[CGT]CTCATC[GT]	1.31e-106	122	216	274	5361	nucleolus
[CGT]CTCATC[GT]	2.52e-102	117	205	274	5361	ribosome biogenesis
[CGT]CTCATC[GT]	1.77e-100	123	240	274	5361	cytoplasm organization and biogenesis
[CGT]CTCATC[GT]	1.77e-100	123	240	274	5361	ribosome biogenesis and assembly
[CGT]CTCATC[GT]	2.14e-74	91	167	274	5361	rRNA metabolism
[CGT]CTCATC[GT]	3.83e-73	88	157	274	5361	rRNA processing
[CGT]CTCATC[GT]	1.79e-48	95	317	274	5361	RNA processing
[CGT]CTCATC[GT]	2.05e-46	108	443	274	5361	RNA metabolism
[CGT]CTCATC[GT]	1.64e-30	40	72	274	5361	35S primary transcript processing
[CGT]CTCATC[GT]	7.54e-25	40	93	274	5361	nucleolar part
[CGT]CTCATC[GT]	3.52e-22	27	42	274	5361	processing of 20S pre-rRNA
[CGT]CTCATC[GT]	5.88e-19	20	25	274	5361	snoRNA binding
[CGT]CTCATC[GT]	4.30e-17	26	53	274	5361	small nucleolar ribonucleoprotein complex
[CGT]CTCATC[GT]	3.73e-15	26	61	274	5361	ribosome assembly
[CGT]CTCATC[GT]	4.24e-14	16	21	274	5361	ribosomal large subunit biogenesis
[CGT]CTCATC[GT]	1.62e-13	46	226	274	5361	RNA binding
[CGT]CTCATC[GT]	2.49e-10	18	40	274	5361	ribosomal large subunit assembly and maintenance
[CGT]CTCATC[GT]	2.51e-10	15	26	274	5361	ATP-dependent RNA helicase activity
[CGT]CTCATC[GT]	2.51e-10	15	26	274	5361	RNA-dependent ATPase activity
[CGT]CTCATC[GT]	4.23e-10	18	41	274	5361	RNA helicase activity
[CGT]CTCATC[GT]	4.82e-09	19	52	274	5361	ribosomal subunit assembly
[CGT]CTCATC[GT]	1.95e-07	9	11	274	5361	rRNA binding
[CGT]CTCATC[GT]	1.98e-07	16	43	274	5361	ATP-dependent helicase activity
[CGT]CTCATC[GT]	2.39e-07	29	146	274	5361	protein complex assembly
[CGT]CTCATC[GT]	2.58e-07	21	78	274	5361	helicase activity
[CGT]CTCATC[GT]	1.24e-06	13	30	274	5361	RNA polymerase complex
[CGT]CTCATC[GT]	3.21e-06	8	10	274	5361	preribosome
[CGT]CTCATC[GT]	5.18e-06	13	33	274	5361	DNA-directed RNA polymerase activity
[CGT]CTCATC[GT]	6.00e-06	54	464	274	5361	nucleic acid binding
[CGT]CTCATC[GT]	1.20e-05	7	8	274	5361	nucleolar preribosome
[CGT]CTCATC[GT]	6.23e-04	5	5	274	5361	rRNA primary transcript binding
[CGT]CTCATC[GT]	6.23e-04	5	5	274	5361	90S preribosome
[CGT]CTCATC[GT]	6.23e-04	5	5	274	5361	Noc complex
[CGT]CTCATC[GT]	3.02e-03	13	53	274	5361	RNA modification
.A[AG]GGGG.	4.89e-06	30	197	243	5361	carbohydrate metabolism
.A[AG]GGGG.	5.79e-05	27	182	243	5361	cellular carbohydrate metabolism
.A[AG]GGGG.	2.82e-03	10	34	243	5361	energy reserve metabolism
.A[AG]GGGG.	5.72e-03	26	214	243	5361	generation of precursor metabolites and energy
.AAATTT.	9.91e-110	136	240	319	5361	cytoplasm organization and biogenesis
.AAATTT.	9.91e-110	136	240	319	5361	ribosome biogenesis and assembly
.AAATTT.	2.72e-105	125	205	319	5361	ribosome biogenesis
.AAATTT.	4.07e-98	123	216	319	5361	nucleolus
.AAATTT.	9.89e-78	98	167	319	5361	rRNA metabolism
.AAATTT.	6.58e-77	95	157	319	5361	rRNA processing
.AAATTT.	1.68e-56	127	443	319	5361	RNA metabolism
.AAATTT.	9.47e-49	102	317	319	5361	RNA processing
.AAATTT.	2.09e-33	44	72	319	5361	35S primary transcript processing
.AAATTT.	1.23e-30	47	93	319	5361	nucleolar part
.AAATTT.	1.09e-26	31	42	319	5361	processing of 20S pre-rRNA
.AAATTT.	7.38e-26	24	25	319	5361	snoRNA binding
.AAATTT.	9.26e-25	33	53	319	5361	small nucleolar ribonucleoprotein complex
.AAATTT.	2.12e-19	31	61	319	5361	ribosome assembly
.AAATTT.	1.08e-18	19	21	319	5361	ribosomal large subunit biogenesis
.AAATTT.	1.97e-15	23	40	319	5361	ribosomal large subunit assembly and maintenance
.AAATTT.	2.16e-14	51	226	319	5361	RNA binding
.AAATTT.	2.88e-13	24	52	319	5361	ribosomal subunit assembly
.AAATTT.	1.60e-12	69	421	319	5361	ribonucleoprotein complex
.AAATTT.	2.37e-09	15	26	319	5361	ATP-dependent RNA helicase activity
.AAATTT.	2.37e-09	15	26	319	5361	RNA-dependent ATPase activity
.AAATTT.	2.70e-09	67	464	319	5361	nucleic acid binding
.AAATTT.	3.50e-09	34	146	319	5361	protein complex assembly
.AAATTT.	5.85e-09	18	41	319	5361	RNA helicase activity
.AAATTT.	1.47e-07	9	10	319	5361	preribosome
.AAATTT.	2.68e-07	8	8	319	5361	nucleolar preribosome
.AAATTT.	5.39e-07	12	21	319	5361	ribosome export from nucleus
.AAATTT.	1.93e-06	16	43	319	5361	ATP-dependent helicase activity
.AAATTT.	8.11e-06	17	53	319	5361	RNA modification
.AAATTT.	8.14e-06	13	30	319	5361	RNA polymerase complex
.AAATTT.	2.64e-05	15	44	319	5361	translation factor activity, nucleic acid binding
.AAATTT.	2.66e-05	20	78	319	5361	helicase activity
.AAATTT.	3.31e-05	13	33	319	5361	DNA-directed RNA polymerase activity
