Protein

View in Explore
UniProt accession
A0A7R7ERN3 [UniProt]
Protein name
Tail fiber
RBP type
TF
Evidence UniProt/TrEMBL
Probability 1,00
TF
Evidence Phold
Probability 1,00
TF
Evidence RBPdetect2
Probability 0,63
Protein sequence
MVKRRFQAGLGSEIKRVYKEGQQINTLLLAQVIQVNYKYNTVDLLALQHKEVFQNSYANEGRFSARLPMEFGGRNIVGQPYGQVNPIAVGTVVLVGFINSDKDMPIVISVYNNNDVSKQLSRTQFSNSDPKDLELIGDMHQKFSLYPSLTYDSVDGEGGRVVTFSGKSFIAFDTKEVANSSTTDAGYGTKYEDLETSYYNNGDLIEPMKGRAPNVLFKHQGVLDDDGKPDLHDLLIHINPDGTYRTSMMNKEEDWRTLFEMTPDGRVKLRKQDSINIDGGIEISELGINNEGFVYLRNGDMDLEVRKDGIYSQGKLFTADVDLSDVYDKLNGLSIQIKETNGQLEIIANGVEEQNGKISELSTEITIVAGKVESKVTKTEVQDMIDSSFVDMSDAIKKAQEDADKANKVIADMSSDNRLTPSEKIDLLKEWDIIKNEYPSYLEQAETYEVDSKDYTAKYNSLELFVTPILADMESTSSVDGATLRKTFNSYYTARIALLNSISKKLKDGITEAMKKASQASLDATQAMADASQAKIDADNANKLISDIASDNKLTPSEKYQLKKEWDVIVKEYPTTIAQAEKYAVDTAEYTAKYKALELFVEPLFKDMDETSIVDGERLRATFSDYYASKIALLKEVTDSAKTELDAYGNKISVMETNITQTSEAITLLATRVQTVEDGVQSNKAQIEIQAEQISQKVTASEVKGIVDDSINNLTLGGTNLFVIKTQTAGLLNENDGTVGTAVDNSVVSDYIKVNQKTPYIATLYGNTGTNMIITDWYDKNRTFISGEAVADSGDFSKKYVSPENAVYARVSYKKANSVNIKFEAGTKATDYSPSWEDIKGDQTALEEYIKKVEEQAKKAQQDAENAKNDAENANNAIADMSNDNMLAPNEKKQILLQWEQIKTEYPINLDQATKFGVSSQQYTTAYNALDEYLKPILADMTTTSVVVGSTLRNTFNNYYDKRTTLLNRISDVAKNVADKAQETADTINDNLQNIGGYNYVGFSSGDNMLPRLMIKNVGYYTLGSSTTEFIDSMVAVKGDATTQPFDYTVGTSDKEIAGGGLADYRMKEIKEGQWLTASANVQVIGGGSARLAIYTLEGDNWVGSNSTPIQVSDGLKRVVAQRKVTGLTKGVLIRIESADTNVKEFRFGNVQLEVGIIPTPWKKSDIDIQEDINNVVQNIKTYTAWANDLQGLDFTREKVEGKTYMYVGTSMKDSDNYSDYTWRLTDEHIEGQINGKEGAWIYSPTAPANPSQGLIWVDLSKVPNQPKRWVDSETGWVALTPEEVKDLPWGEDGTSLADWVSQAEQRISSDSIINTVLGSEDFTSVFDTKANTSDLGNLATYEDLDSIKEDYNRLIKEGINGIDFTPYVTNSELQQLKDSFNFSVQQAGGVNMLKNSLGFSGLDFWNGTVGKNLLPNSTWNLGFGRWGGTSITSFEILPPEDDKPTSNILASMPLRSSTKEIGNRPHPLKVNSGETYTVSFDYKEEALSYNKDRPILVVRNYPDKNTDQWMEYSIEGWAVMANGSTTDLTVWRRFTKTFTIGTSGYLDILPKTIIESWEHRSFWRELKIEKGTQATTWVPNKEDGAFTGDIVETIQTEELANLGFGSGFISSKRPSSSLTQSVELPEIGANLEYSLSFYMKVTTDNPVADFKCGIRVYDGGTLTYTLGIEDATQPIPLGFQQYKLVFTPTSTSTKIEMFVENGQEASVIISGIMYNIGSIPLKWQPYPSEIYNTNVKIDINGVTVKNNQTDGYTMITPQEFSGYSRIDGNIERIFTLNGQVTEVKMLKAEKRITMEPVSVFAMNTVTDTKRIRGWAFVPSFE
Physico‐chemical
properties
protein length:1822 AA
molecular weight: 202653,10890 Da
isoelectric point:4,73681
aromaticity:0,09001
hydropathy:-0,46043

Domains

View on InterPro
Domain architecture
A0A7R7ERN3
1 1822 aa
STR 1569–1714 ·
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
Enterococcus phage phi EF19G [NCBI] · taxon 2785386
Uroviricota Caudoviricetes Herelleviridae Kochikohdavirus Kochikohdavirus Ef19g
Host
Enterococcus faecalis [NCBI] · taxon 1351
cellular organisms Bacteria Bacillati Bacillota Bacilli Lactobacillales

Coding sequence (CDS)

Genbank protein accession
BCN33511.1 [NCBI]
Genbank nucleotide accession
LC596379 [NCBI]
CDS location
range 30348 -> 35816
strand +
CDS
TTGGTAAAACGCAGATTTCAAGCAGGTCTAGGCTCAGAAATTAAAAGAGTATATAAAGAAGGACAACAAATTAACACGCTACTATTAGCACAAGTAATTCAAGTAAACTATAAATATAATACAGTAGACCTACTAGCTTTACAGCATAAAGAAGTATTTCAAAATTCCTATGCAAATGAGGGACGTTTCTCTGCAAGACTTCCTATGGAATTTGGCGGTAGAAATATCGTTGGACAGCCTTATGGGCAGGTTAACCCGATAGCAGTAGGAACAGTAGTATTAGTTGGTTTTATTAATTCCGATAAAGACATGCCTATTGTAATTAGTGTTTATAATAATAACGATGTAAGCAAGCAACTTTCAAGAACACAATTTTCAAATTCAGACCCTAAAGATTTAGAGTTAATTGGGGATATGCACCAAAAATTTAGTTTATACCCTTCATTGACATATGATAGCGTTGATGGAGAAGGAGGACGTGTCGTTACTTTTTCTGGTAAATCATTTATTGCTTTTGATACAAAAGAAGTAGCTAACTCCTCTACAACTGATGCAGGTTATGGTACTAAATATGAGGACTTAGAGACATCATACTATAATAATGGTGACCTAATAGAGCCTATGAAAGGTAGAGCACCAAATGTACTGTTTAAGCATCAAGGGGTACTTGACGATGATGGCAAACCAGATTTGCACGATTTGCTAATTCATATTAACCCAGATGGTACTTATAGAACTTCTATGATGAACAAAGAAGAGGATTGGCGCACACTATTTGAAATGACACCAGATGGCAGAGTTAAATTAAGAAAACAAGACTCTATTAATATTGATGGTGGCATAGAAATAAGTGAGCTAGGAATCAACAATGAGGGGTTCGTTTATTTACGTAATGGGGATATGGATTTAGAAGTACGAAAAGACGGTATCTATTCACAAGGGAAACTGTTTACAGCCGATGTAGACCTATCCGATGTATATGACAAACTAAATGGGTTGTCTATACAGATTAAGGAAACAAATGGTCAATTAGAGATTATAGCTAATGGTGTAGAAGAACAAAATGGAAAAATATCAGAACTTTCTACAGAAATAACAATTGTAGCAGGTAAAGTTGAATCAAAAGTAACAAAGACAGAAGTTCAGGATATGATTGACAGTTCTTTTGTAGATATGTCTGATGCGATTAAAAAAGCACAAGAAGATGCTGACAAAGCAAATAAAGTGATTGCAGATATGTCTAGTGATAATAGACTGACTCCGAGTGAAAAAATAGATTTATTAAAAGAATGGGATATTATAAAAAATGAATATCCAAGCTATCTCGAACAAGCAGAAACCTACGAGGTTGACAGTAAAGACTACACTGCTAAGTACAATTCATTAGAGCTATTTGTTACCCCTATATTGGCTGACATGGAGTCAACTAGCTCGGTAGACGGAGCAACACTTCGCAAAACGTTTAATTCTTACTATACAGCAAGAATAGCTTTACTAAACTCTATTAGTAAAAAACTAAAAGACGGTATCACAGAGGCTATGAAAAAAGCATCCCAAGCATCACTAGATGCAACACAAGCAATGGCAGATGCCTCACAAGCTAAGATTGATGCAGATAATGCTAACAAACTTATATCTGATATAGCAAGTGATAACAAGCTAACACCTTCTGAAAAATACCAACTTAAAAAGGAATGGGATGTAATTGTTAAGGAATACCCTACAACAATTGCACAAGCAGAGAAGTACGCAGTAGACACAGCAGAGTATACAGCTAAATATAAAGCCCTAGAGCTGTTTGTAGAGCCTTTGTTTAAAGACATGGATGAAACTAGTATAGTAGACGGAGAACGCCTTAGAGCGACATTCTCGGACTATTACGCAAGTAAGATTGCTTTACTAAAAGAAGTAACGGACTCAGCTAAAACAGAGCTAGATGCCTATGGTAATAAAATATCTGTAATGGAAACAAACATTACTCAAACGTCAGAAGCTATTACTTTACTAGCTACTAGAGTACAAACTGTAGAAGACGGTGTACAATCAAATAAGGCACAAATCGAAATACAAGCTGAACAAATTAGTCAAAAAGTAACTGCTAGTGAGGTTAAAGGAATTGTAGACGATTCTATTAACAATCTAACATTAGGTGGAACTAACTTATTTGTTATAAAGACACAGACAGCAGGTTTGCTAAACGAGAATGATGGAACTGTAGGTACTGCAGTAGACAACTCAGTAGTGTCAGACTACATTAAAGTTAATCAAAAAACACCATATATTGCTACACTTTACGGTAACACTGGCACAAACATGATTATAACAGACTGGTACGATAAAAATAGAACATTTATTTCTGGGGAAGCTGTGGCAGACTCTGGGGATTTTAGTAAAAAGTATGTGTCACCTGAGAATGCAGTCTATGCTAGGGTAAGTTATAAGAAAGCAAACTCTGTGAATATCAAATTCGAGGCAGGTACAAAGGCTACTGATTACAGCCCTTCATGGGAAGACATAAAAGGTGACCAAACTGCTTTAGAGGAATACATTAAAAAAGTAGAAGAACAAGCCAAGAAAGCTCAACAAGATGCTGAAAATGCTAAAAATGATGCTGAAAATGCAAATAACGCAATAGCTGATATGTCAAATGACAATATGTTAGCACCGAATGAGAAAAAACAAATACTCTTACAATGGGAACAGATTAAAACAGAGTATCCAATAAACTTAGACCAAGCAACTAAATTTGGGGTGTCTTCTCAACAGTATACAACAGCGTATAACGCACTAGACGAGTACTTAAAACCAATACTAGCTGACATGACAACAACTTCTGTAGTAGTTGGTTCTACTTTAAGAAATACGTTTAACAATTACTATGACAAAAGAACTACTTTACTAAACAGAATATCTGACGTAGCAAAAAATGTAGCAGACAAGGCACAAGAAACTGCAGATACTATCAATGATAATTTACAAAATATTGGTGGGTACAACTATGTAGGGTTCTCTTCCGGAGACAATATGTTGCCTAGACTGATGATTAAAAACGTTGGTTACTACACATTAGGTTCGTCAACCACAGAGTTCATTGACAGCATGGTAGCTGTAAAAGGTGATGCAACGACCCAACCTTTCGATTATACTGTAGGTACTTCTGATAAAGAAATTGCTGGTGGCGGTTTAGCTGATTATCGTATGAAAGAAATAAAAGAAGGTCAGTGGCTAACAGCTTCTGCGAATGTGCAGGTAATAGGTGGTGGCTCCGCTAGGTTAGCTATCTACACTTTAGAAGGGGATAACTGGGTAGGTTCTAACAGTACACCTATACAAGTAAGTGATGGTTTGAAACGTGTTGTGGCTCAAAGAAAAGTAACAGGCTTAACAAAAGGTGTGTTAATACGTATTGAGTCAGCCGACACTAATGTTAAAGAGTTTCGATTTGGTAATGTTCAACTAGAAGTGGGTATCATCCCAACTCCTTGGAAAAAGTCTGATATAGATATTCAAGAGGACATAAACAATGTTGTTCAGAATATCAAAACATACACTGCTTGGGCTAACGATTTACAGGGTCTTGATTTTACAAGAGAAAAGGTTGAAGGAAAAACTTACATGTATGTAGGTACCTCTATGAAAGATAGTGATAACTATTCAGATTATACATGGAGGCTAACTGATGAACATATAGAAGGTCAGATTAATGGTAAGGAAGGCGCATGGATTTACTCTCCAACAGCCCCTGCTAACCCATCGCAAGGACTTATATGGGTAGACTTGTCAAAAGTCCCCAACCAACCTAAGCGTTGGGTAGATTCAGAAACTGGGTGGGTTGCATTAACACCAGAAGAGGTTAAAGATTTGCCTTGGGGTGAAGATGGCACAAGCTTAGCCGACTGGGTGTCACAGGCAGAGCAAAGAATATCTTCTGATAGCATTATAAATACTGTACTAGGTTCTGAGGATTTCACTAGTGTGTTCGATACAAAAGCTAACACTTCTGACCTAGGTAACTTGGCTACCTATGAAGACTTAGACTCAATAAAAGAGGACTATAACCGGCTAATCAAAGAAGGCATAAATGGTATTGATTTTACTCCTTATGTGACTAACTCCGAACTACAACAGCTTAAAGACAGCTTTAACTTCTCTGTTCAACAAGCCGGAGGGGTTAACATGCTTAAAAACTCTTTAGGATTCTCTGGGTTAGACTTCTGGAATGGTACAGTAGGGAAGAACTTACTACCTAACTCTACTTGGAATTTAGGTTTTGGTAGATGGGGTGGTACTTCAATCACTAGTTTTGAAATATTACCACCAGAAGATGACAAGCCTACGAGTAACATATTAGCCTCAATGCCACTTCGCTCTTCTACTAAAGAAATAGGTAACAGACCTCACCCATTAAAAGTTAACTCGGGTGAAACGTACACAGTAAGCTTCGACTATAAAGAAGAAGCATTATCTTACAACAAGGACAGACCTATCCTTGTTGTAAGAAACTACCCTGATAAGAACACAGACCAATGGATGGAGTACTCAATAGAAGGTTGGGCAGTAATGGCTAACGGAAGCACTACTGACTTAACTGTTTGGAGACGTTTTACAAAAACATTTACAATAGGTACTAGTGGCTACTTAGATATTTTACCGAAAACCATAATAGAATCGTGGGAACACAGGTCTTTTTGGAGAGAGCTAAAAATAGAGAAAGGGACACAAGCCACTACTTGGGTACCTAACAAGGAAGACGGGGCGTTTACTGGTGATATTGTTGAGACTATTCAAACAGAAGAATTAGCCAACCTCGGGTTTGGTTCCGGATTTATTAGTTCTAAAAGACCTAGCTCTTCATTAACACAATCTGTAGAACTACCTGAAATAGGTGCTAACCTTGAGTATTCACTATCTTTTTATATGAAGGTAACTACAGATAACCCTGTAGCTGACTTTAAATGCGGTATTCGGGTTTATGATGGAGGTACTCTAACTTATACATTAGGCATAGAAGATGCAACACAGCCAATACCACTAGGGTTCCAACAATACAAGCTTGTGTTCACTCCCACAAGTACCTCTACTAAAATAGAAATGTTTGTAGAAAATGGGCAAGAGGCATCTGTTATTATATCAGGTATTATGTATAATATCGGGAGTATACCTCTTAAATGGCAACCATATCCAAGTGAGATATACAATACGAATGTTAAGATTGATATTAATGGGGTAACCGTTAAAAACAATCAAACAGATGGGTATACAATGATTACTCCCCAAGAGTTTTCAGGATACTCTCGTATTGATGGTAACATAGAACGTATTTTCACTTTAAATGGACAGGTAACAGAAGTTAAAATGCTAAAGGCTGAAAAACGTATAACTATGGAACCAGTATCTGTATTCGCTATGAACACAGTAACGGATACAAAAAGAATTAGAGGTTGGGCATTTGTGCCATCATTTGAATAA

Genome Context

Tertiary structure

A0A7R7ERN3
ColabFold structure
Source ColabFold
pLDDT 70.0
Oligomeric state monomer
Download structure