Protein

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UniProt accession

A0A8S5M7K3 [UniProt]

Protein name

Polysaccharide deacetylase

RBP type

TSP

Evidence DepoScope

Probability 1,00

Protein sequence

MAYSTDDIKALAAILKPIIKSALESGSTGVGDLEVVTSLDSVYSLPALRMPGGIHDVVEAPLSLLRVNLRVTTTHVQWKLGNGEWKDLLALSELKVVFRRTEKHLQWKVGAGSWEDIVELESLKGEKGDRGNAFRYEDFTLEQLMGLKGDKGDKGDNLEYRLLDSFPSLEALRAAYPTGTGQDGFFIAGDGMYVWDPKDVAYKEIKLEVDKVFTSEIFREVTPSGGRIAIDFLKAPYAKVALGQDTLIYNLEIQNTREGSCGKVMVYQSGLRQIVLSNTMRGTIDLPLNSDTIAILNYNRVGEYIYIHTSTIIGDKTYPGPQKIKDFHVVYSDSSSCTVQWTAPYANNIYDRGTEYDMRYANDLVDADDPKVWAGLRKVPAIPTPENPGTLQRTTISGLVPNREYYVYLKTIKVNFGVEYISGASDPVYFRTVGSEDMTRAYRINLTERNIIPQLRNYLTDTDGTVCSVGRMVDETERNVFLEDGYPDTTNKDYSTFWSQYKYGRDTSPFDIIIDLYSVYSIDKMFVYSRSKPRFSAYGMLDQGYDWEKIGQISIVNNDWASLDFHSSRYRFVKISFDMMDFGSSSTSPVMPEGTEAFPDPEYNGTIERIDNLLIYGRPTSSRPEGIMSPLRRSTARKTVDQFFCTNGHGYQQGRIHSMCSGERMRMYIHFGHFAANYGTENAYSSLSDMRFKVNKVDWVSGNNGTGEYLEDTLRNTYLRYGLKPFLCNTGVFDYCIYDKTVSSHNRPCDNYWYPDAWRAVPKRGVGGLDKYFGATCDPMNYRTYAKLCTAIAAKYGKNKIDGAGLFFPESESLSTGLDLISGIEPENEPDQNWSGWVGYTHSEEYAAMLSAACDGHDSSLVDEEGNVLPGIKSGGVLGISAGTASVNKAYYLAAMLRWKAERKSANIPVDVFSMHMYFSNIGNQGSSQEKVQYGITFEEAIKNVTGGELVKMVELRDRFAPDKEIALTEFGWGESGGREKSCKYQCYTQAGRQIGSWTIPDRHRSDVKGAWIVRACIQMMSIGIDFVNYYSTECESNYFDAGQWGTGAGFEMFHWDDCKDTTPGAKAAAIKAFEHGFDRGGFATTGLFGQILTNGAYPITRAYWWIATFRNRLKGYVYTGMKYIGGDERIVVACFKKQGEDKGAYAVYLNDNKNTGVEGVEIPVPSGVDLVKHVTVYVPNIPNPQDVPSDLGWDQRRSGLPTSRKERYVNGEWVLLNKPYMGDKYSSYTQSPASYPESPAEGDEITTLPTAEENPYYPIVGPVCAKSLVHGNSLSAQQYEQDREEWETEPNLDDNGNVIWTVKGNIALAWRQVDAVCDYIDLHPEGAHGRNGDEVTEPTIRGMIRANVSEFPEYFFFDAVPEPDYRSEITDLSSKTVSSSAIELWWNNTNTEDTGYEIFVSGLPETGYTPLKTVGVGVENKAVISGLSPDTTYYYKIRPVRGDKTGTMSDYTSVRTFSELPAPDNLRVQGRTATSITLSWAYTNEQVADFVYYAVLRSDGTGSFLQVGKVDDKSVLTYMDSGLIVGHNYTYKVRAVGLNGQSAYAPELETRTLLAEECSPVVRYAMTDKLGSKVALTFDLPIGAIEASAKAKFTLTEDGSLRLINYVARDEANHNNLILNIPQDSLKDYDAKTDIRITFTGGSIYSEYGVELAAFSDVKVVNIIGNFTNIEAIYKLNFCSSTAPLPADTEWNNIVGNPEADALSVKLQDSYGRASNIILSPVQNKPQYNWGSPVESGYCEIPGIEAAVYKYVWRGPGFGANNSENMVARLKFSGLNDEYRYTFKAFGATTYGADLLTRIKINGIYSETINLKGNKTSYLTIEDRQPSSGIIYVDIVNATEGANTSYPILAFMMLEEYKSNDAPENTDVFLREATVTEAVDGIVKSPDVTVHLNCIGAALSYRISENQSIDEVKWMDMIDDNMNIPFTLSSGFGNKTLYTQVKNLYSVSNIRVTELEYKDPYVPLALRNVFINEDAGKTYDREVSVMVDKDGVPSHYKISENPDLATAQWLAWPSPKLSVIPFTLSNGAGQKTVYVQIMDSTTICEAKADTINYAPIERGNIELTITLPDGVDANAVTAQFPVLKYNKKFIFTYTADDGPVGAYGKVWSAVNKKWVDDEKYYHIGQAKSSGYVPEKTLGYTDGCGVEHRLPVGVAIWPNCGSTIKYMDDDPKSPAQYPYIIWKELPPILDFGGEIYFHNIDQDKWGKDDPLRILEGLKEDQAKTIAKLGRGMKVMMRPDGNNNYITAATMYDVVAMSFAENTPAVYLYPSDDPDLHKSVGQRKMYTDDNTAEMEWIRGIHDSDNPVWAHLFTHTPGQAILDFLTAVNDAYGKDGDDSVWMATVDEVYEYWFVRKNTIIKRAVSGSTVTFLLSVPVDPMFYHRDLSLRIEGVPGMEGLRVDTNDAVLGLSYGVKDGGLLVNINYDERTVERAGRYTALFESSVLEGDRDDAMYFLSHLRESVARPYMDRITVAMRPPVLLSFSVPMESMSTSFSCSYTSTGTASHYMISESADFSGAEWEVITETVTYTIQGEIGGHTLYFKLKNTFGESVAMSGIVNYKPMVVGGKVIVSLSNPSNNGVAYDIVGGEVVNYISPVTYNGWTTNTLRDVAGNDCCAYQKKKDDYPGIENTDYVSVNNSLFAPDNIDDSGAYPAKYITRHICNGKSNTGIPAVLRFTGITLGTYRLRILVSCSSGGDIDASMYGSMFYSGNNVTAHPTSSPVNNMTRFIEIDGVPVIDDGILDVKIWNTAGAYNRPGLNLIEIERL

