Phage RBP Database

Genbank accession

AIX36867.1 [GenBank]

Protein name

tail fiber protein

RBP type

TF

Evidence Phold

Probability 1,00

TSP

Evidence RBPdetect2

Probability 0,43

Protein sequence

MPLNKLENFIKNTDGRTLYVNPNDLNATDSITNQGTSLTEPFRTIQRALIESARFSYVRGDDNDLIERTTIMVYPGEHPIDNRPGFGIKTVGNSPVAVTPSGELIDPFQAFNLTDASNFDIESSNNVLYRFNSIYGGVVVPRGTSIVGMDLRKTKIRPIYVPNPTDDSVDYSAIFRITGTCYFWQFTIFDGNENGVVFTDPRDFSENNQSRPTFSHHKLTAFEYADGVNPAVESGFELTDLAMYYSKLSNAYNEASGRPIDEKYPSDPGGFSPQRPEFEIVGAFATDPINITRLISGDGFVPDAVITVDTQVPHELNTGTPIKIRGVAISDYNISTKVSAVLSPTRFTYNLSFVRPNLPAEPSVSSATVTVETDTVTGASPYIFNCSMRSVWGINGMHADGAKATGFRSMVVAQFTAISLQKDDRSFVTYNKQARRYDGINVNKTVRGAELSAQSSSTNSATVYHLDPDAIYRPDWGTTHIKMSNDAVIQIVSVFAIGFNQHFASIGGADASITNSNSNFGQFALKADGFKNDAFLKDDKGFLTSFVSPKSAYNPETDDVEIIDWINIDFDLTRSIAFANQLYLTGYTNAEDKPPVVNQGFRIGANYKESLIQRTTVGAGADVTSSVRMCDNILGPGNNQATGSSVARKVYQVLAGPINNTLSLGVHGLLNGESVRVFSSTGDLPENLERGALYYANVVDGENIRIATSESNALNNIFLNIYGGVELRVESRVNDKEAGERGHPVQYDYTNQNWFVHTDANSDIYQYIVANPTSTDGIDFVSIFKRFGDNRALEDKLYRLRYVIPKESRNAKPPTPGYVLQASATTGARNNDDFILQDIGINDYEYNRNPRYIVSCTVIANEVEVRSEIPHNLNVGDKIKIVNVASTNNTGASQIKGFNGEFLVTRVINSREFRYDITDVNGFSRNPGTFTNNINERNILLPRYERKDLQSNVFVYRIETITDFLEGERDGIYHLFLLNGSNPVTETFTDIQYNQPVEDLYPQMDPDNLIQNPPATTTFAKRAPLGDVTIDEQQNSITKESVDKIYKTLNVGIIETATDGTVGAGGTRTTTLTFQREHEFNSVYSYTTLVGGGGYTDGTFYDVKLLSEFGTVWGGASAVVTVTAGTVTAVTIMDPGSGYSAGQTLFIDGTTIGGGTNATISITQADLEDNKHSILQISGGALYNPDSYVVMTSVEDQSSVGVARTSGSPAIIPGMYAYPADSGTGISSTTYNSDTGLTTLVSTGSAGFGLQRGNTFVVFSSNYSYLGKFFVSNVPTPDTLEFYSYRDLGTVSIVGKTGLDVNDANTGSLGENVGVRATPLYDNGVFYLEQSSGTGTQLTVRAEDGGVAGNVDSKMYLGRYFQMGSEIIRVASKNFDGANNNIVTVIRGALGTVVSNLPINTKVKAIRPSALELRRPSILRASGHTFEYLGYGPGNYSTSLPQLQVKQLPDDEIYLVQAQELSCGQVVYTGMSDNGDFYIGNTKYSATSGTQSTFDVPIPTVAGQPGSSNNVVFDEVIINRRLFVSGGETNEVQSQFDGPVKFTQSVTIQNNLFVTGTTQLNRIEITSTENATSSANGGALTIRGGAAIGKDFYVGGEMYTNAYQIEDTSAVLEIGTNQSSKDISVGGSTDTDRVVFNTTKLATGEGAEEVVNADAGVVVEGGLVVRDVIIAKEFRGAGTGGGPGTILLWGGSTSALPDRYLLCNGATLNKNTYNKLFEAIGYIHGGSGNSFKLPDLRNRFIPGAGSSYAVAAKGGDDSVVLTETQMPRHTHSTSAVNAPHTHPVSFTSGAANAPHKHPAGTGGGGNHNHPSGGTGGGGNHNHPSGGSNNTGNHGHPYSAPGQSKTDVANSNEKNVTSNVNASGAGTGGGGAHSHSVSVNSTSSAHNHPVSVNSGSSAHNHPVSVNSANAPHSHPISGNAGSANAPHVHPIGNTGGTASFDNRPKYYALCYIIQSE

