Phage RBP Database

Genbank accession

GENB_d26a6297e706 [GenBank]

Protein name

tail fiber protein

RBP type

TF

Evidence RBPdetect2

Probability 0,65

Protein sequence

MSINKVSQSVNSQTPQFINDFSPLFNKFIEYYYKSQEKTGYGQNIVNEFLNYLNIDKLDVGILGGSTKLTADVSTSATTIFAENIDKFLTENGSILIDDEVIYYEKAVQSPSIGLSPGISYEQVKQKWTTLANPIDLFDGTTTTFPLTLQDVPVSPPSAYHLIVRVYGEYQIPGVDFTVEGTNIIFQTGAPRLKLTSDNAADTQIIYQSGFIENTIFALDDISGAFGEGKVSFQVTRNANAYSPIVDEYVIAIYDGQILEPKVDFAFNGNTITFIGFSPITGRRLDLFSIEAPIPSFGSDAVGFSRVNAAGQITSVEVSDGGNSYRFEYPPKVTVKSDVGSAAAIKPLVNGIKNTTLLEGGRGYSDTNPPTVEIEVPTKTGSTVAVIKATVTNGVVTGLETTSSGSGYTFTPRVTFKQPGGAELAAVTLSNGSVTASPTITNQGQGYTTAPEIYVDEPTGENPIKASFRANLTDGKLTSITMLNAGQGYVNVPRIKVVDPTGAQVLETTVDGNGRVIDIELLSGGSGYVDIPSVYIVDDRVDTSGVYIGGSGATATASIFNGQITDINITNFGSGYSADNPPTIIIQAPPQAKASVEVGLNEITGFDVLTSGSGYEQCRFEGCARAASAITEYTETGNAVFSNNTLAAAHTTNTTVTCLDAVFVKRLLDKYVTQFFPDIPALDYESIDVRNAIKSVKQFYSTKGTSLSVAYLFKLLYGETVSVSYPKDQIIKPSAATWEINTVLRATLVSGNPANITDALVEQLADIADPNIKDASALVENFISINTSEEVIYELVLSEETIIGNFVVPYKTKLAEPLTETNDIITVDSTIGWPERNGQFVVGNSEIIEYKEKSLNQFIECTRGAAGTAAQVWDSATEVRSNFVIYLNRGTAQEVVMNVVGIVDAQQTTLTDTGSYYLPGDKLTVSKLGGTSIDPQLTTWLYNVKKLLEVSSITFGGINNQSATVTTSSPHGLLVGDQVTVYGANPIVYNGTFLVTSRDSSTVFQYQLLQPAAVVPQGNILISVDLNKGKSQSNAIAAAISPYTTNVQNSFFNTQYVYVASTGIPNYEIGPFTGSAFLPGNQRKLNRFPFTTETISTKNDTVPGPIGTWINGVSVLSYKSTKKKTFGAVTSLTIDNAGINYDAANPPTLTISGGGGSGATATVTVDGSLTAIEVTNGGSGYTSSPLVSIVGGGGSGASATAIVTKGVVSRILINNGGTGYTSQPTITIVGGGGQGATGTASVRGGIKTVTIGSGGSSYTSNPTVTLSSGSGAVAQAIVNNGRIISIAIIAAGSGYTTAPEVTIQGDGFGAVARATIDTDGENAGRVTGIEIINRGIGYTSGLVTIGLNSIGQDAAFTANVFQWTYNLQSTESFDAADGTLFEGYNIQYGGEYAHISNPHRLRYLLGDNVFQDTQGNIKEQEASLEHSPIIGWAFDGNPIYGPYGYSDPTDQGSEISRIRSSYALKTNLVYDEVTNITPARVDGPSLTTDVAGTYIEDYEYNFGSGDLDQYNGRFCKTPEYPDGRYCYFVTIDATEDGNPVFPYIIGPSYNSVVDKWNLVDSAVQQNIPTGVVRYRDPYENVDIDVERIPNASTNALTTEDGDILLFEVEDENRDGIIDQAEIDDPEQMFEESPLQLYDYFPSVKFDSKVDIEVETITRFEDASVTGFTIENAGQNYQVNDRLVFDNTDTDGSGVSARVSEIKGESVTSYDFETVSSENYGVLETSTPHNLVIGDTVFVDYTPVTEDTNKTYIVRQYKGIEQVIVDQIGNGYNSDIPPEVIVDGDGQDGRIEAVVNQVGAITSFNITNFGSGYTQNPRVILSHPQVFKKAEYFVSTLSHGINSDRETTVTDIVVNDAKELFVCGSTVDSNGDTIGYLTKLSATGSKVWETTLTPDAPSGSAKSLEFKKLFVDGNDVWVAGESHPNTTILAAYNPDVVLAKYTQDANGLSVSLGFQKAYAGISGSTRADFITGLKKISNTRILLAGYTNTNSGNPYDAYLAVLDTTGSFTVKRKIASANRSEKITDIVISEDGEIFFSLEIASTTSSTDISVGFGKATVSTTEIEVAWIKEISNTVYSFVNSSIDVDEFDEYYVTAGLSLKSTPTTKDSFWVGKFENDGDLIWNYRYLAPTDGNIEVIGKSKIDIFGQLNLGYSQSDSTDSEKRTYTAKIKYDGTLISNTKNSLNALDPGQLNRVEGFSGKTITVDNSGDVYVFGQSSWNRNECMFDFAQTDTATDKTGHYVPTLIGNDATDSLALVGDGVAKLFGKDTANPSNWENAAIQLTAANLSTRLNNDWTLEFMLYKDATNSQTHSQTQQTLVAIGDATGATGGLWMYYDMSSGALELVVTDNTTTLNSAGSGLTSSQTTMFADNTWQFVGLKKEGNTFTGYINGIQIFTGTIANTSLGSKDLYIGNIPGKNGTTGQFASTYQGQYYVDNLRLRNRAVTPTVPSDVVSIPTAGGFGLAYDWTDDAWFTTNTNTYDYIDYEGLGIKSDKNVDSVRLGDLDASDAALFDDTLVDITRSAITPVTGTAITVTNVGFALGDAGFQSLDYNDATITYTAAGLSTQGGSTEITYDNDIWSSRIATVPSPGSQKVKATAVVKDRYFFKVTNTQKIDNVIELTINQSFNFTVGARLVLNTEGGTFINSGYITKVDTSNNKVYVAVNNNDWTNDTNTGKLNTVRFDEQSTYSILGPIPNDTNEIAAYQFLEVEDTTPGTFNISLGDYNLDGTKTAGSGNLDSFARFKAFSAEDYSIRVDEISGTSPYVVGSVINVDPANVSYTNDNQDIQITGLTAVTKITLTVHLEKLLQVTAVANSDTVYCITSSSHYLTNGQNIFVDGNPSQEISGTVYDEYDGAFSVENVISSREFTYKLQQNAVSLPATNAGDVSIYVKSPTLKMYYGHQYIFDLGHSSMVGSNLSFARDSLYKLEYSFNLISRQGTPGLTGGGQPNPTVSFTVAADQVTNISYYFDPSRTGDDSPVIPGSYLDVVVSPYKGQFVITETTGGTITTGDDIMKFKLLNEPEGIAAVNNTSYTTSSEKAVGSIGNIRIVNPGGFYTRLPIVDSILSSRKIERIQINEPGTEYAVGRYDSVPIAGDGEGGFVSITVENTTDDEGTTIPGQIVSAVVTSAGKGYTTASIDVEAIEGILGPGLTGSGAELQVVIPPFGSGAAIFTKGENVGKIKKLKNNNFGYDYPHDYTLRPEITFPINAQLTSTSILSSITVTDPGSGYSQAPAVVITGGGGSGAIAEATIKNGRIDDIIVKDPGSGYSSTPTVGLRSSFNYVVNLDLGLLQFAFPHGIQNGAEVTLNVVDTGDGAEFPLAAGALGRLNGTTTYYAIAGTAQSLDDDQLKLAITAANAELGDAISFSNAGTGRQQVLTESFGATATANVTTSVFLEGELVYQGASLENATATGYVSTNDGWQIGPRVLKIVDYTGEFTSGQQITGVISKSSGTISDIKIATGVLEIGSITQTTGQFVDDVGKPSEIIQKIQDSYYYQDFSYAVKSSVSIDEWKDTLLKNVHPASFKVFGELNLDDYANIPNKETAFQLTKSVELAREATVPNIQNFTLVEPIYQEFNNTEVLFRQKRLTSSENILTSVVQRIDDVSNLFDGVRTSFPLTVNNETVVSNANQLMIVLNGVVQTPNTSFEIQGDSIVFAQPPQPAASVRYVSTTIEQITTEEMTFTSVSGIFPNPGMEVVGGSSAARFTVTSVVGNSIFGFKTSTASFLAGELVTVGATGFAGNIGDIKAFTFSNTTGTLPSTAQYGNTILGASGAQATITAVYGSTVYAMVTSGTFGANEAVTIAAETGYAGFTGDIATTASSTTTPVVNNGLFIFGETVTNFDGDTAKVEEINLAKGQETPLGKLRYSVGSATVQFEVIAQDGTLGALPADTFDVGSNYQFGSEIFEIVSVTNGTEATTLNVIRGREGTAAVAHQENTPIYGTDIEITNSLVLSKTTGTYQSTPGLYNIQLNDVIVAAGSGVVARVTATSVYTDPVTNNPLGEVVISEGSSFFGLLFNRLVSTTYPNVVLDDISQSQISIVDFTDNTTAFDSKFPTNELINNYVIKTSSQSGAFTENETIRNYKIEYGNNVNEFAAGENAQVRKLSIQEASTVGSGFFGIGQVIRSEQSKAEVIGYNQARRIIYLGKTGRCQSSGLDYHEATFNGDSQIDTSEFKYGTSSLQLDGTGDYLTIPTSTEFGFGTGAFTLECWIRPAGVTGTQYIIDLRGASSDTAPKLYLENSELRFGSGTSDHITGATLVANTWYHVAVAKSGTTTKLFLDGTQVGSDYTDNNNYGSTRTIDIGADQANANLFAGHIDEIRVSNTGRYTAAFTAPTGIFQGDSNTKLLFHFDGPDGATYTDDWSGAATWTDGDEFLNDAILETTRANSSTVPAGFAGKSFRYVDASDLLLANTTFMASELVYQLENSSPYAPFTVPSGSNYIVDIVDAIEELAEDLRNGGNNHIWDYAASYIDRTQNPVTFTEVGSEADENIWLYQQLIIMAKLVINNQTVTVTGNHGLTQTKDLTITDSGDDSDPAYTANDCQDVKTTIDNLLTIVVDTLTEADTPTGATSNTGDHLANVTKVSPVYEFLGAKVDAYLETPFTLTTHDASNDVAYTNQINDDTRLKFVDAAGLIRSNRSAIVDKAAADLISRYPDLALDMPRNGDGSGSGTLRCKTDLGLILDGVADDIEFGGNEKTITAISNYLGNNDDILHIRLQLLQSLYAHDRLGVYIKEACAGTLTQTNTTAVIIGTWGVSTATGDSTVLAAVDTLISLANDMLAPSGDRYVDASDLLYFNKDYIADEALGILDNDFSYTLNGITYTAFAYPDGVNGRNNCKDDIRDIIDSVITDLLTGGNANTVRAAELYLTANLGIRHVEDQLLSTIYAFQQVKYLGTKAINNLLFDQFTSVVGDQYAAQYTTETSYRDITITDSNGDGTYSDADCANVISSWNTLIDILIDTLTPSDTEGRSGARMILFNKNYYKEEIAALVNNQWGAGSWVYNDFLDTVIDDVVHDIALTDTSSTNVSEQVYTINYTMTTGDFIVGDNIERIDSGSQATGTILEIYDDSTGSQSSVLTMVVGSVTGTWTTSGTIETSGSAKVANFVTSNSPHGGLVGPYNYLTNVANIQTIATAATISSTIQGVGVNTNLWTNPEALEVNWTSLTQAAWTADVADAPTGIQNADLLKATSTSGTHYSERVYTLNSFETLDSGTVTFDNGTETFDTGSAADSQTYTFSVFVKGDGTLSSGRLTLNLDGSATNQAFFKFNTSNGTVGSLFAGNFGGTVDAFGSVPVGGGWFRVYMTVTFAFGFGDLRARIQLLDASDNDVFTGNNTNGLYFWGAKLATTSLDPYVSVSGETFYADNDYNIKSYALTLLDLYMGQALRQQLTSPAPTSGFFAYTNSTLASNYTAEIVDRMPRELIGFIQSQLDNDSYVNGLTAKSGVVVPAKTFGATEYSTGVWRDYPTPLGGGVNASDSFYGLLSDAKAEVERVTGNSAKVVKSFKRFRIDGDITDGPFIMNEVVAKQGAPSVTGVVYGIHTDENFSYVDVQITAGPWAVGDVLVGATNSTTATIGAEEDRIHVIDLQGTFAANTQFRGFTSTETGVVDTFLNRDAAVLDNQGGKLTVDTETLNGTFESSSVVYAENSRLFLEVSKYAGLDAAVGQRVASAGYIRLTVGIISGLNAFTEGNRIHKVVNNQKDTSNYGIITSLDLDNNYIYVSMIEGTFAQGDFVGDYNVVETFPIGFAQVNALTTSTGSAAGLIQDIEDVGLNKRLYLSDVVGTFNIQDSIYSVGDYKAAILVKTDVKARVKRFFKGFDGTTSTFKLTTNNGDQYFPDPAGHMLIFVNGILQPPGATNAYTAFSDQIQFTEAPELGSSFTGIYVGKLRQLDDISFDFDSLRQSFNLRRDGTFYSLTLTDGVQSSVIRPENNIIVSLNGVIQEPGIGFEIVGSRIIFSEIPRVGSTFVAFSYVGSEADVDAETVVPPIEPGDFIDIDGEVSDREVAVIESSNSLITFDYLGSVFGKDAAATAVLTSGLIDSVSVTSPGSGYTSRPNVRIDSITGFDAQIRALVGVSGVTVSQAGSGYSAPDIDVETSVPDDWTAPDLSLYGEEAIDPEVLP

Physico‐chemical properties

protein length:	6114 AA
molecular weight:	653635,21550 Da
isoelectric point:	4,33979
aromaticity:	0,09503
hydropathy:	-0,12591

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
DC_0042	ATT	DC_0042	1	438	Novel HMM	DC_0042	N-terminal	Low	Positional only	75 proteins / 75 hits
DC_1338	ATT	DC_1338	415	518	Novel HMM	DC_1338	N-terminal	Low	Positional only	78 proteins / 78 hits
DC_1338	ATT	DC_1338	504	721	Novel HMM	DC_1338	N-terminal	Low	Positional only	78 proteins / 78 hits
DC_1338	ATT	DC_1338	671	1195	Novel HMM	DC_1338	N-terminal	Low	Positional only	78 proteins / 78 hits
DC_1338	ATT	DC_1338	1188	1269	Novel HMM	DC_1338	N-terminal	Low	Positional only	78 proteins / 78 hits
DC_0146	STR	DC_0146	1263	1655	Novel HMM	DC_0146	Central	Low	Positional only	81 proteins / 81 hits
DC_0155	STR	DC_0155	1638	2963	Novel HMM	DC_0155	Central	Low	Positional only	112 proteins / 112 hits
DC_1553	STR	DC_1553	3137	4083	Novel HMM	DC_1553	Central	Low	Positional only	70 proteins / 70 hits
DC_2085	STR	DC_2085	4053	4315	Novel HMM	DC_2085	Central	Low	Positional only	118 proteins / 118 hits
DC_1871	RBD	DC_1871	5309	6112	Novel HMM	DC_1871	C-terminal	Low	Positional only	65 proteins / 65 hits

	Name	Taxonomy ID	Lineage
Phage	Synechococcus phage MS29 [NCBI]	2995680	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	No host information

Coding sequence (CDS)

Genbank protein accession

OP807803.1_CDS_[18229..36573] [NCBI]

Genbank nucleotide accession

OP807803.1 [NCBI]

CDS location

range 18229 -> 36573
strand +

CDS

Protein

Domains

Domains [InterPro]

Domains [InterPro]

Taxonomy

Coding sequence (CDS)

Coding sequence (CDS)

Genome Context

Genome Context

Tertiary structure