Phage RBP Database

UniProt accession

A0A068EP79 [UniProt]

Protein name

Putative tail protein

RBP type

TF

Evidence RBPdetect2

Probability 0,53

Protein sequence

MASMKVRLGGKWVTVAGGGVSQEDLQQVVNEANDYANRLKEQIDDDIHAMEDSIAGLEGNIEGAFSDGIITKTEARRIQSYINTLETNKARFDKEYASLIANEFMNENDKQGLITAKASHDEKFDLLIKAINDAIEDGKATVEEARHVNESFANYNNAAAVLTSAIYEAIDDIATNKTGVALEEAKTFASQAAEGVKTILNAEVDGVKKSVTDLDTEIKGAFRDGIIQENELSTIKAYLNTLDTSKQGLDKRYESTYNNADLPAQNKTNLNTVKIDYDRSYNALINTINDAIADQLGTPEEQELINTKFKDYNQKLALLTTQLELAIEAISKAKSSRAEKNAKDYSDQIKSDMADEIKGVEDATTALKEEVHTTFKDGIIDASEAQKIKSYINLLDNNKKALLGRYTELYNNGFISPIAKTNLAGKKALFDSKYSLLISEINNAIADGVTTVAESQAVDNAFSAYNDTVKDFTNAMEKAADSIAQDKANAAEFNAGEYADEASNRLDVIKVRYIKNTLTSNSVNAYKHWTEIKAISKGVNVATTGTVTGSTGVTNLGVVNNDKVDDQFAEDRTAGDSFVQIDLGTVREDIDYIQLWHYYQDARQYNGNKLEVSADGQKWYTMFSSTKSGTYKESADGFIVPINAGRIYNHTMQRITTTETEISNINGVLKSVVKNTDFQQGMKDSKDYADTVAQAVRTELSSFSNMITTRIDGIEDQVDGNITTWFLSGAPTLTNKPAVDWNTDALKDTHLGDLYYDSATGYCYRFLKTGLIYAWAKITDSDVTEAIQKAAKAQDTADGKRRVFVVQPKPPYDVGDLWAQGSGGDLLRCNVAKAEGALFNAGDWGKASKYVDQQAVNDTLNPFVTRLETAESEVKQSAKEILERVKIETYNQEITNINTNIGNIDTAQKGTADKLNKLAIGGRNVLKNSGNFVTIENWSSLGTTTATVMLDKDDLKISKVGLTTGVHVVNPSLRRIEWDITKDYVITVRAKGSAAFSLDVGVTGDNGTNVVLPFATVGTTATDYKEFTLVFKPKVNGAADFRISTTPIPNGGFLWIDWIKVEEGNKPTAWSPAPEDLTDYADVAVGKVLDSSFEKGLRFWSAYNATIDVGAPLQSSVVYGTSSDSVTGRTAMSINNAEGWIFSANAIPVDTSRVYRVRFRIKKTKDVTSGGTNVYAGVATYDKNGNMQTSAPGAHRYCAVAGKPLKVADGWQVFEGYITGEGNTNHNQFRPGTAYVKPMFVVDYQAGVGGTNIIDLLDFEDVTSQIKAQDYSSTKIEEARIAQEAYARAQAEAAKTVANAYADGIVDAEEQRAIDDANAKLAQAKAHAEQKAKEAQDAAQGYVDGIEIGGTNTIKNAGFKDSLNNWTVHSGVAIDPAKEFEGYPTVVSNQTGLTDNQWRGINTIPQRYPCKQGDKFVASIYTYTENRAGVDQDAVMEVGFYDSNNARIAGYPLVSILPKANNSWERFTLNAVAPANAVYVSVYPYVRRNGKVWFAKPQLERGTKATAWGLAPEDWVDAIANVKVGGRNLLNKSDIINTNWGSDMGTTLTRSIITVGTEKAVEIKVNTTPTGAVANAYVWIEANWEKSPEANKEYTLSADIKAPKSGALFKVRDEPQTKYHQADVPVSAVFTRVPLTFKYSTTLNRMLLIFDIPKAWAVGDALVLKNFKLEEGNKMTDWTPSITDVNKLISDVDTKAQLVTGRVDDMSADNKLTSLEKQDAKKDWDIIAGEYTNLYTQADAFKITTQKATYKTRYDELNTYLTPLFAKMNETSDIVRADYRLKFKNYFEAKSALAKAISDASKSQIDSISIGGRNLLLGTAVPKSIVGTNTANQTTNIYNFAGGNSQKIMDKEISISFDWVIEGTPGGTLYMQGSNPYPLIADKITFSSTNTSGTYTVTRTISGNAFASVNMRLDNVPVGAKVTVSNFKIELGNRITDWTPAPEDIDLLISDLDTRASNLQTSVNDMSDDNKLTPSEKSLLKKDWDSIVGEYPTISAQADAFGATTEKSAYATAYTNLKNLIEAPLADVTTTSPVNGADMRNKFKDYVDRKSKLLRVLSDSAKSQIDGINVGGRNLVSGTAFKTADGWVRWSNLETVAVRNDAFNNFDFLITETKINGANQVVPAGTSVGIRGTGRPFPVKKDNQYTVSMVVATSELNNMLNYTYVMYSDGTGVNQRIPDIKVDSFPKYNPISSGSATYFYKVSFTFTANKDDKIAHLLIGGVAARDLPTSSNNAYAWIRVAYLKVEEGNRPTAWTPSFEDIFGDIKTADDKAQAVQNSVNDMSADNKITALEKHQASKDWEGVKAEYPIVAAQADAYGKTAEKTAYTTAYTNLKKLIEPILVKLNETSDIDGNNYRGLWKNYSDAKSKLLRAVTDGSKDAIDNISIGGRNLVLNSGSIQMDVTSAAIGGAEQGRKNFELSPAFIMCRNKEVALSVDVWASGLDYGTTTPWVGFEIRVNFADSTSQYLSIRNGVIPKGSYDWTRFTTVAKIQDKQISSMSLYCLARDFKGTIKLRDIKVEQGNRSTDWTPSPEEVQGNIDNITVGSRNYLGNGDFSTSMDDDPNKAYYLKGDVTEIVDISSETPPHKKALHCKNTVAKNNGQNGIPLFVGGSANDLLGKEVTVSAWIKYQNVVLGAYSYTKLRALELVVEYKKADGTSFYDYPSVISTVGTDMTWKKVFRTIKLNHPDAKSIVKITYKSMLEGCIGEFWITGQKVEIGNKVTDWTPMPEEVNNVISTITTRVGTVEATTQNLGTELLNKVNSTDVYTKQEVLGKLAEGDIYIRGTGLNHGGNRVLKVNGATKYDTTGTRGLRLTTLSRANLATVEDINYDVYGSDAQQIALADKLKSLGNNVLVVLTSYDATNVKKSTGLVDAIANCGGSGSEVTYRTPFAFIGMNGLGTGSGIEVKTGENKDKDPVAEIYTKVSSGVPQGFNTSSKVLNDAVTNITTRVDTAESTIRQQAASIDLKVNLNGVIAAINLSPEIGKGVLIQGENIMLDGKVKARHLAVTDLANIVGNSDFRDGLNGYSGGSLIAKANANRANEVPTNYVLEHNARDVYYGDMFPINKEEVFSCSVTAKQTVGNSLLSIGLAWYAVNSAGTITQTNWGKATTFPNDTDIPNTPWKTQQGLVTAPSWATHAKVWMQIEQNTPYATKWQVTLPTVRRTGLLTFDQAKGGTLELGEGGRGVLRVYATVNGNQDTVGQIDENGASFTRVRTNILDVSGTLNAPNMVSSNKGWMEVFVDPANNGNYTPDGTQARPYKTMREALASIPKYLEGDVEIKLQSDVYEMWVDIKGFVGGGGIGGANGIFIRSGTNGRKTIWGGIRCWFNSCHVYMQDTNISNSRDQSNGVIEVYGCNKVSLWNCNLTGNNKARACIYCDTSNVIINGCEMYDAWDMVRCIRGYICILDCRGGNCYCVLSTTAGTIQGGGTRPGFYNGGTERYTDQGGVISGSWTENTGSWVKPTPPVTIQEATIDSISSKSWRENYGGQWYRDEVLQGTWDGWGNYRGMWFFGNKLDFLKGKTILDMTINIGRTNGGGYSSAQQVSIRNHNEASQPSGMPYLGSPITGNYFAWGERKSINVKALAGNFSSGNARGFGIYTDSASPYMIFDGWAQVWVKYQ

