Protein

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Genbank accession

AIX32179.1 [GenBank]

Protein name

baseplate wedge initiator

RBP type

TSP

Evidence DepoScope

Probability 1,00

Evidence RBPdetect2

Probability 0,90

Protein sequence

MANQNFRVKKGIEVGLGATFLYADDSGVGINSASPRSNLDVRGRSQTEELLVDNYAEVQGPSTFVGLGTFGGDLYVGNDLYVKGNLSFTSFESETGNVTGVLTTRDFNVTGLSTFAGDATFQSDVNISGASSITGNLVVSGASTLTGIVTTGDDLYVGGSLYVFNDIFYDEITGRNLSISGIATLRQLEIQQDLEVAGLSTFVGLVSFRDAVGTNLTVYNLSANTGNFVEINVDGGGGGGGGTGIDSTSVNTEFLNVTGVATFNNGIATNFSAEFIDAGITTTTDLHFTNGYGVNLNMSGITTVGILTVYENIYDSRNQVGYGDSLLVTQGGKLVWTRPDIAGIATSFQPGSTFYVSENGSNTNDGRSPEKAWSSIAYAVSQIGDTSHDILEVTAGEYTETFPITVPKGLTISGAGQRATIVRPSQATETNDGFLLNDRSTIHNITVTGFYKPQGSINYAFKFSVGAAITSRSPYVDKVTVINKGTQTSASDPYGYGSADSYPTTAPGGAGVLVDGSVVATNSLEAAILLNEVTLFTAGNQGIKITNGGRVEWLNGFIYFASEALVGLSDKTNGLAGAGKARLTLENASGGLVGGNTVQYYDSDGTTVLASGTIDNVSGSYVTLTNAGVGTFTTPRNRTAKKVDFVNGAQLSTAQARFGTSSLDVTGAGTDNITVDSTSDFGFGTGDFTVEFWIYRTGNINGKVICDFRDTAATDQAITIQGDGGNETDVYIGTTSVVTGTVPTTLNAWNHIAVCRVGSTITQYIDGAVSGSGTAATDLGVARQLTFGDRYDNSNNGPTAYLDELRVTKGAAKYTGAFTSPSVALTGDKDTSILLHFDGINGATSTTDDIIVLQDIRITGGNTADKVTLADYSQFGADLRSIACAIEYGNQGMIGDGDGVTLRAISINFNHVGALGDITNDPNLAIQSNEVIELNGGQVSYVSIDQKGDFRVGEAFYVNQETGEVSFTDTVTDLTALSSLTITDGTNSSIITPTSGRFGNVLISGQSVESVTGDLNIKTGGSGEINIFGNTNVIGILTAQIIEINAIQKGDTAIALDDTGTDGTIRFITDGQEAQRITNQQRVGINTTTPVTQLEVKGGTQLENLNVTGIATLNGVGIATIGGDPDFRNLNITGLSTFAGVGTFLSDLYVGGNLSVLGDIKFDEVDARNANITGIATVGFASITDARVGSALTNLGHTQLNTLNVSGVSTLSLLEVSGNSVFTGISTFNNNVTINGDLTINGSQNVDSFGTGDLIVSGIASINQAKIATGIVTTLTATRTESAELKVTGLSTFVGVATFANDVFVAGNLNVLGDIAYDEVTGRNLNISGIATIGFASITDAKIGVATITKLDVTEINVDGGTGIDDNSVTTENLVVSGIATINSGILTTLQAEVGSITNLTAGVSTFTGIVTTTEDLYVGGNLYVFNDIFYDEITGRNLSISGVSTLGFASVRDLRVSGVATFLGDVEISGSQIVDSLITGDLEVTGVTTTKELRFTDAVGVGLTLTNLVVTGNAELNGSGIVTAGQDINFRNLEVAGLSTFVGLQSFRSAVGTALTVYNLRVPENGIVSLPGIPVQGGDAEFRNVNVTGVSSFSGVSTFGSDLYVDGNLFVSGLDFRETLAGENLLVAGVGTVNNLNSNIGIITHLQAGISTFTGITTFQSDASFLSDVYVDGNLNVTGDIRYDEVNGRNLNISGIATIGYSSITDAKIGVATISTLSFGDGVGTALTLTDLTVTGDANLNGSGIVTAGSDVAFRNLEVTGLSTFTGVGTFLSDLYVGGDLFVFNDIKYDEINGRNLNISGISTLGFTSISDIRVSGGSTFLGNVEIDGNLDVTGDLTFDEFDATNANITGIATIGNLLAGVGTITTLSSTDGEITTLTSTDTVVGTLTATDATITTLGVTDSIVGTSTITTLSVTDSVVGTSTITTLNFTDGVGVALTLTDLNVLGEANLNGSGIATAGSDIEFRNLSITGLSTFVGVATFQDDLYVAGNLNVLGDLTYDEVNGRNLNISGIATIGFASITDLRVSGVTTFLGPVNIDGGQQTDFIQTTDLIVTGVATIGYATVTKLIADHSDMRNLNVSGIATIGSLVSDGNGGIIVDGAVSISGIVTIGENSIILDGRKDVEAIYLGDTGRAIVSGITTDGKRTYVKFDDGRFDRLNVSGISTFNDVVSTSSTITNLDVTTATVGFLTATQGYVGVLTVGTFTNDGGGSVIGDDITTRNLNVTGVSTFAGIVTTTGDLYVGGDLFVFNDIFYDEINGRNLNITGVATIGYSSITDVRVSGVATFLGDVNISGVTSVTTLEATGIDAYRVTTQRLIVPDDGFVQLPGIPVSGGSAEFSELLITGISSFVGVATFKDDVYIDGDFIVGGSQVIDNVATENIIISGIATIRTGEITELNVGIATVGFLTATDGYIGVLTAQNYTSLSDERLKSNIETIDDALAGVLRLDGVMFQWNNTGKTDMGVIAQQVEAVFPEIVHGDDTKGVNYNGLIGVLIEAVKELKVENDSLRERLDRLE

