Phage RBP Database

Genbank accession

WJZ23514.1 [GenBank]

Protein name

pectin lyase fold/virulence factor

RBP type

TSP

Evidence DepoScope

Probability 1,00

Protein sequence

MSYIDNLQYSRVLHVNSNYQGIELGTENSPYSSISSALVNAEDGDLISIAPGLYRESLSSSKKISLVGVPGLTTVELKTTATLYKSSIYGLIIKSDYSESMLFDTTSLNIYNSVIDSSNDLGLVSSLDNCVILKSHVSEVTQVTNTASDRSLPKSAMTSLNYCNFNSDYVITSAPGYWVQTGTGTNSDGTQSDIGVYGGQYSWTPQTSDSLQIMDTRSRIRVSHPDLESSLIVRSSEDSSAATVTQLYRSNLMSVASPEERNLLYSTIDIPPPDRDIKSKIGVRVDNKLHIKVARGIVSNLSSSINIVGRTRSNLSSKIGIRINRKLSGQYRLQDSTSVNSSLVVAPSEKSYLSSRVFVRLNNTMELLQTILGDSRSTVKSSIKVVYPGQSDIDSTLNISSPYGESDSEYFYNFRSSLTVLKEVNSSLPSYLGVRVRNSMLGKSDIIGKDKSDLLASLNINNISDLKSKLAISPSNKMSSILDVVPPTEYKGEVSVLEDSYVRESLPKYNFGEETSIVTGYSSSRSEKLESLVKFTTSELSDLYNYEYELGSVLLKLQFTAGRPPRTNLHLYSATSDWTELGVTWSNKPDRLVLVSSDYEINQTSGYITFDISSYIKDNLSKDVVSFYILHEDDTLDATTTFFSKESDRGPTLEYTYYDQSLVSSGKSDLESSILVTIPAKSSLPSSLEVKSYWSQYDTESSIYVLQPDERIGTIIVSKPDLFSSIAVSTTDDTDLNSSLSVQESRVDDTTSSITITKPDWYSSLYVSNTSEIESSLLIREESSSDRFSELVVSKPDVPSQIEILNKDDLSSTIIVQTEVSTDLESSIVTSRPDVLSTVTVAPYSQLESSIKVQRYDTSTIDSELVVTQKSVLGSIYVRFNSDLDSVLQVVKSDSSTLESYLHVSQPNLVSSLQVRVSDNLESSVIVRTEGSHNLDSNIYIANRADIPSTMEIVGASMVPSSIQVLSGYLNSVIRVPAYDLDDLHSKLSVSIPSDLMSSISVNTTDEVQSSVIVKGLSVDNLVSTIKIRRDSSLGIKSAININSVSQLPTRIKVRRSALSNVRSSLRVLSHSDLNSLIRVLSRSSLKSSIDVKFGHTNDVLGSIIPRLVGYSDVSSSINTVLRGNRDLVSRLRLTPENKMTSIIDVTTPEVKSIVVSATKDAYVKKSTPTVNYGLDKTLAVYSTSDEEIKSYLGFSTPSIPKDSVVRSVKLVLETSSVKSYPVTVYTTVDSWTETGITWSNKPSNLDLVGNMYGIELDITDFVSLGSSTNLVLTTSAKEYISYYSKESGSPPKLVIEYEDASPKNSGRSTLDSKLNVVYKGASSLDSQLEVRASVDLTDIDSTLVVRSRDSLNSSINVSRDTLESSIEIKHTKDIPSELVVGSVNIDELESTIEVSKTNLPSTIAVPSTSSLSGSLLIVAEDDSSKVSWLKVSRPDLDSSLEVMSRSDLTSSINIIGQSSRDLESQLQVNNPNLESSISVRSTSSQDLESNLAVRKSDNFELDSSIDIVHSKFRVLLGQLRVSKPDLPSSINVEYSKLLNSSLVIGSLSKDINSSINVSRDSLNSNIEVVKVTSSEVPTNLKVSRPDMGSSIEVLHSEELDSKLQVNSTTNLNSSIEISKPDLVSQITVPTSKDVEGHVRVYRDRESSEIDSSITVLSRNNLPSSVEVYQNTQIDSSISVLSGYLSSSIKVRETDTHDVESSLIVALRDVSNLQSSLEINTDRSILKSTLGVKISQVLHGKFTSRDTKSSNLESSISPALSSYLNSQLSIRSTNTMYGKSEIGPLFINDLESSILVDPTSSLDSSIVVVRSVDSDTESSLSVRVRGSNSLDSVIDIVSAGNSSLDSVIRIPASNKMTAIIPSITAVYEDESLVADCSIVEVLVNDLGSVSDEVTDRELQFSDYLDFSDCNDISLLIEDKDVISDSSTTLILVEDDSESTDVLLVKDFVSTDTFNSEESIVLDLRISDTGFNEDYLVLNIIVEDNSSSEDNIELIIDVSDDYQVDESLLIDISTFDQVTTNSEYVVYIEVQATDLGDSAEEVTDREIVLIDSARSEDSYSVEIKVQDSSESADSILVYLKLEDLGSGLDTITTRKFSLVDYSSSDDNSLISISQEDSSYTDELLLVSLLACDYSGVVDTSNVDKELTVIDKFSTSENSLVEIVIVDNLEYQDIVLVELPVIDESESEYKAITTKDLYLSDTAVSCESIFTVGTQDINDRKFSYPGSKDHPVHNVPSDPIDGEFPFIESPIKGSEDSVDFALGSIEYDRYLGLFKGYIDITFTLSVNAGQGNIAAGNINIYIDDERVERISVSLSEGMTHTKRIYYDGYLSTTGGIRIDGLTVSETAGRAIVSISIGDNENKDDDLAQTLPDGQILNPNYPGPYFRNVYDTDILPVGYWCGGHSVIYLYASTCGYLKDYEWSVWTEDEYISYRDLLNNYSKRKVDGKYPTKLSKYNIFGADCGSVSDSFVEVELLLTDESIVDEVANANSKSLDLVEEVQVKDIIRINQELSDFATSTDRIELVIDNCEFSAVVDNISDREFALVEDLLLLDEILIDLINCDEVVSTDGDSLDLEVVLTDTGQSDISYFIDRDILDRATSIECLVIERTTADTSVGYDCSIVEITVCESSEFLDYVTTKEVIVSDSSEDRECLSIEFVEFEHLTSNDCLAVEFISCDMSYGVDKSLRKGVFASDLAHSSDCLNLDIVLCENTKITEDLSFDIVLCDSSVVVDIVTTKDVFSTDSATSHDCLSLSYELCDTAEFIYSTLVRLTYTDESRGQDSLLYKELDLSESILSEDCLLINLDLCDSLEISDCKSLELNLCDTSEFQDSLLYKEVVISELVESQDCMVFEQHLAEIGLLDICMSQESVSNDSGTGQDSFLYKEVRFSDTSEWVEDIVLEIYPNPDEIDEVSVVDRLDTIEIKVSDIYQAHDYLLYKGLVVVEEYFSSEDFELTIELCDITDLEDSLSEIFDIELVICDSGSSDERLVDKETYHVDIVKVCEFVLIHKFTHPIHGPDQFDREITYPGEFDITVNQEEPEYLSSSEEGISELNVLHTDLAFYSKYMFYIDPKYYGRVEVDIYSPDGNPHTFRLSRLQARNAVSSVVDSVTKTTSSEDIISLQYLGPDPAGSSYFTVEILEPSGTEYPEGVSPHREFRVKPPQFSYEYIDPTPIGFIPNENYLDKVELDIVSYEGRTCPSDLIEVNIYSHSDCGVRDHQWAFYYNGDPDLNRISRMVKEQSTKDIENTLEFRYISVIDCGTVDDFVVHIELCVCDWGTDPHDPGPPITGCCGRRLPGHIQHPPYYPGDPGYPWNGDGDVIYPDDPRYPGPPYNPGDPGYPSHCADGQSTVYPGDPCYPGRPLYPGDPGYPIRPGDPNYGTPVYPGDSGGSGTPPYPPIIYPGDGSPPIYPGDPGYPDPDYPDDGYPYDLNILVFDNGVGYDELLITLPVCDFGYLNIEVIEPKKVPKHFDYVMLVDPFKWKCVPDFEWDPQEIKFVFKEININSKVVTYDFEFCQTGFKFEETPEYFCFADKVDIKACSVDVFAIQECPTIKFTCSSQPIEFNCINIELE

Physico‐chemical properties

protein length:	3567 AA
molecular weight:	394172,15860 Da
isoelectric point:	4,29972
aromaticity:	0,07597
hydropathy:	-0,20810