Physico‐chemical properties

protein length:	1955 AA
molecular weight:	209727,91350 Da
isoelectric point:	5,19249
aromaticity:	0,08900
hydropathy:	-0,31816

Domain architecture

AIX36867.1

1 1955 aa

ATT 1682–1741 · STR 1742–1823 ·

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

InterPro domains

IPR037053
ATT

IPR037053

SSF88874
STR

SSF88874

IPR011083
ATT

IPR011083

AIX36867.1

11955 aa

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

Novel HMM domains (de novo, PhaRBP-HMM)

Experimental de novo families on regions without InterPro annotation. Separate from the InterPro architecture above.

DC_0066
STR

DC_0066

AIX36867.1

11955 aa

InterPro domain annotations

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
IPR037053	ATT	IPR037053	1682	1737	Merged direct domain	Phage tail collar domain superfamily	N-terminal	Low	Positional only	37 proteins / 37 hits
SSF88874	STR	SSF88874	1683	1823	Merged direct domain	SSF88874	Central	Low	Positional only	109 proteins / 109 hits
IPR011083	ATT	DC_0235	1684	1741	InterPro cluster	Phage tail collar domain	C-terminal	Medium	Text match	1051 proteins / 1051 hits

Proteins with similar domain architecture

Phage

Synechococcus phage ACG-2014f [NCBI] · taxon 1493511

Uroviricota Caudoviricetes Pantevenvirales Atlauavirus Atlauavirus tusconc8

Host

Synechococcus sp. WH 7803 [NCBI] · taxon 32051

Bacteria Cyanobacteria Oscillatoriophycideae Chroococcales Synechococcus

Genbank protein accession

AIX36867.1 [NCBI]

Genbank nucleotide accession

KJ019123.1 [NCBI]

CDS location

range 19195 -> 25062
strand +

CDS

TTGCCCCTTAATAAGTTAGAGAATTTCATTAAGAATACGGATGGACGTACTCTGTATGTTAATCCAAACGATCTTAATGCTACTGATAGTATTACAAACCAAGGCACTTCCCTTACAGAACCCTTCAGAACTATTCAGAGGGCGTTAATTGAGAGTGCGCGTTTCTCATATGTGCGTGGTGATGATAATGATCTCATCGAGAGAACCACCATCATGGTGTATCCCGGTGAGCATCCTATCGATAACCGTCCTGGTTTCGGTATTAAGACAGTAGGTAATAGTCCGGTAGCGGTAACTCCTTCAGGTGAATTGATTGATCCGTTCCAAGCATTTAACCTGACTGATGCTAGTAACTTTGATATTGAGTCTAGTAATAACGTTCTCTATAGATTTAACAGTATCTACGGTGGTGTTGTTGTTCCCCGTGGTACTTCTATCGTGGGTATGGACCTACGTAAGACAAAGATTCGTCCGATATATGTTCCCAACCCCACTGATGATTCAGTAGATTACTCAGCGATCTTCCGTATCACAGGTACTTGCTACTTCTGGCAGTTCACCATCTTCGATGGTAATGAGAATGGTGTAGTATTCACTGATCCAAGAGATTTCTCTGAGAATAACCAGTCCAGACCCACTTTCTCACACCACAAACTAACAGCATTTGAATACGCTGATGGTGTTAACCCAGCGGTAGAATCAGGGTTTGAACTTACTGACCTTGCTATGTATTATAGTAAGTTGTCTAACGCATATAATGAAGCATCTGGTCGTCCTATTGATGAGAAGTATCCATCAGATCCTGGTGGTTTTTCACCACAACGTCCTGAGTTTGAGATTGTTGGTGCATTCGCAACTGACCCAATCAATATCACTCGTTTAATCTCTGGTGATGGTTTTGTCCCTGATGCTGTCATCACAGTAGATACACAGGTCCCACATGAACTAAACACTGGAACACCAATTAAGATTCGTGGTGTTGCCATCAGTGACTATAATATCTCTACAAAAGTATCTGCAGTTCTTAGTCCTACTAGGTTTACGTATAACCTATCATTCGTAAGACCTAACCTACCAGCAGAACCTTCAGTATCCTCTGCAACTGTAACCGTTGAGACTGATACTGTAACAGGTGCTTCACCATACATCTTTAACTGTTCGATGAGATCAGTTTGGGGTATCAATGGAATGCACGCCGATGGTGCCAAAGCAACTGGATTCCGTTCCATGGTTGTTGCTCAGTTCACCGCGATCTCCCTTCAAAAAGATGATAGATCCTTCGTTACTTATAACAAACAGGCACGTAGATACGATGGTATCAATGTCAATAAGACTGTAAGGGGTGCTGAACTATCTGCACAGTCATCTTCTACCAACTCGGCAACTGTATACCACCTAGATCCTGACGCTATCTATCGTCCTGACTGGGGTACAACTCACATCAAGATGAGTAATGATGCAGTCATTCAGATTGTGTCTGTATTCGCTATTGGTTTCAATCAACACTTTGCCTCTATCGGTGGAGCTGATGCATCAATCACGAACTCTAACTCCAACTTTGGTCAGTTTGCACTGAAAGCTGATGGATTTAAGAATGATGCTTTCCTCAAAGATGATAAAGGTTTCCTAACATCATTTGTTTCTCCTAAGAGTGCATATAACCCAGAAACTGATGATGTTGAGATCATTGACTGGATTAACATTGACTTTGATCTAACTCGTAGTATTGCCTTTGCTAATCAACTCTATCTAACTGGTTATACTAACGCGGAAGATAAACCACCAGTAGTTAATCAGGGTTTCCGAATTGGTGCCAACTACAAAGAGAGTCTCATTCAGAGAACAACAGTTGGTGCTGGTGCAGATGTAACCTCATCAGTAAGAATGTGTGATAATATTCTCGGTCCTGGTAACAATCAAGCAACTGGTAGTAGTGTCGCTAGAAAGGTATATCAAGTTCTAGCTGGACCTATCAACAATACCCTTTCATTGGGTGTTCATGGATTACTTAATGGTGAGAGTGTAAGAGTATTCTCATCAACAGGTGACCTACCTGAGAACCTAGAAAGAGGTGCCCTATACTACGCAAATGTGGTTGATGGTGAGAATATTCGTATTGCTACTTCCGAGTCTAATGCACTCAACAACATCTTCCTCAACATCTATGGTGGTGTTGAACTTCGTGTTGAGTCTAGAGTTAATGATAAGGAAGCAGGTGAAAGAGGTCATCCCGTTCAGTATGACTACACTAACCAGAACTGGTTTGTTCATACTGATGCCAATAGTGATATCTATCAGTATATTGTAGCCAACCCAACCTCTACAGATGGTATTGACTTTGTATCCATATTCAAGAGATTTGGTGATAACAGGGCACTAGAAGACAAACTATATCGCCTCAGGTATGTTATTCCTAAGGAGTCAAGGAACGCAAAACCACCTACCCCTGGTTATGTTCTACAAGCATCAGCAACAACAGGTGCTAGGAATAACGATGACTTTATCCTACAGGATATTGGTATCAATGACTATGAATATAACAGAAACCCACGTTATATTGTAAGTTGTACTGTTATTGCTAATGAAGTTGAGGTTCGTAGTGAGATTCCACACAACTTGAATGTTGGTGATAAGATTAAAATAGTGAATGTTGCCAGTACAAATAACACTGGCGCATCACAAATCAAAGGTTTTAATGGTGAGTTCCTAGTTACTAGAGTTATCAACTCTCGTGAGTTTAGGTATGATATTACTGATGTAAATGGTTTTAGTAGAAATCCTGGTACCTTCACCAACAACATCAATGAAAGAAACATTCTTCTACCTCGTTATGAGAGAAAGGATCTACAGAGTAATGTATTCGTATATCGTATTGAAACTATCACTGATTTCCTAGAAGGTGAGAGGGATGGTATCTACCACTTATTCCTTCTTAATGGTTCTAACCCAGTAACAGAGACATTCACTGATATCCAATACAATCAACCTGTGGAAGATTTATATCCACAGATGGATCCTGATAACCTTATTCAGAACCCCCCTGCAACCACAACGTTTGCTAAGAGGGCACCCCTAGGTGATGTTACTATTGATGAACAACAGAACTCCATTACTAAAGAGTCTGTTGATAAAATATACAAGACACTTAATGTTGGTATCATTGAGACTGCTACTGATGGCACTGTTGGTGCTGGTGGAACACGTACAACCACACTAACATTCCAAAGAGAGCACGAGTTCAACTCTGTGTATAGTTACACCACACTAGTTGGTGGTGGTGGATATACTGATGGTACTTTCTATGATGTTAAACTACTCAGTGAGTTTGGCACAGTATGGGGAGGTGCTTCTGCTGTTGTTACTGTTACTGCTGGTACAGTTACCGCAGTTACTATCATGGATCCTGGTTCAGGTTATTCTGCAGGTCAGACACTATTCATCGATGGAACTACAATTGGTGGTGGTACTAACGCTACTATTAGTATTACTCAGGCAGACTTAGAGGATAACAAGCATAGTATCCTACAGATTTCTGGTGGTGCTTTGTATAACCCAGATTCATATGTAGTGATGACCAGTGTTGAGGATCAGTCTTCAGTTGGTGTTGCTAGAACTTCTGGAAGTCCTGCTATTATTCCTGGTATGTACGCATATCCAGCAGATAGTGGAACAGGTATTTCTTCAACTACATATAACTCCGATACAGGTTTAACAACACTAGTATCTACAGGTAGTGCTGGTTTTGGTCTTCAGAGGGGTAACACTTTCGTTGTATTCAGTAGTAACTATAGCTATCTCGGTAAGTTCTTTGTATCTAATGTTCCAACTCCAGATACATTGGAGTTCTACTCATACCGAGATCTAGGAACTGTATCTATTGTAGGTAAGACAGGTTTAGATGTAAATGATGCTAACACTGGTTCCTTAGGTGAGAACGTGGGTGTTAGAGCTACACCACTATATGATAACGGTGTATTCTATCTTGAACAGTCTTCAGGTACTGGAACACAACTAACAGTTAGGGCTGAAGATGGTGGTGTGGCTGGTAATGTAGACTCTAAGATGTACCTAGGAAGATACTTCCAAATGGGTTCTGAGATTATCAGAGTTGCTAGTAAGAACTTTGATGGAGCCAATAACAATATCGTAACTGTTATCCGTGGTGCTCTTGGTACCGTTGTTAGCAACCTTCCCATTAATACTAAGGTGAAGGCAATCAGACCTTCCGCACTAGAACTTAGAAGACCTTCTATTCTACGTGCCTCAGGTCACACCTTTGAATATCTTGGTTATGGTCCTGGTAACTATTCCACTTCATTACCACAACTACAGGTTAAGCAACTCCCAGATGATGAAATTTACCTAGTACAGGCTCAGGAACTATCCTGTGGTCAGGTTGTTTATACTGGTATGAGTGATAATGGTGACTTCTATATCGGTAATACCAAGTATTCCGCAACCTCAGGAACACAATCAACCTTTGATGTTCCCATCCCAACTGTTGCTGGTCAACCAGGTAGTTCTAATAATGTTGTGTTTGATGAAGTTATCATCAACCGTCGTCTATTCGTATCTGGTGGTGAAACTAATGAGGTTCAGTCACAGTTTGATGGTCCTGTTAAGTTTACCCAGTCTGTTACTATTCAGAACAATCTTTTCGTAACTGGTACAACTCAACTCAATAGAATTGAGATCACCAGTACAGAGAACGCAACCAGTTCTGCTAATGGTGGAGCACTAACTATCAGAGGTGGTGCTGCTATTGGTAAAGACTTCTATGTTGGTGGTGAAATGTACACCAACGCATATCAAATAGAAGATACAAGTGCAGTTCTTGAAATTGGTACTAACCAGTCATCTAAGGATATCTCTGTTGGTGGTTCAACTGATACAGATAGAGTTGTTTTTAATACAACTAAACTAGCAACAGGTGAAGGTGCTGAAGAGGTAGTTAACGCAGACGCTGGTGTTGTTGTTGAGGGTGGATTAGTTGTTCGTGATGTTATTATCGCGAAAGAGTTCAGAGGTGCTGGAACTGGTGGTGGTCCTGGTACTATCCTACTCTGGGGTGGTTCTACTAGTGCTCTCCCTGACAGATATCTACTCTGCAACGGAGCTACTCTCAATAAAAACACATATAACAAACTATTCGAAGCCATTGGTTATATCCATGGTGGTAGTGGTAATAGTTTTAAGTTACCAGATTTGAGAAATAGGTTTATCCCTGGTGCTGGTAGTTCTTATGCGGTAGCTGCAAAAGGTGGGGATGATTCAGTTGTACTAACTGAAACGCAGATGCCACGCCACACGCACTCAACTTCAGCAGTCAACGCACCACATACTCACCCAGTATCGTTTACTAGTGGAGCGGCAAATGCACCACATAAACACCCAGCTGGCACAGGTGGCGGTGGAAATCATAACCACCCATCAGGTGGCACAGGTGGTGGTGGTAATCACAATCACCCATCAGGTGGCTCTAACAATACAGGCAACCATGGACACCCGTATAGTGCTCCGGGGCAATCCAAAACTGATGTTGCTAATTCTAACGAGAAGAATGTAACTAGCAACGTCAATGCCTCAGGTGCAGGAACCGGTGGTGGTGGAGCACACTCCCACTCTGTTTCAGTTAACAGTACATCCTCAGCTCATAATCACCCAGTAAGTGTCAACTCTGGATCTTCAGCTCATAATCACCCTGTTAGTGTTAATTCAGCTAATGCACCACATTCCCACCCAATTAGTGGTAATGCAGGTTCTGCAAACGCACCTCACGTTCACCCAATTGGTAATACTGGTGGTACTGCTTCCTTTGACAATAGACCCAAATACTACGCTCTCTGCTATATTATCCAATCAGAGTGA

Title	Authors	Date	PMID	Source
Ecological redundancy of diverse viral populations within a natural community	Gregory,A.C., LaButti,K., Copeland,A., Woyke,T. and Sullivan,M.B.	2015-03-20	—	GenBank

Protein

Domains

Taxonomy

Coding sequence (CDS)

Genome Context

Tertiary structure

Predicted Aligned Error (PAE)

Literature