Protein

View in Explore
Genbank accession
WNV48767.1 [GenBank]
Protein name
tail fiber protein
RBP type
TF
Evidence UniProt/TrEMBL
Probability 1,00
TF
Evidence Phold
Probability 1,00
TSP
Evidence DepoScope
Probability 1,00
TF
Evidence RBPdetect
Probability 0,90
TF
Evidence RBPdetect2
Probability 0,81
Protein sequence
MADIGQLPIENIWSTGGDMVAPTPAQQQGGWGIQSVPRQWWNWKWNLHDTNLAYLLQKGIPEWTSTQEYIANKSFCTRNGFVYKAVRTHTGSDPATVSSNWVRAFADFTTASSALGSLTPRKGGIPFFISASGAGVFDSTAYGRGMLNVANAAGARDYISAQESSVVLSNLSTVTRAANAVPYFNTDTSMATFNITAFGRGLVNAGDATNARTFLGLANSATITADPANRAHTLVYRDAAGNFNAGVITATLSGNATTASKLRAPVTINGVAFDGSQNIVLPGLDTSYAGVVARLHINGANMTGTDKTTQLALRNKSDTDWISLVAPDDSSLVFQFRGPEAANATLRVNSNVVFHAGNQYGLGATQTQARERLMVDRLAQNTTQTVLYNADKSRYFWLQDNGVSGIWDATTNTPLWRFSRLGQLDYGTVPVEQITGLANSATIPASASNLTNQIVVRSGTGDIAVQGVTAFGAVLGTDYIRVRASTGNAHLVFQRNDGAEVGLIWGIPSANSLNFRTAGGATGMSLAGQDLTVVGRVNAATLNSSGNVNSGNSVIAAGNVQAAGRVYCGDAFMSSNGNLTGGAFGSYGTLTNWVDSVYARKTDVMTDAKILAATSRGSAQAVGTYVFAIAASGSGDVGTVVAGTSLMSSSPVNYHGTTLSGSYRCMGRFGAGGSNQITLFQKVAD
Physico‐chemical
properties
protein length:685 AA
molecular weight: 71680,89350 Da
isoelectric point:8,95532
aromaticity:0,08613
hydropathy:-0,05766

Tail Spike Domain Segmentation

Segmented into three structural domains: N-terminal, central, and C-terminal.

Domain layout
WNV48767.1
1 685 aa
Domain Start End Length (AA) Confidence
N-terminal 1 314 314 0,6251
Central domain 315 513 200 0,1854
C-terminal 514 685 171 0,8496
N-terminal Central domain C-terminal

View these domains on the 3D structure via the Color by → Tail spike option in the Tertiary structure section below.

Taxonomy

Phage
Pseudomonas phage Kat [NCBI] · taxon 3046817
Viruses Duplodnaviria Heunggongvirae Uroviricota Caudoviricetes
Host
Pseudomonas aeruginosa [NCBI] · taxon 287
cellular organisms Bacteria Pseudomonadati Pseudomonadota Gammaproteobacteria Pseudomonadales

Coding sequence (CDS)