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
IPR011050	STR	IPR011050	12	200	Merged direct domain	Pectin lyase fold/virulence factor	Central	Low	Positional only	572 proteins / 572 hits
IPR012334	STR	IPR012334	23	211	Merged direct domain	Pectin lyase fold	Central	Low	Positional only	867 proteins / 867 hits
DC_0721	STR	DC_0721	174	649	Novel HMM	DC_0721	Central	Low	Positional only	5 proteins / 5 hits
IPR055372	CBM	DC_0784	495	655	InterPro cluster	Carbohydrate-binding module family 96	Central	High	Text match	6 proteins / 9 hits
NF033679	Unmapped	-	498	654	NCBIfam	DNRLRE domain	-	-	-	-
DC_0721	STR	DC_0721	650	1290	Novel HMM	DC_0721	Central	Low	Positional only	5 proteins / 5 hits
IPR055372	CBM	DC_0784	1156	1297	InterPro cluster	Carbohydrate-binding module family 96	Central	High	Text match	6 proteins / 9 hits
NF033679	Unmapped	-	1160	1296	NCBIfam	DNRLRE domain	-	-	-	-
DC_0721	STR	DC_0721	1291	1548	Novel HMM	DC_0721	Central	Low	Positional only	5 proteins / 5 hits
DC_0721	STR	DC_0721	1541	2652	Novel HMM	DC_0721	Central	Low	Positional only	5 proteins / 5 hits
DC_0721	STR	DC_0721	2686	3360	Novel HMM	DC_0721	Central	Low	Positional only	5 proteins / 5 hits
DC_0721	STR	DC_0721	3358	3567	Novel HMM	DC_0721	Central	Low	Positional only	5 proteins / 5 hits

Tail Spike Domain Segmentation

This protein has been segmented into three structural domains: N-terminal, central domain, and C-terminal.

Domain Layout

N-terminal

Central

C-terminal

WJZ23514.1

1 3567

Domain	Start	End	Length (AA)	Confidence
N-terminal	1	1185	1185	0,9900
Central domain	1186	3556	2372	0,0321
C-terminal	3557	3567	10	0,1425

Note: Constraints were applied during segmentation.
C-terminal too short, adjusted boundary

Legend: N-terminal Central domain C-terminal

3D Structure with Domain Coloring

The structure is colored according to the domain segmentation: N-terminal (blue), Central (green), C-terminal (pink).

Domain Coloring

N-terminal
1-1185

Central
1186-3556

C-terminal
3557-3567

	Name	Taxonomy ID	Lineage
Phage	Listeria phage LIS04 [NCBI]	3058626	No lineage information
Host	Listeria innocua [NCBI]	1642	cellular organisms > Bacteria > Bacillati > Bacillota > Bacilli > Bacillales

Coding sequence (CDS)

Genbank protein accession

WJZ23514.1 [NCBI]

Genbank nucleotide accession

OQ999172 [NCBI]

