Protein

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Genbank accession

QFG12850.1 [GenBank]

Protein name

central tail fiber J

RBP type

Evidence Phold

Probability 1,00

Protein sequence

MQRPPSITSNESLLNYLKSLENRVNKVETKGTGTIGFVDEATGVETIIGALPDGTVGIQEFVNDITPPEQPSTPGVAAGISFLRVAWDGLDVLGGTPPKDYDRTIIEKSTDGVSDWVAVDEVYGNSASIIGNLPINAPTYFRLVSIDRNGNRSVPSATASGTPLFQSAETQALIDEAVQNAIDASNLASSKIKVYYQTASPALTGNTFGDLWFDTDAGNKVYLWNGSAWSSAQDTKIPALEDLASSKIKSYVQATSPALTGNTFGDTWYNTAEGNKIYVWTGSAWTSAQDAKIPAVESLASSKIKTYFQTAQPALTGNTFGDIWFDTDAGNKVHVWNGSAWFSAQDTKIPAIEELASSKIKSYFQSTSPALTGNTFGDTWYNTSEGNKIYIWNGSAWSSAQDAKIPAVESLASSKTKVYFQAASPALTGNTFGDTWFDTDDGNKPYVWTGSAWTNAQDQKIPAIESLASSKIRVYYQANSPALTGNTFGDTWFDTDDGNKPYVWTGSAWTNAQDQKIIAVDQVAASKTATFFQTSAPATTGRTKGDTWFDTDDGNRIWVWNGSAWTDAQDDAIAAAQQAAVDANNLASSKIKVYYQANSPALTGNTFGDTWFDTDAGNKPYVWNGSAWSSAQDASIAAANTLASSKTKTYYQSTSPALTGNIVGDTWFDTGNGNRISVWNGSAWTNAQDTAIAAANTLASSKIKVYYQSTSPALTGNTFGDTWFDTASGNKPYVWTGSTWTSAQDASIAAANTLASSKTRTYYQANSPALTGNTVGDTWFDTDAGNKIYVWNGSSWASAQDAAIVAANDLASSKIKVYFQTAQPAVTGNTFGDTWFDTDAGNKVYVWNGSAWTSAQDTSIATAQSTANSALTSANGKNKTYFQAASPALTGNVVGDTWFDTDDGNKIYVWNGSAWTDAQDDAITAAQQAANTAIQNAATADSKAVSATNIANSKNVILSAASAPATAGRIAGDTWFDTANGNKPYTFNGTSWVSVQDASIATAQGQANTALTTANGKTKTFITGTQPTATTVGDIWIDTANGNVIKTWEGSAWITRADAAIAAAQGTANTAVTNAATADSKAVSATNIANTKTKTYYQGTSPALTGNTAGDLWFDTSNGNKPYVWNGAWTSAQDASIATAQGQANTALTTANGKTKTFITGTQPTATTVGDIWIDTANGNVIKTWEGSSWVTRADAAIATAQSAANAAATAAATADGKAVTATNIANSKNVILSSASAPTSTGRVTGDTWFDTSNGNKPSVWNGTAWVSAQDASIASAQGTANTALTTANGKTKTFITGTQPTATTVGDIWIDTANGNVIKTWEGSSWVSRADTAIAAAQGAANTAISNAATADSKAVSATNIANSKNVIISSASAPATAGRVTGDTWFDTSNGNKPMVWNGSAWVSAQDASIATAQGTANSALTTANGKTKTYFQASSPALTGNVTGDIWFDTDDGNKVYVWNGSSWASARDSEISTALTSANGKNKTYYQAAQPSGGTYNTGDTWFDTDDNYKLYTYTGSVWQLAQDAIGAKDAAIAAAEAEVDRAFAASKTYLNPTSSMDDIQVLQGTPPTIVSSPTAAGGTAMQKTGAAHVWLHDNRAKQVFDPTALYRLSARVRVSASATNGGGRGFYWGFAGFAADGTTYVNAAGANSYSSQQWGIQNAQVPTDGNWVDYVTYVKGLSATTPTGAGTLSDPRKLHTDTRFVVPSMILDYSTGNGTWEVSHWSVDVVDDTAYQTAVSKSQSFYQTSMPSGGLYKTGDLWFDTDDGNKVYVHNGTTFVLAQDLDIQKSLSQAHTTDWDVNQPNKWAYTKYSKAISTGAPTYGDIAGLTGVTSLVPDATSIVSGQGDSYIGQIRTIVNVATTKTVSWTMTHDDGARVYVDGVSVYAGPVFTSNAAVSFSLTAGWHVIDIMWAEQAGGDGITAFTPLLNTQVTNMYAPVSLTDASATATTALTSANGKNKVIYSTSDASGTTGYVAGDTWFKKDASNVVIAQWEYSGSAWVSKTIGNTVIAALDAGKITSGYVDAARIQAGSVTADKLLIGDFTNLLDDPDFVTGTGWGIGGQASLAAISIGVEGQPTNALKMVANATTIDVINKNWITVQGGDRFYGEVWVKQDGNANTGNLHFGTTVQLADGTPAWPVFQQIACSTVPSGSSWLLIKGVAVMPTNAVKMVPRLSVRNDAVSGTIYFDRATVRRQNTAVTIADGTIQANSAIIANGAIGSAHIADLSVGTAEIADAAVKTAKIDDLAVTNAKIANATIDDAKIANLNAGKITAGTLDAARIGADTITGNHIAGGTITAAEMAAGSITASAIAAQSITATALAANSITATAIAADTITAGNIAAGAITGSELSAGSVSATAIAANSITATALAAQSITATALGAASITATALRAGAVSATAIAADTITAGQIASGAITAGELAAGSVTASAIAANSITATALAANSISATAIAADTITSGNIAAGAITSSELSVGSVSASALAANSITATALAANSITATAIAAGAISASAIAADTITSGQIASGAVTAAELSAGSITASALAANSITATALAAQSVSATAIASNTITAGQIAAGAITAGELAANSVTATAIKAGEVDATHLKANSITATAIGAGAISATAIAADTITAGQIATGAVTAGELAAGAVTASAIAANSITATALAAQSITATAIATDTITAGNIQAGAITGSELAAGSVSATAIAANSITATALAAQSITATALAAQSITATAIKANAITATAMAADSIRASAIRSGEITAAHLTAGLITASAMSAGSIKASALDVTVGGNQMVANSSFEVDSNGDGLADGWNTWARGAGDAGRVFTNTRVAGHFPGSVYAQRVESTTVTNTEQSSIQASQLFFINPGDKVTLSIYGRASVAGNFSVSLRCEDDLGAYKGDANFTAAFTTAVQRFSGVVTIPAGTTKAKVTVTTPGALTSGHWFEVDGIKAELGDVLSAWSPLSTELLPGTIVANMLAANAVTAASIAAGSITATALAAQSIGASAIKAGSITATAMAADSITASAIAAGAVTAQELAAGSITATAIAAGSITASALAAQSITATALGAQSISATAIGAGSITATALAAQSITATALAADSVTASAIRAGSVTADELAAGSVSATAIAANSITATALAAGSITATAIGAGSITASAIAAQSITATALGAQSVSATAIGAQSITATALAAQSITATALAAQSITASAIKSQSITATALAANSITATAIGAQQVTATKMLMTDMEELIPNPTFHPSGEPVTQGTVMLATSTPVSAGAPSAYVLKLSQRDTQPFSGVAGIPVKAGDQFYVEARVAAAATTTRVFNHYIFFSNSPTSGYSAVLSRSQAVTGTWTKHGFAFTVPSGYAYMKPYLQVETVGGDTVDKWEWYVANWSLRHQNTAELIVDGSIQGNHIKANNITASALAVGSITATALAAQSITATAMAAQSITATAIAAQSISATALAAQSITATAIAANSITASALAAGSITATAIGAGSITATAIGSQSITATALAAQSITATALAAQSIGASAIKAGSITATAMAADSITATAIAANAVTATELAAGSITATAIAANSITASALAAQSITATALAAGSITATAIAAQSITATALAAQSITATAIGAQSVGAEAIKAGSITATALAADSITATAIGAQQVTATELAAGSITATAIAAGSITASALAANSITATALAAGSVTASAIGANSITATALASESITATAIGAQQIGADKLIAQSITATALAAQSIGATALAAQSITATALGAQSITATAISAEAITASAIRAGAINATHLSANAITATAISASSLWADSSWLGVAGASQLKLVSSSAPSTALDPDGQLVENQTYSEINSQGFRVYNLATTSNAVSGNTVEEQKIIQLGTFDEDFFAINKAGVAQISMNADGKIAAQSLEIGTKDANAELKLNGIDLGPEIFMRPRGMMAWGQVPVNTNMSVASGGEIGLFEIAFDGMTEPARMYEFNVNNFLIDTGSAGTTGLRLRYTTNGTQPTISSPLIGFSYFRHETSGLTGTGHFTRLIGSNNGDYIRVLVSLYTGASWAKVYNGTGQNYLYSRVMDLGETIEPTAIASTAGGTPYTGTAYVPPAPAKVTKTVEWGYTGVRSYYNTSTTSGQAGGPFYNYNTGKAYQGLSPAGYGNLGSIYTFPNMTTTLSGSTINGVWIYVYFEHWYNGTGGKARIRLHGHTSPPSTYSLTTNGVDSASWPRGAGRWVALPSSLWDGFRTGTYEGFGLFGDGTYGTYGIANNARIRIKYTK

