Phage RBP Database

Genbank accession

QVW28765.1 [GenBank]

Protein name

tail fiber protein

RBP type

TF

Evidence Phold

Probability 1,00

Protein sequence

MAKKDDFDDLGFDDVDWDDFDEPPRQNNGKSRNPILDTAKQVRKSALATIWPRGKRDQVILKGMPQPATEAYKGYQNAQGVAKDVYAHTKDEIIKTERLVKQQARQLGPTLKRYLPDSLTNRINKWARTGEDAQYDQYDPQQAGLDRMMGEVFGAGQQMTAEQQQEARETATEDRLRDAVKEMKSDALMNTVLGIARDVHMQTGLSKGVFLNIERKKLELQYRTLFALQDIAKLKQTEFDRNTPALEAIVKNTALPDYAKEEFSEIHWANIKRKAAEWMNPLRYGEEFMNGIRDNMTKKISQAFGDGRMALEMLMGGAVEDDFGMEDGSSLSPDSRKKNSRDKGVGWLTSFLTKKLIGPQLAKAQGKTKQWLEERPEYMTKLHQAQFKARGWTQGTISNSSIAGEEDGTAADVFRMGRDFGIINPHGREKAFLDTRDGEALNRVAKFDRRAHLALVEVIPAWLSEINKSIRRGYGEHADQEYDITTRGFTSRRQLSDRIRKGVADDKGRLKQQENIWEIVNYLDDKKTLSEKDRQGLANYLESRVSLGRSMNVESILKDSNHLMRYMPSGTADKVVDLLRAKSDGMTGGTYELSNHLEDKFSSARSAVKGYQRNIDEATAIYGERALRDAGIFTYDKKNDTFGVDKDFADPFTLFNDTRMGKTRSGKALTIDQAIQEKLKGNSALADLLRRKFNGGDYDDPLAEGSPLGGGPKGGGGGGKGRGKGMSPVQLARVLYGETETNFVDLLKGNGSNAGTETDRIVEAVRGINMHSLTEIQEKILAHVKSMDEQGVLLASLAGGEGGGSGGTDEMGPPRPGAGPRRRRIVLGETGLLRRWGGILADTAGGAFNLGKRGVLGAKDRLGKFGGWVRGKFGGPSTGPSMFERMKGLVTGGVGGAFNSALAFGQGLLGIKDIFDEKGRVVLQGSKLEAGEYYQMSSNGQGAKPVQLKTLDDIRLGRDIVDSEGNIILSAADLAAAGKLSYYKGGKIQSLFQAIARKGGELGNKVLGAPKRILDKIAPRFKSAREWFTNIPDIYVKGDTQPRLYANLMRQGHYINTATKQPVYKVADISGPIDDINGNNVISASELQNPEFKLVDKWGREVKSPLGRIVGRIGRIAGWGRDLIMGIPGRLRDAGAKLKNLALNNPIANWFKGGKGGGGFLSGNTMFGGSTGRKTNHILIRIYKLLNQRLPGEPEDDSWTEEMEKNTGGSKSLSNAMRKGKVAARLMKRRFRNRFGGRIDSGKSWFGGKRDALKGWFSRMGGRANNVLDSFRGAEHDIGTRYMIEKHLMGRDDDVAAFYRDRLHRRGGFSKAKIRSAAMDDVEDMKDAAGNVINTGRKKVQSVGSRVLDRLNKMVDLQEVTWFNTMRSSLENNGANEGFVRGMMSKFSRRVKFNSGGEKRDYFQWFRRRRGEHDDGAAAGSGGGGKGKGKGIMDFFKSLPLIGPLVSVLGSVGSILGTVAKWGIFKPGKLLAQGAWGLGKFAVTRALPFVARSLIAPVATAAAGVVATLGWPVTLLVGAVVGTGIAAYRIATSTYTSYLDTMRIAQYGYRDYDKWSSEDGAKVRYLEDNLKQFIAFNGEGQASCRGLGGKEVQTLAEGYGLNVEDKGEMLAFQAHMLQRFIPVYLRWLTTLKAMDRDIQLSEVGDASKVTKEEMLAIHAKTALTKDAVQLRSLEDPRKVNQGFMSKAWDTVTFTSPQFLDASEVIEVQEDTLREINKRMDTKKNRQMRTLLAKGQEVTGVKDAFAALNTMDADTEKNYVKKEGWEDGTESITIQVDALGTLNQRDVDALESVRMKTYGLKNLDSGYVAMLKEMERFVLPQINTKTGSYNGKWTEATDIVAPQVWQTPRGDSVHHWFVNRFLPTFMFYVCGFKRYDPAGDPLNVKMTGGYLYELGLLTSRAYNMRAGIRQSVWEVALVPWSEDGANTDPNSVEKELITLKELSKQADLNIRNLLNEKKADNRKIAQWQKKDPRTHIYETKDEIERATYTAEEQEKMKAAGGFGGKGFTGIPNDIADNVNAVGGVADYAKLSTGNVSISLGDVAEGNYKELAEKYPISTLNNTENVKKMIVDVANKMGVPPGVALGMAYAESKFNYKAKNPYASAAGLFQFVDGTWDGMMGKYANNFGIPGTLRAGRGQYDPHANAILGLQFIRDNIQSAQRDLGAKPPPAVAYLYHFLGAGGGRQFLQAWKKNPNAPATAAASVTRKVLAGNKNVFFTKTGKMRTLNEVMQELNGRMGSVTANTMNADPKMTKELTGGLSPQSSSPAVNAGAAANDPSLGGVAKAANDLPADNAERRDGAIAMKGANAADDVMAASGGGAVPGGTGPTGGGGGDIQSVGDTAEAQAKADGMNDADAAKVRAAAEQRAQSASVADQRSPSSDVSPTAGGFGTGTVGEQQLVVQKEMRDILKEMRNLMQQGGSLQSGGNQTPPAKQQPQGSYTQPTPSLNVSRQAG

