Protein

View in Explore

Genbank accession

WVQ00203.1 [GenBank]

Protein name

tail fiber protein

RBP type

Evidence GenBank

Probability 1,00

Evidence RBPdetect2

Probability 0,96

Protein sequence

MGVPNSKRPSGDYNVVPHKAPSKFESVKKTDVKGTVKSSPSVKTERKASFQYQVPKGYEHLLNREYIVEQKEDKGDHVEELEIRLDSTGERSWEGIDKIMKAIAKKHAISPKKLHDDFKAKHNKIPDEWVKRNDPVVEEDTRTPMEVLADTIATAQPKEELKESTLYDDGRLSQLENAVSGLRTIVSTTAGGGSVTLRDLVDVDLGDSQDQYVLSYNSSTGLWEPKSIAGVTGEGAGFTGGYYDASTGAVTFTSDDGLEFTTGDLTGERGPQGVKGETGDQGPQGEQGERGYIGPQGPQGEQGVQGLVGPQGETGLTGPQGPQGPQGIQGLVGPQGDQGLTGPQGPQGLQGAQGPQGVQGEDGPQGIQGEQGVQGPTGETGAGFTGGSYDSATGQVTFTSNDGIGFTTGDLRADISSLSIDALSDVDTSTVAPTDGQALVWNTIEGEWQPADVLSGLSISQVKSLYEANSDTNAFTNAEQAKLAGIETGATADQTGAEIKALYEAELDTNAFDDAAVAKLAGIEANATADQTGAEIKALYEAELDTNAFDDAAVAKLAGIETGAEVNVDTNLGYNAATRELSSSTGTNVTLPLAVAGGDAGLLKGSDKTQLDNLSSDLAAKADLVGGVIPTSQIPAIAVTEFLGTAATEADMILLSGQPGDWCLRTDKAVGYVIVVNDGSTASDWQAFTIPGSAVTTVQGQVGDVVLGPSDVGSATAAQGALADSALQPLDNISELINDLNFIDSTGAPVQTVNTQSGNVVLDADDIDDTTTTHKFTTAGDITKLAGIEAGATGDQTDAEIKTAYENNADTNAFTDAEKAKLAGIASGAQVNVDTNLTNTTTTTDVTILSSTGTNTTIAEASGTAAGVMSVAHHDKLDGIEVGATADQTGAEIKSLYEAEADTNAFTDADVTKLAGIETGATADQTGAEIKALYEAELDTNAFDDAAVSKLAGIEAGATGDQTAAEIKTAYESNLDTNAFTDAEQTKLAGIADGAEVNVDTNLGYTSATRELSSSTGTNVTLPLAVAGGDDGLLSGADKTQLDNLSSDLAGKADLSGGKLLTSQLPDLAITEFLGQVANETAMLALTGQEGDWAIRTDDSKVYVITGSNPTLASNWTSLSYPVAPDTDLTYTAATRLLASSTGTDVTLPLVVASGDAGLQSGADKAKLDGIEAGATADQTGAEIKSLYEAEADTNAFTDAEKTKLAGIEAGATGDQTAAEIKTAYESNLDTNAFTDAEKTKLAGISAGAEVNVDTNLSYTSSTRELASSTGTNVTLPEVVAAGDSGLMTGADKTKLDGVETGATADQTGSEIKSLYEAEADTNAFTDAEKTKLNGIAAGAQVNTVDSVNTQTGAVVLDADDIDDTSTTHKFTTAGDISKLAGIESGATADQTGAEIKSLYEAEADTNAFTDAEQIKLAGIATGAEVNVDTNLATTTTTTSVTVTSSTGNDATISEATTLAAGVMSVAHHDKLDGIAAGAEVNVDTNLSASTTISTVVVASSTGTDATINEATSLAAGVMSVAHHDKLDGIADGATNVTNNNQLTNGAGYITGYTVTSGDVTAHQGDLTIGQSQVTNLTTDLGNKADLVGGVIPTSQIPTLAVTEYLGSVANQTALLTLSGQRGDWAIRTDTGSTWVLTSDGGSTITDWTELATPSAPVTSVNSQTGTIVLGASDVGAATAAQGTLADSAVQPADLATVATTGAYSDLTGTPTAVSAFTNDAGYITSADGGDAATLDSLDSTQFLRSDADDTMNGNLTVNGDVTFTDTSTDSFAGPEFSLYRNSASPSAGDYLGQIRFDGKNSNGGDQLYAKITGKTSDVTLGSEDGLIEYAVVKAGTQTIVQRLTGSALKLINGTSLEVNGDITCDGTISGQIDIDSLPTLP