Physico‐chemical properties

protein length:	4266 AA
molecular weight:	432562,63540 Da
isoelectric point:	4,83537
aromaticity:	0,07361
hydropathy:	0,07196

Domains

Domains [InterPro]

DC_0308
STR
5–240

DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0582 DC_0853 PTHR36912 DC_1383 DC_1261

Coil
Unmapped
10–30

Coil DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 DC_0308 G3DSA:2.60.120.260 DC_1576 DC_0591 DC_1576 G3DSA:2.60.120.260 IPR002202 DC_1335 IPR002202 DC_2111

DC_1343
STR
2159–2292

DC_1343 DC_1576 DC_1343 DC_1383 DC_1343

DC_1631
STR
2827–3117

DC_1631 DC_1261

cd11614
Unmapped
3102–3157

cd11614

QFG12850.1

1 4266

Architecture

STR

ATT

STR

RBD

STR

RBD

STR

RBD

STR 5-1735 | STR 1744-1791 | STR 1842-2363 | STR 2387-3239 | ATT 3240-3513 | STR 3514-3604 | RBD 3605-3621 | STR 3622-3702 | RBD 3703-3730 | STR 3731-3878 | RBD 3879-4266

Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
DC_0308	STR	DC_0308	5	240	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
Coil	Unmapped	-	10	30	Coils	Coil	-	-	-	-
DC_0308	STR	DC_0308	238	296	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	294	353	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	350	409	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	406	466	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	462	528	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	518	581	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	574	641	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	636	701	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	692	752	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	748	812	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	805	867	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	861	942	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	924	1007	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1001	1075	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1066	1144	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1138	1221	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1199	1284	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1276	1355	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1338	1424	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1414	1478	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0308	STR	DC_0308	1474	1735	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
DC_0582	STR	DC_0582	1744	1791	Novel HMM	DC_0582	Central	Low	Positional only	49 proteins / 49 hits
DC_0853	STR	DC_0853	1842	2196	Novel HMM	DC_0853	Central	Low	Positional only	5 proteins / 5 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	2044	2204	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
DC_1343	STR	DC_1343	2159	2292	Novel HMM	DC_1343	Central	Low	Positional only	6 proteins / 6 hits
PTHR36912	Unmapped	-	2224	3599	PANTHER	ANTIGEN 332, DBL-LIKE PROTEIN-RELATED	-	-	-	-
DC_1576	STR	DC_1576	2267	2363	Novel HMM	DC_1576	Central	Low	Positional only	13 proteins / 13 hits
DC_0591	STR	DC_0591	2387	2491	Novel HMM	DC_0591	Central	Low	Positional only	18 proteins / 18 hits
DC_1576	STR	DC_1576	2484	2601	Novel HMM	DC_1576	Central	Low	Positional only	13 proteins / 13 hits
DC_1576	STR	DC_1576	2595	2703	Novel HMM	DC_1576	Central	Low	Positional only	13 proteins / 13 hits
DC_1343	STR	DC_1343	2691	2884	Novel HMM	DC_1343	Central	Low	Positional only	6 proteins / 6 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	2792	2952	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
DC_1631	STR	DC_1631	2827	3117	Novel HMM	DC_1631	Central	Low	Positional only	4 proteins / 4 hits
IPR002202	RBD	DC_0338	3031	3208	InterPro cluster	Hydroxymethylglutaryl-CoA reductase, class I/II	C-terminal	Low	Positional only	4 proteins / 6 hits
DC_1383	STR	DC_1383	3101	3180	Novel HMM	DC_1383	Central	Low	Positional only	21 proteins / 21 hits
cd11614	Unmapped	-	3102	3157	CDD	SAF_CpaB_FlgA_like	-	-	-	-
DC_1261	STR	DC_1261	3165	3264	Novel HMM	DC_1261	Central	Low	Positional only	37 proteins / 37 hits
DC_1335	ATT	DC_1335	3240	3513	Novel HMM	DC_1335	N-terminal	Low	Positional only	11 proteins / 11 hits
DC_1343	STR	DC_1343	3502	3604	Novel HMM	DC_1343	Central	Low	Positional only	6 proteins / 6 hits
IPR002202	RBD	DC_0338	3566	3798	InterPro cluster	Hydroxymethylglutaryl-CoA reductase, class I/II	C-terminal	Low	Positional only	4 proteins / 6 hits
DC_1383	STR	DC_1383	3622	3702	Novel HMM	DC_1383	Central	Low	Positional only	21 proteins / 21 hits
DC_1261	STR	DC_1261	3731	3878	Novel HMM	DC_1261	Central	Low	Positional only	37 proteins / 37 hits
DC_2111	RBD	DC_2111	3836	4266	Novel HMM	DC_2111	C-terminal	Low	Positional only	37 proteins / 37 hits

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Arthrobacter phage Mimi [NCBI]	2599830	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	No host information

Coding sequence (CDS)

Genbank protein accession

QFG12850.1 [NCBI]

Genbank nucleotide accession

MN234211.2 [NCBI]

