Protein

Genbank accession
AFK13475.1 [GenBank]
Protein name
tail fiber protein / T7-like tail tubular protein B
RBP type
TSP
Evidence DepoScope
Probability 1,00
Protein sequence
MALISQSVKNLKGGISQQPNILRFPEQGSEQINGWSSETEGLQKRPPFVFTKTIGDQNALGAKPLVHLINRDSAEQYYVVFTGQGVRVFDLNGKEYDVKGDLSYVKVENPRDDLRMVTVADYTFIVNRNMVVRPDTTPLYTLKENGDCLINIRGGMYGRTLAFTINNTKIAYEIAHGDAPEHSKQTDAQWLVKKLAGLARLNVAFKGWTFTEGPGYIHVIAPSNSQINSLSTEDGYADQLMNAVMHTSQSFSRLPVEAPNGYTVKIVGDTSKTSDMFYVQYDNLKKVWKEVAGWGVQKGLNGDTMPHALVRQADGSFQMQALPWAQRTCGDMDTNPTPSIVDQTINDVFFFRNRLGFLAGENIVMSRTSKYFSLFPASVANLSDDDPIDVAVSHNRISILKYAVPFSEELLLWSDQAQFVLSAQGILSPKSVELNLTTEFDVSDRARPFGVGRGVYFASPRASYTSLNRYYAVQDVSSVKSAEDMSAHVPSYIPNGVFSIRGSSTENFIAVLSSNAPSRIFLYKFLYLNEEISQQSWSHWELGSNVTVLACDSIGSTMYLVLRNQSHTWMCRAHFTKNSIDFPDEPYRLYIDNKVKYVIPEGSYNDDTYTTTVKPVDVYGMKYWTGKFYIVASDGLVSWFEPPRGGWPNGVPMLTMSGNREGETIYVGLAISFRYVFSKFLIKKTADDGSIATEDIGRLQLRRAWVNYEDSGAFTVEVENTSRLFSYDMAGARLGSNALRAGGLNXGTGQFRFPVTGNAQLNEVRIISEHTTPLNVIGCGWEGNYLRRSSGI
Physico‐chemical
properties
protein length:792 AA
molecular weight: 88217,41190 Da
isoelectric point:6,12471
aromaticity:0,11252
hydropathy:-0,27269

Domains

Domains [InterPro]
IPR058003
1–792
IPR058003
AFK13475.1
1 792
Legend: Pfam SMART CDD TIGRFAM HAMAP SUPFAM PRINTS Gene3D PANTHER Other

Taxonomy

  Name Taxonomy ID Lineage
Phage Yersinia phage YpP-G
[NCBI] 		1176764 Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host No host information