Physico‐chemical properties

protein length:	2764 AA
molecular weight:	307663,82980 Da
isoelectric point:	4,97480
aromaticity:	0,11143
hydropathy:	-0,34229

Domains

Domains [InterPro]

DC_1340
STR
69–206

DC_1340 IPR003961 G3DSA:2.60.120.260 IPR017853 IPR050991 DC_1401 DC_1401

IPR003961
STR
321–432

IPR003961 IPR013783 IPR003961 IPR032762

IPR003961
STR
321–417

IPR003961 IPR003961 IPR003961

IPR036116
STR
322–432

IPR036116 IPR003961 IPR003961

IPR013783
STR
325–437

IPR013783 IPR003961 IPR003961

IPR036116
STR
1371–1554

IPR036116

IPR013783
STR
1464–1556

IPR013783

A0A8S5M7K3

1 2764

Architecture

STR

ATT

STR

RBD

STR

RBD

STR 69-206 | STR 320-437 | STR 482-583 | ATT 761-1062 | STR 1365-1556 | RBD 1767-2134 | STR 2135-2463 | RBD 2473-2764

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_1340	STR	DC_1340	69	206	Novel HMM	DC_1340	Central	Low	Positional only	192 proteins / 192 hits
IPR003961	STR	DC_0003	320	435	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	321	432	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	321	417	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR036116	STR	IPR036116	322	432	Merged direct domain	Fibronectin type III superfamily	Central	Low	Positional only	52 proteins / 52 hits
IPR013783	STR	IPR013783	325	437	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	482	583	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
IPR017853	ATT	IPR017853	761	1062	Merged direct domain	Glycoside hydrolase superfamily	N-terminal	Low	Positional only	5 proteins / 5 hits
IPR050991	Unmapped	-	1360	1581	InterPro	Extracellular Matrix Regulatory Proteins	-	-	-	-
IPR013783	STR	IPR013783	1365	1463	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
IPR003961	STR	DC_0003	1367	1447	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	1369	1460	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	1371	1457	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR036116	STR	IPR036116	1371	1554	Merged direct domain	Fibronectin type III superfamily	Central	Low	Positional only	52 proteins / 52 hits
IPR003961	STR	DC_0003	1461	1543	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	1462	1553	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	1463	1556	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	1463	1551	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR013783	STR	IPR013783	1464	1556	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
DC_1401	RBD	DC_1401	1767	2170	Novel HMM	DC_1401	C-terminal	Low	Positional only	5 proteins / 5 hits
IPR032762	STR	DC_0264	2135	2463	InterPro cluster	Putative polysaccharide deacetylase	Central	Low	Positional only	8 proteins / 8 hits
DC_1401	RBD	DC_1401	2473	2764	Novel HMM	DC_1401	C-terminal	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

A0A8S5M7K3

1 2764

Domain	Start	End	Length (AA)	Confidence
N-terminal	1	302	302	0,8901
Central domain	303	2753	2452	0,8451
C-terminal	2754	2764	10	0,0946

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
1-302

Central
303-2753

C-terminal
2754-2764

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Siphoviridae sp. ctPAi1 [NCBI]	2826320	Uroviricota > Caudoviricetes >
Host	No host information

Coding sequence (CDS)

Genbank protein accession

DAD78285.1 [NCBI]

Genbank nucleotide accession

BK014842 [NCBI]