CDS location

range 63072 -> 75872
strand +

CDS

ATGCAGCGCCCACCTTCAATTACTTCTAACGAATCTCTTCTTAACTACCTCAAGAGTCTAGAAAACCGTGTCAACAAGGTGGAAACCAAGGGCACAGGTACCATCGGGTTTGTCGATGAAGCTACGGGCGTTGAAACAATCATTGGTGCTCTCCCTGACGGGACTGTCGGTATTCAGGAGTTTGTCAATGACATCACTCCTCCTGAGCAGCCGTCTACTCCCGGTGTAGCTGCCGGTATCTCCTTCCTTCGTGTCGCATGGGACGGTCTGGATGTCCTTGGTGGAACCCCACCTAAGGATTATGACAGAACCATCATCGAAAAGTCAACTGACGGTGTTAGCGACTGGGTTGCCGTTGACGAGGTGTACGGAAACTCCGCGTCCATTATCGGCAACCTCCCTATCAACGCGCCTACCTACTTCCGTCTGGTGTCCATTGACCGCAACGGAAACCGCTCCGTCCCGTCTGCAACAGCTTCCGGAACCCCTCTCTTCCAGAGCGCCGAAACTCAGGCCCTCATTGATGAAGCTGTGCAGAATGCCATTGACGCCAGCAACCTTGCTTCCTCCAAAATCAAAGTATACTACCAGACTGCCAGCCCTGCTCTGACAGGTAACACCTTTGGCGACCTGTGGTTTGACACAGATGCAGGCAATAAGGTATACCTCTGGAACGGAAGTGCGTGGTCGTCCGCTCAGGACACAAAGATTCCTGCCCTTGAGGATCTTGCCTCTTCCAAGATCAAGTCCTATGTTCAGGCAACTTCCCCTGCCCTCACCGGAAACACTTTTGGTGACACATGGTACAACACCGCTGAGGGAAACAAGATCTATGTCTGGACCGGAAGTGCTTGGACATCCGCTCAGGACGCCAAGATTCCAGCGGTTGAAAGCCTTGCCTCTTCAAAGATCAAGACCTACTTCCAGACTGCACAGCCAGCACTAACAGGCAACACCTTCGGTGACATCTGGTTCGACACCGACGCTGGAAACAAGGTCCACGTCTGGAACGGTTCAGCGTGGTTCTCTGCACAGGATACAAAGATTCCTGCTATCGAAGAACTTGCCAGCTCTAAGATCAAATCATACTTCCAATCTACATCTCCTGCTTTGACAGGGAACACTTTCGGTGATACATGGTACAACACCTCCGAAGGTAACAAAATCTACATCTGGAACGGTTCTGCGTGGTCTTCTGCACAGGACGCTAAGATTCCTGCTGTAGAGAGTCTAGCATCCTCCAAGACTAAAGTCTACTTCCAAGCTGCTTCTCCTGCCCTCACCGGAAACACTTTCGGTGACACATGGTTTGATACCGACGACGGCAATAAGCCTTATGTCTGGACAGGCTCAGCTTGGACAAATGCACAGGATCAGAAGATCCCTGCCATTGAGAGTCTAGCATCTTCGAAGATCCGTGTCTACTACCAAGCCAACAGCCCAGCCCTCACAGGCAACACCTTCGGTGACACATGGTTCGATACAGACGACGGCAACAAGCCGTACGTTTGGACCGGTAGCGCATGGACCAACGCACAGGACCAGAAGATCATTGCTGTCGATCAGGTTGCTGCCTCAAAGACTGCTACATTCTTTCAGACCTCCGCTCCTGCCACAACCGGCAGGACCAAGGGTGATACATGGTTCGATACTGACGATGGAAACCGCATCTGGGTCTGGAACGGCTCTGCGTGGACCGATGCACAGGATGATGCAATCGCTGCTGCCCAGCAGGCGGCTGTCGATGCAAACAACCTCGCCTCTTCCAAGATCAAGGTCTACTACCAAGCCAACAGCCCAGCTCTCACCGGAAACACCTTCGGTGATACTTGGTTTGACACTGATGCGGGTAACAAGCCTTACGTCTGGAATGGGTCGGCATGGTCATCCGCTCAGGACGCCTCCATTGCTGCCGCCAACACTCTTGCGTCGTCTAAGACCAAAACATACTACCAGTCCACCTCTCCTGCCCTCACAGGCAACATTGTCGGTGACACTTGGTTTGACACCGGTAACGGTAACCGTATTTCTGTATGGAACGGGTCCGCTTGGACCAACGCTCAGGATACTGCGATTGCTGCTGCCAACACTCTAGCATCTTCCAAGATCAAAGTCTACTACCAGTCCACGTCTCCTGCTTTGACAGGGAACACTTTCGGTGATACGTGGTTTGACACAGCATCCGGAAACAAGCCGTATGTGTGGACAGGATCAACATGGACCAGCGCACAGGACGCCTCCATTGCTGCCGCCAACACTCTGGCTTCGTCAAAGACCAGAACATACTACCAAGCCAACAGCCCTGCTCTGACGGGAAACACTGTAGGCGATACTTGGTTTGACACTGACGCTGGTAACAAGATTTATGTATGGAACGGATCATCTTGGGCCAGTGCTCAGGATGCTGCCATTGTTGCGGCCAACGACCTTGCTTCTTCAAAGATCAAGGTGTACTTCCAGACTGCACAGCCAGCCGTCACCGGAAACACCTTCGGTGATACTTGGTTTGACACAGATGCAGGTAACAAAGTATATGTATGGAACGGTTCTGCTTGGACCTCCGCGCAGGATACCTCCATTGCGACTGCCCAGAGCACTGCCAACTCTGCACTTACTTCCGCCAACGGCAAGAACAAGACCTACTTCCAAGCAGCGTCTCCGGCTCTGACCGGTAATGTTGTTGGCGATACATGGTTCGACACCGACGACGGCAATAAGATCTACGTGTGGAATGGCTCTGCATGGACGGATGCTCAGGATGACGCCATTACTGCTGCCCAGCAGGCCGCAAACACCGCCATCCAGAATGCCGCTACCGCAGATTCTAAGGCTGTCTCAGCAACAAACATTGCCAACAGCAAGAATGTTATCCTATCTGCTGCCTCAGCGCCAGCCACAGCCGGAAGAATCGCCGGAGATACATGGTTTGACACTGCCAATGGCAATAAGCCATACACTTTCAACGGAACCTCTTGGGTATCTGTTCAGGACGCGTCCATTGCCACAGCTCAGGGTCAGGCAAACACAGCCCTCACAACAGCAAACGGCAAGACCAAGACGTTCATCACTGGCACTCAACCGACCGCGACAACTGTTGGTGACATCTGGATCGACACCGCCAATGGCAACGTCATCAAAACGTGGGAAGGCTCAGCGTGGATCACTCGTGCTGATGCCGCGATTGCTGCTGCCCAAGGAACTGCTAACACTGCCGTAACAAACGCCGCAACAGCAGACTCAAAAGCTGTCTCCGCGACAAACATTGCAAACACTAAGACAAAGACGTACTATCAGGGTACGTCTCCAGCTCTTACCGGAAACACAGCCGGAGATCTGTGGTTTGACACTTCCAATGGAAATAAGCCATACGTCTGGAACGGTGCTTGGACCTCCGCACAGGATGCGTCCATTGCCACAGCTCAGGGTCAGGCCAATACTGCGCTTACTACTGCCAACGGTAAGACTAAAACCTTTATCACAGGCACACAGCCGACAGCTACAACAGTCGGTGACATCTGGATTGATACAGCCAACGGTAACGTCATCAAGACATGGGAGGGTTCTTCGTGGGTTACTCGCGCTGACGCTGCCATTGCCACAGCGCAGAGCGCTGCCAACGCTGCTGCTACTGCCGCTGCAACGGCTGACGGTAAGGCTGTAACGGCCACAAACATTGCCAACAGCAAGAACGTCATCCTGTCTTCCGCAAGCGCTCCTACGTCCACTGGACGCGTTACAGGGGATACTTGGTTTGACACCTCCAACGGTAACAAGCCGAGTGTATGGAATGGTACCGCTTGGGTCTCTGCACAGGACGCCTCTATCGCTTCCGCACAGGGAACAGCTAACACTGCCCTTACCACAGCTAACGGTAAAACCAAAACCTTTATCACAGGAACCCAGCCTACTGCAACTACAGTAGGTGACATCTGGATCGATACAGCTAACGGCAATGTTATCAAGACTTGGGAAGGCTCCTCTTGGGTGTCCCGAGCTGACACCGCAATTGCCGCTGCTCAGGGAGCTGCCAATACGGCTATCTCCAACGCGGCCACAGCAGATTCCAAGGCTGTTTCCGCCACTAACATTGCTAACAGCAAGAATGTTATCATCTCATCTGCCTCAGCACCAGCAACAGCAGGTCGAGTAACAGGTGACACATGGTTCGACACCTCCAACGGCAACAAGCCTATGGTGTGGAACGGTTCGGCATGGGTGTCTGCTCAGGACGCTTCCATTGCTACAGCACAGGGCACCGCTAACTCTGCCCTGACAACTGCCAATGGTAAGACTAAGACTTACTTCCAAGCCTCCAGCCCTGCTCTGACGGGTAACGTCACCGGAGATATCTGGTTTGACACTGACGACGGAAACAAGGTATATGTCTGGAACGGATCTTCATGGGCTTCCGCTCGTGACTCTGAGATCAGCACAGCTCTGACTTCTGCCAACGGTAAGAACAAGACCTACTACCAAGCTGCCCAGCCATCCGGCGGTACCTACAACACAGGTGACACTTGGTTCGACACTGACGATAACTACAAACTGTACACATACACAGGTTCAGTGTGGCAACTCGCTCAGGACGCCATCGGTGCCAAGGATGCTGCTATCGCTGCGGCTGAGGCCGAAGTTGACAGGGCATTCGCTGCCTCAAAGACTTACCTCAACCCTACATCATCGATGGACGACATTCAAGTCCTTCAGGGTACTCCTCCTACAATCGTCAGCTCCCCGACTGCTGCCGGTGGAACTGCCATGCAGAAGACTGGAGCAGCCCACGTATGGCTTCACGACAACAGGGCTAAGCAGGTCTTTGACCCTACGGCCCTATACCGACTGTCTGCCCGAGTCCGTGTCAGCGCTTCCGCAACCAATGGTGGAGGTAGGGGATTCTACTGGGGCTTCGCCGGATTTGCTGCCGATGGTACAACCTACGTCAACGCTGCCGGTGCTAACTCCTACAGCAGCCAGCAGTGGGGCATCCAGAACGCTCAGGTTCCAACAGACGGAAACTGGGTTGACTATGTAACCTACGTCAAGGGACTATCTGCTACAACACCTACCGGAGCCGGAACACTTTCTGATCCTAGGAAGCTACACACCGATACCCGTTTTGTTGTTCCGTCCATGATTCTGGACTACAGCACTGGTAACGGTACATGGGAAGTTTCCCACTGGTCTGTCGATGTTGTAGATGACACAGCCTACCAGACTGCTGTCAGCAAGAGCCAGAGCTTCTACCAGACATCCATGCCTTCCGGAGGACTTTACAAGACCGGTGATCTGTGGTTTGATACTGATGATGGAAACAAGGTCTACGTCCACAACGGAACTACCTTTGTTCTGGCACAGGACCTCGACATCCAGAAGAGCCTGTCACAGGCACACACTACTGACTGGGATGTAAACCAGCCTAACAAGTGGGCCTACACTAAGTACTCCAAGGCAATCTCTACCGGTGCACCTACCTACGGAGATATCGCTGGGCTTACCGGTGTTACATCTCTTGTCCCCGACGCAACCAGCATTGTCTCCGGTCAGGGTGACAGCTACATCGGCCAGATCAGGACCATCGTCAACGTAGCAACCACAAAGACTGTTTCATGGACTATGACTCATGATGACGGTGCACGCGTATACGTCGATGGTGTATCAGTATACGCCGGACCTGTTTTCACGTCCAACGCTGCTGTTAGCTTCTCGCTGACTGCTGGATGGCATGTCATCGACATTATGTGGGCTGAGCAGGCCGGTGGAGATGGAATCACCGCGTTCACACCACTTCTGAACACTCAGGTGACAAACATGTACGCCCCTGTCTCCTTGACAGACGCGTCTGCAACTGCTACCACCGCTTTGACCTCTGCCAACGGCAAGAACAAGGTCATCTACTCTACCTCAGATGCTTCCGGAACAACAGGGTACGTAGCTGGAGATACTTGGTTCAAGAAGGACGCCTCTAACGTTGTCATTGCTCAATGGGAGTACTCCGGATCGGCTTGGGTCTCTAAGACTATCGGAAACACTGTAATCGCGGCACTTGATGCTGGAAAGATTACGTCAGGTTACGTTGATGCTGCCAGAATTCAGGCTGGGTCGGTAACTGCTGATAAGCTTCTCATCGGAGACTTTACAAACCTTCTTGACGATCCCGACTTCGTAACAGGAACGGGATGGGGTATCGGCGGTCAGGCCTCTCTAGCTGCCATCTCCATCGGTGTTGAGGGACAGCCTACCAATGCCCTTAAGATGGTTGCAAACGCAACCACCATTGATGTTATTAACAAGAACTGGATCACGGTTCAGGGTGGTGACAGGTTCTATGGTGAAGTTTGGGTAAAGCAGGACGGAAACGCAAACACTGGTAACCTCCACTTCGGAACGACTGTACAACTAGCTGACGGAACACCCGCGTGGCCTGTGTTCCAGCAGATTGCATGCTCTACCGTACCAAGCGGAAGCTCTTGGCTTTTGATCAAGGGTGTCGCAGTCATGCCGACAAACGCTGTCAAGATGGTCCCAAGGCTTTCTGTCAGGAATGACGCAGTTAGCGGCACTATCTATTTCGATAGGGCAACTGTACGTCGCCAGAACACTGCTGTGACAATTGCAGATGGAACAATTCAGGCAAACTCTGCTATCATTGCAAACGGTGCAATCGGGTCTGCCCACATTGCTGACCTTTCTGTTGGAACAGCAGAGATCGCTGATGCCGCTGTCAAGACAGCAAAGATCGATGATCTGGCTGTCACTAACGCCAAGATCGCGAACGCTACCATTGATGATGCCAAGATTGCAAACCTCAATGCCGGAAAGATCACTGCCGGTACTCTGGATGCTGCCCGAATTGGTGCTGACACCATTACAGGTAACCACATTGCCGGTGGAACTATCACAGCCGCAGAGATGGCCGCTGGAAGCATCACAGCGTCTGCAATCGCCGCACAATCCATCACAGCCACTGCTCTTGCCGCCAACAGCATCACAGCAACTGCTATAGCTGCTGACACAATCACAGCAGGAAACATTGCTGCTGGAGCGATTACAGGTTCCGAACTATCGGCAGGGTCAGTTTCTGCAACAGCGATTGCGGCAAACTCTATCACAGCTACAGCCCTAGCTGCCCAGAGCATCACTGCTACAGCTCTTGGTGCCGCGAGCATCACAGCAACAGCCCTACGCGCTGGTGCCGTCAGTGCAACTGCTATCGCTGCTGACACGATCACTGCTGGACAGATCGCCTCCGGAGCTATCACAGCCGGTGAGCTTGCTGCCGGAAGCGTCACTGCTTCTGCTATCGCTGCTAACTCTATTACAGCAACAGCATTGGCCGCAAACTCTATCTCTGCTACTGCTATCGCTGCTGACACTATTACTTCAGGAAATATCGCGGCTGGGGCTATCACCTCATCCGAGCTTTCCGTTGGATCTGTGTCTGCATCCGCGCTGGCCGCAAACTCTATCACAGCAACAGCACTAGCTGCAAACTCCATTACGGCCACAGCCATTGCTGCCGGAGCAATTAGCGCTTCTGCTATCGCGGCTGATACAATCACTTCTGGTCAGATTGCATCCGGAGCTGTCACTGCTGCCGAACTGTCTGCTGGATCAATCACAGCCAGCGCACTTGCCGCCAACAGCATCACAGCTACAGCGCTTGCCGCACAGTCTGTAAGCGCCACAGCGATTGCTTCTAACACTATCACAGCAGGTCAGATTGCTGCCGGTGCCATCACAGCAGGGGAGCTTGCAGCTAACTCTGTCACCGCTACTGCCATCAAGGCAGGAGAGGTTGACGCGACCCACCTGAAGGCTAACAGCATCACTGCTACGGCCATCGGTGCCGGAGCCATTAGTGCTACCGCGATTGCTGCTGACACCATTACAGCCGGTCAGATTGCAACCGGAGCTGTGACTGCTGGTGAGCTTGCTGCTGGAGCCGTGACGGCCTCAGCAATCGCCGCAAACAGCATCACAGCCACGGCTCTAGCCGCCCAGAGTATCACTGCCACTGCAATTGCCACAGATACCATCACTGCTGGAAACATCCAAGCAGGGGCCATTACAGGTTCCGAGCTTGCTGCCGGATCTGTCTCTGCTACAGCCATTGCCGCCAACAGCATCACTGCTACCGCACTTGCTGCCCAGTCGATCACAGCTACTGCTCTTGCCGCACAATCTATCACGGCAACTGCAATCAAAGCAAACGCCATTACCGCTACCGCCATGGCCGCTGACTCCATTCGAGCCAGTGCCATTAGGTCGGGAGAAATCACCGCTGCCCACCTGACTGCCGGACTCATTACTGCATCCGCCATGTCGGCTGGAAGCATCAAGGCTTCCGCTCTTGACGTAACAGTTGGCGGAAACCAGATGGTCGCCAACTCCTCGTTTGAGGTAGACTCCAATGGAGACGGTCTGGCCGATGGCTGGAACACATGGGCACGTGGTGCCGGTGACGCTGGTCGTGTTTTCACCAACACTCGTGTTGCTGGACACTTCCCCGGATCTGTCTACGCTCAGAGGGTTGAAAGCACAACTGTAACAAACACTGAACAGTCCTCTATTCAGGCTTCACAGTTGTTCTTTATCAATCCGGGTGATAAGGTTACTCTAAGCATCTATGGTCGTGCCAGCGTTGCAGGCAACTTCTCCGTCTCCCTGAGGTGTGAAGATGACCTCGGAGCATACAAGGGTGACGCAAACTTCACTGCGGCATTTACAACCGCCGTACAGCGTTTCTCTGGCGTCGTAACCATCCCTGCCGGTACCACTAAGGCAAAGGTGACCGTCACCACTCCGGGAGCGCTGACAAGCGGACACTGGTTTGAAGTTGACGGAATCAAAGCTGAACTCGGTGACGTTCTCTCCGCATGGAGTCCGCTGTCTACCGAGCTTCTTCCGGGCACCATCGTAGCCAACATGCTTGCGGCCAACGCTGTTACTGCTGCATCCATTGCCGCTGGTAGCATCACCGCTACAGCTCTCGCTGCCCAGTCCATCGGAGCAAGCGCAATCAAGGCCGGAAGCATCACAGCTACCGCAATGGCCGCTGATTCTATCACAGCCTCAGCAATTGCGGCAGGAGCTGTCACGGCTCAGGAGCTTGCTGCTGGGTCCATCACCGCTACTGCAATTGCGGCTGGATCGATCACAGCCAGTGCCCTCGCTGCTCAGTCCATTACCGCTACTGCCCTTGGCGCACAGTCCATCTCCGCTACTGCAATCGGTGCTGGAAGCATTACAGCAACGGCTCTGGCGGCACAGTCCATCACTGCAACTGCGCTCGCTGCCGACTCTGTAACTGCATCCGCCATCCGTGCCGGAAGCGTGACAGCCGACGAGCTTGCTGCCGGATCTGTCTCTGCTACAGCCATTGCCGCCAACAGCATCACAGCCACTGCTCTAGCTGCCGGTTCCATCACAGCTACAGCCATCGGTGCCGGATCGATCACCGCTTCAGCTATCGCCGCCCAGAGCATCACGGCGACGGCTCTTGGTGCACAGTCTGTCTCTGCTACCGCCATTGGTGCGCAGAGCATCACTGCTACCGCACTTGCTGCTCAATCTATCACAGCAACTGCCCTTGCTGCTCAAAGCATCACTGCTTCAGCGATCAAGTCCCAGAGCATCACAGCTACTGCTCTTGCCGCTAACTCTATCACGGCTACGGCTATTGGAGCACAGCAGGTTACTGCTACCAAGATGCTCATGACCGACATGGAAGAGCTTATCCCTAACCCGACCTTCCACCCTAGCGGTGAGCCGGTCACTCAGGGTACAGTCATGCTGGCCACATCGACTCCGGTGTCTGCCGGTGCTCCGTCAGCCTATGTTCTGAAGCTAAGCCAGAGGGATACTCAGCCATTCTCCGGGGTAGCTGGTATTCCTGTCAAGGCTGGAGATCAGTTCTACGTTGAGGCTAGGGTTGCCGCTGCGGCCACAACCACCAGAGTATTCAACCACTACATTTTCTTCTCCAACTCACCTACCAGCGGATATTCAGCCGTTCTCTCTAGGAGTCAAGCTGTAACAGGTACATGGACTAAGCACGGATTCGCCTTCACGGTTCCTTCCGGCTACGCGTACATGAAGCCATACCTTCAGGTTGAGACTGTTGGCGGAGATACAGTTGACAAGTGGGAATGGTATGTAGCAAACTGGTCCCTGAGGCACCAAAACACAGCAGAGCTTATTGTTGATGGTTCCATCCAAGGTAACCACATCAAGGCAAACAACATCACGGCGTCTGCCCTTGCTGTTGGTTCTATCACTGCTACAGCTCTTGCTGCTCAGAGCATTACTGCAACTGCCATGGCGGCTCAGTCGATCACTGCTACCGCTATTGCGGCACAGTCGATCAGCGCTACAGCACTGGCCGCACAGAGCATCACAGCAACAGCTATCGCCGCTAACTCTATCACAGCGAGCGCACTGGCGGCAGGAAGCATCACAGCAACCGCCATCGGTGCTGGGTCTATTACGGCTACCGCTATCGGTTCTCAGAGCATCACAGCTACAGCTCTAGCGGCCCAGAGCATTACTGCTACCGCACTCGCTGCTCAGTCCATCGGTGCCTCTGCCATTAAGGCAGGAAGCATTACAGCCACTGCCATGGCTGCTGACTCTATCACGGCTACCGCTATCGCTGCAAACGCTGTTACAGCCACGGAACTGGCTGCTGGTAGTATCACAGCAACTGCTATCGCTGCAAACTCTATCACAGCCAGCGCACTTGCCGCGCAGAGCATCACAGCCACTGCCCTCGCTGCTGGAAGCATCACAGCAACCGCTATCGCTGCCCAGAGCATTACAGCTACAGCGCTGGCCGCTCAGAGTATTACCGCGACGGCGATTGGCGCTCAGTCTGTAGGAGCTGAAGCGATCAAGGCTGGTAGCATCACTGCTACGGCTCTTGCTGCTGACTCCATCACAGCTACAGCCATCGGTGCACAGCAGGTTACGGCAACAGAGCTTGCCGCTGGGTCCATCACAGCAACCGCTATCGCTGCGGGAAGCATTACAGCGTCTGCTCTAGCCGCCAATAGCATTACTGCTACTGCGCTGGCCGCTGGATCGGTTACTGCATCTGCAATCGGTGCTAACTCCATCACGGCGACAGCTCTTGCTTCTGAGTCCATCACAGCTACAGCAATCGGTGCACAGCAGATCGGTGCTGACAAGCTGATTGCACAGAGTATTACTGCTACGGCTCTTGCTGCCCAGTCCATCGGAGCCACAGCACTCGCTGCTCAGAGTATCACAGCTACAGCTCTCGGTGCTCAGAGCATTACAGCGACAGCGATCTCCGCTGAGGCTATTACTGCGTCTGCCATTAGGGCCGGAGCTATCAACGCTACTCACCTGTCCGCTAACGCTATCACAGCCACAGCAATCAGTGCAAGTAGCCTGTGGGCTGACTCCTCGTGGCTAGGGGTTGCTGGAGCAAGCCAGTTGAAGCTGGTAAGCTCTTCTGCGCCATCAACTGCACTAGATCCTGATGGACAGTTGGTGGAGAACCAGACCTATTCTGAGATCAACTCCCAAGGATTCAGGGTATACAACCTAGCCACTACAAGCAATGCTGTTAGTGGTAACACTGTTGAAGAGCAGAAAATCATTCAGCTTGGTACCTTTGATGAAGACTTCTTTGCAATCAATAAGGCCGGTGTCGCGCAGATCTCCATGAACGCTGACGGTAAAATTGCTGCTCAGTCTCTTGAGATCGGAACCAAGGACGCCAATGCTGAACTGAAACTCAACGGAATTGATCTAGGGCCGGAAATCTTTATGCGCCCTCGCGGAATGATGGCATGGGGTCAGGTGCCGGTCAACACCAACATGTCCGTGGCATCTGGTGGGGAGATCGGTCTTTTTGAAATAGCCTTTGACGGTATGACAGAGCCAGCCAGAATGTATGAATTCAACGTTAATAACTTCCTGATCGACACCGGAAGTGCCGGAACTACTGGTCTGCGCCTCAGGTATACAACAAACGGTACGCAGCCTACTATTAGCTCTCCTCTGATTGGATTCAGCTATTTCCGTCACGAAACCAGTGGTCTTACAGGTACCGGACACTTCACACGTCTCATTGGATCGAACAACGGTGATTACATCCGAGTTCTTGTTTCCCTATACACTGGTGCATCGTGGGCTAAGGTCTACAACGGAACCGGACAGAACTACCTCTACAGCCGAGTTATGGACCTTGGCGAGACTATTGAACCTACTGCAATTGCCTCAACGGCTGGCGGTACACCTTACACCGGAACAGCATATGTTCCTCCTGCACCTGCTAAGGTCACCAAGACTGTTGAGTGGGGTTACACCGGAGTGAGATCATACTACAACACCTCAACCACCTCAGGTCAGGCAGGAGGGCCATTCTACAACTACAACACCGGTAAGGCGTATCAGGGTCTGTCTCCCGCAGGGTACGGAAACCTCGGCTCTATTTACACGTTCCCGAATATGACAACCACGCTCAGCGGATCAACGATCAACGGAGTATGGATCTACGTCTACTTCGAACACTGGTACAACGGTACCGGTGGTAAGGCAAGAATCAGGCTCCACGGCCACACCAGCCCGCCGTCCACGTACTCCTTGACAACTAACGGCGTGGACTCAGCGTCATGGCCTCGTGGTGCAGGACGATGGGTAGCTCTTCCCAGCAGCCTATGGGACGGATTCAGGACCGGAACGTACGAAGGTTTCGGACTCTTCGGAGATGGAACCTATGGCACCTACGGTATAGCAAACAACGCACGAATCAGAATCAAATACACCAAGTAA

Genome Context

Tertiary structure

No tertiary structures available.