.AAATTT.	3.77e-05	8	11	319	5361	rRNA binding
.AAATTT.	3.77e-05	8	11	319	5361	processing of 27S pre-rRNA
.AAATTT.	1.22e-04	9	16	319	5361	rRNA modification
.AAATTT.	2.38e-04	13	38	319	5361	translational initiation
.AAATTT.	2.64e-04	8	13	319	5361	DNA-directed RNA polymerase I complex
.AAATTT.	2.85e-04	11	27	319	5361	translation initiation factor activity
.AAATTT.	4.05e-04	21	99	319	5361	tRNA metabolism
.AAATTT.	7.16e-04	12	35	319	5361	ligase activity, forming aminoacyl-tRNA and related compounds
.AAATTT.	7.16e-04	12	35	319	5361	aminoacyl-tRNA ligase activity
.AAATTT.	7.16e-04	12	35	319	5361	ligase activity, forming carbon-oxygen bonds
.AAATTT.	7.48e-04	15	55	319	5361	translation regulator activity
.AAATTT.	8.60e-04	22	112	319	5361	nucleocytoplasmic transport
.AAATTT.	1.34e-03	5	5	319	5361	nucleolar preribosome, large subunit precursor
.AAATTT.	1.34e-03	5	5	319	5361	90S preribosome
.AAATTT.	1.34e-03	5	5	319	5361	Noc complex
.AAATTT.	2.26e-03	8	16	319	5361	DNA-directed RNA polymerase III complex
.AAATTT.	6.35e-03	13	49	319	5361	protein export from nucleus
[CT]CC[AG]TACA	2.42e-101	63	152	63	5361	cytosolic ribosome (sensu Eukaryota)
[CT]CC[AG]TACA	7.08e-97	63	173	63	5361	cytosolic part
[CT]CC[AG]TACA	4.43e-91	63	206	63	5361	structural constituent of ribosome
[CT]CC[AG]TACA	3.81e-84	63	256	63	5361	ribosome
[CT]CC[AG]TACA	1.59e-78	63	307	63	5361	cytosol
[CT]CC[AG]TACA	3.95e-78	63	311	63	5361	translation
[CT]CC[AG]TACA	4.52e-77	63	322	63	5361	structural molecule activity
[CT]CC[AG]TACA	4.91e-69	63	421	63	5361	ribonucleoprotein complex
[CT]CC[AG]TACA	5.59e-66	63	467	63	5361	protein biosynthesis
[CT]CC[AG]TACA	5.99e-53	37	76	63	5361	cytosolic large ribosomal subunit (sensu Eukaryota)
[CT]CC[AG]TACA	2.95e-44	37	117	63	5361	large ribosomal subunit
[CT]CC[AG]TACA	2.99e-33	26	61	63	5361	eukaryotic 48S initiation complex
[CT]CC[AG]TACA	2.99e-33	26	61	63	5361	cytosolic small ribosomal subunit (sensu Eukaryota)
[CT]CC[AG]TACA	2.58e-31	26	70	63	5361	eukaryotic 43S preinitiation complex
[CT]CC[AG]TACA	2.13e-27	26	94	63	5361	small ribosomal subunit
[CT]CC[AG]TACA	1.83e-08	11	52	63	5361	ribosomal subunit assembly
[CT]CC[AG]TACA	1.17e-07	11	61	63	5361	ribosome assembly
[CT]CC[AG]TACA	2.63e-04	5	12	63	5361	ribosomal small subunit assembly and maintenance
[CT]CC[AG]TACA	3.08e-04	15	257	63	5361	telomere maintenance
[CT]CC[AG]TACA	3.08e-04	15	257	63	5361	telomere organization and biogenesis
[CT]CC[AG]TACA	8.65e-04	14	240	63	5361	cytoplasm organization and biogenesis
[CT]CC[AG]TACA	8.65e-04	14	240	63	5361	ribosome biogenesis and assembly
[CT]CC[AG]TACA	1.42e-03	11	146	63	5361	protein complex assembly
[CT]CC[AG]TACA	4.11e-03	7	53	63	5361	small nucleolar ribonucleoprotein complex
[CT]CC[AG]TACA	9.95e-03	4	11	63	5361	regulation of translational fidelity
[CT]GCC[AG]CC[CGT]	1.20e-43	23	46	27	5361	proteasome complex (sensu Eukaryota)
[CT]GCC[AG]CC[CGT]	3.79e-33	24	137	27	5361	modification-dependent macromolecule catabolism
[CT]GCC[AG]CC[CGT]	3.79e-33	24	137	27	5361	ubiquitin-dependent protein catabolism
[CT]GCC[AG]CC[CGT]	3.79e-33	24	137	27	5361	modification-dependent protein catabolism
[CT]GCC[AG]CC[CGT]	5.54e-33	24	139	27	5361	proteolysis during cellular protein catabolism
[CT]GCC[AG]CC[CGT]	2.85e-32	24	148	27	5361	cellular protein catabolism
[CT]GCC[AG]CC[CGT]	2.52e-31	24	161	27	5361	protein catabolism
[CT]GCC[AG]CC[CGT]	1.38e-30	24	172	27	5361	proteolysis
[CT]GCC[AG]CC[CGT]	5.11e-30	24	181	27	5361	ubiquitin cycle
[CT]GCC[AG]CC[CGT]	7.36e-27	18	62	27	5361	endopeptidase activity
[CT]GCC[AG]CC[CGT]	9.79e-27	24	244	27	5361	biopolymer catabolism
[CT]GCC[AG]CC[CGT]	5.81e-26	24	262	27	5361	cellular macromolecule catabolism
[CT]GCC[AG]CC[CGT]	4.73e-25	24	285	27	5361	macromolecule catabolism
[CT]GCC[AG]CC[CGT]	6.63e-23	24	348	27	5361	cellular catabolism
[CT]GCC[AG]CC[CGT]	1.63e-22	24	361	27	5361	catabolism
[CT]GCC[AG]CC[CGT]	2.05e-21	18	116	27	5361	peptidase activity
[CT]GCC[AG]CC[CGT]	1.74e-20	12	22	27	5361	proteasome regulatory particle (sensu Eukaryota)
[CT]GCC[AG]CC[CGT]	3.99e-20	11	16	27	5361	proteasome core complex (sensu Eukaryota)
[CT]GCC[AG]CC[CGT]	2.34e-12	7	9	27	5361	proteasome regulatory particle, lid subcomplex (sensu Eukaryota)
[CT]GCC[AG]CC[CGT]	1.16e-10	6	7	27	5361	proteasome core complex, beta-subunit complex (sensu Eukaryota)
[CT]GCC[AG]CC[CGT]	8.46e-08	5	7	27	5361	proteasome core complex, alpha-subunit complex (sensu Eukaryota)