Physico‐chemical properties

protein length:	2518 AA
molecular weight:	260613,24830 Da
isoelectric point:	4,12182
aromaticity:	0,07109
hydropathy:	0,16295

Domains

Domains [InterPro]

DC_0407
STR
1–134

DC_0407 DC_0407 DC_0407 DC_0407 DC_0407 DC_0407 DC_0407 DC_0407 IPR036388

DC_0407
STR
128–208

DC_0407 IPR011050 IPR013320 DC_0407 DC_0407 DC_0407 DC_0407 DC_0407 DC_0407

G3DSA:2.60.120.200
STR
634–811

G3DSA:2.60.120.200 IPR030392

PF13385
LEC
669–811

PF13385 IPR030392 Coil

AIX32179.1

1 2518

Architecture

STR

STR 1-943 | STR 1021-2514 |

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_0407	STR	DC_0407	1	134	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	128	208	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	200	943	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
IPR011050	STR	IPR011050	347	647	Merged direct domain	Pectin lyase fold/virulence factor	Central	Low	Positional only	572 proteins / 572 hits
G3DSA:2.60.120.200	STR	G3DSA:2.60.120.200	634	811	Merged direct domain	G3DSA:2.60.120.200	Central	Low	Positional only	153 proteins / 153 hits
IPR013320	STR	IPR013320	654	811	Merged direct domain	Concanavalin A-like lectin/glucanase domain superfamily	Central	Low	Positional only	237 proteins / 237 hits
PF13385	LEC	DC_0004	669	811	InterPro cluster	PF13385	C-terminal	Medium	Text match	334 proteins / 417 hits
DC_0407	STR	DC_0407	1021	1221	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1199	1280	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1266	1363	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1344	1471	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1460	1553	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1545	1645	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1632	1714	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1710	1822	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1818	1921	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	1898	2116	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	2111	2310	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
DC_0407	STR	DC_0407	2300	2513	Novel HMM	DC_0407	Central	Low	Positional only	72 proteins / 72 hits
IPR036388	RBD	IPR036388	2417	2495	Merged direct domain	Winged helix-like DNA-binding domain superfamily	C-terminal	Low	Positional only	96 proteins / 96 hits
IPR030392	CHP	DC_0088	2428	2514	InterPro cluster	Intramolecular chaperone auto-processing domain	C-terminal	High	Text match	3502 proteins / 3959 hits
IPR030392	CHP	DC_0088	2428	2479	InterPro cluster	Intramolecular chaperone auto-processing domain	C-terminal	High	Text match	3502 proteins / 3959 hits
Coil	Unmapped	-	2493	2513	Coils	Coil	-	-	-	-

