Phage RBP Database

Genbank accession

QDH47008.1 [GenBank]

Protein name

tail fiber protein

RBP type

TF

Evidence Phold

Probability 1,00

Protein sequence

MSYEDDLGLDDWDDPFAGDFDLDGDFDIDPFKGKGFVSSMASGFLGGLVNETVGSGAAITRSLRTILPNTFSNAFDRTNRAIERYDELKTELKEQNYESVRSLQSIAGQLSNRFGEKLPGGLRNKMDDFSQKDFSDWEKSDGSYNSMEGIEEESDYDLTLVLDSVMSRQEGLFSEMTNSLNVMSANVGGQISSAVMAGNRQLVNIETSVRDLNDYQRNVQFKIEQTKLNLMAKGYVANVKYYKFMEKGMHAQVAELKKILKGTMMSDYQKTSNFTASKQYMRDSLFSTVGRRVGGLTGLIRDRFGKEARQDASDSASSVLGMVADMLEMSDGMPVSAGMLGDMAGRGLAGAAVRNLPNFFARGPGKRMLESLAKKNPAEAKALRRQWGRLSNTGSKASYMSNAGVGLINFMAEDYQAMDEMPFIDYEDYVASLPPDKQPMSKARWTIQNAASNRAKAAMNSFMSEMNQAKGTQYTLKKRNPRDLVDAGIWTQGNNVTLNEVIPGLISRTNQLLEMIRTGDSNAELVTYNYMRGQFQNETNKQIAVQADLMPAAEFDRYATAALEFVDDLDPKKTLSQGARKAFAKVIARDVDREKNFNPFYYIGDIPGISGPMLDEIHAVVRRHFGLRDQDIARFNETTGFERMQVMTEMRNSRYQERLNKAGSAATNLKDLAPNIAERIDMLRATGNEQLLRDLGVIYTENGIDKVDMEVFHERIGMFMDDPNNPALRGMNPSDKTQGKKTRNSFHIPDRPAPANDGKRTEGASFAGLSSSLNTLTEKLDVLASSNMSSKSGKPDTAYMDTQTGEIVSNTSKIAESNQRMETILSSLLDLANKGKLFSGAPKNANEERQEEQAKEGLMGKIKGLFPEGMFGRGMDLLVKNSPIVLGGVLGGIASNFASNPIAAASMAVGGLALGGLVQYWGNKDRKEKVSASEPSDDEDIVDENGESILKSAKLKAGEYIDAITKRVINTYREIKGPVIDVVSKAIITVRELGGRIFGPDGRAVVLRGIETAKGMIVNAYNFVNPIGKLRAGIDMGKEIIYQQDVFVKGDLQNPRLRAVGFKNVEYWKDENGTFKPVKGWNEISGPVYDEEGNELISQAEFDEGLVTRTGQRIRQVGTMGSNMAGAAVGMGKQLFTNMMGKLGFERANEQASSHVSAVRGRGTNMNGVERRLDRIYKLLSQKFGMEIEDEELDDAGGPAMRKNSLEDKARQAAASQSDRVQKAIIDIGDTLTGKSKKKGEGEEKGKKPGLFGKLYDMMGSIGGFFKNPLGSLLGMVGGSMAASVKRLGTIGSALFSGVLGIGSPIFKLLSGGIKMLGGLLGPIARMAGSGIGGLLGMGGPGGRGGKLNKGMGRVGALLGGSALAYNLLTGDDSSSTPTEENMFNQKRPVTTADQIEDAANWIPQIGIGTTVLEAVMPKSWIDGIKNTGVYWTDDGQLFTDRRDAEQHMANSEGYKYNGTTYRTTLLANSIQKRLRFAMYGIREWRSDLAERVQRLEMMLLPHVNVGSGSAGFSKPEAVAEVFRQFVENSTPVPRDNINTWFQARFKPIFLTFVAAANAARFGDLQEYDAGQTHEVVLVAERVQEAIGHMSTNPYTIDVPIDQDTGTMSRIATTGEVADLMNELRKAYPAEKKADGLKLRTYDEQRQANLNPEVSDNKVVAWFQNKFGNESLIKSQEHIDKTFAVTAEIKDIDISDLHKDGDTEIEPFTLARLAVYGNDANINWRVDAVLKLERYCEENMVLSNGLGKLEIPLESVLALFKPMFRIKTELMMANWKAWFESRFLPVLQKYYALVYKQRGSSPKQGWRQLSNSNKAEIAKVLSEIMVMVDGEETSVWNVKASPFEGAQSGTDSDRADTYIKSLNSDAMKAALRDPVMEEAASKAIGEQLQDKSEARKQAEQARIAELTAMRMKRREQAGKQGGTFGGNNYASNGFANAFPPGGMGTTPGTVGAGSGGQYSGGFSEGWEMDPTLKAGDDQGLSMTPEQGEQLLLQGLLRAGITDNKQIALALALAKVETGNYKSTVENTNWSAPTLKKYFRNIPDMATAEKVAAMPPEQRAMYVYGRAPKGPTLGNEKPEDGWLYRGRGLFQLTGKANYEKYKRETGIDVVSNPRLVSEDPNVVADSAVRYLLGNKAIKSIATTGDFDSAVRGINGGNSVPFTDERRKAYTEYLAKLQNGQIKAAGPTKTSDFAPTSGGEDKIADVPNAADQNVPKAAEEKVASTKKTHKQEVDELLDKSSVNQQKAATASPPVSPSAAPTAAVTNPVPSPTPVQAPGPKPSAPAPVSQPAGPTTVSSVGPTPKPAPKQTGTGTQAVSDEGAQQLLSGIISQLGRLNDLMASQGKGGRPNTVGLG

Physico‐chemical properties

protein length:	2353 AA
molecular weight:	256127,48190 Da
isoelectric point:	6,22276
aromaticity:	0,07012
hydropathy:	-0,47161

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
DC_0124	STR	DC_0124	1	2076	Novel HMM	DC_0124	Central	Low	Positional only	152 proteins / 152 hits
Coil	Unmapped	-	75	98	Coils	Coil	-	-	-	-
G3DSA:1.10.530.10	RBD	G3DSA:1.10.530.10	1989	2175	Merged direct domain	G3DSA:1.10.530.10	C-terminal	Low	Positional only	95 proteins / 95 hits
IPR023346	STR	IPR023346	1997	2176	Merged direct domain	Lysozyme-like domain superfamily	Central	Low	Positional only	29 proteins / 29 hits
DC_1796	RBD	DC_1796	2177	2353	Novel HMM	DC_1796	C-terminal	Low	Positional only	3 proteins / 3 hits

	Name	Taxonomy ID	Lineage
Phage	Aeromonas phage LAh10 [NCBI]	2591025	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	Aeromonas hydrophila [NCBI]	644	cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Aeromonadales

Coding sequence (CDS)

Genbank protein accession

QDH47008.1 [NCBI]

Genbank nucleotide accession

MK838116.1 [NCBI]