[CT]GCC[AG]CC[CGT]	5.04e-07	5	9	27	5361	proteasome regulatory particle, base subcomplex (sensu Eukaryota)
[ACT][CT][AC]GGGG.	8.22e-06	18	197	93	5361	carbohydrate metabolism
[ACT][CT][AC]GGGG.	1.68e-05	17	182	93	5361	cellular carbohydrate metabolism
[ACT][CT][AC]GGGG.	1.90e-04	17	214	93	5361	generation of precursor metabolites and energy
[ACT][CT][AC]GGGG.	8.45e-04	15	184	93	5361	energy derivation by oxidation of organic compounds
[ACT][CT][AC]GGGG.	3.87e-03	8	51	93	5361	cellular carbohydrate catabolism
[ACT][CT][AC]GGGG.	3.87e-03	8	51	93	5361	carbohydrate catabolism
[ACT][CT][AC]GGGG.	4.17e-03	13	156	93	5361	alcohol metabolism
[ACT][CT][AC]GGGG.	5.67e-03	10	91	93	5361	monosaccharide metabolism
TTTTTCA.	7.35e-55	54	205	84	5361	ribosome biogenesis
TTTTTCA.	2.01e-52	55	240	84	5361	cytoplasm organization and biogenesis
TTTTTCA.	2.01e-52	55	240	84	5361	ribosome biogenesis and assembly
TTTTTCA.	9.76e-52	53	216	84	5361	nucleolus
TTTTTCA.	2.58e-39	42	167	84	5361	rRNA metabolism
TTTTTCA.	2.51e-37	40	157	84	5361	rRNA processing
TTTTTCA.	3.34e-28	43	317	84	5361	RNA processing
TTTTTCA.	8.04e-28	48	443	84	5361	RNA metabolism
TTTTTCA.	3.68e-19	23	93	84	5361	nucleolar part
TTTTTCA.	1.45e-15	17	53	84	5361	small nucleolar ribonucleoprotein complex
TTTTTCA.	1.09e-14	13	25	84	5361	snoRNA binding
TTTTTCA.	1.90e-14	18	72	84	5361	35S primary transcript processing
TTTTTCA.	1.20e-12	14	42	84	5361	processing of 20S pre-rRNA
TTTTTCA.	3.47e-09	22	226	84	5361	RNA binding
TTTTTCA.	1.72e-08	9	21	84	5361	ribosomal large subunit biogenesis
TTTTTCA.	5.96e-06	8	26	84	5361	ATP-dependent RNA helicase activity
TTTTTCA.	5.96e-06	8	26	84	5361	RNA-dependent ATPase activity
TTTTTCA.	1.26e-05	9	40	84	5361	ribosomal large subunit assembly and maintenance
TTTTTCA.	4.51e-05	10	61	84	5361	ribosome assembly
TTTTTCA.	1.45e-04	9	52	84	5361	ribosomal subunit assembly
TTTTTCA.	3.01e-04	8	41	84	5361	RNA helicase activity
TTTTTCA.	4.46e-04	8	43	84	5361	ATP-dependent helicase activity
TTTTTCA.	5.13e-04	4	5	84	5361	Noc complex
TTTTTCA.	1.03e-03	6	21	84	5361	ribosome export from nucleus
TTTTTCA.	2.22e-03	21	421	84	5361	ribonucleoprotein complex
TTTTTCA.	2.74e-03	22	464	84	5361	nucleic acid binding
TTTTTCA.	5.16e-03	9	78	84	5361	helicase activity
TTTTTCA.	6.93e-03	4	8	84	5361	nucleolar preribosome
[ACT][AG]ACGCG[AT]	4.07e-08	15	107	79	5361	DNA replication
[ACT][AG]ACGCG[AT]	9.28e-08	19	203	79	5361	chromosome
[ACT][AG]ACGCG[AT]	3.82e-07	13	86	79	5361	DNA-dependent DNA replication
[ACT][AG]ACGCG[AT]	5.65e-06	9	39	79	5361	replication fork
[ACT][AG]ACGCG[AT]	4.51e-05	15	175	79	5361	chromosomal part
[ACT][AG]ACGCG[AT]	1.60e-04	14	165	79	5361	nuclear chromosome
[ACT][AG]ACGCG[AT]	2.57e-04	7	29	79	5361	DNA strand elongation
[ACT][AG]ACGCG[AT]	3.64e-04	6	19	79	5361	mitotic sister chromatid cohesion
[ACT][AG]ACGCG[AT]	5.15e-04	6	20	79	5361	lagging strand elongation
[ACT][AG]ACGCG[AT]	5.67e-03	6	29	79	5361	sister chromatid cohesion
[ACT][AG]ACGCG[AT]	6.10e-03	5	17	79	5361	replisome (sensu Eukaryota)
[ACT][AG]ACGCG[AT]	6.10e-03	5	17	79	5361	replisome
[ACT][AG]ACGCG[AT]	6.89e-03	20	442	79	5361	DNA metabolism
[AG]CCAAT[CG][AG]	2.32e-39	22	34	38	5361	oxidative phosphorylation
[AG]CCAAT[CG][AG]	3.08e-35	25	80	38	5361	mitochondrial membrane part
[AG]CCAAT[CG][AG]	8.91e-31	29	214	38	5361	generation of precursor metabolites and energy
[AG]CCAAT[CG][AG]	1.69e-29	26	150	38	5361	mitochondrial inner membrane
[AG]CCAAT[CG][AG]	5.07e-29	26	156	38	5361	organelle inner membrane
[AG]CCAAT[CG][AG]	8.45e-29	19	43	38	5361	hydrogen ion transporter activity
[AG]CCAAT[CG][AG]	4.34e-28	19	46	38	5361	monovalent inorganic cation transporter activity
[AG]CCAAT[CG][AG]	7.29e-26	15	22	38	5361	mitochondrial electron transport chain
[AG]CCAAT[CG][AG]	1.18e-25	31	410	38	5361	mitochondrial part
[AG]CCAAT[CG][AG]	1.65e-24	27	263	38	5361	mitochondrial envelope
[AG]CCAAT[CG][AG]	2.75e-24	26	232	38	5361	mitochondrial membrane
[AG]CCAAT[CG][AG]	1.99e-23	22	132	38	5361	phosphorylation
[AG]CCAAT[CG][AG]	1.41e-22	28	353	38	5361	envelope
[AG]CCAAT[CG][AG]	1.41e-22	28	353	38	5361	organelle envelope
[AG]CCAAT[CG][AG]	1.21e-21	21	132	38	5361	ion transporter activity
[AG]CCAAT[CG][AG]	2.39e-21	20	113	38	5361	cation transporter activity
[AG]CCAAT[CG][AG]	4.12e-21	13	21	38	5361	ATP synthesis coupled electron transport (sensu Eukaryota)
[AG]CCAAT[CG][AG]	4.12e-21	13	21	38	5361	ATP synthesis coupled electron transport