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

AIX32179.1

1 2518

Domain	Start	End	Length (AA)	Confidence
N-terminal	1	405	405	0,7933
Central domain	406	646	242	0,9871
C-terminal	647	2518	1871	0,0445

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
1-405

Central
406-646

C-terminal
647-2518

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Synechococcus phage ACG-2014f [NCBI]	1493511	Uroviricota > Caudoviricetes > Pantevenvirales > Atlauavirus > Atlauavirus tusconc8
Host	Synechococcus sp. WH 7803 [NCBI]	32051	Bacteria > Cyanobacteria > Oscillatoriophycideae > Chroococcales > Synechococcus >

Coding sequence (CDS)

Genbank protein accession

AIX32179.1 [NCBI]

Genbank nucleotide accession

KJ019102 [NCBI]

CDS location

range 200018 -> 207574
strand +

CDS

GTGGCGAATCAGAATTTTCGTGTCAAAAAAGGTATAGAAGTTGGCTTAGGTGCCACTTTTCTATACGCAGACGACAGTGGAGTTGGCATTAATAGTGCTAGCCCACGATCAAACCTAGACGTTCGAGGTAGATCCCAAACAGAGGAACTACTGGTAGACAACTATGCAGAGGTGCAAGGACCCTCTACATTCGTTGGACTAGGTACCTTTGGGGGTGATCTATATGTTGGGAATGATCTATATGTAAAGGGCAACCTATCATTCACCAGTTTTGAATCTGAGACTGGTAATGTAACAGGTGTTCTTACCACAAGAGACTTTAATGTAACCGGATTATCTACGTTTGCGGGAGACGCCACCTTCCAAAGTGACGTAAATATCTCTGGTGCTTCTTCAATTACTGGAAACTTAGTAGTTTCTGGTGCCTCTACGCTCACAGGTATCGTCACAACTGGCGATGACCTCTATGTGGGTGGTAGTTTATATGTATTCAATGATATCTTCTATGATGAGATTACTGGTAGAAACCTCAGTATCTCTGGTATTGCCACACTCAGACAGTTAGAAATCCAACAGGACCTAGAAGTTGCAGGTCTCTCCACATTTGTTGGTTTAGTATCGTTCAGAGATGCAGTAGGTACAAACCTAACAGTTTATAATCTTTCCGCCAATACTGGTAACTTCGTAGAGATTAACGTCGATGGTGGAGGAGGAGGCGGTGGCGGTACTGGTATCGATAGTACCTCCGTCAATACCGAGTTCTTAAACGTCACTGGTGTTGCAACATTTAACAATGGTATTGCCACCAACTTCAGTGCAGAGTTTATTGACGCTGGTATAACCACAACTACCGACCTCCACTTCACTAATGGTTACGGTGTCAATCTCAATATGAGTGGCATCACAACTGTTGGTATTCTAACAGTCTATGAGAATATCTATGACTCTAGAAACCAAGTTGGCTATGGTGACTCACTACTAGTCACACAGGGTGGGAAACTAGTATGGACTAGACCTGATATTGCAGGTATTGCCACTTCATTCCAACCAGGTTCTACCTTCTATGTAAGTGAGAATGGTAGTAATACCAATGATGGTAGAAGTCCAGAGAAAGCATGGAGTTCTATTGCATATGCCGTATCACAGATTGGAGATACTTCTCACGATATTCTAGAGGTTACTGCTGGTGAATACACAGAAACCTTCCCTATCACAGTCCCTAAAGGTCTAACCATTTCTGGTGCTGGACAAAGGGCAACCATTGTTAGACCGTCACAGGCAACAGAAACCAATGATGGTTTCCTACTAAACGATAGATCCACCATCCATAACATCACAGTTACTGGATTCTACAAACCACAAGGTTCTATCAACTACGCCTTCAAGTTTAGTGTTGGAGCAGCAATCACCAGTAGAAGTCCTTATGTTGATAAGGTCACGGTCATCAACAAAGGTACTCAGACAAGTGCCAGTGACCCATATGGTTATGGTTCAGCCGACTCCTACCCAACCACAGCACCTGGTGGTGCTGGTGTTTTAGTTGATGGTAGTGTAGTTGCAACCAACTCACTAGAAGCAGCAATTCTCCTCAATGAGGTTACACTATTCACTGCTGGCAACCAAGGTATTAAGATTACCAATGGTGGTAGAGTAGAGTGGTTGAATGGTTTCATCTACTTCGCTTCTGAAGCACTTGTAGGTCTTAGTGATAAGACTAATGGTTTAGCGGGTGCTGGTAAGGCAAGACTAACCCTAGAGAACGCCTCTGGTGGATTGGTTGGTGGTAATACCGTTCAATACTATGATAGTGATGGAACCACAGTTCTTGCTTCTGGTACCATTGATAATGTATCTGGTAGTTATGTAACACTAACCAACGCTGGTGTTGGTACATTCACAACTCCTAGAAATAGAACAGCCAAGAAGGTTGACTTTGTTAATGGAGCACAACTATCCACAGCACAGGCAAGGTTCGGTACATCCTCACTAGATGTAACTGGTGCCGGAACTGATAACATCACAGTTGATTCCACTTCAGACTTTGGGTTTGGAACTGGAGACTTCACCGTTGAATTCTGGATATACAGAACTGGTAATATTAATGGTAAGGTAATCTGTGACTTCAGAGATACCGCCGCTACAGATCAAGCAATTACTATCCAAGGTGATGGTGGTAATGAGACTGATGTTTATATTGGTACTACATCCGTTGTCACTGGTACAGTTCCTACCACACTGAATGCTTGGAACCATATCGCTGTTTGTAGAGTTGGTTCTACCATCACTCAGTATATTGATGGTGCTGTTTCTGGTAGTGGAACTGCTGCTACTGATCTAGGTGTTGCTAGACAACTAACCTTTGGTGATAGGTACGACAATAGTAACAACGGTCCTACAGCATACCTAGATGAACTTCGTGTCACTAAGGGGGCAGCAAAATACACAGGAGCATTCACTTCACCTTCAGTAGCACTCACAGGTGATAAGGATACTTCTATCCTACTACACTTTGATGGTATCAATGGAGCAACCTCCACTACAGATGATATCATTGTCCTCCAGGATATTCGTATCACTGGTGGCAACACAGCAGATAAAGTTACCCTAGCAGACTACAGTCAGTTTGGTGCTGACCTCAGGTCTATCGCTTGTGCCATTGAATATGGTAACCAGGGTATGATTGGTGATGGTGATGGAGTAACTCTCCGTGCTATCTCTATCAACTTCAACCATGTAGGTGCTCTTGGTGATATCACTAACGATCCTAACCTAGCGATTCAATCGAACGAGGTTATCGAACTCAATGGTGGTCAAGTATCCTATGTAAGTATTGACCAGAAGGGTGACTTCAGAGTTGGTGAAGCATTCTATGTGAATCAGGAGACTGGTGAAGTATCCTTTACAGATACTGTAACAGACCTAACTGCTTTATCCTCACTCACTATTACTGATGGTACTAATAGTAGTATCATTACTCCTACTTCTGGTAGGTTTGGTAATGTTCTTATCAGTGGTCAGAGTGTAGAGAGTGTAACCGGAGACCTTAACATTAAGACTGGTGGTTCCGGTGAGATCAATATCTTTGGTAACACCAATGTTATTGGTATTCTAACCGCTCAGATCATTGAGATTAATGCTATTCAGAAGGGCGATACAGCAATCGCTCTAGATGATACTGGAACTGATGGGACTATCCGTTTCATCACAGACGGACAAGAAGCACAACGTATTACAAACCAACAGAGAGTTGGTATTAACACCACCACCCCAGTTACTCAGTTAGAAGTTAAGGGTGGAACACAACTAGAGAACTTAAATGTAACTGGTATTGCCACACTTAATGGTGTTGGTATTGCTACTATCGGTGGTGATCCTGACTTCAGAAACTTAAATATCACTGGACTATCGACGTTCGCTGGTGTTGGTACTTTCCTCAGTGATTTGTATGTTGGTGGTAACCTCAGTGTCCTAGGTGATATCAAGTTTGATGAAGTTGATGCGAGAAACGCCAACATCACTGGTATTGCCACAGTTGGTTTCGCCTCTATCACAGATGCCAGAGTTGGAAGTGCCCTCACTAACTTGGGTCACACTCAACTCAATACTCTGAATGTAAGTGGAGTATCTACACTATCACTACTAGAAGTCAGTGGTAACTCAGTATTTACTGGTATCTCTACCTTCAATAACAATGTAACTATCAATGGTGACCTCACCATTAATGGTTCTCAGAATGTAGATAGTTTTGGAACTGGTGATTTAATAGTTAGTGGTATTGCTAGTATCAACCAGGCGAAGATCGCCACTGGTATTGTTACCACACTAACTGCCACTAGAACAGAGTCAGCAGAACTAAAAGTAACTGGTCTCTCCACCTTTGTTGGTGTTGCTACCTTTGCTAACGATGTATTCGTGGCAGGTAACCTCAATGTTCTAGGAGATATTGCATATGATGAAGTCACTGGTAGAAACCTAAACATCTCCGGTATCGCAACCATCGGGTTCGCCTCTATCACAGACGCCAAGATTGGTGTCGCCACTATTACAAAACTTGATGTCACTGAGATCAATGTAGATGGTGGAACAGGTATTGATGATAACTCAGTAACTACAGAGAACCTAGTTGTTAGTGGTATCGCTACCATCAACTCAGGTATCCTCACAACCCTCCAGGCGGAGGTAGGAAGTATCACAAACCTCACCGCTGGTGTTTCTACCTTTACTGGTATTGTAACCACTACAGAGGATCTATACGTTGGTGGAAACCTCTACGTATTCAATGATATCTTCTATGATGAAATCACTGGTAGGAACCTTTCTATCTCTGGAGTATCTACATTAGGTTTCGCTTCTGTTAGAGATCTAAGAGTATCTGGTGTCGCTACATTCCTTGGTGATGTGGAGATCAGTGGATCACAGATTGTTGACTCACTAATAACTGGTGACTTGGAAGTTACTGGTGTTACTACAACTAAGGAACTAAGATTTACAGACGCTGTTGGTGTAGGACTCACACTCACCAATCTAGTTGTAACTGGTAACGCGGAACTCAATGGTTCTGGTATTGTTACCGCTGGTCAAGACATCAACTTCAGAAACCTAGAAGTTGCTGGTCTATCAACCTTTGTTGGTCTCCAGTCCTTCAGGTCAGCAGTTGGAACGGCACTCACAGTTTATAACCTAAGAGTTCCTGAAAATGGTATTGTTTCACTACCTGGTATTCCTGTTCAGGGTGGGGACGCTGAGTTTAGAAACGTCAATGTAACTGGTGTATCTTCCTTCAGTGGAGTATCAACTTTCGGTAGTGACCTCTATGTGGATGGAAACCTATTTGTTTCTGGTCTAGACTTCAGAGAGACACTTGCTGGTGAAAACCTATTAGTTGCTGGTGTTGGTACTGTTAATAATCTCAATAGTAATATTGGTATTATCACTCATCTACAGGCAGGTATATCAACCTTCACTGGTATCACCACCTTCCAGAGTGATGCCTCCTTCTTGAGTGATGTATATGTAGATGGAAACCTTAATGTTACGGGTGACATTAGATATGATGAGGTGAATGGTAGGAACTTGAATATCAGTGGTATCGCTACCATTGGTTACTCCTCTATCACAGACGCCAAGATTGGTGTTGCTACTATCTCCACACTATCCTTTGGTGATGGTGTTGGAACAGCACTCACACTTACAGACCTCACGGTAACAGGTGACGCCAACCTCAATGGTTCTGGTATTGTAACCGCTGGTTCTGATGTAGCGTTTAGAAATCTAGAAGTAACTGGACTATCTACCTTCACTGGTGTTGGTACTTTCCTCAGTGACTTGTATGTTGGTGGTGACCTCTTTGTATTCAATGATATCAAGTATGATGAGATTAATGGTAGAAACCTAAACATCTCTGGTATCTCCACACTTGGTTTCACTTCTATCTCCGACATCAGAGTATCTGGTGGTTCTACCTTCTTAGGTAATGTAGAGATTGATGGAAACCTAGATGTAACTGGTGACCTAACCTTTGATGAGTTTGATGCCACTAACGCTAACATCACTGGTATTGCCACTATTGGTAACCTACTAGCGGGTGTGGGAACTATCACCACACTATCATCTACTGATGGTGAGATTACAACACTAACCTCTACTGATACTGTTGTTGGTACTCTAACCGCCACTGATGCCACTATCACTACACTAGGTGTTACTGATAGTATAGTTGGAACCTCTACCATTACAACACTCAGTGTTACTGATAGTGTAGTTGGAACTTCTACTATCACAACACTCAACTTCACTGATGGTGTTGGAGTAGCACTCACACTCACTGACCTCAATGTTCTAGGTGAAGCTAACCTCAATGGTTCTGGTATCGCAACCGCTGGTTCTGATATAGAGTTTAGGAACCTCAGTATTACTGGTCTCTCCACCTTTGTTGGTGTAGCAACCTTCCAAGATGACTTGTATGTGGCAGGTAACCTGAATGTATTGGGTGACCTAACCTATGATGAAGTGAATGGTAGAAACCTTAACATCTCTGGTATCGCTACCATTGGTTTCGCCTCTATCACAGACCTAAGAGTATCTGGTGTAACTACCTTCCTCGGTCCTGTTAATATCGATGGTGGTCAGCAAACCGACTTCATTCAAACCACAGACTTGATTGTCACTGGTGTTGCCACTATTGGTTACGCAACTGTCACTAAGTTGATCGCTGATCACAGTGATATGAGGAACCTGAATGTATCAGGTATCGCCACTATTGGTAGTCTCGTATCAGATGGTAATGGTGGAATCATTGTAGATGGTGCTGTATCCATTAGTGGTATTGTTACTATTGGTGAAAACTCTATCATTCTCGATGGTAGAAAGGATGTAGAAGCGATCTACTTGGGTGATACTGGAAGAGCAATCGTCTCTGGTATTACTACTGATGGTAAGAGAACTTATGTCAAATTTGATGATGGTAGATTTGATAGACTAAATGTATCTGGTATCTCTACCTTCAATGATGTAGTATCCACATCATCTACTATCACTAATCTAGATGTAACCACAGCAACTGTTGGTTTCCTAACCGCAACTCAGGGTTATGTTGGAGTTCTAACTGTAGGAACATTCACCAATGATGGTGGTGGTTCTGTTATTGGTGACGATATCACAACCAGAAACCTGAATGTAACTGGTGTATCTACCTTCGCAGGTATTGTTACTACTACTGGTGACCTCTATGTGGGTGGTGACCTCTTTGTATTCAATGATATCTTCTATGATGAGATCAATGGTAGAAACCTGAATATCACGGGTGTCGCCACTATCGGTTACTCCTCTATCACTGATGTTAGAGTATCTGGTGTAGCAACATTCCTAGGTGATGTGAATATCTCTGGTGTTACTTCTGTAACCACACTGGAGGCAACTGGCATTGATGCCTATCGGGTTACTACTCAGAGATTGATCGTACCTGATGATGGTTTCGTACAACTACCTGGTATCCCAGTTAGTGGTGGTTCCGCTGAGTTCTCAGAACTATTAATAACTGGTATATCTAGTTTCGTTGGAGTCGCCACCTTCAAGGATGATGTGTATATCGATGGTGACTTTATTGTTGGTGGATCTCAGGTTATTGATAATGTTGCTACTGAGAACATTATCATCAGTGGTATTGCTACAATAAGAACAGGTGAGATCACTGAACTAAATGTAGGAATTGCTACAGTTGGATTCCTCACAGCCACTGATGGATACATTGGAGTTCTAACAGCTCAGAACTACACTTCACTCTCTGATGAGAGACTCAAGTCTAACATTGAAACTATTGATGATGCTCTAGCGGGTGTTCTCAGACTCGATGGTGTAATGTTCCAGTGGAATAATACTGGCAAAACTGATATGGGTGTTATCGCCCAACAGGTGGAGGCGGTATTCCCCGAGATCGTACATGGGGATGATACAAAGGGAGTCAATTATAACGGTCTTATTGGTGTACTGATCGAAGCAGTCAAGGAACTCAAAGTAGAAAACGATAGTCTCAGAGAGAGACTAGACAGACTGGAGTGA

Genome Context

Tertiary structure

PDB ID

27fd7ee8fac42f4db521ad0cfb3e7f6d60a3ef2eddd5b819b6c6569c34dedd72

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,5086

Oligomeric State monomer

Download PDB

Model Confidence

Very high
pLDDT > 90

High
90 > pLDDT > 70

Low
70 > pLDDT > 50

Very low
pLDDT < 50

Literature

Title	Authors	Date	PMID	Source
Ecological redundancy of diverse viral populations within a natural community	Gregory,A.C., LaButti,K., Copeland,A., Woyke,T. and Sullivan,M.B.	2015-03-20	—	GenBank

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

Literature