CDS location

range 71102 -> 81805
strand +

CDS

TTGTCATATATAGATAATTTGCAGTATAGTAGAGTACTACATGTCAACTCGAACTATCAAGGTATTGAGCTAGGGACTGAAAATTCTCCTTACTCTTCCATTAGCTCAGCTTTAGTGAATGCTGAGGATGGGGATCTTATTAGTATAGCTCCTGGATTGTATAGAGAGAGTTTATCTTCTAGTAAGAAGATAAGTCTAGTAGGAGTTCCAGGACTTACTACTGTAGAATTAAAAACTACAGCTACTTTGTATAAATCTTCGATCTATGGACTAATAATTAAAAGTGATTATTCTGAGTCCATGTTATTCGATACTACGTCCTTAAATATCTACAATAGTGTTATCGATAGCAGTAATGATTTAGGACTAGTAAGCTCACTTGATAATTGCGTAATTCTTAAGAGTCATGTAAGTGAAGTTACTCAAGTAACTAATACAGCATCTGATAGATCTCTTCCTAAGAGTGCTATGACTAGCTTGAACTACTGTAACTTCAATTCTGACTATGTGATCACTTCAGCTCCAGGTTACTGGGTACAGACTGGTACTGGAACTAACAGTGATGGTACTCAATCCGACATAGGTGTGTACGGAGGTCAGTACTCATGGACTCCTCAGACGAGTGATAGCTTACAAATAATGGATACTCGAAGTCGTATTAGAGTAAGCCACCCTGACTTAGAGTCAAGTTTGATAGTTAGATCTAGTGAGGATTCATCTGCAGCTACGGTTACGCAGTTGTACAGATCTAACTTAATGAGCGTAGCTAGTCCTGAAGAACGGAATCTGCTATACTCAACAATCGACATTCCTCCACCCGATAGGGATATTAAATCTAAGATTGGTGTAAGAGTAGATAATAAGCTACATATAAAAGTAGCTCGAGGTATCGTATCAAATCTATCAAGTTCTATTAATATAGTAGGACGTACTCGTAGCAATCTGTCCTCGAAGATTGGTATACGAATTAATAGGAAGTTATCAGGACAGTATAGACTTCAGGATTCGACCTCTGTGAATTCTAGTCTAGTTGTTGCACCATCAGAAAAATCTTACTTATCTTCTCGAGTATTTGTACGACTGAATAATACTATGGAGCTACTTCAGACGATATTAGGAGATAGTCGTTCAACAGTTAAGTCTTCTATCAAAGTAGTGTATCCAGGTCAATCTGATATTGATTCAACTCTTAATATTTCGAGTCCTTATGGAGAAAGCGACTCTGAGTACTTTTATAATTTTAGATCTAGCTTAACTGTACTCAAAGAGGTTAATTCTTCATTACCTTCTTACTTAGGAGTTAGAGTACGTAATAGTATGCTCGGTAAGTCAGATATTATAGGTAAAGATAAATCAGACCTTCTAGCTAGTCTAAATATTAACAATATCTCAGACTTAAAGTCCAAGTTAGCCATTTCTCCTTCGAATAAGATGTCGTCTATTTTAGATGTAGTTCCTCCGACAGAGTATAAAGGAGAAGTTAGTGTTCTAGAAGACTCGTATGTTCGTGAGAGCTTACCTAAGTACAACTTTGGAGAAGAGACTAGTATAGTAACAGGGTACTCTTCCTCAAGATCTGAAAAGCTAGAGTCTCTAGTTAAGTTTACTACCTCAGAACTATCCGACTTATATAATTACGAGTATGAGCTAGGGTCTGTCTTACTGAAACTCCAATTCACAGCTGGTAGACCTCCAAGGACTAATCTTCATCTATATTCAGCTACATCTGATTGGACTGAATTAGGAGTAACTTGGAGCAATAAACCTGATCGACTGGTCTTAGTCTCTAGTGATTATGAGATTAATCAGACTAGTGGATACATTACATTTGATATTTCATCATATATCAAAGATAACTTATCCAAAGATGTAGTATCATTCTATATTCTACATGAAGACGATACACTCGATGCTACAACTACATTCTTCTCTAAAGAGTCAGATCGAGGACCTACTTTAGAGTATACTTACTATGACCAATCCCTAGTAAGTTCAGGTAAGTCAGATCTAGAGTCTAGCATTCTAGTAACAATACCTGCTAAATCTAGCTTACCTTCTAGCTTAGAAGTTAAGAGTTATTGGAGTCAGTACGATACTGAGTCATCCATTTACGTACTACAGCCTGATGAGCGTATAGGTACAATTATCGTTAGTAAACCAGACTTATTCTCGAGTATTGCAGTCTCTACTACAGATGATACTGATCTGAACTCAAGTCTATCAGTGCAAGAAAGTAGAGTAGATGATACTACATCTAGTATTACCATTACTAAACCTGACTGGTACTCTAGTTTGTACGTATCTAACACTAGTGAAATTGAGTCTAGCTTATTAATTAGAGAAGAGTCTTCAAGTGACAGATTCTCTGAGTTAGTTGTAAGTAAACCTGACGTACCTTCTCAGATTGAAATTCTTAATAAAGATGACTTAAGCAGTACTATCATAGTTCAGACTGAAGTATCTACTGACCTCGAGTCTAGTATAGTGACTTCTAGACCTGATGTACTCAGTACTGTAACGGTAGCACCTTACAGTCAGCTCGAGTCGAGTATTAAAGTACAGAGGTATGATACGAGCACTATTGACTCTGAATTAGTTGTCACTCAAAAGTCCGTACTAGGATCTATCTATGTTAGATTTAATTCAGACTTAGATTCAGTACTTCAAGTAGTTAAGTCAGATTCGAGTACATTAGAGTCCTACTTGCATGTATCTCAACCTAATTTAGTCTCTAGTTTACAAGTAAGAGTATCTGACAACTTAGAGTCTTCAGTGATAGTACGAACAGAAGGTAGTCATAATTTAGACTCAAATATTTACATTGCTAACAGAGCTGATATTCCTTCAACTATGGAGATAGTCGGAGCTTCAATGGTACCTTCAAGTATCCAAGTACTGTCAGGGTATCTAAATTCTGTAATTCGAGTACCTGCATACGATCTTGATGACTTGCACTCTAAGTTATCAGTTAGTATTCCTAGTGATCTAATGTCAAGCATCTCTGTTAATACTACGGATGAGGTACAGTCCTCAGTCATAGTCAAAGGACTGTCTGTTGATAACTTAGTATCTACAATCAAAATTAGACGTGATTCCTCTTTAGGTATTAAGTCAGCTATTAATATTAACTCAGTATCTCAACTACCGACTCGAATTAAAGTTCGTAGATCAGCCTTATCGAATGTTAGATCCTCTCTTAGAGTACTTAGTCATAGTGATCTCAATTCACTAATTAGAGTTCTTAGTCGATCTAGTCTAAAGTCTAGCATTGATGTAAAGTTTGGTCATACGAATGATGTACTTGGTAGTATCATACCTAGATTAGTAGGATACTCAGATGTCTCGAGTTCTATTAATACAGTACTCAGAGGTAATAGAGATCTAGTATCTAGATTAAGACTAACTCCTGAGAATAAGATGACTTCTATCATTGATGTAACTACTCCTGAGGTTAAGTCCATAGTTGTTAGTGCAACTAAGGATGCTTATGTTAAGAAGTCTACTCCTACCGTTAACTACGGATTAGATAAAACTTTAGCAGTATATAGCACTTCAGATGAAGAGATTAAATCTTATCTAGGATTCAGTACTCCTAGCATTCCTAAGGACTCAGTTGTACGATCTGTTAAACTAGTACTAGAAACTTCTTCAGTCAAATCTTATCCAGTTACCGTCTACACTACTGTTGACTCTTGGACTGAGACAGGTATTACTTGGAGTAATAAACCATCTAACTTAGATTTAGTCGGCAATATGTACGGAATTGAGTTAGATATCACTGATTTCGTCTCTCTAGGATCCAGTACTAATTTAGTGCTGACTACTTCCGCTAAAGAATACATCTCTTATTACTCTAAGGAGTCTGGATCTCCTCCTAAGCTAGTAATAGAGTACGAGGACGCATCACCTAAGAACTCAGGTAGATCGACTCTAGATTCTAAATTAAATGTAGTCTATAAAGGAGCTAGCAGTCTAGATTCTCAATTAGAAGTAAGAGCTAGTGTAGATTTAACTGACATAGACTCTACTCTAGTCGTTAGATCTAGGGATTCACTTAACTCAAGTATTAACGTAAGTCGAGATACGTTAGAGTCTTCTATTGAAATTAAGCATACGAAGGATATACCTTCTGAACTAGTAGTTGGGTCTGTCAATATTGATGAATTAGAGTCCACTATTGAGGTCAGTAAGACTAACCTTCCTTCAACTATAGCTGTACCAAGTACGAGTAGTCTCTCAGGATCACTCCTCATAGTGGCGGAAGATGATAGCTCTAAAGTATCTTGGTTAAAAGTAAGTAGACCTGACTTAGACTCAAGTCTTGAAGTTATGTCAAGAAGTGACTTAACTTCTAGCATCAACATTATTGGTCAGTCATCTAGAGACTTAGAATCTCAATTACAAGTTAATAATCCTAACTTAGAATCATCTATATCAGTACGTAGTACGAGTAGTCAAGATTTAGAGTCTAACTTAGCTGTACGTAAATCAGATAACTTTGAATTAGACTCTAGTATCGATATTGTACATTCTAAGTTTAGAGTCCTGCTAGGTCAGCTTAGAGTTAGTAAGCCAGACTTACCATCTTCGATTAATGTAGAGTATAGTAAGTTACTTAACTCAAGTTTAGTCATAGGGTCTCTTAGTAAAGATATTAATTCAAGTATTAATGTAAGTCGTGATTCACTTAATTCTAATATAGAAGTAGTTAAGGTTACAAGCTCTGAAGTTCCTACTAACTTAAAAGTTAGTAGACCTGATATGGGGTCCTCGATTGAAGTACTTCATAGCGAGGAGCTAGATTCTAAACTACAGGTTAATAGCACGACTAACTTGAATTCGAGTATTGAAATTAGTAAGCCAGATCTAGTATCTCAAATCACAGTACCTACATCTAAGGATGTAGAGGGTCACGTGCGAGTTTATCGAGATCGAGAATCTTCAGAAATCGACTCTAGTATTACAGTTCTTAGTCGTAATAATTTACCTTCTAGTGTTGAGGTGTATCAGAATACTCAGATCGATTCGAGTATCTCAGTACTGTCAGGTTACTTGTCATCTAGTATTAAAGTAAGAGAGACTGATACACATGATGTCGAGTCTTCCTTAATAGTTGCACTAAGAGATGTAAGTAACTTACAGTCCAGTTTAGAAATTAATACTGATCGTAGTATACTTAAATCTACTCTTGGAGTCAAGATATCTCAAGTACTTCATGGTAAATTTACTTCTCGTGATACTAAGTCAAGTAATTTAGAATCTAGTATCTCTCCTGCGCTAAGTAGTTATCTGAACTCTCAACTGAGTATTAGATCTACTAATACGATGTACGGTAAATCTGAAATTGGACCTTTATTCATAAATGACTTAGAGAGTTCAATCCTAGTAGATCCTACATCCTCTCTAGATTCTAGTATTGTTGTAGTACGGAGCGTAGACAGTGATACAGAGTCAAGTTTGTCTGTCAGAGTTAGAGGTAGTAATTCACTAGATTCAGTTATCGATATTGTTAGTGCAGGTAACTCGTCACTAGACTCAGTTATCCGAATTCCTGCGTCTAACAAAATGACGGCTATAATACCTAGTATTACTGCTGTTTACGAGGACGAGTCCTTAGTAGCGGATTGTTCTATAGTAGAAGTCCTTGTTAACGATTTAGGGTCTGTATCTGATGAGGTAACTGATAGAGAACTCCAATTCTCAGATTATTTAGACTTTAGTGACTGCAATGATATATCTTTACTAATTGAGGATAAGGACGTAATTAGTGATTCTAGTACTACGCTTATCCTTGTCGAAGATGACTCAGAGTCAACTGATGTATTATTAGTTAAAGACTTTGTATCCACTGATACATTTAATAGTGAAGAGTCGATTGTATTAGATTTGAGAATATCTGATACAGGATTTAATGAAGACTACTTAGTACTCAATATTATAGTAGAAGATAATTCGTCTTCTGAGGATAATATAGAGTTAATTATTGATGTATCAGACGACTACCAAGTTGATGAGTCACTACTAATAGACATTAGTACTTTCGATCAAGTTACTACTAATTCTGAGTATGTTGTTTATATTGAAGTACAAGCAACTGATCTAGGAGATTCGGCTGAAGAGGTGACTGATCGTGAGATAGTTCTAATCGATTCAGCTCGCAGTGAAGATTCGTACTCTGTAGAGATAAAAGTCCAAGATAGTTCGGAGTCTGCAGATTCTATTCTAGTCTACCTTAAGCTCGAGGATTTGGGATCTGGATTAGATACGATTACTACTCGTAAGTTCAGTCTAGTAGATTACAGTTCTTCAGATGACAATTCATTGATATCTATAAGTCAAGAAGACTCTTCTTATACAGATGAGTTACTGCTTGTAAGTTTACTGGCATGTGACTACTCTGGAGTAGTTGATACCTCTAACGTAGATAAAGAACTTACGGTAATCGATAAATTTAGTACTTCTGAGAATTCTTTAGTTGAAATTGTCATTGTAGATAATCTTGAGTATCAGGATATAGTACTAGTCGAGTTGCCAGTAATTGATGAAAGTGAGTCAGAATACAAAGCAATCACTACTAAAGACTTATACTTGTCTGATACTGCAGTCTCCTGTGAGTCCATCTTTACAGTAGGTACACAAGATATAAACGATCGTAAATTCTCTTATCCTGGATCTAAAGACCATCCAGTCCATAATGTTCCTTCTGATCCAATCGATGGAGAGTTTCCTTTTATCGAGTCACCGATCAAAGGTTCAGAGGACTCAGTTGACTTTGCTCTAGGATCAATTGAATACGATAGATATCTAGGTTTATTCAAAGGATATATTGATATAACATTCACCTTATCAGTTAATGCTGGACAGGGTAATATTGCTGCTGGTAATATCAATATCTACATTGATGACGAGAGAGTAGAACGTATTTCAGTAAGTCTCTCAGAAGGTATGACTCATACTAAACGCATTTACTATGATGGTTACCTCAGTACTACTGGAGGCATTCGAATTGACGGACTTACAGTATCTGAAACTGCTGGTAGAGCGATCGTTAGTATCTCTATTGGAGACAATGAGAATAAGGATGATGACTTAGCTCAGACACTTCCTGATGGTCAAATTCTTAATCCTAATTATCCTGGACCGTACTTCCGTAATGTTTACGATACTGATATCTTACCTGTAGGATATTGGTGCGGAGGTCACTCGGTAATTTATCTGTATGCTTCAACTTGTGGTTACCTTAAGGACTATGAGTGGTCAGTCTGGACAGAGGACGAGTATATCTCGTACAGAGATTTACTTAACAATTACTCGAAACGAAAAGTAGATGGTAAGTACCCTACTAAGTTGTCTAAGTATAACATTTTCGGAGCAGATTGTGGTTCAGTTAGTGATTCTTTTGTAGAAGTTGAATTATTACTAACTGACGAGTCTATAGTTGACGAGGTAGCTAATGCTAACTCTAAGTCATTAGATCTCGTAGAAGAAGTACAAGTTAAAGATATCATCCGTATTAATCAGGAGTTGTCAGACTTTGCTACTTCTACAGACAGAATAGAACTCGTTATCGATAACTGTGAATTTTCTGCAGTTGTGGATAACATATCTGATAGAGAGTTTGCCCTAGTCGAGGATTTATTACTTCTAGATGAGATTCTAATTGACTTAATTAATTGCGATGAGGTAGTTTCAACTGACGGTGATTCTTTAGATTTAGAAGTTGTCCTAACTGATACTGGTCAATCTGATATATCCTACTTCATTGATAGAGATATACTTGATCGAGCTACCTCAATTGAGTGCTTAGTAATTGAGAGAACAACAGCTGACACTTCAGTCGGATATGACTGTTCTATAGTCGAGATCACAGTATGTGAGTCTTCAGAATTCTTAGATTACGTTACTACTAAAGAAGTAATAGTTAGTGACTCTTCTGAAGATAGAGAGTGCTTATCAATTGAATTTGTAGAATTTGAACACTTAACTTCAAATGATTGTCTAGCTGTTGAATTTATTTCTTGTGATATGTCCTATGGTGTAGATAAGTCACTACGTAAAGGAGTATTCGCATCAGACTTAGCGCACTCTTCAGATTGCTTAAACTTAGATATTGTACTTTGTGAAAATACTAAGATAACTGAGGATCTATCCTTTGATATTGTACTGTGTGACTCATCTGTTGTTGTGGATATAGTTACAACTAAGGATGTATTCAGTACAGATAGTGCAACTTCACATGACTGCTTATCTCTAAGTTATGAGTTATGCGATACTGCAGAGTTTATCTACTCTACCTTAGTCAGACTTACTTACACTGATGAGTCTAGAGGTCAAGATTCTTTACTTTATAAAGAGCTTGATCTTAGTGAGAGTATTCTATCTGAGGACTGCTTACTGATAAACTTAGACTTATGCGATAGCCTAGAGATCAGTGATTGCAAGTCCCTAGAGTTAAACTTATGCGATACTAGTGAATTCCAAGACTCTCTGCTTTATAAGGAAGTAGTTATTAGTGAGCTCGTAGAGTCTCAAGACTGTATGGTATTTGAACAGCACCTAGCTGAAATAGGATTGCTAGATATCTGCATGAGTCAAGAAAGTGTCTCTAATGATTCAGGTACTGGGCAAGACTCATTCTTGTATAAAGAAGTACGATTCTCTGATACTTCTGAGTGGGTTGAAGACATAGTACTCGAAATTTATCCTAATCCTGACGAGATTGATGAAGTTTCAGTTGTCGACAGATTAGATACAATAGAGATCAAAGTATCAGATATTTACCAAGCACATGACTACCTTCTCTACAAAGGACTAGTTGTTGTTGAGGAGTACTTTAGTAGTGAAGATTTTGAATTGACAATTGAACTTTGTGACATCACTGATCTTGAAGATTCTTTATCTGAAATTTTCGATATTGAGTTAGTTATTTGCGACTCAGGATCCTCCGATGAAAGATTAGTCGACAAAGAAACTTACCATGTAGATATTGTTAAAGTTTGTGAATTTGTATTAATCCATAAATTCACACATCCAATACATGGACCTGATCAATTCGATAGAGAGATAACTTATCCTGGAGAATTCGATATTACAGTGAATCAGGAGGAGCCTGAATATCTAAGTTCTTCTGAAGAAGGTATATCTGAACTTAATGTACTTCATACTGATCTCGCATTCTACAGTAAGTATATGTTCTATATCGATCCTAAGTATTACGGAAGAGTCGAAGTTGACATCTACTCACCTGATGGTAATCCTCATACGTTTAGATTATCTAGACTTCAAGCAAGGAATGCTGTATCCAGTGTAGTAGACTCTGTAACTAAGACGACTTCATCCGAAGACATCATATCTCTGCAGTACTTAGGACCTGATCCTGCTGGTTCTTCTTACTTTACTGTTGAGATACTAGAGCCTAGCGGTACTGAATACCCTGAAGGAGTTAGTCCTCATAGAGAGTTCAGAGTTAAGCCTCCTCAATTCTCTTATGAATATATTGATCCTACTCCTATAGGATTCATACCTAATGAGAATTATTTAGATAAGGTAGAGCTAGATATTGTATCTTACGAAGGACGTACTTGTCCTAGTGACTTAATCGAAGTTAACATCTACTCTCACTCTGATTGTGGAGTAAGAGATCATCAGTGGGCATTCTATTACAATGGTGATCCTGACCTGAATAGGATATCTCGTATGGTGAAGGAGCAGTCCACTAAAGATATCGAGAATACTCTTGAGTTCAGATATATTAGTGTAATTGACTGTGGTACTGTAGATGACTTCGTAGTTCATATTGAGTTGTGTGTATGTGATTGGGGAACTGATCCTCACGATCCAGGTCCACCAATTACTGGGTGCTGCGGTAGACGACTACCAGGACATATCCAACATCCTCCTTATTATCCAGGTGATCCAGGTTATCCTTGGAATGGTGATGGAGATGTAATTTATCCTGATGACCCTAGATATCCAGGACCACCGTACAATCCAGGTGATCCAGGATATCCAAGCCACTGTGCTGATGGACAGTCTACAGTATATCCAGGTGATCCTTGTTATCCAGGACGTCCACTGTATCCAGGTGATCCAGGATATCCGATACGTCCAGGTGATCCTAACTACGGAACTCCAGTATATCCAGGTGACTCAGGAGGTAGTGGTACTCCACCATACCCTCCAATCATCTATCCAGGTGATGGTAGTCCTCCAATTTATCCAGGTGATCCAGGTTATCCTGATCCAGATTATCCGGATGACGGATACCCTTACGACCTTAACATACTAGTCTTTGACAACGGAGTAGGTTACGATGAACTCCTGATAACTCTTCCAGTATGTGATTTTGGTTATCTGAATATTGAAGTGATTGAACCTAAGAAAGTTCCTAAACACTTCGACTATGTAATGCTTGTAGATCCGTTTAAGTGGAAGTGCGTGCCTGATTTCGAGTGGGATCCACAAGAAATTAAGTTCGTATTCAAAGAGATTAATATCAACTCTAAAGTAGTAACTTATGACTTTGAGTTCTGCCAAACAGGATTCAAATTTGAAGAGACTCCTGAGTACTTCTGCTTTGCGGATAAAGTTGATATTAAGGCTTGTAGTGTAGATGTATTCGCAATTCAAGAGTGTCCTACTATCAAGTTTACTTGTAGTAGTCAACCGATTGAATTCAATTGCATAAATATAGAGTTAGAGTGA

Protein

Domains

Domains [InterPro]

Domains [InterPro]

Tail Spike Domain Segmentation

Tail Spike Domain Segmentation

3D Structure with Domain Coloring

Domain Coloring

Taxonomy

Coding sequence (CDS)

Coding sequence (CDS)

Genome Context

Genome Context

Tertiary structure

Predicted Aligned Error (PAE)

Model Confidence