Physico‐chemical properties

protein length:	1882 AA
molecular weight:	191956,26380 Da
isoelectric point:	4,07549
aromaticity:	0,04357
hydropathy:	-0,25909

Domains

Domains [InterPro]

DC_1341
STR
37–330

DC_1341 DC_0656 DC_1390 DC_1390 DC_1390 DC_1390 DC_1823

PTHR24637
Unmapped
265–382

PTHR24637 DC_1073 DC_1390 DC_1390 DC_1390

WVQ00203.1

1 1882

Architecture

STR

ATT

STR 37-787 | STR 838-1470 | ATT 1504-1880 |

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_1341	STR	DC_1341	37	330	Novel HMM	DC_1341	Central	Low	Positional only	76 proteins / 76 hits
PTHR24637	Unmapped	-	265	382	PANTHER	COLLAGEN	-	-	-	-
DC_0656	STR	DC_0656	331	511	Novel HMM	DC_0656	Central	Low	Positional only	102 proteins / 102 hits
DC_1073	STR	DC_1073	459	787	Novel HMM	DC_1073	Central	Low	Positional only	11 proteins / 11 hits
DC_1390	STR	DC_1390	838	925	Novel HMM	DC_1390	Central	Low	Positional only	9 proteins / 9 hits
DC_1390	STR	DC_1390	912	959	Novel HMM	DC_1390	Central	Low	Positional only	9 proteins / 9 hits
DC_1390	STR	DC_1390	947	1140	Novel HMM	DC_1390	Central	Low	Positional only	9 proteins / 9 hits
DC_1390	STR	DC_1390	1119	1213	Novel HMM	DC_1390	Central	Low	Positional only	9 proteins / 9 hits
DC_1390	STR	DC_1390	1204	1285	Novel HMM	DC_1390	Central	Low	Positional only	9 proteins / 9 hits
DC_1390	STR	DC_1390	1279	1363	Novel HMM	DC_1390	Central	Low	Positional only	9 proteins / 9 hits
DC_1390	STR	DC_1390	1344	1470	Novel HMM	DC_1390	Central	Low	Positional only	9 proteins / 9 hits
DC_1823	ATT	DC_1823	1504	1880	Novel HMM	DC_1823	N-terminal	Low	Positional only	5 proteins / 5 hits

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Synechococcus phage MA01 [NCBI]	3117464	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	Synechococcus sp. MW02 [NCBI]	1620844	Cyanobacteriota > Cyanophyceae > Synechococcales > Synechococcaceae > Synechococcus >

Coding sequence (CDS)

Genbank protein accession

WVQ00203.1 [NCBI]

Genbank nucleotide accession

PP110484.1 [NCBI]