Physico‐chemical properties

protein length:	3618 AA
molecular weight:	395234,26250 Da
isoelectric point:	5,41570
aromaticity:	0,08789
hydropathy:	-0,38513

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
DC_1272	STR	DC_1272	3	196	Novel HMM	DC_1272	Central	Low	Positional only	32 proteins / 32 hits
Coil	Unmapped	-	22	45	Coils	Coil	-	-	-	-
Coil	Unmapped	-	82	102	Coils	Coil	-	-	-	-
DC_1272	STR	DC_1272	188	353	Novel HMM	DC_1272	Central	Low	Positional only	32 proteins / 32 hits
PTHR47372	Unmapped	-	329	799	PANTHER	DAUER UP-REGULATED-RELATED	-	-	-	-
DC_1272	STR	DC_1272	341	594	Novel HMM	DC_1272	Central	Low	Positional only	32 proteins / 32 hits
DC_0647	STR	DC_0647	648	1261	Novel HMM	DC_0647	Central	Low	Positional only	4 proteins / 4 hits
DC_1278	STR	DC_1278	1223	1523	Novel HMM	DC_1278	Central	Low	Positional only	66 proteins / 66 hits
Coil	Unmapped	-	1314	1338	Coils	Coil	-	-	-	-
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	1351	1507	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
DC_0015	STR	DC_0015	1636	1951	Novel HMM	DC_0015	Central	Low	Positional only	187 proteins / 187 hits
DC_0015	STR	DC_0015	1947	2269	Novel HMM	DC_0015	Central	Low	Positional only	187 proteins / 187 hits
DC_0015	STR	DC_0015	2259	2553	Novel HMM	DC_0015	Central	Low	Positional only	187 proteins / 187 hits
DC_1746	STR	DC_1746	2534	2839	Novel HMM	DC_1746	Central	Low	Positional only	92 proteins / 92 hits
PS52031	LEC	DC_0243	2778	2940	InterPro cluster	GG-type lectin domain profile.	Central	High	Text match	588 proteins / 589 hits
IPR039477	STR	DC_0384	2808	2896	InterPro cluster	ILEI/PANDER domain	Central	Low	Positional only	49 proteins / 49 hits
DC_1955	STR	DC_1955	2929	2969	Novel HMM	DC_1955	Central	Low	Positional only	20 proteins / 20 hits
IPR011050	STR	IPR011050	3237	3593	Merged direct domain	Pectin lyase fold/virulence factor	Central	Low	Positional only	572 proteins / 572 hits
DC_2111	RBD	DC_2111	3455	3618	Novel HMM	DC_2111	C-terminal	Low	Positional only	37 proteins / 37 hits

	Name	Taxonomy ID	Lineage
Phage	Bacillus phage CP-51 [NCBI]	1391188	Uroviricota > Caudoviricetes > Herelleviridae > Siminovitchvirus > Siminovitchvirus CP51
Host	Bacillus cereus [NCBI]	1396	cellular organisms > Bacteria > Bacillati > Bacillota > Bacilli > Bacillales

Coding sequence (CDS)

Genbank protein accession

AID50474.1 [NCBI]

Genbank nucleotide accession

KF554508 [NCBI]