[AG]CCAAT[CG][AG]	3.88e-20	22	183	38	5361	phosphate metabolism
[AG]CCAAT[CG][AG]	3.88e-20	22	183	38	5361	phosphorus metabolism
[AG]CCAAT[CG][AG]	1.33e-18	13	29	38	5361	electron transport
[AG]CCAAT[CG][AG]	2.93e-16	17	112	38	5361	coenzyme metabolism
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	ATP synthesis coupled proton transport
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	ATP metabolism
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	hydrogen-translocating F-type ATPase complex
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	nucleoside phosphate metabolism
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	ATP biosynthesis
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	energy coupled proton transport, down electrochemical gradient
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	proton-transporting ATP synthase complex (sensu Eukaryota)
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	proton-transporting two-sector ATPase complex
[AG]CCAAT[CG][AG]	6.53e-15	9	12	38	5361	proton-transporting ATP synthase complex
[AG]CCAAT[CG][AG]	1.35e-14	17	139	38	5361	cofactor metabolism
[AG]CCAAT[CG][AG]	5.89e-14	9	14	38	5361	purine nucleoside triphosphate biosynthesis
[AG]CCAAT[CG][AG]	5.89e-14	9	14	38	5361	purine nucleoside triphosphate metabolism
[AG]CCAAT[CG][AG]	5.89e-14	9	14	38	5361	purine ribonucleoside triphosphate biosynthesis
[AG]CCAAT[CG][AG]	5.89e-14	9	14	38	5361	purine ribonucleoside triphosphate metabolism
[AG]CCAAT[CG][AG]	3.33e-13	9	16	38	5361	hydrogen transport
[AG]CCAAT[CG][AG]	3.33e-13	9	16	38	5361	ribonucleoside triphosphate metabolism
[AG]CCAAT[CG][AG]	3.33e-13	9	16	38	5361	ribonucleoside triphosphate biosynthesis
[AG]CCAAT[CG][AG]	3.33e-13	9	16	38	5361	proton transport
[AG]CCAAT[CG][AG]	4.61e-13	22	382	38	5361	transporter activity
[AG]CCAAT[CG][AG]	7.05e-13	9	17	38	5361	nucleoside triphosphate biosynthesis
[AG]CCAAT[CG][AG]	8.89e-13	19	252	38	5361	oxidoreductase activity
[AG]CCAAT[CG][AG]	1.40e-12	9	18	38	5361	nucleoside triphosphate metabolism
[AG]CCAAT[CG][AG]	1.68e-12	13	74	38	5361	aerobic respiration
[AG]CCAAT[CG][AG]	3.48e-12	13	78	38	5361	cellular respiration
[AG]CCAAT[CG][AG]	8.35e-12	9	21	38	5361	monovalent inorganic cation transport
[AG]CCAAT[CG][AG]	3.31e-11	7	9	38	5361	oxidoreductase activity, acting on heme group of donors
[AG]CCAAT[CG][AG]	3.31e-11	7	9	38	5361	hydrogen-transporting ATP synthase activity, rotational mechanism
[AG]CCAAT[CG][AG]	3.31e-11	7	9	38	5361	oxidoreductase activity, acting on heme group of donors, oxygen as acceptor
[AG]CCAAT[CG][AG]	3.31e-11	7	9	38	5361	cytochrome-c oxidase activity
[AG]CCAAT[CG][AG]	3.31e-11	7	9	38	5361	respiratory chain complex IV (sensu Eukaryota)
[AG]CCAAT[CG][AG]	3.31e-11	7	9	38	5361	heme-copper terminal oxidase activity
[AG]CCAAT[CG][AG]	3.31e-11	7	9	38	5361	respiratory chain complex IV
[AG]CCAAT[CG][AG]	5.46e-10	9	31	38	5361	purine ribonucleotide biosynthesis
[AG]CCAAT[CG][AG]	1.03e-09	9	33	38	5361	purine ribonucleotide metabolism
[AG]CCAAT[CG][AG]	1.03e-09	9	33	38	5361	ribonucleotide biosynthesis
[AG]CCAAT[CG][AG]	1.03e-09	9	33	38	5361	purine nucleotide biosynthesis
[AG]CCAAT[CG][AG]	1.87e-09	9	35	38	5361	group transfer coenzyme metabolism
[AG]CCAAT[CG][AG]	1.87e-09	9	35	38	5361	ribonucleotide metabolism
[AG]CCAAT[CG][AG]	2.49e-09	9	36	38	5361	purine nucleotide metabolism
[AG]CCAAT[CG][AG]	1.67e-08	14	184	38	5361	energy derivation by oxidation of organic compounds
[AG]CCAAT[CG][AG]	2.52e-08	5	5	38	5361	proton-transporting ATP synthase complex, catalytic core F(1)
[AG]CCAAT[CG][AG]	2.52e-08	5	5	38	5361	proton-transporting ATP synthase complex, catalytic core F(1) (sensu Eukaryota)
[AG]CCAAT[CG][AG]	4.18e-08	9	48	38	5361	nucleotide biosynthesis
[AG]CCAAT[CG][AG]	6.38e-08	11	98	38	5361	ion transport
[AG]CCAAT[CG][AG]	6.74e-08	7	20	38	5361	acetyl-CoA metabolism
[AG]CCAAT[CG][AG]	1.92e-07	10	80	38	5361	cation transport
[AG]CCAAT[CG][AG]	2.14e-07	9	57	38	5361	coenzyme biosynthesis
[AG]CCAAT[CG][AG]	2.47e-07	10	82	38	5361	nucleotide metabolism
[AG]CCAAT[CG][AG]	5.24e-07	5	7	38	5361	mitochondrial electron transport, cytochrome c to oxygen
[AG]CCAAT[CG][AG]	7.43e-07	6	15	38	5361	tricarboxylic acid cycle
[AG]CCAAT[CG][AG]	7.43e-07	6	15	38	5361	acetyl-CoA catabolism
[AG]CCAAT[CG][AG]	1.39e-06	5	8	38	5361	oxidoreductase activity, acting on diphenols and related substances as donors