Physico‐chemical properties

protein length:	2453 AA
molecular weight:	268070,32530 Da
isoelectric point:	9,41040
aromaticity:	0,07501
hydropathy:	-0,54492

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
DC_0337	STR	DC_0337	1	2126	Novel HMM	DC_0337	Central	Low	Positional only	32 proteins / 32 hits
Coil	Unmapped	-	1705	1725	Coils	Coil	-	-	-	-
Coil	Unmapped	-	1949	1969	Coils	Coil	-	-	-	-
IPR008258	ENZ	DC_0010	2071	2160	InterPro cluster	Transglycosylase SLT domain 1	C-terminal	High	Text match	100 proteins / 142 hits
DC_0301	RBD	DC_0301	2240	2453	Novel HMM	DC_0301	C-terminal	Low	Positional only	30 proteins / 30 hits

	Name	Taxonomy ID	Lineage
Phage	Erwinia phage pEa_SNUABM_8 [NCBI]	2831677	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	Erwinia amylovora [NCBI]	552	cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Enterobacterales

Coding sequence (CDS)

Genbank protein accession

QVW28765.1 [NCBI]

Genbank nucleotide accession

MW760841.1 [NCBI]

CDS location

range 212799 -> 220160
strand -

CDS

ATGGCAAAAAAAGACGATTTCGACGATCTCGGTTTTGATGATGTCGATTGGGATGATTTCGACGAACCGCCCCGCCAGAACAACGGTAAATCGCGCAACCCGATACTCGATACCGCGAAGCAAGTGCGCAAATCTGCTCTGGCGACCATATGGCCGCGAGGTAAGCGCGACCAGGTCATCTTAAAAGGTATGCCACAGCCTGCGACCGAAGCCTACAAGGGCTATCAGAACGCGCAGGGTGTAGCAAAAGACGTGTACGCTCATACCAAAGACGAGATCATCAAGACTGAGCGTCTGGTCAAGCAACAAGCCCGTCAATTAGGCCCAACCTTAAAGCGCTATCTGCCCGATAGCCTGACCAACCGCATTAACAAATGGGCACGCACTGGCGAAGACGCCCAGTACGATCAGTACGATCCACAGCAGGCTGGCCTCGACCGCATGATGGGTGAGGTGTTCGGTGCCGGTCAGCAAATGACCGCCGAGCAACAGCAAGAAGCGCGTGAAACGGCAACGGAAGATCGTCTGCGTGATGCCGTCAAGGAAATGAAATCCGATGCATTGATGAACACGGTTCTGGGTATCGCCCGTGACGTGCACATGCAAACCGGACTTTCCAAAGGCGTGTTCTTAAACATCGAGCGTAAGAAGCTCGAGTTGCAATACCGTACGTTGTTTGCCTTGCAAGATATTGCCAAGCTGAAACAAACCGAGTTCGACCGTAATACTCCAGCCCTCGAAGCGATTGTGAAGAACACCGCGTTGCCGGACTATGCGAAAGAAGAGTTCTCGGAAATTCACTGGGCGAACATTAAACGTAAAGCGGCTGAATGGATGAACCCACTTCGTTACGGCGAAGAGTTCATGAACGGCATCCGCGACAACATGACCAAGAAAATCTCACAGGCGTTTGGCGATGGCCGAATGGCACTTGAGATGCTCATGGGTGGTGCAGTCGAAGATGACTTCGGGATGGAGGATGGCTCCAGCCTGTCGCCAGACAGCCGGAAGAAGAACAGCCGTGATAAAGGGGTGGGTTGGTTAACCAGCTTCCTCACCAAGAAACTGATTGGCCCACAACTTGCCAAAGCGCAAGGGAAAACCAAGCAGTGGTTGGAAGAACGTCCCGAGTACATGACAAAGCTCCACCAGGCGCAATTTAAAGCCCGTGGCTGGACGCAAGGCACAATCTCTAACTCATCCATCGCTGGAGAAGAAGACGGCACAGCGGCTGATGTGTTTCGCATGGGGCGGGATTTCGGGATTATCAATCCACATGGCCGTGAGAAAGCCTTCCTGGATACTCGAGACGGTGAAGCCTTAAACCGGGTTGCTAAGTTCGACCGTCGTGCGCATTTGGCGTTGGTCGAAGTTATCCCGGCCTGGTTATCCGAGATTAACAAATCTATCCGTCGAGGCTACGGCGAACATGCTGACCAGGAATACGACATCACGACCCGTGGCTTTACGTCACGTCGTCAGTTGTCTGACCGTATCCGTAAGGGTGTGGCGGATGACAAAGGTCGTCTCAAGCAGCAGGAGAACATCTGGGAAATCGTTAACTACCTGGATGACAAAAAGACCCTGAGTGAGAAAGACCGTCAAGGTCTGGCTAACTATTTAGAAAGCCGTGTCTCGCTGGGTCGCTCCATGAACGTCGAGAGCATCCTCAAAGACAGCAACCACTTAATGCGCTACATGCCGTCCGGTACGGCTGACAAAGTGGTGGATTTGCTGCGTGCGAAATCGGATGGCATGACCGGTGGGACGTACGAACTGTCGAACCATCTGGAAGACAAATTCTCTTCCGCCCGCTCGGCCGTGAAAGGCTACCAACGCAACATTGACGAAGCCACCGCAATCTACGGTGAGCGTGCGTTACGTGATGCGGGTATCTTCACGTACGATAAAAAGAACGACACCTTTGGCGTGGACAAAGACTTCGCCGACCCGTTCACCTTGTTCAACGATACCCGGATGGGCAAAACCCGTAGCGGGAAAGCCTTGACCATTGACCAGGCGATTCAGGAGAAACTGAAAGGTAACTCGGCATTAGCTGACTTACTGCGTCGCAAGTTCAACGGTGGGGATTACGATGACCCATTGGCCGAGGGCAGTCCACTCGGCGGTGGACCGAAAGGAGGTGGTGGCGGTGGTAAAGGTCGCGGTAAAGGTATGTCCCCAGTACAACTGGCGCGTGTCCTGTACGGCGAAACCGAAACCAACTTTGTCGACCTGCTGAAAGGTAACGGCAGCAATGCCGGGACAGAAACCGACCGTATCGTCGAAGCCGTCCGTGGCATTAACATGCACTCGTTAACCGAGATTCAGGAGAAAATCCTGGCGCATGTGAAGTCCATGGATGAACAGGGTGTCCTGTTGGCCTCTCTCGCCGGTGGTGAGGGTGGTGGTAGCGGCGGTACCGATGAGATGGGGCCACCACGTCCGGGTGCAGGCCCACGCCGTCGTCGTATCGTGCTGGGTGAAACCGGCCTGTTGCGTCGTTGGGGTGGTATCTTAGCCGACACCGCAGGGGGTGCGTTCAACCTCGGGAAGCGTGGTGTGTTGGGTGCGAAAGACCGTCTGGGTAAATTCGGCGGTTGGGTACGTGGCAAGTTCGGCGGTCCGTCCACGGGGCCGAGTATGTTCGAACGCATGAAAGGGTTGGTGACCGGTGGGGTCGGTGGTGCCTTTAACTCTGCGCTGGCTTTTGGCCAGGGACTGTTGGGCATCAAAGATATCTTCGATGAGAAAGGCCGTGTGGTGCTCCAGGGCAGTAAACTGGAAGCGGGCGAATACTACCAGATGTCTTCTAACGGCCAAGGCGCTAAGCCGGTGCAGCTGAAGACCCTGGATGACATTCGTCTCGGTCGTGACATCGTTGACTCCGAAGGTAACATTATCCTGAGTGCGGCGGACTTAGCCGCTGCTGGGAAGTTGAGCTACTATAAAGGTGGCAAGATTCAGAGCCTGTTCCAAGCCATTGCTCGTAAGGGCGGTGAGTTAGGTAACAAGGTACTGGGTGCCCCGAAACGTATCCTCGACAAAATTGCCCCCCGCTTTAAATCCGCACGGGAGTGGTTCACTAACATCCCTGACATTTACGTTAAGGGTGACACGCAGCCTCGTCTGTATGCCAACCTGATGCGTCAGGGCCATTACATTAACACAGCCACCAAACAGCCGGTGTACAAAGTCGCGGACATTTCCGGTCCGATCGATGATATCAACGGCAATAACGTCATCTCTGCCAGCGAGTTACAGAACCCCGAGTTCAAACTGGTAGACAAGTGGGGCCGTGAGGTTAAAAGTCCGTTAGGGCGCATTGTAGGACGTATAGGACGTATCGCTGGTTGGGGTCGCGACCTGATCATGGGTATTCCTGGACGTTTACGTGATGCCGGAGCGAAACTGAAGAACCTTGCGCTCAATAACCCGATTGCCAACTGGTTTAAAGGTGGCAAAGGTGGCGGTGGGTTCCTGAGCGGGAACACCATGTTTGGTGGATCGACTGGCCGTAAGACTAACCACATCCTGATTCGCATCTACAAACTTCTGAACCAGCGTTTACCGGGTGAACCGGAAGACGATTCCTGGACAGAGGAGATGGAGAAGAACACCGGTGGGTCGAAGTCTCTTTCTAATGCCATGCGCAAAGGGAAGGTGGCTGCCCGTCTGATGAAACGTCGATTCCGTAACCGCTTTGGCGGACGTATCGATTCAGGTAAGAGTTGGTTCGGTGGAAAGCGTGACGCTCTGAAAGGCTGGTTCAGCCGGATGGGCGGTCGAGCGAATAACGTCCTGGATTCCTTCCGTGGCGCAGAACACGACATTGGCACCCGCTACATGATCGAGAAGCATCTGATGGGTCGTGACGACGACGTAGCAGCATTCTATCGTGACCGTTTGCATCGCCGTGGTGGGTTCTCGAAAGCCAAGATTCGTTCAGCAGCTATGGACGATGTGGAGGACATGAAAGACGCCGCCGGTAACGTGATTAACACCGGGCGTAAGAAAGTTCAATCTGTAGGGTCACGCGTGCTTGACCGTCTGAACAAGATGGTTGACCTGCAAGAAGTCACCTGGTTCAACACCATGCGTTCTTCTCTGGAGAACAATGGCGCGAATGAAGGTTTCGTGCGGGGCATGATGAGCAAGTTCTCTCGCCGAGTGAAGTTCAACAGCGGTGGTGAGAAACGTGACTACTTCCAATGGTTCCGCCGTCGTCGTGGGGAACACGATGATGGGGCTGCTGCCGGTTCTGGTGGCGGCGGTAAAGGCAAGGGTAAAGGGATTATGGACTTCTTCAAGTCCTTGCCATTAATCGGGCCATTGGTGTCTGTGTTGGGTAGCGTCGGCAGTATCCTGGGTACCGTTGCGAAATGGGGGATTTTCAAACCTGGGAAACTGTTAGCACAAGGCGCGTGGGGTCTCGGTAAGTTCGCAGTCACACGAGCACTGCCGTTCGTGGCTCGTTCGCTGATTGCTCCAGTGGCCACTGCGGCCGCCGGTGTGGTGGCCACCTTAGGTTGGCCAGTCACGCTGTTGGTGGGCGCTGTGGTGGGTACGGGGATTGCGGCGTATCGCATTGCAACCTCAACCTACACCTCGTACCTCGATACCATGCGTATTGCGCAGTATGGTTACCGTGACTACGACAAGTGGTCTTCGGAAGACGGGGCAAAAGTACGCTACCTGGAAGACAACCTGAAACAGTTCATTGCCTTCAACGGTGAAGGCCAGGCCAGCTGTCGTGGTCTGGGTGGGAAAGAAGTGCAGACCTTGGCAGAAGGCTACGGCCTGAATGTCGAGGATAAAGGGGAAATGTTGGCGTTCCAAGCCCACATGCTCCAGCGCTTCATCCCGGTCTACTTGCGTTGGTTGACCACGCTAAAAGCGATGGATAGAGATATCCAGTTGTCGGAAGTGGGGGATGCCTCGAAAGTCACCAAAGAAGAGATGTTAGCCATCCATGCGAAAACTGCGCTGACGAAAGACGCCGTCCAACTGCGTTCTCTGGAAGACCCACGTAAGGTCAACCAGGGCTTCATGTCTAAAGCCTGGGATACGGTAACCTTTACCTCACCTCAGTTCCTCGATGCTTCGGAAGTTATCGAAGTGCAGGAAGATACGCTGCGAGAAATCAACAAGCGTATGGACACGAAGAAAAACCGTCAGATGCGTACCTTGCTTGCCAAGGGTCAGGAAGTCACCGGGGTGAAAGATGCCTTTGCGGCCCTGAACACCATGGATGCTGACACTGAAAAGAACTATGTGAAGAAAGAAGGTTGGGAAGACGGTACCGAGTCGATTACGATTCAGGTGGATGCCCTGGGGACGTTGAACCAGCGAGATGTCGATGCGCTGGAGTCCGTAAGGATGAAGACCTACGGGTTGAAGAATCTGGATTCGGGCTACGTGGCAATGCTGAAAGAGATGGAACGCTTCGTCTTGCCGCAAATCAACACCAAGACCGGTTCGTACAACGGTAAGTGGACGGAGGCAACGGATATTGTCGCCCCACAAGTCTGGCAGACCCCGCGTGGCGATTCTGTACACCACTGGTTCGTCAACCGCTTCCTGCCAACGTTCATGTTCTACGTGTGCGGTTTCAAACGCTACGACCCTGCCGGTGATCCACTCAATGTGAAGATGACTGGTGGCTACCTGTACGAGCTGGGCTTACTGACCTCGCGTGCTTACAACATGCGTGCCGGTATTCGTCAGTCTGTGTGGGAAGTGGCGTTGGTGCCGTGGTCTGAGGATGGCGCGAACACCGACCCTAACTCGGTGGAGAAGGAACTCATCACGCTGAAAGAACTGTCCAAGCAAGCCGACCTGAACATCCGCAACCTTCTGAACGAGAAGAAAGCGGACAACCGGAAGATTGCCCAGTGGCAGAAGAAAGACCCACGGACGCACATCTACGAAACCAAGGATGAAATTGAACGGGCAACCTACACTGCGGAAGAGCAGGAGAAGATGAAAGCCGCCGGTGGTTTTGGTGGTAAGGGCTTCACTGGGATTCCAAATGACATTGCAGATAATGTCAACGCAGTCGGTGGGGTAGCGGATTACGCTAAACTGTCAACCGGTAACGTGTCTATCAGTCTCGGTGACGTGGCTGAGGGCAACTACAAGGAACTGGCAGAGAAGTACCCAATCAGCACTCTGAACAACACGGAAAACGTGAAGAAGATGATTGTTGATGTAGCGAACAAGATGGGTGTTCCGCCTGGAGTGGCTTTGGGGATGGCGTACGCTGAATCCAAGTTCAACTACAAGGCAAAGAACCCGTATGCGTCTGCGGCCGGTCTGTTCCAGTTTGTTGACGGGACATGGGATGGCATGATGGGCAAATACGCGAACAACTTCGGAATTCCGGGTACTCTCCGTGCAGGCAGAGGGCAATACGATCCACACGCGAATGCGATTCTCGGGTTGCAGTTCATCCGTGATAACATTCAATCGGCACAACGCGACCTGGGGGCTAAGCCGCCTCCGGCTGTGGCGTACCTGTATCACTTCCTGGGTGCCGGTGGTGGTCGTCAGTTCCTGCAAGCATGGAAGAAAAACCCGAACGCTCCGGCGACAGCGGCTGCCTCGGTTACTCGCAAAGTGCTCGCGGGTAACAAGAACGTGTTCTTCACCAAAACCGGGAAGATGCGTACACTGAACGAGGTGATGCAAGAACTGAACGGGCGTATGGGTAGCGTAACGGCGAACACCATGAACGCCGATCCGAAAATGACCAAAGAACTGACCGGGGGACTTTCTCCTCAGTCATCCAGTCCTGCGGTCAATGCCGGTGCTGCGGCGAACGACCCATCCTTGGGTGGGGTTGCGAAAGCAGCTAATGACTTGCCTGCGGATAACGCTGAACGTCGTGATGGTGCTATCGCGATGAAAGGTGCTAACGCCGCAGATGATGTCATGGCAGCATCGGGCGGTGGTGCTGTGCCTGGTGGTACCGGTCCAACCGGTGGCGGTGGTGGGGATATCCAGTCGGTTGGTGATACGGCAGAAGCCCAGGCGAAAGCCGACGGCATGAACGACGCCGATGCGGCGAAAGTCCGTGCTGCTGCTGAGCAACGGGCACAGTCTGCCAGTGTTGCTGACCAACGTTCACCGTCCTCGGATGTCTCGCCAACGGCCGGTGGTTTCGGTACGGGTACCGTTGGGGAACAGCAGTTGGTCGTGCAGAAGGAAATGCGTGATATCTTGAAAGAGATGCGCAACCTGATGCAGCAAGGTGGTAGCCTCCAGAGCGGAGGTAATCAAACACCTCCGGCTAAACAGCAACCCCAAGGGTCGTACACCCAACCGACCCCAAGTCTGAATGTGTCTCGTCAGGCGGGTTAA

Genome Context

Title	Authors	Date	PMID	Source
Complete genome sequence of Erwinia phage pEa_SNUABM_8	Kim,S.G., Lee,S.B. and Park,S.C.	2021-01-07	—	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