CDS location

range 34409 -> 45266
strand +

CDS

ATGGCTAGTATGAAGGTCAGATTAGGTGGTAAATGGGTTACAGTAGCAGGTGGCGGAGTATCTCAAGAAGACCTGCAACAAGTAGTAAATGAAGCCAATGATTATGCTAACCGATTAAAAGAACAAATAGACGATGATATACACGCTATGGAAGATAGTATTGCTGGTTTAGAGGGCAATATTGAGGGTGCATTCTCTGATGGTATTATTACTAAGACTGAAGCTAGACGCATTCAATCTTATATCAATACATTAGAGACAAATAAAGCACGCTTTGACAAAGAGTATGCTAGTCTTATCGCTAATGAGTTCATGAATGAAAATGATAAACAGGGCTTAATCACTGCTAAGGCTAGCCATGATGAGAAGTTTGACCTACTTATCAAGGCTATCAATGATGCTATTGAGGACGGAAAAGCCACTGTAGAAGAAGCTAGACACGTTAATGAGAGCTTCGCTAACTACAATAATGCAGCTGCTGTACTTACTTCTGCTATCTATGAAGCAATTGATGACATTGCCACTAATAAAACAGGAGTAGCTCTAGAAGAAGCTAAGACATTTGCTAGTCAAGCAGCAGAGGGAGTTAAGACTATACTAAACGCTGAAGTGGATGGAGTTAAGAAGTCTGTAACTGACCTGGATACTGAAATCAAGGGTGCGTTCCGTGATGGTATCATACAAGAGAATGAGCTATCTACTATCAAAGCTTATCTAAATACTCTTGACACTTCTAAACAAGGTTTAGATAAAAGATATGAGTCCACGTATAATAACGCTGACCTACCAGCACAGAACAAGACGAACCTTAATACAGTTAAGATAGATTATGACCGTTCTTACAATGCATTAATCAACACTATCAATGACGCTATTGCTGACCAGTTAGGTACTCCAGAAGAGCAAGAGCTTATCAATACAAAGTTTAAGGACTACAACCAAAAACTTGCGCTATTGACAACTCAATTGGAACTTGCAATTGAAGCGATTTCTAAGGCTAAATCTTCTAGAGCGGAAAAGAATGCAAAAGACTATTCCGACCAAATCAAGAGCGACATGGCAGATGAGATTAAAGGGGTAGAAGATGCTACTACCGCATTGAAAGAAGAAGTCCATACTACTTTCAAAGATGGAATCATAGATGCAAGTGAGGCACAGAAAATTAAGTCTTATATAAACTTATTGGATAACAATAAGAAAGCTTTACTAGGGAGATACACAGAGTTATACAACAACGGGTTCATCTCTCCTATAGCTAAAACAAATCTTGCTGGCAAGAAGGCATTATTTGACTCTAAATACAGCCTGCTTATTAGTGAGATTAATAATGCTATTGCTGATGGAGTGACTACTGTAGCTGAGTCTCAAGCTGTAGATAATGCCTTCAGTGCATACAATGACACTGTTAAAGACTTTACAAATGCTATGGAAAAAGCAGCAGATAGCATAGCACAAGATAAGGCAAATGCAGCAGAGTTTAACGCTGGAGAGTATGCAGATGAAGCTAGTAACCGTCTAGATGTAATTAAAGTACGTTACATCAAGAACACCCTTACTAGCAACTCAGTGAATGCTTATAAGCACTGGACTGAAATTAAAGCTATCAGCAAGGGTGTAAACGTTGCTACAACTGGTACAGTTACAGGTAGTACTGGTGTTACAAACCTTGGAGTAGTTAACAATGATAAAGTAGATGACCAGTTTGCAGAAGACCGTACAGCAGGTGACTCTTTCGTACAGATTGACTTAGGTACTGTTAGGGAAGATATCGACTATATCCAATTATGGCACTACTACCAGGATGCAAGACAATATAATGGTAACAAATTAGAAGTATCTGCTGATGGGCAGAAATGGTACACTATGTTCAGCAGTACTAAATCAGGTACTTATAAAGAGTCTGCTGATGGTTTCATTGTACCAATCAACGCAGGACGTATCTATAATCATACTATGCAACGTATCACTACTACCGAGACTGAAATTAGTAACATCAATGGTGTACTGAAATCAGTAGTAAAGAATACAGACTTCCAGCAAGGTATGAAGGACTCCAAAGATTATGCTGATACAGTAGCACAAGCTGTGCGTACTGAGTTATCTAGCTTCTCTAATATGATTACTACTCGTATTGATGGTATTGAAGACCAAGTGGATGGCAATATCACTACATGGTTCTTATCTGGAGCACCTACCCTGACTAACAAGCCAGCAGTAGACTGGAATACAGATGCGTTAAAAGACACTCACTTAGGTGACCTTTATTATGACTCTGCTACAGGCTATTGTTACCGATTCCTAAAGACTGGTTTAATATATGCATGGGCTAAGATAACTGACTCTGATGTAACAGAAGCTATCCAAAAAGCAGCTAAGGCACAAGATACTGCTGATGGTAAGAGACGAGTATTCGTTGTTCAACCTAAACCTCCGTATGATGTTGGTGACTTATGGGCACAAGGTTCTGGTGGGGACTTACTACGATGTAACGTTGCTAAGGCTGAAGGTGCATTGTTCAATGCTGGAGACTGGGGTAAAGCTTCTAAGTATGTTGACCAACAAGCAGTAAACGATACTTTAAACCCATTTGTTACTAGACTAGAGACTGCTGAGTCAGAGGTTAAGCAATCAGCTAAAGAAATCCTTGAACGTGTTAAAATAGAGACTTACAACCAAGAGATTACCAATATCAATACTAACATCGGTAACATTGACACTGCACAAAAAGGTACTGCTGACAAATTGAACAAATTAGCTATTGGTGGACGTAACGTACTGAAGAACAGTGGTAACTTTGTCACTATTGAGAATTGGTCTTCACTAGGCACTACTACAGCTACTGTAATGTTGGACAAGGATGACCTTAAAATCAGTAAGGTTGGATTGACAACAGGAGTACACGTAGTTAACCCAAGCTTGAGACGTATTGAGTGGGATATTACCAAAGACTATGTTATCACTGTTCGTGCTAAGGGTTCTGCTGCATTCTCATTAGATGTAGGTGTTACAGGAGACAATGGCACTAACGTAGTATTACCATTTGCTACTGTTGGAACTACAGCAACAGACTACAAGGAGTTCACTCTAGTATTCAAGCCTAAGGTAAATGGTGCTGCTGATTTCCGTATATCAACTACTCCAATCCCTAATGGAGGGTTCTTATGGATTGACTGGATTAAAGTGGAGGAAGGTAACAAACCTACAGCTTGGTCACCTGCACCAGAGGACTTAACAGACTATGCAGATGTAGCAGTAGGTAAGGTTCTAGACTCTTCATTTGAAAAAGGTCTACGTTTCTGGAGTGCGTATAACGCTACTATAGACGTTGGAGCACCTTTACAAAGTAGTGTGGTTTATGGGACTTCTTCTGACAGTGTTACTGGTAGAACTGCAATGTCCATAAACAATGCAGAAGGTTGGATATTCTCTGCTAATGCTATCCCAGTCGATACAAGTCGAGTATATCGAGTACGTTTCCGTATTAAGAAAACTAAAGATGTAACTAGTGGGGGTACTAACGTATATGCTGGTGTTGCAACCTATGATAAGAATGGTAATATGCAAACTAGTGCTCCTGGTGCACATAGATACTGTGCAGTAGCAGGCAAGCCTTTAAAGGTAGCGGATGGATGGCAGGTATTTGAAGGGTATATCACTGGGGAAGGTAATACCAACCATAACCAGTTTAGACCAGGTACTGCTTATGTTAAACCTATGTTTGTAGTAGATTACCAAGCTGGTGTGGGTGGAACTAATATCATTGACTTGCTAGACTTTGAAGACGTTACTTCCCAGATTAAAGCACAGGACTACTCTTCTACTAAGATAGAAGAAGCTAGGATTGCACAGGAAGCATATGCTAGAGCACAGGCAGAAGCAGCTAAGACAGTAGCTAATGCATATGCAGATGGCATTGTAGATGCTGAAGAGCAACGTGCAATAGATGATGCCAATGCAAAGCTAGCTCAAGCTAAGGCACATGCAGAGCAGAAGGCAAAAGAGGCACAGGATGCAGCACAGGGCTATGTGGACGGCATTGAGATAGGTGGTACTAATACTATCAAGAATGCTGGTTTCAAAGATAGTCTTAATAACTGGACTGTTCATTCTGGAGTAGCTATAGACCCTGCTAAGGAATTCGAAGGGTATCCAACTGTAGTGAGCAACCAGACAGGTCTCACAGACAATCAGTGGAGAGGTATCAATACTATACCACAAAGATATCCTTGTAAGCAAGGGGATAAATTTGTAGCTAGTATTTACACTTACACAGAAAACCGTGCAGGAGTAGACCAAGACGCTGTAATGGAGGTAGGGTTCTACGATAGCAATAATGCTAGAATTGCAGGATATCCTCTAGTGTCTATCTTACCAAAAGCTAATAACTCATGGGAAAGATTCACTTTAAACGCAGTAGCTCCTGCTAATGCAGTATATGTGTCCGTCTACCCATATGTTAGAAGAAATGGTAAAGTGTGGTTTGCTAAACCTCAATTAGAAAGGGGTACTAAAGCTACTGCATGGGGGCTTGCTCCTGAAGACTGGGTGGATGCTATTGCTAATGTTAAGGTAGGGGGACGTAACCTTCTTAATAAGTCTGATATCATCAATACTAACTGGGGTTCAGATATGGGTACTACCCTAACTAGATCCATCATTACAGTGGGTACGGAGAAAGCGGTTGAAATTAAGGTCAACACCACTCCAACAGGAGCAGTAGCCAATGCTTATGTGTGGATAGAAGCTAACTGGGAGAAGAGTCCAGAAGCTAACAAGGAGTACACTTTAAGTGCTGACATCAAAGCTCCTAAATCTGGTGCCTTGTTTAAGGTGAGGGATGAGCCGCAGACTAAGTATCACCAAGCTGACGTCCCTGTGTCAGCAGTGTTCACTAGAGTTCCATTGACATTTAAGTACTCTACTACTCTCAACCGTATGTTACTAATCTTTGATATACCTAAAGCTTGGGCTGTAGGGGATGCTTTGGTTCTGAAGAACTTTAAGCTAGAAGAAGGTAACAAGATGACGGACTGGACACCTTCTATAACGGACGTTAATAAACTTATATCTGATGTAGATACAAAGGCTCAACTTGTTACTGGTAGGGTGGACGATATGTCAGCCGATAACAAATTGACTTCTCTAGAGAAGCAAGATGCTAAGAAGGATTGGGATATCATTGCTGGGGAGTATACTAACCTGTATACTCAAGCTGATGCTTTCAAGATTACTACACAAAAGGCTACTTACAAGACTAGATATGATGAGTTAAACACTTATCTTACTCCTTTGTTTGCTAAAATGAATGAGACATCTGATATTGTAAGAGCTGACTATAGACTGAAGTTCAAGAACTACTTTGAAGCTAAGTCTGCACTAGCAAAAGCTATCTCTGATGCATCCAAGTCTCAGATTGACAGTATCTCTATAGGTGGACGTAACTTATTGTTAGGTACAGCAGTGCCGAAGTCCATAGTTGGTACTAACACTGCCAATCAGACTACTAATATCTATAACTTTGCAGGAGGCAACTCTCAGAAGATTATGGATAAGGAAATCTCTATCTCCTTTGACTGGGTAATAGAAGGTACTCCTGGCGGTACATTGTACATGCAGGGTAGCAATCCTTACCCTCTTATTGCAGATAAGATTACGTTCTCTTCTACTAACACTAGTGGAACCTATACAGTAACTAGAACAATATCAGGCAATGCCTTTGCATCTGTCAATATGCGTTTAGACAATGTTCCTGTAGGGGCTAAGGTTACTGTATCTAACTTCAAGATTGAGTTAGGTAATAGAATTACGGACTGGACTCCTGCACCAGAAGATATAGACCTGTTAATCAGTGACTTAGATACTAGAGCATCTAATCTACAAACTAGTGTAAATGATATGTCCGATGACAATAAGCTTACTCCTAGTGAGAAGTCTTTATTGAAAAAGGACTGGGATTCTATCGTTGGTGAGTACCCTACAATCTCTGCACAAGCAGATGCATTTGGGGCTACGACAGAGAAATCTGCATACGCTACAGCCTACACTAACCTTAAAAACCTTATAGAAGCCCCTCTTGCAGATGTCACTACGACATCCCCTGTTAATGGAGCTGATATGAGAAACAAGTTTAAGGACTATGTAGATAGAAAGTCTAAGCTATTGAGGGTTCTATCTGATTCAGCTAAGTCTCAAATAGATGGAATCAATGTTGGTGGACGTAACTTAGTTTCTGGTACTGCCTTCAAAACTGCTGATGGTTGGGTTAGATGGAGTAACCTTGAGACAGTGGCAGTTCGTAATGATGCCTTTAACAACTTTGACTTCCTAATAACAGAGACTAAGATAAATGGAGCTAACCAAGTTGTCCCTGCTGGTACATCAGTGGGTATAAGGGGTACTGGAAGACCATTTCCTGTTAAAAAGGACAACCAGTACACAGTTTCCATGGTTGTTGCTACTAGTGAGCTTAACAATATGCTGAATTACACATACGTTATGTATAGTGATGGTACAGGAGTTAACCAAAGAATACCGGATATCAAAGTAGATAGCTTCCCTAAATACAATCCTATATCTTCAGGCTCAGCAACTTATTTTTACAAGGTATCCTTTACCTTCACTGCTAATAAGGATGACAAGATAGCTCATCTGTTAATCGGTGGAGTAGCAGCTAGAGACCTACCTACTTCTTCTAATAACGCTTATGCTTGGATTCGTGTGGCGTACCTTAAAGTAGAAGAAGGAAACAGACCTACTGCATGGACACCGTCCTTTGAAGATATCTTTGGTGACATTAAGACAGCAGATGACAAGGCACAGGCGGTACAAAACTCTGTAAATGACATGTCTGCTGATAACAAAATCACTGCCTTAGAGAAGCACCAAGCAAGTAAGGACTGGGAAGGTGTCAAGGCAGAGTATCCTATAGTAGCTGCACAGGCAGATGCCTATGGTAAGACTGCTGAGAAGACTGCTTACACAACTGCTTATACTAACCTGAAAAAACTAATCGAACCTATTTTAGTCAAGCTAAATGAGACTTCTGATATAGACGGTAACAACTATAGAGGATTGTGGAAGAACTATTCAGATGCTAAGTCTAAGCTATTGAGAGCAGTTACAGATGGATCTAAAGATGCCATCGACAACATCTCTATTGGAGGTAGGAACTTAGTCCTTAACTCTGGAAGCATACAAATGGATGTCACATCTGCTGCTATAGGTGGGGCTGAACAGGGTAGAAAAAACTTTGAGTTATCCCCTGCATTTATCATGTGTAGAAATAAAGAAGTTGCTCTGTCTGTAGATGTCTGGGCTAGTGGTCTGGATTATGGTACAACTACTCCATGGGTAGGCTTTGAGATAAGAGTAAACTTTGCAGATAGCACTTCCCAGTATCTAAGCATTAGAAATGGAGTTATACCAAAAGGCTCTTACGACTGGACTAGATTCACTACGGTGGCTAAGATTCAGGATAAGCAAATATCATCCATGTCTCTATACTGCCTGGCTAGGGATTTCAAAGGAACTATTAAGCTAAGAGATATCAAGGTAGAGCAAGGTAACCGCTCTACAGACTGGACGCCATCTCCAGAAGAGGTGCAGGGCAATATTGATAATATTACGGTTGGTAGCCGTAACTATCTTGGCAATGGTGACTTTAGTACTTCTATGGATGATGACCCTAACAAGGCGTACTACCTTAAAGGAGATGTTACTGAGATAGTAGATATCTCTAGCGAAACTCCACCACACAAGAAGGCTCTTCACTGTAAGAATACTGTTGCTAAGAATAATGGTCAAAATGGTATACCTCTATTTGTAGGGGGTTCTGCTAATGACCTTCTTGGTAAGGAAGTTACAGTTAGTGCTTGGATAAAGTACCAAAACGTAGTATTAGGGGCTTATAGCTACACTAAACTCCGTGCACTTGAATTAGTAGTAGAGTATAAGAAAGCTGATGGCACATCTTTCTATGACTACCCAAGTGTGATAAGTACGGTAGGTACTGACATGACTTGGAAGAAGGTATTCAGAACTATAAAGCTTAACCATCCAGATGCTAAGAGCATAGTTAAGATTACTTATAAGTCTATGCTTGAAGGGTGTATAGGGGAGTTCTGGATTACTGGTCAGAAGGTGGAGATTGGTAACAAGGTTACTGACTGGACACCAATGCCAGAGGAAGTAAACAACGTCATCTCTACTATCACGACTCGTGTTGGAACTGTAGAAGCCACTACTCAGAACTTAGGTACTGAGTTACTAAACAAAGTTAATAGCACTGATGTATACACTAAGCAGGAGGTACTAGGCAAGCTTGCTGAAGGTGACATCTATATCCGAGGTACTGGTTTAAACCACGGTGGAAACCGAGTACTGAAGGTGAATGGTGCTACTAAGTACGACACTACTGGTACTCGTGGCTTACGTCTGACAACTCTTAGCAGAGCTAATCTTGCAACAGTTGAGGATATAAACTATGATGTTTATGGTAGTGATGCCCAACAAATAGCCTTAGCTGACAAACTGAAGTCTTTAGGCAACAACGTATTAGTAGTGTTGACATCCTATGATGCAACTAACGTTAAGAAGTCTACAGGCTTAGTTGATGCTATAGCTAACTGTGGTGGTTCTGGTTCAGAGGTCACTTACCGTACCCCATTCGCCTTCATTGGTATGAATGGCTTAGGTACAGGCTCTGGTATTGAGGTTAAGACAGGAGAGAATAAGGATAAAGACCCTGTGGCTGAAATCTATACTAAGGTATCATCTGGTGTGCCTCAAGGCTTCAATACTAGCTCTAAGGTACTGAATGATGCAGTAACCAACATTACTACTCGTGTTGATACTGCGGAGTCCACAATCAGACAACAGGCTGCATCCATAGACCTAAAGGTAAACCTTAATGGTGTTATAGCTGCTATTAACCTCTCTCCAGAGATTGGAAAAGGAGTATTAATCCAAGGAGAGAACATCATGCTTGATGGTAAGGTTAAGGCTAGACACCTTGCAGTGACGGACTTAGCTAACATCGTTGGGAACAGTGATTTCAGGGACGGTTTGAATGGATATTCTGGCGGTTCATTAATAGCTAAAGCCAATGCAAATAGAGCTAATGAAGTGCCTACTAACTATGTTCTAGAGCATAATGCAAGGGACGTTTACTATGGTGATATGTTCCCTATCAATAAAGAGGAAGTATTCTCTTGTTCTGTGACTGCTAAACAGACGGTGGGTAACTCTCTACTTTCTATAGGTCTTGCATGGTACGCAGTTAACTCTGCTGGCACTATTACCCAGACTAACTGGGGTAAAGCTACTACATTCCCTAATGATACTGATATCCCTAACACTCCTTGGAAGACCCAACAAGGTCTAGTTACTGCTCCTAGCTGGGCAACTCATGCTAAAGTGTGGATGCAAATAGAGCAGAACACTCCGTATGCAACTAAGTGGCAGGTAACCCTACCTACAGTTAGACGTACTGGTTTACTAACATTCGACCAAGCAAAAGGGGGTACTCTTGAACTAGGTGAGGGTGGACGTGGTGTACTTCGTGTATATGCAACTGTCAACGGTAACCAAGATACCGTAGGTCAGATTGATGAGAACGGAGCTAGCTTCACTAGAGTTAGAACCAACATTCTAGACGTATCTGGTACTCTTAATGCTCCCAACATGGTTTCTAGTAACAAAGGATGGATGGAAGTATTCGTAGACCCAGCCAACAATGGTAACTACACTCCTGATGGGACTCAGGCTAGACCATACAAGACTATGAGGGAAGCTCTAGCTAGTATCCCTAAATATCTTGAAGGGGATGTAGAAATTAAGCTACAAAGTGATGTATACGAGATGTGGGTAGACATCAAGGGCTTTGTAGGAGGTGGTGGAATAGGTGGTGCCAACGGTATCTTCATTAGATCAGGTACTAATGGAAGAAAAACTATCTGGGGCGGTATCAGATGTTGGTTTAATAGTTGTCACGTATACATGCAGGATACTAATATTAGTAACAGTAGAGACCAGTCTAACGGTGTTATAGAAGTCTATGGATGTAATAAAGTATCCCTATGGAACTGTAACTTAACTGGTAATAACAAAGCTAGGGCTTGCATCTACTGTGATACTAGTAATGTAATTATAAATGGCTGTGAAATGTACGATGCTTGGGATATGGTTAGATGTATAAGGGGCTATATCTGTATCCTAGACTGTCGTGGAGGTAACTGCTATTGTGTACTTTCTACTACTGCCGGTACAATCCAAGGGGGAGGTACTAGACCTGGATTCTACAATGGTGGCACAGAGAGATATACAGACCAAGGTGGTGTGATTAGTGGTAGCTGGACAGAGAATACTGGCTCTTGGGTTAAACCAACACCACCAGTTACTATACAAGAGGCTACTATAGACTCAATTAGTTCTAAGTCTTGGCGTGAAAACTATGGTGGTCAGTGGTATCGTGATGAGGTTCTGCAAGGTACATGGGATGGATGGGGTAACTATAGAGGAATGTGGTTCTTTGGCAATAAACTAGATTTCCTTAAAGGTAAGACTATCCTTGATATGACTATTAACATAGGACGTACTAACGGTGGAGGCTATAGTTCTGCACAACAAGTTAGTATCCGTAATCACAATGAAGCTAGTCAACCATCAGGTATGCCATATCTAGGTAGCCCTATCACAGGCAACTACTTTGCATGGGGTGAACGTAAGTCAATCAACGTTAAGGCACTTGCTGGTAACTTCTCTTCAGGTAATGCTAGAGGTTTCGGTATCTACACGGACTCTGCCTCCCCTTATATGATATTCGATGGCTGGGCACAGGTTTGGGTTAAGTATCAATAA

Genome Context

	Description	Category	Evidence (source)
GO:0044423	virion component	Cellular Component	IEA:UniProtKB-KW (UniProt)
GO:0051701	biological process involved in interaction with host	Biological Process	IEA:UniProtKB-ARBA (UniProt)
GO:0019058	viral life cycle	Biological Process	IEA:UniProtKB-ARBA (UniProt)

Protein

Domains

Domains [InterPro]

Domains [InterPro]

Taxonomy

Coding sequence (CDS)

Coding sequence (CDS)

Genome Context

Genome Context

Gene Ontology

Tertiary structure

Predicted Aligned Error (PAE)

Model Confidence