[AG]CCAAT[CG][AG]	1.39e-06	5	8	38	5361	ubiquinol-cytochrome-c reductase activity
[AG]CCAAT[CG][AG]	1.39e-06	5	8	38	5361	oxidoreductase activity, acting on diphenols and related substances as donors, cytochrome as acceptor
[AG]CCAAT[CG][AG]	1.45e-06	9	70	38	5361	cofactor biosynthesis
[AG]CCAAT[CG][AG]	1.82e-06	6	17	38	5361	coenzyme catabolism
[AG]CCAAT[CG][AG]	2.71e-06	6	18	38	5361	cofactor catabolism
[AG]CCAAT[CG][AG]	3.11e-06	5	9	38	5361	respiratory chain complex III (sensu Eukaryota)
[AG]CCAAT[CG][AG]	3.11e-06	5	9	38	5361	ubiquinol-cytochrome-c reductase complex
[AG]CCAAT[CG][AG]	3.11e-06	5	9	38	5361	respiratory chain complex III
[AG]CCAAT[CG][AG]	2.73e-04	4	8	38	5361	mitochondrial electron transport, ubiquinol to cytochrome c
[AG]CCAAT[CG][AG]	6.02e-03	3	5	38	5361	proton-transporting ATP synthase complex, coupling factor F(o)
[AG]CCAAT[CG][AG]	6.02e-03	3	5	38	5361	oxidoreductase activity, acting on the CH-CH group of donors, quinone or related compound as acceptor
[AG]CCAAT[CG][AG]	6.02e-03	3	5	38	5361	proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukaryota)
[AG]CCAAT[CG][AG]	6.02e-03	3	5	38	5361	succinate dehydrogenase (ubiquinone) activity
.C[CT]C[CG]GC.	6.06e-44	48	152	111	5361	cytosolic ribosome (sensu Eukaryota)
.C[CT]C[CG]GC.	7.27e-41	48	173	111	5361	cytosolic part
.C[CT]C[CG]GC.	1.81e-35	47	206	111	5361	structural constituent of ribosome
.C[CT]C[CG]GC.	4.85e-32	48	256	111	5361	ribosome
.C[CT]C[CG]GC.	1.55e-30	50	307	111	5361	cytosol
.C[CT]C[CG]GC.	4.94e-26	47	322	111	5361	structural molecule activity
.C[CT]C[CG]GC.	1.32e-25	46	311	111	5361	translation
.C[CT]C[CG]GC.	1.02e-21	48	421	111	5361	ribonucleoprotein complex
.C[CT]C[CG]GC.	2.95e-21	25	76	111	5361	cytosolic large ribosomal subunit (sensu Eukaryota)
.C[CT]C[CG]GC.	1.22e-20	49	467	111	5361	protein biosynthesis
.C[CT]C[CG]GC.	2.21e-19	22	61	111	5361	eukaryotic 48S initiation complex
.C[CT]C[CG]GC.	2.21e-19	22	61	111	5361	cytosolic small ribosomal subunit (sensu Eukaryota)
.C[CT]C[CG]GC.	7.39e-18	22	70	111	5361	eukaryotic 43S preinitiation complex
.C[CT]C[CG]GC.	4.05e-16	25	117	111	5361	large ribosomal subunit
.C[CT]C[CG]GC.	9.22e-15	22	94	111	5361	small ribosomal subunit
[ACG]CG[CG][AG]C[GT][ACG]	5.92e-16	17	80	53	5361	mitochondrial membrane part
[ACG]CG[CG][AG]C[GT][ACG]	1.99e-13	12	34	53	5361	oxidative phosphorylation
[ACG]CG[CG][AG]C[GT][ACG]	4.00e-11	17	150	53	5361	mitochondrial inner membrane
[ACG]CG[CG][AG]C[GT][ACG]	7.79e-11	17	156	53	5361	organelle inner membrane
[ACG]CG[CG][AG]C[GT][ACG]	1.52e-10	24	410	53	5361	mitochondrial part
[ACG]CG[CG][AG]C[GT][ACG]	3.70e-10	9	22	53	5361	mitochondrial electron transport chain
[ACG]CG[CG][AG]C[GT][ACG]	4.57e-09	18	232	53	5361	mitochondrial membrane
[ACG]CG[CG][AG]C[GT][ACG]	1.01e-08	10	43	53	5361	hydrogen ion transporter activity
[ACG]CG[CG][AG]C[GT][ACG]	2.11e-08	10	46	53	5361	monovalent inorganic cation transporter activity
[ACG]CG[CG][AG]C[GT][ACG]	2.96e-08	14	132	53	5361	phosphorylation
[ACG]CG[CG][AG]C[GT][ACG]	3.88e-08	18	263	53	5361	mitochondrial envelope
[ACG]CG[CG][AG]C[GT][ACG]	1.77e-07	16	214	53	5361	generation of precursor metabolites and energy
[ACG]CG[CG][AG]C[GT][ACG]	2.09e-07	15	183	53	5361	phosphate metabolism
[ACG]CG[CG][AG]C[GT][ACG]	2.09e-07	15	183	53	5361	phosphorus metabolism
[ACG]CG[CG][AG]C[GT][ACG]	6.17e-07	19	353	53	5361	envelope
[ACG]CG[CG][AG]C[GT][ACG]	6.17e-07	19	353	53	5361	organelle envelope
[ACG]CG[CG][AG]C[GT][ACG]	1.19e-06	7	21	53	5361	ATP synthesis coupled electron transport (sensu Eukaryota)
[ACG]CG[CG][AG]C[GT][ACG]	1.19e-06	7	21	53	5361	ATP synthesis coupled electron transport
[ACG]CG[CG][AG]C[GT][ACG]	1.14e-05	12	139	53	5361	cofactor metabolism
[ACG]CG[CG][AG]C[GT][ACG]	1.50e-05	7	29	53	5361	electron transport
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	ATP synthesis coupled proton transport
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	ATP metabolism
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	hydrogen-translocating F-type ATPase complex
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	nucleoside phosphate metabolism
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	ATP biosynthesis
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	energy coupled proton transport, down electrochemical gradient
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	proton-transporting ATP synthase complex (sensu Eukaryota)
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	proton-transporting two-sector ATPase complex
[ACG]CG[CG][AG]C[GT][ACG]	1.08e-04	5	12	53	5361	proton-transporting ATP synthase complex
[ACG]CG[CG][AG]C[GT][ACG]	1.80e-04	10	112	53	5361	coenzyme metabolism
[ACG]CG[CG][AG]C[GT][ACG]	1.96e-04	10	113	53	5361	cation transporter activity
[ACG]CG[CG][AG]C[GT][ACG]	2.70e-04	5	14	53	5361	purine nucleoside triphosphate biosynthesis
[ACG]CG[CG][AG]C[GT][ACG]	2.70e-04	5	14	53	5361	purine nucleoside triphosphate metabolism
[ACG]CG[CG][AG]C[GT][ACG]	2.70e-04	5	14	53	5361	purine ribonucleoside triphosphate biosynthesis
[ACG]CG[CG][AG]C[GT][ACG]	2.70e-04	5	14	53	5361	purine ribonucleoside triphosphate metabolism
[ACG]CG[CG][AG]C[GT][ACG]	5.80e-04	5	16	53	5361	hydrogen transport
[ACG]CG[CG][AG]C[GT][ACG]	5.80e-04	5	16	53	5361	ribonucleoside triphosphate metabolism
[ACG]CG[CG][AG]C[GT][ACG]	5.80e-04	5	16	53	5361	ribonucleoside triphosphate biosynthesis
[ACG]CG[CG][AG]C[GT][ACG]	5.80e-04	5	16	53	5361	proton transport
[ACG]CG[CG][AG]C[GT][ACG]	8.16e-04	5	17	53	5361	nucleoside triphosphate biosynthesis
[ACG]CG[CG][AG]C[GT][ACG]	8.54e-04	10	132	53	5361	ion transporter activity
[ACG]CG[CG][AG]C[GT][ACG]	8.94e-04	8	74	53	5361	aerobic respiration
[ACG]CG[CG][AG]C[GT][ACG]	1.12e-03	5	18	53	5361	nucleoside triphosphate metabolism
[ACG]CG[CG][AG]C[GT][ACG]	1.35e-03	8	78	53	5361	cellular respiration
[ACG]CG[CG][AG]C[GT][ACG]	1.91e-03	4	9	53	5361	oxidoreductase activity, acting on heme group of donors
[ACG]CG[CG][AG]C[GT][ACG]	1.91e-03	4	9	53	5361	oxidoreductase activity, acting on heme group of donors, oxygen as acceptor
[ACG]CG[CG][AG]C[GT][ACG]	1.91e-03	4	9	53	5361	cytochrome-c oxidase activity
[ACG]CG[CG][AG]C[GT][ACG]	1.91e-03	4	9	53	5361	respiratory chain complex IV (sensu Eukaryota)
[ACG]CG[CG][AG]C[GT][ACG]	1.91e-03	4	9	53	5361	heme-copper terminal oxidase activity
[ACG]CG[CG][AG]C[GT][ACG]	1.91e-03	4	9	53	5361	respiratory chain complex IV
[ACG]CG[CG][AG]C[GT][ACG]	2.60e-03	5	21	53	5361	monovalent inorganic cation transport
[ACG][CG]G[CG][AT]CC[CGT]	1.46e-18	14	34	44	5361	oxidative phosphorylation
[ACG][CG]G[CG][AT]CC[CGT]	3.11e-14	15	80	44	5361	mitochondrial membrane part
[ACG][CG]G[CG][AT]CC[CGT]	4.34e-13	12	43	44	5361	hydrogen ion transporter activity
[ACG][CG]G[CG][AT]CC[CGT]	1.05e-12	17	150	44	5361	mitochondrial inner membrane
[ACG][CG]G[CG][AT]CC[CGT]	1.08e-12	12	46	44	5361	monovalent inorganic cation transporter activity
[ACG][CG]G[CG][AT]CC[CGT]	2.07e-12	17	156	44	5361	organelle inner membrane
[ACG][CG]G[CG][AT]CC[CGT]	6.04e-11	9	22	44	5361	mitochondrial electron transport chain
[ACG][CG]G[CG][AT]CC[CGT]	6.06e-11	19	263	44	5361	mitochondrial envelope
[ACG][CG]G[CG][AT]CC[CGT]	7.71e-11	15	132	44	5361	phosphorylation
[ACG][CG]G[CG][AT]CC[CGT]	1.03e-10	18	232	44	5361	mitochondrial membrane
[ACG][CG]G[CG][AT]CC[CGT]	4.32e-10	17	214	44	5361	generation of precursor metabolites and energy
[ACG][CG]G[CG][AT]CC[CGT]	1.05e-09	20	353	44	5361	envelope
[ACG][CG]G[CG][AT]CC[CGT]	1.05e-09	20	353	44	5361	organelle envelope
[ACG][CG]G[CG][AT]CC[CGT]	3.67e-09	8	21	44	5361	ATP synthesis coupled electron transport (sensu Eukaryota)
[ACG][CG]G[CG][AT]CC[CGT]	3.67e-09	8	21	44	5361	ATP synthesis coupled electron transport
[ACG][CG]G[CG][AT]CC[CGT]	1.01e-08	15	183	44	5361	phosphate metabolism
[ACG][CG]G[CG][AT]CC[CGT]	1.01e-08	15	183	44	5361	phosphorus metabolism
[ACG][CG]G[CG][AT]CC[CGT]	1.75e-08	20	410	44	5361	mitochondrial part
[ACG][CG]G[CG][AT]CC[CGT]	3.28e-08	6	9	44	5361	hydrogen-transporting ATP synthase activity, rotational mechanism
[ACG][CG]G[CG][AT]CC[CGT]	3.39e-08	13	132	44	5361	ion transporter activity
[ACG][CG]G[CG][AT]CC[CGT]	7.37e-08	8	29	44	5361	electron transport
[ACG][CG]G[CG][AT]CC[CGT]	9.45e-08	12	113	44	5361	cation transporter activity
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	ATP synthesis coupled proton transport
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	ATP metabolism
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	hydrogen-translocating F-type ATPase complex
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	nucleoside phosphate metabolism
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	ATP biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	energy coupled proton transport, down electrochemical gradient