CDS location

range 48493 -> 54141
strand +

CDS

ATGGGTGTTCCTAACTCAAAACGACCTTCGGGTGACTACAATGTAGTGCCCCATAAGGCCCCCTCGAAGTTTGAATCGGTCAAAAAGACTGATGTAAAAGGTACTGTAAAGTCTTCCCCCTCCGTTAAGACGGAAAGGAAGGCTAGTTTTCAGTATCAAGTTCCCAAGGGTTATGAGCACCTGCTGAATCGTGAGTATATTGTAGAGCAGAAAGAAGATAAAGGTGACCACGTAGAGGAACTGGAGATTCGCCTGGATAGCACTGGTGAGCGTTCCTGGGAAGGTATTGATAAGATTATGAAGGCGATTGCTAAGAAGCACGCCATCAGTCCTAAGAAGTTGCACGACGACTTCAAAGCAAAGCACAACAAGATTCCTGACGAATGGGTAAAGCGTAACGACCCTGTTGTAGAGGAAGACACTCGCACCCCTATGGAAGTGCTGGCGGATACTATTGCCACCGCACAACCAAAAGAAGAACTGAAAGAATCCACCCTTTACGACGACGGCCGCCTTTCTCAACTTGAGAACGCTGTTAGCGGTCTTCGTACTATTGTCAGCACAACTGCTGGTGGTGGTTCGGTAACCCTCCGTGACCTTGTTGATGTTGATCTGGGCGATTCTCAGGATCAGTATGTCCTGAGTTACAACTCTTCCACCGGTCTTTGGGAACCCAAGTCTATTGCTGGCGTCACTGGAGAAGGTGCTGGTTTTACTGGTGGTTATTACGATGCTTCAACTGGAGCAGTCACTTTCACATCTGACGACGGTCTAGAGTTTACCACTGGAGACCTCACAGGAGAGCGAGGTCCCCAAGGTGTGAAGGGTGAAACTGGAGACCAGGGACCCCAGGGTGAGCAAGGTGAGCGTGGTTACATTGGTCCTCAGGGTCCTCAAGGTGAGCAAGGCGTTCAGGGTCTCGTTGGTCCTCAGGGTGAAACCGGACTAACCGGTCCCCAGGGACCCCAGGGACCCCAAGGTATTCAGGGTCTGGTAGGTCCCCAGGGTGACCAGGGTTTGACCGGTCCTCAGGGTCCTCAGGGACTCCAGGGCGCACAGGGTCCCCAGGGTGTTCAGGGTGAAGACGGACCTCAGGGCATCCAGGGTGAGCAAGGCGTTCAGGGTCCAACGGGAGAAACTGGTGCCGGTTTCACTGGCGGTTCGTATGATAGCGCAACCGGTCAAGTTACATTCACTTCAAACGACGGTATTGGTTTCACTACTGGCGATCTTCGTGCCGACATCAGTTCTTTGTCTATTGACGCATTGAGCGATGTTGATACTTCCACAGTTGCGCCTACCGACGGTCAGGCACTTGTATGGAACACCATCGAGGGTGAGTGGCAACCTGCTGATGTTCTCAGTGGTTTGAGTATTTCCCAAGTTAAGTCTCTATACGAGGCAAACAGTGACACCAACGCTTTCACTAATGCTGAGCAAGCCAAGTTAGCGGGTATTGAAACTGGTGCAACTGCAGACCAGACTGGTGCAGAGATCAAGGCACTTTATGAAGCAGAACTTGACACAAACGCTTTTGACGACGCTGCTGTCGCCAAGTTGGCAGGTATTGAAGCAAACGCTACTGCTGACCAAACTGGTGCAGAGATTAAGGCACTCTATGAAGCAGAACTCGACACCAACGCTTTTGATGATGCTGCTGTTGCCAAGTTGGCAGGTATTGAGACTGGCGCAGAGGTAAATGTCGATACGAACCTTGGATACAACGCAGCAACCAGAGAACTTTCTTCCTCTACCGGAACTAACGTAACTCTACCTTTGGCGGTTGCTGGTGGTGACGCTGGTCTTCTGAAAGGTTCTGATAAGACCCAACTGGACAACCTCAGTAGCGACCTTGCTGCTAAGGCAGACTTGGTTGGTGGTGTTATTCCCACCTCACAGATTCCTGCTATTGCTGTTACTGAGTTCCTCGGTACCGCTGCAACTGAAGCGGATATGATCCTATTGTCTGGTCAGCCTGGTGACTGGTGTTTGCGTACAGATAAGGCTGTTGGTTATGTTATCGTAGTCAATGATGGTTCTACCGCTAGTGACTGGCAAGCCTTCACTATTCCTGGATCTGCTGTAACCACAGTTCAGGGACAAGTTGGTGACGTTGTTCTCGGACCTTCTGACGTCGGTTCAGCCACTGCCGCTCAGGGTGCTCTTGCTGATAGTGCCCTCCAACCACTGGATAATATCTCTGAGTTGATCAACGACCTCAACTTCATTGACTCTACCGGTGCTCCCGTTCAGACCGTTAACACTCAGTCCGGCAACGTTGTCCTGGACGCTGACGATATTGACGACACAACTACTACTCATAAGTTTACCACTGCTGGCGATATCACCAAGCTGGCTGGTATTGAAGCAGGTGCAACTGGTGACCAGACCGACGCCGAAATCAAGACAGCATACGAGAACAACGCCGACACCAACGCCTTTACTGATGCCGAGAAGGCCAAACTCGCTGGTATTGCTAGCGGTGCTCAGGTTAACGTTGATACCAACTTAACCAACACGACTACAACTACCGACGTAACTATTCTCAGTTCTACTGGAACCAACACCACTATTGCAGAGGCTTCAGGTACTGCAGCAGGTGTTATGTCTGTTGCTCACCACGACAAACTTGACGGTATTGAAGTAGGAGCTACAGCAGACCAGACTGGTGCTGAGATTAAGTCCTTGTATGAGGCTGAGGCTGACACCAACGCTTTTACTGACGCCGATGTAACTAAGCTGGCAGGTATTGAAACTGGTGCAACAGCAGACCAGACTGGAGCAGAGATTAAGGCACTTTATGAAGCAGAACTTGACACAAATGCTTTTGACGACGCTGCTGTATCCAAACTCGCTGGTATTGAAGCAGGTGCAACTGGCGACCAGACTGCTGCTGAGATTAAGACTGCTTATGAGTCTAACCTTGATACCAACGCCTTCACTGATGCCGAGCAAACCAAACTGGCTGGTATTGCTGACGGTGCCGAAGTAAATGTAGATACCAACCTCGGATACACGTCAGCAACCCGTGAACTCTCTTCCAGCACGGGTACTAATGTAACCTTACCCCTGGCGGTTGCGGGTGGTGACGACGGTCTTCTGTCGGGCGCCGATAAGACCCAACTGGATAACCTTAGCAGCGACCTGGCTGGCAAGGCTGACCTGAGTGGCGGCAAGCTGCTGACCTCCCAACTCCCCGACCTGGCTATCACTGAGTTCCTGGGTCAAGTGGCAAACGAGACGGCTATGCTCGCTCTCACTGGACAGGAAGGTGACTGGGCCATTAGAACTGACGATAGCAAAGTATACGTTATCACCGGAAGTAACCCCACTCTGGCTTCTAACTGGACCTCACTATCTTACCCTGTCGCTCCAGACACTGACCTAACTTATACTGCTGCGACACGTCTTCTTGCTTCTTCTACGGGCACCGACGTAACTCTGCCTTTAGTTGTTGCTTCTGGTGACGCTGGTTTGCAGTCTGGTGCAGATAAGGCTAAACTCGATGGTATCGAAGCGGGTGCAACTGCTGACCAAACAGGAGCAGAGATTAAGTCCTTGTATGAGGCTGAGGCTGACACCAACGCTTTCACAGACGCAGAAAAGACTAAGCTTGCTGGTATTGAAGCAGGAGCAACTGGTGACCAGACTGCTGCTGAGATCAAAACTGCCTATGAGTCTAACCTCGACACCAACGCTTTTACTGACGCAGAGAAGACCAAACTGGCTGGTATTTCAGCAGGTGCAGAAGTAAACGTAGACACCAACCTATCCTACACTTCTTCTACTCGTGAGCTTGCTTCTTCCACTGGAACTAACGTAACACTCCCCGAAGTTGTTGCTGCTGGTGATAGTGGTCTTATGACTGGTGCCGACAAGACTAAACTTGACGGCGTTGAAACTGGTGCAACTGCTGACCAAACTGGTTCAGAGATTAAGTCTCTGTATGAGGCTGAGGCTGATACTAACGCCTTCACCGACGCCGAGAAGACCAAACTTAATGGTATTGCTGCTGGTGCTCAGGTCAATACTGTTGACAGTGTTAACACTCAGACAGGTGCAGTTGTCCTGGACGCTGACGATATCGACGACACCTCCACCACCCATAAGTTCACCACTGCTGGGGATATCTCCAAGTTGGCTGGTATTGAATCCGGTGCAACTGCAGACCAAACTGGTGCTGAGATTAAGTCCCTTTATGAGGCTGAGGCTGACACCAACGCTTTCACTGACGCAGAGCAAATCAAACTCGCTGGTATTGCCACCGGTGCAGAAGTAAACGTAGACACAAACCTCGCCACCACAACTACAACGACCTCCGTCACTGTAACCAGCTCCACTGGTAACGACGCCACTATTTCAGAGGCAACTACTCTGGCTGCTGGTGTTATGTCTGTCGCTCACCACGACAAACTTGACGGTATTGCCGCAGGTGCAGAAGTAAACGTAGACACCAACTTGTCTGCTTCAACTACTATCAGCACCGTAGTTGTTGCTAGCTCTACTGGTACTGACGCCACTATTAACGAGGCAACCAGTCTTGCTGCCGGTGTTATGTCGGTTGCCCACCACGATAAGTTGGACGGTATTGCTGACGGCGCAACTAATGTCACCAACAACAACCAACTGACGAACGGTGCTGGTTATATCACTGGATATACCGTAACTTCTGGTGACGTTACTGCTCACCAGGGTGACTTGACTATCGGTCAGTCTCAGGTAACTAATCTGACTACCGACCTCGGTAACAAGGCAGACTTGGTTGGTGGTGTTATTCCCACCTCACAGATTCCAACGCTGGCTGTTACTGAATACCTTGGTAGTGTTGCTAACCAGACTGCACTTCTTACCCTTAGTGGTCAGCGTGGTGACTGGGCTATTCGTACTGATACTGGTTCAACCTGGGTTCTCACTTCCGACGGTGGTTCAACTATCACTGACTGGACTGAACTTGCAACCCCTTCTGCACCTGTTACCTCGGTAAATAGCCAGACTGGAACTATTGTTCTGGGTGCTTCTGACGTTGGTGCTGCTACTGCCGCACAGGGTACTCTTGCTGATAGTGCTGTCCAACCTGCTGACCTTGCCACGGTCGCTACCACTGGTGCTTATAGTGACCTGACTGGAACTCCCACAGCAGTATCCGCTTTCACCAACGACGCTGGGTATATTACTAGTGCTGACGGTGGTGACGCCGCAACTCTGGATAGTCTTGACTCTACGCAGTTCCTGAGGAGTGACGCCGACGACACCATGAACGGCAACTTGACCGTTAATGGAGACGTAACCTTTACTGATACTTCCACGGACTCATTTGCGGGTCCTGAGTTCTCACTTTACCGTAATAGTGCTTCCCCCAGTGCTGGTGACTATCTGGGCCAGATTCGCTTTGACGGTAAGAACTCCAACGGTGGAGACCAACTCTACGCCAAGATTACAGGTAAGACTTCTGACGTAACCCTGGGTAGTGAAGACGGACTTATTGAATATGCGGTTGTAAAGGCAGGAACCCAGACCATCGTTCAGCGTTTGACTGGTAGTGCTCTCAAACTTATCAACGGAACTTCACTGGAAGTCAATGGTGACATCACCTGTGACGGAACTATCTCTGGTCAGATTGACATTGACTCCCTCCCAACTCTGCCATAA

Genome Context

Tertiary structure

PDB ID

f6f4343a6b1c8967f0e75cc328315ef09060ef241ba52fa978bb28b3c0a2f2e8

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,4865

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]

Taxonomy

Coding sequence (CDS)

Coding sequence (CDS)

Genome Context

Genome Context

Tertiary structure

Predicted Aligned Error (PAE)

Model Confidence