CDS location

range 39029 -> 47323
strand +

CDS

ATGGCATACTCAACCGATGACATCAAGGCGCTCGCCGCCATATTGAAACCCATTATCAAGTCGGCCCTGGAATCCGGATCGACAGGGGTCGGAGACCTGGAGGTGGTGACATCCCTCGATAGCGTATATTCCCTCCCGGCCCTTCGTATGCCGGGAGGGATACATGACGTGGTGGAGGCCCCCCTGTCCTTGCTGCGGGTCAATCTTCGCGTGACGACGACACACGTACAATGGAAACTGGGTAATGGAGAGTGGAAGGACCTGCTCGCCCTGTCCGAGCTGAAGGTGGTCTTCCGGCGTACGGAGAAGCACCTCCAATGGAAGGTTGGCGCCGGGTCATGGGAGGATATCGTCGAGCTGGAGAGCCTCAAGGGGGAGAAAGGCGACCGGGGGAACGCTTTCCGGTACGAGGACTTCACCCTTGAGCAATTGATGGGCCTGAAGGGTGACAAGGGAGACAAGGGGGATAACCTTGAGTACAGGTTGCTGGACAGCTTCCCTTCCCTGGAGGCCCTGAGAGCGGCGTATCCAACGGGGACCGGACAGGACGGTTTCTTCATCGCCGGTGACGGGATGTACGTATGGGACCCGAAGGACGTGGCATACAAGGAGATCAAGCTGGAGGTGGACAAGGTATTCACCTCGGAGATATTCAGGGAGGTGACACCCTCCGGCGGCCGTATCGCCATCGACTTCCTGAAGGCCCCTTACGCCAAGGTAGCGCTCGGACAGGACACCCTCATATATAACCTGGAGATACAGAACACGAGGGAGGGATCATGCGGGAAGGTCATGGTCTACCAGAGCGGCCTCCGGCAGATCGTGCTGAGCAACACGATGAGAGGCACCATAGACCTGCCGCTCAATAGCGATACGATAGCTATACTGAATTACAACCGTGTCGGGGAATATATCTATATCCACACGAGCACCATCATCGGGGACAAGACCTATCCCGGCCCGCAAAAGATCAAGGACTTCCATGTGGTCTACTCGGACAGCTCCTCCTGCACGGTGCAATGGACCGCCCCTTACGCGAATAACATCTACGACAGGGGAACCGAATACGACATGCGATACGCCAACGACCTCGTGGACGCCGACGACCCGAAAGTGTGGGCGGGACTCCGCAAGGTCCCGGCCATCCCGACGCCCGAGAATCCCGGGACGCTGCAGAGAACGACGATATCGGGTCTCGTCCCTAACAGGGAGTATTACGTATACCTGAAAACCATCAAGGTGAATTTCGGGGTGGAATACATATCCGGGGCCTCGGATCCCGTGTACTTCCGCACGGTCGGCAGCGAGGACATGACGAGGGCCTACCGTATCAACCTGACGGAAAGGAACATCATCCCCCAGCTCAGGAATTATCTCACCGACACGGACGGGACCGTCTGCTCGGTAGGCAGGATGGTGGACGAGACCGAGAGGAACGTCTTCCTCGAGGACGGCTACCCAGACACCACGAACAAGGATTACTCCACGTTCTGGAGCCAGTACAAGTACGGCCGGGACACCTCGCCGTTCGACATCATCATAGACCTTTACTCCGTGTACTCCATCGACAAGATGTTCGTCTATTCCCGCTCCAAGCCGAGGTTCTCCGCATATGGGATGTTGGATCAAGGGTATGACTGGGAAAAAATCGGGCAGATAAGCATCGTGAATAACGATTGGGCGTCGCTTGATTTCCACTCGTCCCGGTACCGGTTCGTCAAGATCTCATTCGATATGATGGACTTCGGATCGTCCTCTACAAGTCCCGTCATGCCGGAGGGGACGGAGGCGTTTCCGGATCCAGAGTATAACGGCACGATCGAGCGTATCGACAACCTGCTGATATACGGTCGCCCGACATCCTCACGCCCGGAGGGGATCATGTCACCCTTGCGCCGCTCAACGGCCCGCAAGACCGTAGACCAGTTTTTTTGCACGAACGGCCATGGTTACCAACAAGGGCGCATACACTCGATGTGCAGCGGAGAGCGGATGCGTATGTACATCCATTTCGGTCATTTCGCGGCTAATTATGGCACAGAGAATGCCTATAGCAGCCTATCGGACATGAGATTCAAGGTTAACAAGGTTGATTGGGTATCCGGCAATAACGGTACTGGAGAGTATCTGGAGGACACGTTAAGGAACACTTACCTTAGATATGGGCTTAAGCCTTTCCTGTGCAACACGGGCGTATTTGACTATTGCATTTATGACAAGACTGTCAGCTCACATAACCGCCCGTGTGATAACTACTGGTACCCGGATGCGTGGCGGGCTGTGCCAAAACGTGGGGTTGGAGGACTTGACAAATATTTTGGTGCCACGTGTGATCCTATGAATTACAGGACTTACGCAAAGCTGTGTACCGCTATTGCCGCTAAGTATGGGAAGAACAAGATTGACGGTGCCGGTTTGTTTTTCCCCGAATCCGAATCCTTGAGTACAGGTTTAGACTTGATTTCCGGTATAGAGCCGGAGAACGAGCCGGATCAAAACTGGTCCGGATGGGTAGGATATACCCACAGCGAAGAATATGCGGCTATGCTGTCCGCCGCATGTGACGGGCATGATAGCTCGCTTGTGGATGAAGAGGGGAATGTGCTTCCTGGAATCAAAAGTGGTGGGGTGCTTGGTATCAGCGCTGGAACTGCCAGCGTAAACAAGGCCTATTATTTGGCCGCCATGTTGCGATGGAAGGCAGAGCGAAAGAGCGCCAACATCCCCGTTGATGTTTTTTCCATGCACATGTACTTTAGCAATATAGGTAATCAAGGGAGTAGTCAGGAGAAAGTGCAATATGGTATCACCTTCGAGGAGGCGATAAAGAATGTAACTGGCGGTGAACTGGTGAAGATGGTAGAGTTGCGCGACCGCTTCGCACCTGATAAGGAAATCGCCTTAACCGAATTCGGATGGGGTGAATCGGGTGGTCGTGAGAAAAGTTGCAAGTATCAATGTTATACTCAAGCCGGACGGCAGATCGGTAGTTGGACTATCCCCGACCGGCATCGCTCGGACGTGAAAGGCGCATGGATTGTCAGAGCATGTATCCAGATGATGTCAATTGGTATTGATTTCGTAAATTACTATTCCACGGAATGCGAATCCAATTATTTTGACGCAGGTCAATGGGGAACTGGAGCGGGTTTTGAGATGTTCCACTGGGATGATTGTAAAGATACGACTCCCGGAGCGAAAGCCGCTGCTATTAAGGCCTTTGAACACGGTTTTGACCGTGGAGGTTTTGCTACCACAGGCTTGTTTGGCCAGATACTGACAAACGGGGCTTACCCGATAACCCGCGCCTATTGGTGGATCGCCACGTTCAGAAACCGGCTAAAGGGATATGTTTACACCGGAATGAAATACATTGGCGGGGATGAACGCATCGTCGTGGCATGCTTTAAAAAACAAGGAGAAGACAAGGGAGCTTATGCGGTTTATCTCAACGACAATAAGAATACCGGTGTGGAGGGTGTCGAGATCCCTGTCCCTTCCGGCGTCGATCTTGTAAAACATGTAACGGTTTATGTGCCGAATATCCCGAACCCCCAGGATGTTCCCAGTGATCTTGGGTGGGATCAGAGGCGCTCAGGATTACCGACCAGCCGCAAGGAACGTTACGTAAATGGGGAATGGGTATTGCTCAATAAACCATATATGGGTGACAAGTACAGCTCGTATACGCAATCGCCAGCCTCCTATCCGGAGAGCCCCGCCGAGGGTGATGAGATAACCACGCTCCCGACAGCGGAGGAGAACCCCTATTACCCGATCGTCGGGCCTGTATGCGCAAAATCACTGGTGCACGGCAACAGCCTTAGCGCGCAACAGTACGAGCAAGATCGCGAGGAATGGGAGACCGAGCCTAACTTGGATGATAACGGCAACGTGATCTGGACCGTCAAGGGCAATATCGCCCTCGCGTGGCGGCAGGTGGATGCCGTATGCGATTACATCGATCTCCATCCGGAGGGCGCGCATGGACGTAACGGCGACGAGGTGACAGAGCCTACCATTAGGGGTATGATACGAGCCAACGTTTCCGAGTTCCCGGAGTACTTCTTTTTTGACGCGGTGCCGGAACCGGACTACCGGAGCGAGATCACGGATCTTTCCTCCAAGACTGTCAGCAGCTCGGCCATAGAACTATGGTGGAACAATACCAATACGGAGGACACCGGCTATGAGATATTCGTGTCCGGTCTCCCAGAGACAGGGTATACGCCACTGAAGACGGTCGGCGTAGGCGTGGAGAACAAGGCCGTGATATCCGGGCTGTCTCCCGATACGACCTATTACTATAAGATACGTCCGGTAAGGGGCGACAAGACCGGGACGATGAGCGACTATACCAGCGTGCGTACATTCAGCGAGCTTCCCGCGCCGGACAATCTTAGGGTACAGGGGAGGACCGCCACGAGCATCACGCTGTCATGGGCATATACCAATGAGCAAGTCGCTGATTTTGTTTATTACGCCGTACTCAGATCGGATGGCACCGGATCTTTCTTGCAGGTTGGAAAGGTCGATGACAAGTCAGTCTTGACATATATGGACAGCGGTTTGATAGTAGGGCATAACTATACGTACAAGGTTCGGGCGGTCGGTTTGAACGGCCAGAGCGCGTACGCTCCTGAACTGGAAACACGTACGTTGCTCGCGGAGGAGTGTTCCCCCGTCGTGAGATATGCGATGACCGACAAGCTTGGGAGCAAGGTGGCACTGACCTTCGATCTCCCGATCGGCGCTATAGAAGCTAGCGCCAAGGCTAAATTCACCCTTACCGAAGACGGAAGTCTTAGATTGATCAATTATGTAGCCCGTGACGAGGCGAATCACAATAATCTCATTCTTAATATCCCGCAGGACTCATTAAAGGACTATGACGCAAAAACGGATATTCGAATCACCTTTACAGGGGGGAGTATATATTCGGAGTACGGAGTAGAATTGGCGGCATTCAGCGACGTTAAGGTCGTCAATATTATAGGCAACTTTACTAATATAGAGGCCATCTATAAATTAAACTTCTGTTCTTCAACCGCCCCGCTGCCGGCTGATACTGAATGGAATAATATTGTCGGTAATCCCGAGGCTGATGCCTTATCCGTGAAGCTTCAAGATAGCTATGGCAGAGCTTCTAATATCATTCTTTCTCCTGTGCAAAACAAGCCTCAGTACAACTGGGGCAGTCCGGTGGAATCCGGATATTGTGAGATTCCGGGAATTGAAGCGGCCGTGTACAAATATGTCTGGAGAGGTCCGGGATTCGGGGCGAACAACTCCGAGAACATGGTGGCACGTCTTAAGTTCAGCGGCCTGAATGATGAGTACAGATATACGTTCAAGGCGTTCGGGGCGACAACCTACGGCGCAGACCTGCTGACAAGGATCAAGATCAACGGCATATATTCTGAGACCATAAACCTCAAAGGCAACAAGACATCATACTTGACGATTGAAGACCGCCAACCATCAAGTGGGATCATTTACGTGGATATAGTCAATGCGACAGAAGGCGCTAACACCAGTTACCCAATATTGGCCTTCATGATGCTGGAGGAATATAAATCAAATGACGCTCCTGAAAATACGGATGTTTTCCTTCGCGAAGCGACCGTCACGGAAGCGGTTGACGGTATTGTAAAGTCTCCGGATGTCACCGTCCACTTGAACTGTATCGGGGCAGCGTTGTCATACCGTATCTCCGAGAATCAGAGTATTGACGAAGTTAAGTGGATGGATATGATAGATGACAATATGAATATCCCATTTACATTGTCATCCGGCTTTGGGAATAAAACCCTTTACACACAGGTTAAGAATCTCTATTCCGTGTCCAACATTCGCGTCACGGAACTGGAATATAAAGACCCGTACGTCCCCTTGGCCTTGCGAAATGTATTTATTAATGAGGATGCCGGCAAGACCTATGACCGGGAGGTCTCCGTAATGGTCGACAAGGATGGTGTCCCATCGCACTACAAGATCTCGGAGAACCCGGACTTGGCCACGGCACAATGGCTAGCGTGGCCAAGTCCCAAGCTGTCTGTAATACCTTTTACGCTTTCGAACGGCGCGGGTCAGAAAACGGTATATGTGCAGATCATGGATAGCACGACTATCTGCGAGGCAAAGGCTGACACCATTAACTATGCTCCCATCGAGAGAGGGAATATCGAATTGACGATCACGCTTCCGGATGGTGTTGATGCAAATGCGGTGACGGCTCAATTTCCGGTGCTGAAGTATAACAAAAAGTTTATATTTACATATACGGCGGACGACGGACCTGTAGGTGCTTATGGAAAGGTATGGAGCGCCGTCAATAAGAAATGGGTAGACGACGAGAAGTACTATCATATCGGACAGGCAAAAAGCTCCGGGTATGTACCCGAGAAGACCTTGGGTTATACGGACGGTTGCGGGGTGGAACACCGTTTGCCCGTAGGTGTAGCGATATGGCCAAACTGCGGTAGCACTATCAAATATATGGACGATGATCCAAAATCACCGGCTCAATATCCATATATTATATGGAAAGAATTACCTCCAATATTGGACTTTGGCGGTGAGATTTACTTCCATAACATTGATCAAGATAAATGGGGCAAGGATGATCCCTTACGAATCCTCGAGGGCTTGAAAGAAGACCAGGCTAAGACTATCGCTAAGTTAGGACGCGGGATGAAGGTTATGATGCGTCCGGATGGCAATAACAACTACATCACTGCGGCGACGATGTATGATGTCGTGGCGATGAGCTTCGCGGAAAACACCCCGGCCGTATACCTGTATCCAAGTGATGACCCCGACCTTCACAAGTCCGTGGGGCAGCGCAAGATGTACACGGATGATAACACGGCCGAAATGGAGTGGATAAGGGGCATACATGACTCGGATAATCCCGTCTGGGCGCACTTGTTTACCCATACGCCCGGGCAGGCTATCCTAGACTTCCTTACGGCCGTGAACGACGCCTATGGCAAGGACGGGGACGACTCCGTGTGGATGGCGACGGTTGACGAGGTCTATGAGTACTGGTTCGTCCGCAAGAACACGATCATCAAGAGGGCGGTATCCGGATCGACCGTGACATTCCTCCTATCGGTGCCTGTCGATCCCATGTTCTACCACAGGGACCTGTCCTTGAGGATCGAGGGCGTGCCGGGCATGGAGGGCCTGCGGGTGGACACGAACGACGCCGTGCTTGGCCTGTCATACGGTGTCAAGGACGGCGGGTTGCTCGTCAATATCAACTACGACGAGCGGACCGTCGAGCGTGCCGGGAGGTATACGGCCTTGTTCGAGTCCTCGGTCTTGGAGGGGGACCGGGATGACGCCATGTATTTCCTGTCCCACCTGCGTGAATCGGTAGCGAGACCGTATATGGATAGGATCACCGTGGCCATGCGACCACCCGTATTGCTCTCGTTTAGCGTACCGATGGAATCCATGTCCACGTCCTTCTCCTGCTCTTATACGTCGACAGGCACGGCCTCTCATTACATGATATCCGAGAGCGCTGATTTCTCCGGGGCTGAGTGGGAAGTCATTACCGAGACGGTTACCTATACCATACAGGGGGAGATAGGCGGTCACACTCTTTATTTTAAGTTAAAAAACACATTCGGGGAGTCAGTTGCCATGTCCGGCATTGTCAATTACAAGCCCATGGTGGTCGGAGGTAAAGTTATAGTATCGCTCTCCAACCCGTCGAACAATGGGGTGGCCTACGATATCGTCGGTGGGGAGGTGGTCAACTATATCTCACCGGTGACATATAACGGCTGGACAACCAACACCCTACGGGATGTCGCCGGTAATGATTGCTGTGCTTACCAGAAAAAGAAGGATGACTATCCCGGCATCGAGAACACGGACTACGTGTCGGTGAACAATAGCCTTTTCGCACCGGACAATATAGATGACAGCGGGGCGTATCCAGCCAAGTACATCACGAGGCACATATGTAATGGGAAATCTAATACGGGGATCCCTGCCGTTCTGCGTTTCACGGGGATAACTCTGGGGACTTACAGGCTACGTATCCTCGTGTCGTGCTCGTCCGGCGGGGATATCGACGCATCCATGTACGGCTCCATGTTTTACTCCGGAAACAACGTCACGGCCCATCCAACGTCCAGCCCCGTCAACAACATGACACGTTTCATAGAGATTGATGGCGTGCCCGTCATTGATGACGGAATCCTCGACGTGAAAATATGGAACACGGCCGGGGCTTATAATAGGCCAGGGTTAAACTTGATCGAGATTGAGAGACTTTAA

Genome Context

Tertiary structure

PDB ID

6cc17ec9c5fc4f66157bef5f08faf65e129edb74c021ebef535f5cc94eda942d

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,6193

Oligomeric State monomer

Download PDB

Model Confidence

Very high
pLDDT > 90

High
90 > pLDDT > 70

Low
70 > pLDDT > 50

Very low
pLDDT < 50

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