CDS location

range 166348 -> 173409
strand -

CDS

ATGTCATATGAAGATGATCTCGGTCTCGATGATTGGGATGACCCGTTTGCGGGTGATTTCGATCTCGATGGAGATTTTGATATCGATCCTTTCAAAGGTAAAGGATTCGTGTCAAGTATGGCGTCGGGGTTCTTGGGTGGACTCGTTAATGAAACAGTAGGGTCAGGCGCGGCGATCACTAGATCACTCCGCACTATTTTACCCAACACTTTCAGTAACGCTTTCGACCGAACCAACCGTGCCATCGAACGCTACGATGAACTCAAGACAGAGCTCAAAGAGCAAAACTACGAATCGGTCAGATCATTACAAAGCATTGCCGGCCAGCTTTCCAACCGTTTCGGTGAGAAGTTACCTGGCGGTCTTCGTAACAAAATGGATGACTTTTCCCAGAAAGATTTCTCTGACTGGGAGAAGAGTGATGGGTCTTATAATAGCATGGAGGGTATTGAAGAAGAGTCTGATTATGACTTGACTTTGGTGCTCGACAGCGTCATGAGTCGCCAAGAAGGGTTGTTCTCAGAAATGACGAACTCCCTCAACGTAATGTCTGCGAACGTTGGTGGTCAAATCAGTTCTGCCGTCATGGCCGGTAACCGCCAACTCGTCAATATCGAGACTAGTGTTCGCGATCTTAACGATTACCAGCGCAACGTACAGTTCAAAATCGAACAGACCAAATTGAACTTAATGGCGAAAGGCTATGTGGCCAACGTCAAGTACTACAAGTTCATGGAAAAGGGCATGCACGCCCAGGTTGCCGAACTGAAGAAGATCCTGAAAGGAACGATGATGTCTGATTACCAAAAGACATCAAACTTCACTGCTTCTAAACAGTACATGCGTGATTCCCTGTTTAGTACGGTAGGACGTCGTGTAGGTGGTCTGACGGGTCTCATCAGGGATCGTTTCGGTAAAGAAGCCAGGCAAGATGCTTCAGATAGTGCTAGTAGTGTGTTGGGAATGGTCGCCGACATGCTCGAGATGTCTGACGGGATGCCAGTATCTGCTGGTATGTTAGGGGACATGGCCGGTCGAGGTTTAGCGGGTGCTGCCGTCCGTAACCTCCCCAACTTCTTTGCCAGAGGTCCTGGTAAAAGAATGTTGGAAAGTCTTGCCAAGAAGAACCCGGCCGAAGCAAAGGCATTGCGTCGCCAATGGGGGCGTCTCTCTAACACGGGTTCGAAAGCTTCGTATATGTCTAACGCCGGAGTTGGCTTGATCAACTTCATGGCTGAAGACTACCAAGCAATGGACGAGATGCCGTTCATTGATTACGAAGACTACGTTGCCAGTCTTCCTCCTGACAAACAACCCATGAGCAAAGCCAGGTGGACAATTCAGAATGCCGCGAGTAACCGCGCTAAAGCCGCAATGAACTCGTTCATGTCTGAGATGAACCAGGCTAAAGGCACACAGTACACCCTCAAGAAACGTAACCCACGTGATTTGGTCGATGCTGGTATCTGGACTCAGGGTAACAACGTTACACTGAATGAAGTAATACCCGGTTTGATTTCTCGCACCAACCAACTGTTGGAGATGATCAGAACTGGTGACAGTAACGCCGAGTTGGTTACTTATAACTACATGCGTGGTCAGTTCCAGAACGAAACCAACAAACAGATCGCTGTTCAAGCCGACTTGATGCCCGCTGCTGAATTCGATCGCTATGCGACTGCTGCTCTTGAGTTCGTTGATGACCTGGATCCCAAGAAGACGCTGTCCCAGGGAGCTCGTAAAGCATTTGCTAAGGTAATCGCAAGAGACGTTGACCGAGAGAAGAACTTTAACCCGTTCTACTATATCGGGGACATTCCTGGTATCTCTGGTCCGATGCTCGACGAGATCCATGCGGTGGTGCGTCGTCACTTTGGTTTGCGTGATCAAGACATTGCTCGCTTCAACGAGACCACAGGTTTCGAGCGTATGCAAGTGATGACAGAGATGCGGAACTCCAGGTATCAAGAGCGTCTCAATAAAGCAGGGTCCGCAGCAACCAACCTGAAAGACCTCGCGCCGAATATCGCCGAACGTATCGACATGCTCAGGGCCACTGGTAATGAACAGTTGCTCCGTGACCTTGGCGTGATTTATACAGAGAACGGTATCGACAAGGTTGATATGGAAGTGTTCCACGAACGTATCGGTATGTTCATGGACGATCCTAACAACCCCGCGCTCAGAGGGATGAATCCCAGCGACAAAACTCAAGGTAAGAAAACCAGGAACAGTTTCCACATCCCTGATCGACCCGCTCCGGCCAATGATGGAAAACGTACTGAAGGCGCCTCTTTCGCTGGTCTCTCCAGTTCTCTCAACACACTGACAGAGAAATTGGACGTGCTGGCTAGCAGCAACATGTCTTCCAAGTCCGGTAAGCCGGATACGGCATACATGGATACCCAGACCGGAGAGATCGTTTCCAACACATCCAAGATTGCAGAAAGCAATCAGCGGATGGAAACAATCCTTTCTTCACTTCTGGATCTTGCTAATAAAGGCAAGTTGTTCTCAGGTGCTCCAAAGAACGCCAATGAAGAACGCCAAGAAGAGCAGGCTAAAGAAGGTCTGATGGGTAAGATTAAAGGTCTGTTCCCGGAAGGTATGTTCGGTCGTGGCATGGACTTACTGGTCAAGAACTCTCCGATAGTGTTGGGTGGCGTACTTGGTGGCATTGCCTCCAACTTTGCATCTAACCCTATTGCCGCAGCTTCTATGGCTGTAGGTGGTCTGGCTCTGGGCGGTCTCGTTCAGTACTGGGGTAACAAGGACCGTAAAGAAAAAGTCAGTGCGAGCGAACCTTCTGATGATGAAGACATCGTAGATGAAAACGGTGAAAGCATTCTGAAGTCAGCAAAGCTCAAAGCTGGTGAGTACATTGACGCGATCACTAAACGTGTTATTAACACGTACCGTGAAATTAAAGGTCCTGTCATTGACGTGGTGTCCAAAGCAATCATTACAGTTCGTGAACTGGGTGGTCGCATCTTCGGTCCTGATGGTCGCGCTGTAGTGCTTCGTGGAATCGAAACCGCAAAGGGCATGATTGTCAATGCCTACAACTTTGTGAACCCAATCGGTAAACTCCGTGCCGGTATCGACATGGGTAAAGAAATCATCTATCAACAAGACGTCTTTGTGAAAGGTGACCTCCAAAATCCCCGTCTCCGTGCAGTAGGATTTAAGAACGTTGAATACTGGAAAGATGAGAACGGAACTTTCAAACCTGTCAAGGGTTGGAACGAAATCTCTGGTCCAGTTTACGATGAAGAAGGCAACGAACTTATCTCCCAAGCCGAGTTTGATGAAGGTTTGGTGACTCGTACAGGTCAACGTATCAGACAAGTGGGAACAATGGGTTCTAACATGGCTGGTGCTGCCGTCGGTATGGGTAAACAACTCTTTACCAACATGATGGGTAAGCTTGGCTTCGAACGCGCTAACGAACAAGCCAGTTCACACGTCTCTGCGGTTCGTGGTCGTGGTACCAACATGAACGGTGTTGAACGCCGTCTTGATCGCATCTACAAGCTCCTTTCCCAAAAGTTTGGTATGGAGATTGAGGACGAAGAACTTGATGACGCCGGTGGTCCAGCGATGCGTAAGAACTCCCTTGAGGATAAAGCGCGTCAGGCCGCAGCATCGCAATCTGATCGAGTCCAGAAAGCAATCATCGATATTGGTGACACACTCACCGGTAAGAGTAAGAAGAAAGGGGAAGGTGAAGAGAAGGGCAAGAAACCTGGTCTCTTTGGCAAGCTCTACGACATGATGGGTTCCATCGGCGGATTCTTCAAGAACCCACTGGGTTCATTACTCGGGATGGTTGGTGGCTCCATGGCTGCCAGCGTGAAACGTTTAGGAACAATTGGAAGTGCGTTGTTCTCTGGCGTATTGGGTATCGGTTCTCCCATCTTTAAACTTCTTAGCGGAGGTATAAAGATGTTGGGTGGTCTGTTAGGTCCCATCGCCAGGATGGCCGGCAGCGGTATCGGCGGACTGCTTGGTATGGGCGGCCCTGGTGGACGAGGGGGTAAACTCAATAAAGGGATGGGTCGTGTCGGCGCACTCCTTGGTGGTAGTGCTCTAGCATACAACCTGTTGACAGGTGACGACAGTTCTTCCACACCTACTGAAGAGAACATGTTCAACCAGAAACGTCCAGTGACCACTGCTGATCAGATAGAGGATGCTGCAAACTGGATTCCTCAGATTGGTATCGGGACCACGGTTCTTGAAGCGGTTATGCCCAAGAGCTGGATTGACGGTATCAAGAACACTGGTGTGTACTGGACCGATGATGGACAGTTGTTCACAGACCGTCGTGACGCCGAACAGCATATGGCTAACTCGGAAGGGTACAAGTACAACGGCACTACTTACCGGACAACTCTGCTGGCCAACTCCATTCAGAAACGTCTTCGTTTCGCGATGTACGGTATTCGTGAATGGCGGAGTGATTTGGCAGAGCGTGTACAACGTCTCGAGATGATGTTGCTCCCACATGTTAATGTGGGTAGTGGATCAGCAGGTTTCAGTAAACCAGAGGCAGTTGCTGAAGTCTTCAGACAGTTCGTTGAGAACTCAACTCCGGTTCCTCGTGACAATATCAATACTTGGTTCCAGGCACGGTTCAAGCCCATCTTCTTGACTTTCGTTGCCGCGGCTAACGCTGCAAGGTTTGGCGATCTTCAAGAGTACGATGCTGGTCAGACCCACGAAGTAGTTCTTGTCGCAGAGCGTGTACAGGAAGCCATTGGCCACATGTCGACCAATCCTTACACTATCGACGTCCCGATTGACCAAGATACTGGGACGATGTCAAGAATTGCTACTACTGGCGAAGTCGCTGATTTGATGAATGAACTTCGTAAAGCTTATCCAGCCGAGAAGAAGGCGGACGGTCTCAAGCTGAGGACTTATGATGAGCAACGTCAAGCCAACCTGAATCCGGAAGTATCGGACAATAAGGTTGTCGCTTGGTTCCAGAATAAGTTCGGTAACGAGTCGTTAATCAAATCACAAGAGCACATCGACAAAACCTTCGCTGTCACAGCGGAAATTAAGGACATCGACATATCTGACCTCCACAAAGATGGAGACACGGAAATCGAACCATTCACGCTTGCTCGTCTTGCCGTGTACGGTAACGATGCCAATATCAACTGGCGTGTAGATGCGGTTCTGAAACTTGAACGTTATTGCGAAGAGAACATGGTTCTTTCCAATGGGCTGGGGAAACTCGAAATCCCACTGGAGTCTGTACTGGCTCTCTTCAAGCCGATGTTCAGGATCAAAACAGAACTGATGATGGCGAACTGGAAGGCTTGGTTCGAATCACGTTTCCTCCCTGTACTCCAGAAGTACTACGCACTGGTTTACAAACAACGTGGGTCATCTCCGAAACAAGGTTGGCGTCAGCTCTCTAATAGCAACAAAGCCGAAATAGCTAAAGTGCTGTCAGAGATCATGGTAATGGTCGATGGTGAAGAGACTTCTGTCTGGAACGTGAAAGCGAGTCCGTTCGAAGGTGCTCAATCCGGTACCGACAGCGATAGGGCTGATACTTACATTAAGTCGCTTAACAGCGATGCAATGAAAGCAGCGTTGCGCGACCCGGTAATGGAGGAGGCTGCTTCTAAAGCAATCGGTGAACAACTCCAAGATAAGTCCGAAGCCAGGAAACAAGCTGAACAGGCCCGTATTGCAGAACTGACTGCCATGCGTATGAAACGCAGGGAGCAAGCCGGTAAGCAAGGTGGGACTTTCGGTGGAAACAACTACGCAAGCAATGGTTTTGCTAATGCTTTCCCTCCTGGTGGAATGGGAACTACCCCAGGGACAGTAGGTGCTGGTAGCGGTGGTCAGTATAGTGGTGGGTTCAGTGAAGGTTGGGAAATGGATCCCACTCTGAAGGCAGGTGATGACCAAGGTCTCTCCATGACTCCGGAACAGGGTGAACAACTCCTCCTTCAAGGTCTGCTCCGTGCTGGTATCACAGACAACAAGCAGATTGCTCTCGCTCTGGCACTTGCCAAGGTTGAAACGGGCAACTACAAGTCCACGGTAGAAAACACCAACTGGTCTGCACCAACCCTGAAGAAGTATTTCAGGAACATACCAGACATGGCTACAGCGGAAAAGGTAGCAGCAATGCCACCAGAACAACGTGCGATGTATGTGTATGGTAGAGCGCCCAAAGGTCCCACACTCGGTAACGAGAAGCCTGAGGATGGTTGGTTGTATCGTGGTCGTGGTTTGTTCCAGCTCACTGGTAAAGCCAACTACGAAAAGTACAAGCGTGAGACAGGGATAGACGTCGTAAGTAACCCACGACTGGTATCTGAAGATCCTAACGTTGTAGCAGACTCCGCTGTTCGTTACCTCCTGGGTAATAAAGCGATCAAGTCCATTGCGACGACTGGTGACTTCGATAGTGCTGTTCGTGGTATCAACGGCGGTAACTCTGTTCCCTTTACTGACGAACGTCGTAAGGCATATACCGAATATCTTGCTAAACTCCAGAACGGTCAAATCAAAGCAGCGGGTCCGACAAAGACCTCCGACTTTGCACCGACCTCTGGCGGTGAAGATAAGATAGCGGATGTTCCTAACGCTGCCGATCAGAATGTCCCCAAGGCCGCTGAAGAGAAAGTCGCATCTACCAAGAAGACTCATAAGCAGGAAGTCGATGAGCTCTTGGATAAGAGTAGCGTTAATCAACAGAAAGCTGCGACAGCGTCTCCGCCGGTATCTCCTAGTGCAGCACCAACCGCCGCTGTTACTAACCCAGTTCCGAGTCCGACACCAGTTCAGGCTCCGGGTCCCAAACCGAGTGCTCCGGCACCAGTAAGTCAACCGGCAGGTCCTACTACTGTTTCTAGTGTTGGTCCAACCCCCAAACCAGCTCCCAAACAGACTGGCACGGGAACACAAGCAGTCAGTGATGAAGGAGCTCAGCAATTGTTGAGTGGGATCATCAGTCAGCTTGGTAGGTTGAATGACCTGATGGCCAGCCAAGGTAAAGGTGGTCGACCGAACACCGTTGGATTAGGTTAA

Genome Context

Title	Authors	Date	PMID	Source
Novel bacteriophages capable of disrupting biofilms from clinical strains of Aeromonas hydrophila with intrinsic antibiotic resistance	Kabwe,M., Brown,T.L., Speirs,L., Ku,H., Leach,M., Chan,H.T., Petrovski,S., Lock,P. and Tucci,J.	2020-02-14	—	GenBank

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

Literature