Protein

View in Explore
Genbank accession
YP_010668714.1 [GenBank]
Protein name
tail fiber protein
RBP type
TF
Evidence Phold
Probability 1,00
Protein sequence
MSYEDDLGLDDWDDPFAGDFDLDGDFDIDPFKGKGFVSSMASGFLGGLVNETVGSGAAITRSLRTILPNTFSNAFDRTNRAIERYDELKTELKEQNYESVRSLQSIAGQLSNRFGEKLPGGLRNKMDDFSQKDFSDWEKSDGSYNSMEGIEEESDYDLTLVLDSVMSRQEGLFSEMTNSLNVMSANVGGQISSAVMAGNRQLVNIETSVRDLNDYQRNVQFKIEQTKLNLMAKGYVANVKYYKFMEKGMHAQVAELKKILKGTMMSDYQKTSNFTASKQYMRDSLFSTVGRRVGGLTGLIRDRFGKEARQDASDSASSVLGMVADMLEMSDGMPVSAGMLGDMAGRGLAGAAVRNLPNFFARGPGKRMLESLAKKNPAEAKALRRQWGRLSNTGSKASYMSNAGVGLINFMAEDYQAMDEMPFIDYEDYVASLPPDKQPMSKARWTIQNAASNRAKAAMNSFMSEMNQAKGTQYTLKKRNPRDLVDAGIWTQGNNVTLNEVIPGLISRTNQLLEMIRTGDSNAELVTYNYMRGQFQNETNKQIAVQADLMPAAEFDRYATAALEFVDDLDPKKTLSQGARKAFAKVIARDVDREKNFNPFYYIGDIPGISGPMLDEIHAVVRRHFGLRDQDIARFNETTGFERMQVMTEMRNSRYQERLNKAGSAATNLKDLAPNIAERIDMLRATGNEQLLRDLGVIYTENGIDKVDMEVFHERIGMFMDDPNNPALRGMNPSDKTQGKKTRNSFHIPDRPAPTNDGKRTEGASFAGLSSSLNTLTEKLDVLASSNMSSKSGKPDTAYMDTQTGEIVSNTSKIAESNQRMETILSSLLDLANKGKLFSGAPKNANEERQEEQAKEGLMSKIKGLFPEGMFGRGMDLLVKNSPIVLGGVLGGIASNFASNPIAAASMAVGGLALGGLVQYWGNKDRKEKVSANEPSDDEDIVDENGESILKSAKLKAGEYIDAITKRVINTYREIKGPVIDVVSKAIITVRELGGRIFGPDGRAVVLRGIETAKGMIVNAYNFVNPIGKLRAGIDMGKEIIYQQDVFVKGDLQNPRLRAVGFKNVEYWKDENGTFKPVKGWNEISGPVYDEEGNELISQAEFDEGLVTRTGQRIRQVGTMGSNMAGAAVGMGKQLFTNMMGKLGFERSNEQASSHVSAVRGRGTNMNGVERRLDRIYKLLSQKFGMEIEDEELDDAGGPAMRKNSLEDKARQAAASQSDRVQKAIIDIGDTLTGKSKKKGEGEEKGKKPGLFGKLYDMMGSIGGFFKNPLGSLLGMVGGSMAASVKRLGTIGSALFSGVLGIGSPIFKLLSGGIKMLGGLLGPIAKMAGSGIAGLFGMGGPGGRGGKLNKGMGRFGALLGGSALAYNLLTGDDSSSTPTEENMFNQKRPVTTADQIEDAANWIPQIGIGTTVLEAVMPKSWIDGIKNTGVYWTDDGQFFTDRRDAEQHMANSEGYKYNGTTYRTTLLANSIQKRLRFAMYGIREWRSDLAERVQRLEMMLLPHVNVGSGSAGFSKPEAVAEVFRQFVENSAPVPRDNINTWFQARFKPIFLTFVAAANAARFGDLQEYDAGQTHEVVLVAERVQEAVGHMSTNPYTIDVPIDQDTGTMSRIATTGEVADLMNELRKAYPAEKKADGLKLRTYDEQRQANLNPEVSDNKVVAWFQNKFGNESLIRSQEHIDKTFAVTAEIKDIDISDLHKDGDTEIEPFTLARLAVYGNDANINWRVDAVLKLERYCEENMVLSNGLGKLEIPLESVLALFKPMFRIKTELMMANWKAWFESRFLPVLQKYYALVYKQRGSSPKQGWRQLSNSNKAEIAKVLSEIMVMVDGEETSVWNVKASPFEGAQSGTDSDRADTYIKSLNSDAMKAALRDPVMEEAASKAIGEQLQDKSEARKQAEQARIAELTAMRMKRREQAGKQGGTFGGNNYASNGFANAFPPGGMGTTPGTVGAGSGGQYSGGFSEGWEMDPTLKAGDDQGLSMTPEQGEQLLLQGLLRAGITDNKQIALALALAKVETGNYKSTVENTNWSAPTLKKYFRNIPDMATAEKVAAMPPEQRAMYVYGRAPKGPTLGNEKPEDGWLYRGRGLFQLTGKANYEKYKRETGIDVVSNPRLVSEDPNVVADSAVRYLLGNKAIKSIATTGDFDSAVRGINGGNSVPFTDERRKAYTEYLAKLQNGQIKAAGPTKTSDFAPTSGGEDKIADVPNAADQNVPKAAEEKVASTKKTHKQEVDELLDKSSVNQQKAATASPPVSPSAAPTAAVTNPVPSPAPVQAPTPKPSAPAPVSQPAGPTTVSSVGPAPKPAPKQTGTGTQAVSDEGAQQLLSGIISQLGRLNDLMASQGKGGRPNTVGLG
Physico‐chemical
properties
protein length:2353 AA
molecular weight: 256300,60840 Da
isoelectric point:6,22276
aromaticity:0,07140
hydropathy:-0,47267