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	proton-transporting ATP synthase complex (sensu Eukaryota)
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	proton-transporting two-sector ATPase complex
[ACG][CG]G[CG][AT]CC[CGT]	3.54e-07	6	12	44	5361	proton-transporting ATP synthase complex
[ACG][CG]G[CG][AT]CC[CGT]	1.14e-06	6	14	44	5361	purine nucleoside triphosphate biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	1.14e-06	6	14	44	5361	purine nucleoside triphosphate metabolism
[ACG][CG]G[CG][AT]CC[CGT]	1.14e-06	6	14	44	5361	purine ribonucleoside triphosphate biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	1.14e-06	6	14	44	5361	purine ribonucleoside triphosphate metabolism
[ACG][CG]G[CG][AT]CC[CGT]	2.99e-06	6	16	44	5361	hydrogen transport
[ACG][CG]G[CG][AT]CC[CGT]	2.99e-06	6	16	44	5361	ribonucleoside triphosphate metabolism
[ACG][CG]G[CG][AT]CC[CGT]	2.99e-06	6	16	44	5361	ribonucleoside triphosphate biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	2.99e-06	6	16	44	5361	proton transport
[ACG][CG]G[CG][AT]CC[CGT]	4.60e-06	6	17	44	5361	nucleoside triphosphate biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	6.86e-06	6	18	44	5361	nucleoside triphosphate metabolism
[ACG][CG]G[CG][AT]CC[CGT]	1.97e-05	6	21	44	5361	monovalent inorganic cation transport
[ACG][CG]G[CG][AT]CC[CGT]	2.68e-05	10	112	44	5361	coenzyme metabolism
[ACG][CG]G[CG][AT]CC[CGT]	3.93e-05	16	382	44	5361	transporter activity
[ACG][CG]G[CG][AT]CC[CGT]	2.15e-04	10	139	44	5361	cofactor metabolism
[ACG][CG]G[CG][AT]CC[CGT]	2.51e-04	6	31	44	5361	purine ribonucleotide biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	3.73e-04	6	33	44	5361	purine ribonucleotide metabolism
[ACG][CG]G[CG][AT]CC[CGT]	3.73e-04	6	33	44	5361	ribonucleotide biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	3.73e-04	6	33	44	5361	purine nucleotide biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	5.40e-04	6	35	44	5361	group transfer coenzyme metabolism
[ACG][CG]G[CG][AT]CC[CGT]	5.40e-04	6	35	44	5361	ribonucleotide metabolism
[ACG][CG]G[CG][AT]CC[CGT]	6.45e-04	6	36	44	5361	purine nucleotide metabolism
[ACG][CG]G[CG][AT]CC[CGT]	8.94e-04	4	9	44	5361	respiratory chain complex III (sensu Eukaryota)
[ACG][CG]G[CG][AT]CC[CGT]	8.94e-04	4	9	44	5361	ubiquinol-cytochrome-c reductase complex
[ACG][CG]G[CG][AT]CC[CGT]	8.94e-04	4	9	44	5361	respiratory chain complex III
[ACG][CG]G[CG][AT]CC[CGT]	1.78e-03	8	98	44	5361	ion transport
[ACG][CG]G[CG][AT]CC[CGT]	3.38e-03	7	74	44	5361	aerobic respiration
[ACG][CG]G[CG][AT]CC[CGT]	3.77e-03	6	48	44	5361	nucleotide biosynthesis
[ACG][CG]G[CG][AT]CC[CGT]	4.84e-03	7	78	44	5361	cellular respiration
[ACG][CG]G[CG][AT]CC[CGT]	5.75e-03	7	80	44	5361	cation transport
[ACG][CG]G[CG][AT]CC[CGT]	7.10e-03	11	252	44	5361	oxidoreductase activity
[ACG][CG]G[CG][AT]CC[CGT]	9.44e-03	3	5	44	5361	proton-transporting ATP synthase complex, coupling factor F(o)
[ACG][CG]G[CG][AT]CC[CGT]	9.44e-03	3	5	44	5361	proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukaryota)
[ACG][CG]G[CG][AT]CC[CGT]	9.44e-03	3	5	44	5361	proton-transporting ATP synthase complex, catalytic core F(1)
[ACG][CG]G[CG][AT]CC[CGT]	9.44e-03	3	5	44	5361	proton-transporting ATP synthase complex, catalytic core F(1) (sensu Eukaryota)
TCACG[ACT]G[CGT]	2.27e-11	9	32	27	5361	sulfur amino acid metabolism
TCACG[ACT]G[CGT]	1.10e-10	10	57	27	5361	sulfur metabolism
TCACG[ACT]G[CGT]	2.77e-08	12	179	27	5361	amino acid metabolism
TCACG[ACT]G[CGT]	7.65e-08	12	195	27	5361	amino acid and derivative metabolism
TCACG[ACT]G[CGT]	2.55e-07	12	216	27	5361	amine metabolism
TCACG[ACT]G[CGT]	6.51e-07	12	234	27	5361	nitrogen compound metabolism
TCACG[ACT]G[CGT]	1.00e-06	5	10	27	5361	sulfur amino acid biosynthesis
TCACG[ACT]G[CGT]	1.00e-06	5	10	27	5361	sulfur utilization
TCACG[ACT]G[CGT]	1.00e-06	5	10	27	5361	sulfate assimilation
TCACG[ACT]G[CGT]	1.59e-06	6	23	27	5361	methionine metabolism
TCACG[ACT]G[CGT]	9.09e-06	12	294	27	5361	carboxylic acid metabolism
TCACG[ACT]G[CGT]	9.09e-06	12	294	27	5361	organic acid metabolism
TCACG[ACT]G[CGT]	1.71e-05	5	16	27	5361	sulfur compound biosynthesis
TCACG[ACT]G[CGT]	4.29e-05	8	103	27	5361	amino acid biosynthesis
TCACG[ACT]G[CGT]	7.74e-05	6	42	27	5361	aspartate family amino acid metabolism
TCACG[ACT]G[CGT]	8.34e-05	8	112	27	5361	amine biosynthesis
TCACG[ACT]G[CGT]	8.34e-05	8	112	27	5361	nitrogen compound biosynthesis
TCACG[ACT]G[CGT]	4.18e-03	3	6	27	5361	methionine biosynthesis
