e-04	16	414	93	12093	structural molecule activity
[ACG]TGA[AC]TCA[CGT]	3.97e-04	5	17	93	12093	cornified envelope
[ACG]TGA[AC]TCA[CGT]	8.40e-04	14	340	93	12093	cytoskeletal part
.A[AT]CTCG[AG].	1.14e-12	15	179	51	12093	mitochondrial inner membrane
.A[AT]CTCG[AG].	2.80e-12	15	190	51	12093	organelle inner membrane
.A[AT]CTCG[AG].	3.82e-12	15	194	51	12093	mitochondrial membrane
.A[AT]CTCG[AG].	1.25e-11	15	210	51	12093	mitochondrial envelope
.A[AT]CTCG[AG].	1.98e-10	15	253	51	12093	mitochondrial part
.A[AT]CTCG[AG].	9.71e-10	15	282	51	12093	organelle envelope
.A[AT]CTCG[AG].	1.13e-09	15	285	51	12093	envelope
.A[AT]CTCG[AG].	6.56e-07	15	445	51	12093	organelle membrane
.A[AT]CTCG[AG].	3.34e-05	13	417	51	12093	generation of precursor metabolites and energy
.A[AT]CTCG[AG].	9.30e-05	7	78	51	12093	hydrogen ion transporter activity
.A[AT]CTCG[AG].	1.21e-04	7	81	51	12093	monovalent inorganic cation transporter activity
.A[AT]CTCG[AG].	1.25e-04	5	24	51	12093	NADH dehydrogenase (ubiquinone) activity
.A[AT]CTCG[AG].	1.25e-04	5	24	51	12093	NADH dehydrogenase (quinone) activity
.A[AT]CTCG[AG].	1.25e-04	5	24	51	12093	NADH dehydrogenase activity
.A[AT]CTCG[AG].	2.35e-04	5	27	51	12093	oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor
.A[AT]CTCG[AG].	4.27e-03	7	136	51	12093	electron carrier activity
.A[AT]CTCG[AG].	4.55e-03	4	21	51	12093	mitochondrial electron transport chain
.A[AT]CTCG[AG].	5.17e-03	5	49	51	12093	oxidoreductase activity, acting on NADH or NADPH
[CGT]ACATC[AGT]C[ACT]	1.77e-04	12	186	104	12093	sexual reproduction
[CGT]ACATC[AGT]C[ACT]	2.92e-03	12	241	104	12093	reproduction
[CGT]ACATC[AGT]C[ACT]	3.63e-03	5	23	104	12093	flagellum
[CGT]ACATC[AGT]C[ACT]	9.94e-03	4	13	104	12093	flagellum (sensu Eukaryota)
.C[CT]CAGTC[ACG]	1.57e-04	7	111	39	12093	blood vessel morphogenesis
.C[CT]CAGTC[ACG]	5.17e-04	7	132	39	12093	blood vessel development
.C[CT]CAGTC[ACG]	6.03e-04	7	135	39	12093	vasculature development
.C[CT]CAGTC[ACG]	1.17e-03	6	91	39	12093	angiogenesis
.C[CT]CAGTC[ACG]	1.62e-03	10	418	39	12093	organ morphogenesis
[ACG]A[GT]GCCAG[AGT]	1.50e-07	11	200	42	12093	extracellular matrix (sensu Metazoa)
[ACG]A[GT]GCCAG[AGT]	1.86e-07	11	204	42	12093	extracellular matrix
[ACG]A[GT]GCCAG[AGT]	1.42e-05	6	41	42	12093	growth factor binding
[ACG]A[GT]GCCAG[AGT]	8.27e-04	4	17	42	12093	insulin-like growth factor binding
[ACG]A[GT]GCCAG[AGT]	3.33e-03	8	234	42	12093	carbohydrate binding
[ACG]A[GT]GCCAG[AGT]	7.40e-03	5	64	42	12093	regulation of cell growth