Domains

View on InterPro
Domain architecture
YP_010668714.1
1 2353 aa
STR 1997–2176 ·
ATT Attachment Domain STR Structural Domain RBD Receptor-Binding Domain CBM Carbohydrate-Binding Module LEC Lectin-like Domain ENZ Enzymatic Domain CHP Intramolecular Chaperone LNK Linker/Spacer Domain TAS Tail-Associated Structural TTP Tail Tubular Protein UNK Uncharacterized Domain Unmapped
Proteins with similar domain architecture

Taxonomy

Phage
Aeromonas phage D3 [NCBI] · taxon 2593327
Uroviricota Caudoviricetes Chimalliviridae Ludhianavirus D3
Host
Aeromonas hydrophila [NCBI] · taxon 644
cellular organisms Bacteria Pseudomonadati Pseudomonadota Gammaproteobacteria Aeromonadales

Coding sequence (CDS)

Genbank protein accession
YP_010668714.1 [NCBI]
Genbank nucleotide accession
NC_070957.1 [NCBI]
CDS location
range 222452 -> 229513
strand -
CDS
ATGTCATATGAAGATGATCTCGGTCTCGATGATTGGGATGACCCGTTTGCGGGTGATTTCGATCTCGATGGAGATTTTGATATCGATCCTTTCAAAGGTAAAGGATTCGTGTCAAGTATGGCGTCGGGGTTCTTGGGTGGACTCGTTAATGAAACAGTAGGGTCAGGTGCAGCGATCACTAGATCACTCCGCACTATTTTGCCCAACACTTTCAGTAACGCTTTCGACCGAACCAACCGTGCCATCGAACGCTACGATGAACTCAAGACAGAGCTCAAAGAGCAAAACTACGAATCGGTCAGATCATTACAAAGCATTGCCGGCCAGCTTTCCAACCGTTTCGGTGAGAAGTTACCTGGCGGCCTTCGTAACAAAATGGATGACTTTTCCCAGAAAGATTTCTCTGACTGGGAGAAGAGTGATGGGTCTTATAATAGCATGGAGGGTATTGAAGAAGAGTCTGATTATGACTTGACTTTGGTACTCGACAGCGTTATGAGTCGTCAAGAAGGGTTGTTCTCAGAAATGACGAACTCCCTCAACGTAATGTCTGCAAACGTTGGCGGTCAAATCAGTTCTGCCGTCATGGCCGGTAACCGCCAACTTGTCAATATCGAAACCAGTGTTCGTGATCTTAACGATTACCAGCGCAACGTACAGTTCAAAATCGAACAGACCAAATTGAACTTGATGGCGAAAGGCTATGTGGCTAACGTCAAGTACTACAAGTTCATGGAAAAGGGCATGCACGCCCAGGTTGCTGAACTGAAGAAGATCCTGAAAGGGACGATGATGTCTGATTACCAAAAGACATCGAACTTCACCGCTTCCAAACAGTACATGCGGGATTCCCTGTTTAGTACAGTAGGGCGTCGTGTTGGCGGCCTGACTGGTCTCATCAGGGATCGTTTTGGTAAAGAAGCCAGGCAAGATGCTTCAGATAGCGCCAGTAGTGTGTTGGGAATGGTCGCCGACATGCTCGAGATGTCTGACGGTATGCCAGTATCTGCTGGGATGTTAGGAGACATGGCTGGTCGAGGTTTAGCAGGCGCTGCTGTCCGTAACCTTCCCAACTTCTTTGCCCGAGGTCCTGGTAAAAGAATGTTGGAAAGCCTTGCCAAGAAAAACCCAGCTGAAGCAAAGGCATTGCGACGTCAATGGGGGCGACTCTCCAACACAGGTTCGAAAGCTTCGTACATGTCTAACGCCGGAGTTGGCCTGATCAACTTCATGGCTGAAGACTACCAAGCAATGGACGAGATGCCGTTCATTGATTACGAAGACTACGTTGCCAGTCTTCCTCCCGACAAACAACCCATGAGTAAAGCCAGGTGGACAATTCAGAACGCCGCGAGTAACCGCGCTAAAGCCGCAATGAACTCGTTTATGTCTGAGATGAACCAGGCTAAAGGTACCCAGTACACTCTCAAGAAACGTAACCCACGTGATTTGGTCGATGCTGGTATCTGGACTCAGGGTAACAACGTCACACTGAATGAAGTAATACCTGGTTTGATTTCTCGTACCAACCAACTGTTGGAGATGATCAGAACTGGTGACAGTAATGCCGAGTTGGTTACTTACAACTACATGCGTGGTCAGTTCCAGAACGAAACCAACAAACAGATCGCTGTTCAAGCCGACCTGATGCCCGCCGCTGAATTCGATCGGTATGCGACTGCTGCTCTTGAGTTCGTTGATGACCTGGATCCCAAGAAGACGTTGTCCCAGGGAGCCCGTAAAGCATTTGCTAAGGTAATCGCAAGAGACGTTGACCGAGAGAAGAACTTTAACCCGTTCTACTATATCGGGGACATTCCTGGTATCTCTGGCCCGATGCTCGACGAGATCCATGCGGTGGTACGTCGTCACTTTGGGTTGCGTGATCAAGACATTGCTCGCTTCAACGAGACCACAGGTTTCGAGCGTATGCAAGTGATGACAGAGATGCGGAACTCCAGGTATCAAGAGCGTCTCAATAAAGCAGGGTCCGCTGCAACCAACCTGAAAGACCTCGCTCCGAATATCGCTGAACGTATCGACATGCTCAGGGCCACTGGTAATGAACAGTTGCTTCGTGACCTTGGTGTGATCTATACAGAGAACGGTATCGACAAGGTTGATATGGAAGTATTCCACGAACGTATCGGCATGTTCATGGACGATCCTAACAACCCAGCGCTCAGAGGGATGAATCCCAGCGACAAAACTCAAGGTAAGAAAACCAGGAACAGTTTCCACATTCCTGATCGCCCCGCTCCGACCAATGATGGAAAGCGTACTGAAGGTGCCTCCTTCGCTGGTCTCTCCAGTTCTCTCAACACACTGACAGAGAAACTGGACGTGTTGGCTAGCAGCAACATGTCTTCCAAGTCCGGTAAGCCGGATACGGCATACATGGACACTCAGACCGGAGAGATCGTTTCCAACACATCCAAGATTGCAGAAAGTAATCAGCGGATGGAAACAATCCTTTCTTCACTTCTGGATCTTGCTAATAAAGGCAAGTTGTTCTCAGGTGCTCCAAAGAACGCCAATGAGGAACGCCAAGAAGAGCAAGCTAAAGAAGGTCTGATGAGTAAGATCAAAGGTCTGTTCCCGGAAGGTATGTTCGGTCGCGGTATGGACTTACTGGTCAAGAACTCTCCGATAGTGTTGGGTGGCGTACTTGGTGGCATTGCCTCCAACTTTGCATCTAACCCTATTGCCGCTGCATCTATGGCGGTGGGTGGTCTGGCTCTGGGCGGTCTCGTTCAGTACTGGGGTAACAAGGACCGTAAAGAAAAAGTCAGTGCGAACGAACCTTCTGATGATGAAGACATCGTAGATGAAAACGGTGAAAGCATTCTGAAGTCAGCAAAGCTCAAAGCTGGTGAGTACATTGACGCGATCACTAAGCGTGTTATTAACACGTACCGTGAAATTAAAGGTCCTGTCATTGACGTGGTATCCAAAGCAATCATCACAGTTCGTGAACTGGGTGGTCGCATCTTCGGTCCTGATGGTCGCGCTGTAGTGCTTCGTGGGATCGAAACCGCTAAGGGGATGATTGTCAATGCCTACAACTTTGTGAACCCAATCGGTAAGCTCCGCGCCGGTATCGACATGGGTAAAGAAATCATCTATCAACAAGACGTCTTTGTGAAAGGTGATCTCCAAAACCCTCGTCTCCGCGCAGTAGGGTTTAAGAACGTTGAGTACTGGAAAGATGAGAACGGAACTTTCAAACCTGTCAAGGGTTGGAACGAAATCTCTGGTCCAGTTTACGATGAAGAAGGTAACGAACTTATCTCCCAAGCCGAGTTTGATGAAGGTTTGGTAACTCGTACAGGTCAACGTATCAGACAAGTGGGAACCATGGGTTCTAACATGGCTGGTGCTGCTGTCGGTATGGGTAAACAACTCTTTACCAACATGATGGGTAAACTTGGTTTCGAGCGTTCTAACGAGCAAGCCAGCTCACATGTCTCTGCGGTTCGTGGTCGCGGTACCAACATGAACGGGGTTGAGCGTCGTCTTGATCGTATCTACAAACTCCTTTCCCAAAAGTTTGGCATGGAGATTGAGGACGAAGAACTTGATGACGCTGGTGGTCCGGCGATGCGTAAGAACTCCCTTGAGGATAAAGCGCGTCAGGCCGCAGCATCGCAATCTGATCGAGTCCAGAAAGCAATCATCGATATTGGTGATACACTCACCGGTAAGAGTAAGAAGAAAGGGGAAGGTGAAGAGAAAGGTAAGAAACCTGGTCTCTTTGGCAAGCTCTACGACATGATGGGTTCCATCGGCGGATTCTTCAAGAACCCACTGGGTTCATTACTCGGGATGGTTGGCGGTTCCATGGCTGCCAGTGTGAAACGTTTAGGGACAATTGGAAGTGCGTTGTTCTCTGGTGTGTTGGGTATCGGTTCTCCCATCTTTAAACTTCTTAGCGGAGGTATAAAGATGTTGGGTGGTCTGTTAGGTCCCATCGCCAAGATGGCCGGTAGTGGTATCGCTGGACTGTTTGGTATGGGTGGTCCTGGTGGGCGAGGGGGTAAACTCAATAAAGGGATGGGTCGTTTCGGCGCACTCCTTGGTGGTAGTGCTCTAGCATACAACCTGTTGACAGGTGACGACAGTTCTTCCACACCTACTGAAGAGAACATGTTCAACCAGAAACGTCCAGTGACCACTGCTGATCAGATAGAGGATGCTGCAAACTGGATTCCTCAGATCGGTATCGGGACCACGGTTCTTGAAGCAGTAATGCCCAAGAGTTGGATTGACGGTATCAAGAACACTGGTGTGTACTGGACCGATGATGGACAGTTCTTCACAGACCGTCGTGACGCCGAACAGCATATGGCTAACTCGGAAGGGTACAAGTACAACGGCACCACTTACCGGACAACTCTGCTGGCCAACTCCATTCAGAAACGTCTTCGTTTCGCGATGTACGGCATTCGTGAATGGCGGAGTGATTTAGCAGAACGTGTACAACGTCTCGAGATGATGTTGCTCCCGCATGTTAATGTGGGTAGTGGGTCAGCAGGTTTCAGTAAACCTGAGGCGGTCGCTGAAGTCTTCAGACAGTTCGTTGAGAACTCGGCTCCGGTTCCACGTGATAATATCAACACTTGGTTCCAAGCGCGGTTCAAACCCATCTTCTTGACTTTCGTTGCCGCGGCTAACGCTGCAAGGTTTGGCGATCTTCAAGAGTACGATGCCGGTCAGACCCATGAAGTAGTTCTTGTCGCAGAGCGTGTACAGGAAGCCGTTGGCCACATGTCGACCAATCCTTACACTATCGACGTCCCGATTGACCAAGATACTGGGACGATGTCAAGAATTGCTACTACTGGCGAAGTCGCTGATTTGATGAATGAACTTCGTAAAGCTTATCCAGCCGAGAAGAAGGCAGACGGTCTCAAGCTGAGGACTTATGATGAGCAACGTCAAGCCAACCTGAATCCGGAAGTATCGGACAATAAGGTTGTCGCTTGGTTCCAGAATAAGTTCGGCAACGAGTCGTTAATCAGATCACAAGAACACATCGACAAAACCTTCGCTGTCACAGCGGAAATTAAGGACATCGACATATCTGACCTCCACAAAGATGGAGACACAGAAATCGAACCATTCACGCTTGCTCGTCTTGCCGTGTACGGTAACGATGCCAATATCAACTGGCGTGTAGATGCAGTTCTGAAACTTGAACGTTATTGCGAAGAGAACATGGTTCTTTCCAATGGGCTGGGGAAACTCGAAATCCCACTGGAGTCTGTACTGGCTCTCTTCAAGCCGATGTTCAGGATCAAAACAGAACTGATGATGGCGAACTGGAAGGCTTGGTTCGAATCACGTTTCCTCCCTGTACTCCAGAAGTATTACGCACTGGTTTACAAACAACGTGGGTCATCTCCGAAACAAGGTTGGCGTCAGCTCTCTAATAGCAACAAAGCCGAAATAGCTAAAGTGCTGTCAGAGATCATGGTAATGGTCGATGGTGAAGAGACTTCTGTCTGGAACGTGAAAGCGAGTCCGTTCGAAGGTGCTCAATCCGGTACCGACAGCGATAGGGCTGATACTTACATTAAGTCGCTTAACAGCGATGCAATGAAAGCAGCGTTGCGCGACCCGGTAATGGAGGAGGCTGCTTCTAAAGCAATCGGTGAACAACTCCAAGATAAGTCCGAAGCCAGGAAACAAGCTGAACAGGCCCGTATTGCAGAACTGACTGCCATGCGTATGAAACGCAGGGAACAAGCCGGTAAGCAAGGTGGGACTTTCGGTGGAAACAACTACGCAAGCAATGGCTTTGCTAATGCCTTCCCTCCTGGTGGAATGGGAACTACCCCAGGGACAGTAGGTGCTGGTAGCGGTGGTCAGTATAGTGGTGGGTTCAGTGAAGGCTGGGAAATGGATCCCACTCTGAAGGCAGGTGATGACCAAGGTCTCTCCATGACTCCGGAACAGGGTGAACAACTCCTCCTTCAAGGTCTGCTCCGTGCTGGTATCACAGACAACAAGCAGATTGCTCTCGCTCTGGCACTTGCCAAGGTTGAAACGGGTAACTACAAGTCCACGGTAGAAAACACCAACTGGTCTGCACCAACCCTGAAGAAGTATTTCAGGAACATACCAGACATGGCTACAGCGGAAAAGGTAGCAGCAATGCCACCAGAACAACGTGCGATGTATGTGTATGGTAGAGCACCCAAAGGTCCCACACTCGGTAACGAGAAGCCTGAGGATGGTTGGTTGTATCGTGGTCGTGGTTTGTTCCAGCTCACTGGTAAAGCCAACTACGAAAAGTACAAGCGTGAGACAGGGATAGACGTCGTAAGTAACCCACGACTGGTATCCGAAGATCCTAACGTTGTAGCAGACTCCGCTGTTCGTTACCTTCTGGGTAATAAAGCGATCAAGTCCATTGCGACGACTGGTGACTTCGATAGTGCTGTTCGTGGCATCAACGGTGGTAACTCTGTTCCCTTTACTGACGAACGTCGTAAGGCATATACCGAATATCTTGCTAAACTCCAGAACGGTCAAATCAAAGCAGCGGGTCCGACAAAGACCTCCGACTTTGCACCAACCTCTGGCGGTGAAGATAAGATAGCGGATGTTCCTAACGCTGCCGATCAGAATGTCCCCAAGGCCGCTGAAGAGAAAGTCGCATCTACCAAGAAGACTCATAAGCAGGAAGTCGATGAGCTCTTGGATAAGAGCAGCGTTAATCAACAGAAAGCTGCGACAGCGTCTCCGCCGGTATCTCCTAGTGCGGCACCAACCGCCGCTGTTACTAACCCAGTTCCGAGTCCGGCACCAGTTCAGGCTCCGACTCCCAAACCGAGTGCTCCGGCACCAGTAAGTCAACCGGCAGGCCCTACCACTGTTTCTAGTGTTGGTCCGGCTCCCAAACCAGCTCCCAAACAGACTGGCACGGGAACACAAGCAGTCAGTGATGAAGGAGCTCAGCAATTGTTGAGTGGGATCATCAGTCAGCTTGGTAGGTTGAATGACCTGATGGCCAGCCAAGGTAAAGGTGGTCGACCGAACACTGTTGGATTAGGTTAA

Genome Context

Tertiary structure

YP_010668714.1
ColabFold structure
Source ColabFold
pLDDT 50.8
Oligomeric state monomer
Download structure

Literature

Title Authors Date PMID Source
Complete genome sequence of Aeromonas hydrophila bacteriophage D3 Rai,S., Tyagi,A., Kumar,N. and Singh,N. 2020-06-10 — GenBank