Protein

View in Explore
Genbank accession
YP_011958543.1 [GenBank]
Protein name
tail fiber protein
RBP type
TF
Evidence UniProt/TrEMBL
Probability 1,00
TF
Evidence Phold
Probability 1,00
Protein sequence
MNKLVKRRFQAGLGSEIKRVYKEGQQINTLLLAQVIQVNYKYNTVDLLALQHKEVFQNSYANEGRFSARLPMEFGGRNIVGQPYGQVNPIAVGTVVLVGFINSDKDMPIVISVYNNNDVSKQLSRTQFSNSDPKDLELIGDMHQKFSLYPSLTYDSVDGEGGRVVTFSGKSFIAFDTKEVANSSTTDAGYGTKYEDLETSYYNNGDLIEPMKGRAPNVLFKHQGVLDDDGKPDLHDLLIHINPDGTYRTSMMNKEEDWRTLFEMTPDGRVKLRKQDSINIDGGIEISELGINNEGFVYLRNGDMDLEVRKDGIYSQGKLFTADVDLSDVYDKLNGLSIQIKETNGQLEIIANGVEEQNGKISELSTEITIVAGKVESKVTKTEVQDMIDSSFVDMSDAIKKAQEDADKANKVIADMSSDNRLTPSEKIDLLKEWDIIKNEYPSYLEQADTYEVDSKDYTAKYNSLELFVTPILADMESTSSVDGATLRKTFNSYYTARIALLNSISKKLKDGITEAMKKASQASLDATQAMADASQAKIDADNANKLISDIASDNKLTPSEKYQLKKEWDVIVKEYPTTIAQAEKYAVDTAEYTAKYKALELFVEPLFKDMDETSIVDGERLRATFSDYYASKIALLKEVTDSAKTELDAYGNKISVMETNITQTSEAITLLATRVQTVEDGVQSNKAQIEIQAEQISQKVTASEVKGIVDDSINNLTLGGTNLFVIKTQTAGLLNENDGTVGTAVDNSVVSDYIKVNQKTPYIATLYGNTGTNMIITDWYDKNRTFISGEAVADSGDFSKKYVSPENAVYARVSYKKANSVNIKFEAGTKATDYSPSWEDIKGDQTALEEYIKKVEEQAKKAQQDAENAKNDAENANNAIADMSNDNMLAPNEKKQILLQWEQIKTEYPINLDQATKFGVSSQQYTTAYNALDEYLKPILADMTTTSVVVGSTLRNTFNNYYDKRTTLLNRISDVAKNVADKAQETADTINDNLQNIGGYNYVGFSSGDNMLPRLMIKNVGYYTLGSSTTEFIDSMVAVKGDATTQPFDYTVGTSDKEIAGGGLADYRMKEIKEGQWLTASANVQVIGGGSARLAIYTLEGDNWVGSNSTPIQVSDGLKRVVAQRKVTGLTKGVLIRIESADTNVKEFRFGNVQLEVGIIPTPWKKSDIDIQEDINNVVQNIKTYTAWANDLQGLDFTREKVEGKTYMYVGTSMKDSDNYSDYTWRLTDEHIEGQINGKEGAWIYSPTAPANPSQGLIWVDLSKVPNQPKRWVDSETGWVALTPEEVKDLPWGEDGTSLADWVSQAEQRISSDSIINTVLGSEDFTSVFDTKANASDLGNLATYEDLDSIKEDYNRLIKEGINGIDFTPYVTNSELQQLKDSFNFSVQQAGGVNMLKNSLGFSGLDFWNGTVGKNLLPNSTWNLGFGRWGGTSITSFEILPPEDDKPTSNILASMPLRSSTKEIGNRPHPLKVNSGETYTVSFDYKEEALSYNKDRPILVVRNYPDKDTDQWMEYSIEGWAVMANGSTTDLTVWRRFTKTFTIGTSGYLDILPKTIIESWEHRSFWRELKIEKGTQATTWVPNKEDGAFTGDIVETIQTEELANLGFGSGFISSKRPSSSLTQSVELPEIGANLEYSLSFYMKVTTDNPVADFKCGIRVYDGGTLTYTLGIEDATQPIPLGFQQYKLVFTPTSTSTKIEMFVENGQEASVIISGIMYNIGSIPLKWQPYPSEIYNTNVKIDINGVTVKNNQTDGYTMITPQEFSGYSRIDGNIERIFTLNGQVTEVKMLKAEKRITMEPVSVFAMNTVTDTKRIRGWAFVPSFE
Physico‐chemical
properties
protein length:1825 AA
molecular weight: 202965,47360 Da
isoelectric point:4,73681
aromaticity:0,08986
hydropathy:-0,46027