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
AFK13475.1 [NCBI]
Genbank nucleotide accession
JQ965702.1 [NCBI]
CDS location
range 22332 -> 24710
strand +
CDS
ATGGCTCTTATTTCACAATCCGTCAAGAACCTGAAGGGCGGTATCAGTCAACAGCCGAACATCTTAAGGTTCCCCGAACAGGGTTCCGAGCAGATTAATGGTTGGTCCTCGGAGACTGAGGGTCTTCAGAAGCGTCCACCTTTTGTCTTCACTAAGACCATTGGAGACCAGAATGCCCTTGGTGCCAAACCTCTAGTTCACCTCATCAACCGTGATAGTGCCGAACAGTATTACGTAGTGTTTACCGGACAGGGTGTTCGTGTGTTCGATCTAAACGGTAAAGAGTATGATGTAAAGGGTGATTTGTCCTACGTTAAGGTAGAGAACCCTCGAGATGACTTAAGGATGGTCACTGTGGCTGACTACACATTTATCGTTAATCGCAATATGGTTGTGCGCCCAGATACTACCCCTTTGTATACCCTTAAGGAGAATGGAGACTGCTTGATTAACATCCGCGGGGGTATGTATGGTCGTACGTTGGCATTCACTATTAACAACACAAAGATTGCATACGAGATTGCCCATGGGGACGCACCAGAACATTCTAAGCAGACTGACGCACAGTGGCTCGTTAAGAAACTTGCTGGTCTCGCGCGTTTGAATGTTGCCTTTAAGGGCTGGACGTTCACCGAAGGGCCTGGGTACATCCATGTGATTGCTCCAAGTAACAGTCAGATTAACTCACTGTCCACTGAAGATGGCTACGCCGACCAGTTGATGAACGCAGTGATGCACACCAGCCAGTCATTCAGTAGGTTGCCCGTTGAGGCTCCTAATGGATACACGGTGAAGATTGTTGGTGACACCTCTAAGACATCCGATATGTTCTACGTTCAGTACGACAACTTGAAGAAGGTGTGGAAAGAGGTTGCAGGTTGGGGCGTACAGAAGGGACTTAATGGTGACACGATGCCTCATGCTCTTGTACGTCAGGCTGATGGATCATTCCAGATGCAAGCACTACCGTGGGCGCAACGTACCTGTGGTGACATGGACACTAACCCTACTCCGTCTATTGTTGACCAGACGATTAACGATGTGTTCTTCTTTCGTAACCGCTTAGGGTTCCTCGCTGGTGAGAACATTGTGATGTCCCGTACCTCTAAGTATTTCTCATTGTTCCCTGCATCAGTAGCTAACCTGTCCGACGATGACCCTATCGACGTGGCTGTGTCTCATAACCGAATCTCTATCCTGAAGTACGCTGTGCCGTTCTCTGAGGAGTTGCTCCTATGGTCAGACCAAGCACAGTTCGTGTTGTCCGCTCAAGGTATACTCTCACCTAAGTCAGTAGAGTTGAACCTCACGACCGAGTTCGATGTGTCAGACCGAGCGAGGCCTTTTGGCGTTGGACGTGGTGTGTACTTTGCGTCACCTCGTGCTTCCTATACGTCACTTAACCGTTATTATGCGGTACAGGATGTTAGCTCTGTGAAGTCTGCTGAGGACATGAGTGCTCACGTTCCTAGCTACATTCCGAACGGTGTGTTCTCTATACGAGGCTCCAGCACTGAGAACTTCATCGCTGTGTTGTCTTCAAATGCTCCAAGCAGAATCTTCCTCTATAAGTTCCTCTACTTGAACGAAGAGATATCCCAACAGTCGTGGTCACATTGGGAACTAGGAAGTAACGTTACCGTACTGGCCTGTGACTCTATTGGTTCCACCATGTACCTTGTGTTGCGCAACCAGTCACACACTTGGATGTGTCGTGCTCACTTTACGAAGAACAGCATCGACTTCCCTGATGAGCCATACCGGCTGTACATCGACAATAAGGTGAAGTATGTGATTCCTGAAGGTTCATACAATGATGACACTTACACTACCACTGTGAAACCTGTAGACGTCTACGGGATGAAATACTGGACCGGTAAGTTCTACATTGTGGCCTCTGATGGTCTAGTGTCATGGTTCGAGCCTCCTCGTGGTGGTTGGCCTAATGGTGTCCCTATGTTAACAATGAGTGGGAACCGTGAGGGCGAGACAATCTACGTGGGGTTGGCTATCAGCTTCCGATATGTGTTCTCTAAGTTCCTCATTAAGAAGACCGCTGATGATGGCTCTATAGCTACCGAGGACATTGGTCGCTTACAGTTACGCCGAGCATGGGTGAACTACGAGGACTCTGGTGCATTCACAGTGGAAGTGGAGAACACCTCTCGACTGTTCAGCTATGATATGGCAGGTGCTCGCTTGGGTTCCAATGCGTTACGCGCTGGTGGACTTAATRTTGGTACTGGTCAGTTCCGCTTCCCGGTGACTGGTAATGCACAGTTGAATGAAGTACGTATTATCTCTGAACACACCACACCACTGAACGTTATCGGTTGTGGTTGGGAGGGTAACTACCTTCGTCGTTCTTCTGGTATCTAA

Gene Ontology

No Gene Ontology terms available.

Enzymatic activity

No enzymatic activity data available.

Tertiary structure

No tertiary structures available.

Literature

Title Authors Date PMID Source
A Yersinia pestis-specific, lytic phage preparation significantly reduces viable Y. pestis on various hard surfaces experimentally contaminated with the bacterium Rashid,M.H., Revazishvili,T., Dean,T., Butani,A., Verratti,K., Bishop-Lilly,K.A., Sozhamannan,S., Sulakvelidze,A. and Rajanna,C. — — GenBank