[CGT][CGT]GGGCC.	9.13e-14	17	80	69	5361	mitochondrial membrane part
[CGT][CGT]GGGCC.	1.13e-13	13	34	69	5361	oxidative phosphorylation
[CGT][CGT]GGGCC.	9.20e-13	23	214	69	5361	generation of precursor metabolites and energy
[CGT][CGT]GGGCC.	6.64e-11	22	232	69	5361	mitochondrial membrane
[CGT][CGT]GGGCC.	9.05e-10	22	263	69	5361	mitochondrial envelope
[CGT][CGT]GGGCC.	4.57e-09	9	22	69	5361	mitochondrial electron transport chain
[CGT][CGT]GGGCC.	5.41e-09	11	43	69	5361	hydrogen ion transporter activity
[CGT][CGT]GGGCC.	1.22e-08	11	46	69	5361	monovalent inorganic cation transporter activity
[CGT][CGT]GGGCC.	1.99e-08	25	410	69	5361	mitochondrial part
[CGT][CGT]GGGCC.	1.64e-07	8	21	69	5361	ATP synthesis coupled electron transport (sensu Eukaryota)
[CGT][CGT]GGGCC.	1.64e-07	8	21	69	5361	ATP synthesis coupled electron transport
[CGT][CGT]GGGCC.	3.34e-07	22	353	69	5361	envelope
[CGT][CGT]GGGCC.	3.34e-07	22	353	69	5361	organelle envelope
[CGT][CGT]GGGCC.	7.16e-07	15	150	69	5361	mitochondrial inner membrane
[CGT][CGT]GGGCC.	1.25e-06	15	156	69	5361	organelle inner membrane
[CGT][CGT]GGGCC.	1.39e-06	16	184	69	5361	energy derivation by oxidation of organic compounds
[CGT][CGT]GGGCC.	2.88e-06	11	74	69	5361	aerobic respiration
[CGT][CGT]GGGCC.	3.19e-06	8	29	69	5361	electron transport
[CGT][CGT]GGGCC.	5.15e-06	11	78	69	5361	cellular respiration
[CGT][CGT]GGGCC.	1.49e-05	13	132	69	5361	phosphorylation
[CGT][CGT]GGGCC.	2.30e-05	12	112	69	5361	coenzyme metabolism
[CGT][CGT]GGGCC.	2.82e-05	13	139	69	5361	cofactor metabolism
[CGT][CGT]GGGCC.	3.07e-05	5	8	69	5361	oxidoreductase activity, acting on diphenols and related substances as donors
[CGT][CGT]GGGCC.	3.07e-05	5	8	69	5361	ubiquinol-cytochrome-c reductase activity
[CGT][CGT]GGGCC.	3.07e-05	5	8	69	5361	oxidoreductase activity, acting on diphenols and related substances as donors, cytochrome as acceptor
[CGT][CGT]GGGCC.	6.84e-05	5	9	69	5361	respiratory chain complex III (sensu Eukaryota)
[CGT][CGT]GGGCC.	6.84e-05	5	9	69	5361	ubiquinol-cytochrome-c reductase complex
[CGT][CGT]GGGCC.	6.84e-05	5	9	69	5361	respiratory chain complex III
[CGT][CGT]GGGCC.	1.48e-04	12	132	69	5361	ion transporter activity
[CGT][CGT]GGGCC.	2.70e-04	11	113	69	5361	cation transporter activity
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	ATP synthesis coupled proton transport
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	ATP metabolism
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	hydrogen-translocating F-type ATPase complex
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	nucleoside phosphate metabolism
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	ATP biosynthesis
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	energy coupled proton transport, down electrochemical gradient
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	proton-transporting ATP synthase complex (sensu Eukaryota)
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	proton-transporting two-sector ATPase complex
[CGT][CGT]GGGCC.	4.17e-04	5	12	69	5361	proton-transporting ATP synthase complex
[CGT][CGT]GGGCC.	7.49e-04	13	183	69	5361	phosphate metabolism
[CGT][CGT]GGGCC.	7.49e-04	13	183	69	5361	phosphorus metabolism
[CGT][CGT]GGGCC.	1.03e-03	5	14	69	5361	purine nucleoside triphosphate biosynthesis
[CGT][CGT]GGGCC.	1.03e-03	5	14	69	5361	purine nucleoside triphosphate metabolism
[CGT][CGT]GGGCC.	1.03e-03	5	14	69	5361	purine ribonucleoside triphosphate biosynthesis
[CGT][CGT]GGGCC.	1.03e-03	5	14	69	5361	purine ribonucleoside triphosphate metabolism
[CGT][CGT]GGGCC.	1.75e-03	13	197	69	5361	carbohydrate metabolism
[CGT][CGT]GGGCC.	2.21e-03	5	16	69	5361	hydrogen transport
[CGT][CGT]GGGCC.	2.21e-03	5	16	69	5361	ribonucleoside triphosphate metabolism
[CGT][CGT]GGGCC.	2.21e-03	5	16	69	5361	ribonucleoside triphosphate biosynthesis
[CGT][CGT]GGGCC.	2.21e-03	5	16	69	5361	proton transport
[CGT][CGT]GGGCC.	3.10e-03	5	17	69	5361	nucleoside triphosphate biosynthesis
[CGT][CGT]GGGCC.	3.13e-03	4	8	69	5361	mitochondrial electron transport, ubiquinol to cytochrome c
[CGT][CGT]GGGCC.	4.25e-03	5	18	69	5361	nucleoside triphosphate metabolism
[CGT][CGT]GGGCC.	4.90e-03	12	182	69	5361	cellular carbohydrate metabolism
[CGT][CGT]GGGCC.	5.59e-03	4	9	69	5361	hydrogen-transporting ATP synthase activity, rotational mechanism
[CGT][CGT]GGGCC.	9.79e-03	5	21	69	5361	monovalent inorganic cation transport