Domains

Domains [InterPro]
DC_1874
ATT
69–507
DC_1874 DC_0015 Coil DC_0336
Coil
Unmapped
399–419
Coil DC_0015 G3DSA:2.60.120.260
YP_011958543.1
1 1825
Architecture
ATT
STR
RBD
STR
RBD
ATT 69-507 | STR 526-1547 | RBD 1548-1571 | STR 1572-1717 | RBD 1718-1798 |
Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Taxonomy

  Name Taxonomy ID Lineage
Phage Enterococcus phage MDA2
[NCBI] 		2816459 Uroviricota > Caudoviricetes > Herelleviridae > Kochikohdavirus > Kochikohdavirus mda2
Host Enterococcus faecium
[NCBI] 		1352 cellular organisms > Bacteria > Bacillati > Bacillota > Bacilli > Lactobacillales

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
YP_011958543.1 [NCBI]
Genbank nucleotide accession
NC_104811.1 [NCBI]
CDS location
range 29657 -> 35134
strand +
CDS
ATGAATAAATTGGTAAAACGTAGATTTCAGGCAGGTCTAGGCTCAGAAATTAAAAGAGTATATAAAGAAGGACAACAAATTAACACGCTACTATTAGCACAAGTAATTCAAGTAAACTATAAATATAATACAGTAGACCTACTAGCTTTACAGCATAAAGAAGTATTTCAAAATTCCTATGCAAATGAGGGACGTTTCTCGGCAAGACTTCCTATGGAATTTGGCGGTAGAAATATCGTTGGACAGCCTTATGGGCAGGTTAACCCGATAGCAGTAGGAACAGTAGTATTAGTTGGTTTTATTAATTCCGATAAAGACATGCCTATTGTAATTAGTGTTTATAATAATAACGATGTAAGCAAGCAACTTTCAAGAACACAATTTTCAAATTCAGACCCTAAAGATTTAGAGTTAATTGGGGATATGCACCAAAAATTTAGTTTATACCCTTCATTGACATATGATAGCGTTGATGGAGAAGGAGGACGTGTCGTTACTTTTTCTGGTAAATCATTTATTGCTTTTGATACAAAAGAAGTAGCTAACTCCTCTACAACTGATGCAGGTTATGGTACTAAATATGAGGACTTAGAGACATCATACTATAATAATGGTGACCTAATAGAGCCTATGAAAGGTAGAGCACCAAATGTACTGTTTAAGCATCAAGGGGTACTTGACGATGATGGCAAACCAGATTTGCACGATTTGCTAATTCATATTAACCCAGATGGTACTTATAGAACTTCTATGATGAACAAAGAAGAGGATTGGCGCACACTATTTGAAATGACACCAGATGGCAGAGTTAAATTAAGAAAACAAGACTCTATTAATATTGATGGTGGCATAGAAATAAGTGAGCTAGGAATCAACAATGAGGGGTTCGTTTATTTACGTAATGGGGATATGGATTTAGAAGTACGAAAAGACGGTATCTATTCACAGGGGAAACTGTTTACAGCCGATGTAGACCTATCCGATGTATATGACAAACTAAATGGGTTGTCTATACAGATTAAGGAAACAAATGGTCAATTAGAGATTATAGCTAATGGTGTAGAAGAACAAAATGGAAAAATATCAGAACTTTCTACAGAAATAACAATTGTAGCAGGTAAAGTTGAATCAAAAGTAACAAAGACAGAAGTTCAGGATATGATTGACAGTTCTTTTGTAGATATGTCTGATGCAATTAAAAAAGCACAAGAAGATGCTGACAAAGCAAATAAAGTGATTGCAGATATGTCTAGTGATAACAGACTGACTCCGAGTGAAAAAATAGATTTATTAAAAGAATGGGATATTATAAAAAATGAATATCCAAGCTATCTTGAACAAGCAGATACCTACGAGGTTGACAGTAAAGACTACACTGCTAAGTACAATTCATTAGAGCTATTTGTTACCCCTATATTGGCTGACATGGAATCAACTAGCTCGGTAGACGGAGCAACACTTCGCAAAACGTTTAATTCTTACTATACAGCAAGAATAGCTTTACTAAACTCTATTAGTAAAAAACTAAAAGACGGTATCACAGAGGCTATGAAAAAAGCATCCCAAGCATCACTAGATGCAACACAAGCAATGGCAGATGCCTCACAAGCTAAGATTGATGCAGATAATGCTAACAAACTTATATCTGATATAGCAAGTGATAACAAGCTAACACCTTCTGAAAAATACCAACTTAAAAAGGAATGGGATGTAATTGTTAAGGAATACCCTACAACAATTGCACAAGCAGAGAAGTACGCAGTAGACACAGCAGAGTATACAGCTAAATATAAAGCCCTAGAGCTGTTTGTAGAGCCTTTGTTTAAAGACATGGATGAAACTAGTATAGTAGACGGAGAACGCCTTAGAGCGACATTCTCGGACTATTACGCAAGTAAGATTGCTTTACTAAAAGAAGTAACGGACTCAGCTAAAACAGAGCTAGATGCCTATGGTAATAAAATATCTGTAATGGAAACAAACATTACTCAAACGTCAGAAGCTATTACTTTACTAGCTACTAGAGTACAAACTGTAGAAGACGGTGTACAATCAAATAAGGCACAAATCGAAATACAAGCTGAACAAATTAGTCAAAAAGTAACTGCTAGTGAGGTTAAAGGAATTGTAGACGATTCTATTAACAATCTAACATTAGGTGGAACTAACTTATTTGTTATAAAGACACAGACAGCAGGTTTACTAAACGAGAATGATGGAACTGTAGGTACTGCAGTAGACAACTCAGTAGTGTCAGACTACATTAAAGTTAATCAAAAAACACCATATATTGCTACACTTTATGGTAACACTGGCACAAACATGATTATAACAGACTGGTACGATAAAAATAGAACATTTATTTCTGGGGAAGCTGTGGCAGACTCTGGGGATTTTAGTAAAAAGTATGTGTCACCTGAGAATGCAGTCTATGCTAGGGTAAGTTATAAGAAAGCAAACTCTGTGAATATCAAATTCGAGGCAGGTACAAAGGCTACTGATTACAGCCCTTCATGGGAAGACATAAAAGGTGACCAAACTGCTTTAGAGGAATACATTAAAAAAGTAGAAGAACAAGCCAAGAAAGCTCAACAAGATGCTGAAAATGCTAAAAATGATGCTGAAAATGCAAATAACGCAATAGCTGACATGTCGAATGACAATATGTTAGCACCGAATGAGAAAAAACAAATACTCTTACAATGGGAACAGATTAAAACAGAGTATCCAATAAACTTAGACCAAGCAACTAAATTTGGGGTGTCTTCTCAACAGTATACAACAGCGTATAACGCACTAGACGAGTACTTAAAACCAATACTAGCTGACATGACAACAACTTCTGTAGTAGTTGGTTCTACTTTAAGAAATACGTTTAACAATTACTATGACAAAAGAACTACTTTACTAAACAGAATATCTGACGTAGCAAAAAATGTAGCAGACAAGGCACAAGAAACTGCAGATACTATCAATGATAATTTACAAAATATTGGTGGGTACAACTATGTAGGGTTCTCTTCCGGAGACAATATGTTGCCTAGACTGATGATTAAAAACGTTGGTTACTACACATTAGGTTCGTCAACCACAGAGTTCATTGACAGCATGGTAGCTGTAAAAGGTGATGCAACGACCCAACCTTTCGATTATACTGTAGGTACTTCTGATAAAGAAATTGCTGGTGGCGGTTTAGCTGATTATCGTATGAAAGAAATAAAAGAAGGTCAGTGGCTAACAGCTTCTGCGAATGTGCAGGTAATAGGTGGTGGCTCCGCTAGGTTAGCTATCTACACTTTAGAAGGGGATAACTGGGTAGGTTCTAACAGTACACCTATACAAGTAAGTGATGGTTTGAAACGTGTTGTGGCTCAAAGAAAAGTAACAGGCTTAACAAAAGGTGTGTTAATACGTATTGAGTCAGCCGACACTAATGTTAAAGAGTTTCGATTTGGTAATGTTCAACTAGAAGTGGGTATCATCCCAACTCCTTGGAAAAAGTCTGATATAGATATTCAAGAGGACATAAACAATGTTGTTCAGAATATCAAAACATACACTGCTTGGGCTAACGATTTACAGGGTCTTGATTTTACAAGAGAAAAGGTTGAAGGAAAAACTTACATGTATGTAGGTACCTCTATGAAAGATAGTGATAACTATTCAGATTATACATGGAGGCTAACTGATGAACATATAGAAGGTCAGATTAATGGTAAGGAAGGCGCATGGATTTACTCTCCAACAGCCCCTGCTAACCCATCGCAAGGACTTATATGGGTAGACTTGTCAAAAGTCCCCAACCAACCTAAGCGTTGGGTAGATTCAGAAACTGGGTGGGTTGCATTAACACCAGAAGAGGTTAAAGATTTGCCTTGGGGTGAAGATGGCACAAGCTTAGCCGACTGGGTGTCACAGGCAGAGCAAAGAATATCTTCTGATAGCATTATAAATACTGTACTAGGTTCTGAGGATTTCACTAGTGTGTTCGATACAAAAGCTAACGCTTCTGACCTAGGTAACTTGGCTACCTATGAAGACTTAGACTCAATAAAAGAGGACTATAACCGGCTAATCAAAGAAGGCATAAATGGTATTGATTTTACTCCTTATGTGACTAACTCCGAACTACAACAGCTTAAAGACAGCTTTAACTTCTCTGTTCAACAAGCCGGAGGGGTTAACATGCTTAAAAACTCTTTAGGATTCTCTGGGTTAGACTTCTGGAATGGTACAGTAGGGAAGAACTTACTACCTAACTCTACTTGGAATTTAGGTTTTGGTAGATGGGGTGGTACTTCAATCACTAGTTTTGAAATATTACCACCAGAAGATGACAAGCCTACGAGTAACATATTAGCCTCAATGCCACTTCGCTCTTCTACTAAAGAAATAGGTAACAGACCTCACCCATTAAAAGTTAACTCGGGTGAAACGTACACAGTAAGCTTCGACTATAAAGAAGAAGCATTATCTTACAACAAGGACAGACCTATCCTTGTTGTAAGAAACTACCCTGATAAGGACACAGACCAATGGATGGAGTACTCAATAGAAGGTTGGGCAGTAATGGCTAACGGAAGCACTACTGACTTGACTGTTTGGAGACGTTTTACAAAAACATTTACAATAGGTACTAGTGGCTACTTAGATATTTTACCGAAAACCATAATAGAATCGTGGGAACACAGGTCTTTTTGGAGAGAGCTAAAAATAGAGAAAGGGACACAAGCCACTACTTGGGTACCTAACAAGGAAGACGGGGCGTTTACTGGTGATATTGTTGAGACTATTCAAACAGAAGAATTAGCCAACCTCGGGTTTGGTTCCGGATTTATTAGTTCTAAAAGACCTAGCTCTTCATTAACACAATCTGTAGAACTACCTGAAATAGGTGCTAACCTTGAGTATTCACTATCTTTTTATATGAAGGTAACTACAGATAACCCTGTAGCTGACTTTAAATGCGGTATTCGGGTTTATGATGGAGGTACTCTAACTTATACATTAGGCATAGAAGATGCAACACAGCCAATACCACTAGGGTTCCAACAATACAAGCTTGTGTTCACTCCCACAAGTACCTCTACTAAAATAGAAATGTTTGTAGAAAATGGGCAAGAGGCATCTGTTATTATATCAGGTATTATGTATAATATCGGGAGTATACCTCTTAAATGGCAACCATATCCAAGTGAGATATACAATACGAATGTTAAGATTGATATTAATGGGGTAACCGTTAAAAACAATCAAACAGATGGGTATACAATGATTACTCCCCAAGAGTTTTCAGGATACTCTCGTATTGATGGTAACATAGAACGTATTTTCACTTTAAATGGACAGGTAACAGAAGTTAAAATGCTAAAGGCTGAAAAACGTATAACTATGGAACCAGTATCTGTATTCGCTATGAACACAGTAACGGATACAAAAAGAATTAGAGGTTGGGCATTTGTGCCATCATTTGAATAA

Genome Context

Genome Context

Tertiary structure

PDB ID
450c381193df12d7915f468ae3016ef6180e76615e02498b8a672cb02a220057
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,7154
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50

Literature

Title Authors Date PMID Source
Isolation and Efficacy of Vancomycin Resistant Enterococci-specific Bacteriophages in Wax Moth Larvae Model Galleria mellonella El Haddad,L., Harb,C.P., Clark,J.R., Terwilliger,A.L., Chaftari,C., Duna,M., Youssef,S., Stibich,M., Maresso,A. and Chemaly,R.F. 2022-07-30 — GenBank