Genbank protein accession
WNV48767.1 [NCBI]
Genbank nucleotide accession
OQ992554.1 [NCBI]
CDS location
range 8674 -> 10731
strand -
CDS
ATGGCTGATATCGGTCAACTACCTATTGAAAATATTTGGTCCACAGGCGGGGATATGGTAGCCCCGACCCCTGCGCAGCAGCAAGGCGGATGGGGTATTCAGTCGGTTCCTCGCCAATGGTGGAACTGGAAGTGGAACCTTCACGATACTAACCTAGCGTATTTGCTACAGAAGGGCATCCCAGAGTGGACTAGCACTCAAGAGTATATTGCAAACAAATCGTTCTGCACAAGAAACGGTTTCGTCTACAAGGCTGTCCGTACCCATACAGGTAGCGACCCGGCCACCGTTAGTTCTAACTGGGTCCGAGCTTTCGCAGACTTTACCACAGCTAGCTCTGCACTTGGAAGCCTGACTCCGAGAAAAGGAGGGATTCCTTTCTTCATTAGCGCATCTGGTGCAGGTGTGTTTGACTCTACGGCTTATGGACGTGGCATGCTGAACGTAGCCAACGCAGCGGGAGCTAGAGACTACATTTCGGCTCAAGAGAGTTCTGTTGTCCTGTCTAACCTGTCTACTGTGACTAGGGCTGCCAACGCGGTTCCGTACTTCAACACCGACACCTCGATGGCTACCTTCAACATTACAGCGTTCGGAAGAGGCCTAGTCAACGCGGGTGATGCAACTAACGCAAGAACCTTCCTAGGCCTAGCTAACTCTGCTACTATCACGGCTGATCCAGCCAACAGAGCACACACTCTGGTCTATAGAGACGCTGCTGGTAACTTCAACGCTGGTGTGATTACAGCCACTCTTTCTGGTAACGCGACTACAGCCAGCAAGCTCAGGGCTCCAGTTACGATTAACGGCGTAGCGTTCGACGGAAGCCAGAACATTGTTCTGCCGGGCCTAGATACAAGCTACGCCGGGGTTGTAGCGAGGCTCCATATTAATGGAGCTAACATGACCGGAACAGATAAGACTACCCAGTTGGCTCTTAGAAATAAATCTGATACAGATTGGATTAGCTTGGTGGCTCCTGATGACAGCTCGTTGGTATTTCAATTTAGAGGGCCAGAAGCGGCTAACGCCACTCTGCGGGTTAACTCTAATGTTGTGTTCCACGCGGGAAACCAGTATGGACTAGGAGCTACTCAAACTCAAGCCAGAGAGCGGCTCATGGTTGACAGGCTGGCACAGAACACGACTCAGACTGTGCTGTACAACGCAGATAAGAGCAGGTACTTCTGGTTGCAAGATAACGGTGTTTCCGGTATCTGGGACGCAACGACTAACACCCCTCTATGGCGTTTTTCTAGACTAGGCCAGCTCGACTACGGAACAGTCCCTGTTGAACAAATTACAGGATTGGCCAACTCCGCGACAATTCCGGCATCCGCCTCCAATCTGACTAATCAGATTGTTGTGAGGAGCGGAACAGGAGATATCGCAGTACAAGGCGTTACAGCGTTTGGCGCTGTTCTGGGAACAGACTATATTAGAGTAAGAGCCAGCACTGGTAACGCTCACCTAGTATTCCAGAGGAATGATGGAGCAGAGGTAGGGCTTATTTGGGGAATCCCGTCTGCCAACTCTCTGAACTTCAGGACCGCAGGCGGTGCGACAGGCATGTCTCTGGCTGGTCAGGACTTGACTGTAGTTGGCAGGGTGAATGCTGCGACACTCAATTCGTCTGGCAACGTCAACTCTGGCAACAGCGTGATTGCTGCCGGGAACGTGCAGGCTGCTGGCCGTGTGTACTGCGGCGATGCTTTTATGAGCAGCAACGGCAACCTTACTGGCGGAGCTTTCGGCTCTTATGGGACTCTTACCAACTGGGTAGACTCTGTATACGCCAGAAAAACTGACGTAATGACTGATGCCAAAATCTTGGCTGCCACTTCTAGAGGTAGTGCTCAGGCTGTGGGAACATATGTCTTTGCGATTGCAGCTAGCGGAAGTGGGGATGTTGGGACTGTAGTAGCTGGTACGTCTCTAATGTCTTCGTCTCCCGTCAACTACCACGGAACTACGCTATCCGGTAGCTACAGGTGCATGGGTAGGTTCGGAGCCGGAGGTTCTAACCAGATTACCTTGTTCCAGAAGGTTGCAGATTAA

Genome Context

Tertiary structure

WNV48767.1
ESMFold structure
Source ESMFold
pLDDT 64.5
Oligomeric state monomer
Download structure

Literature

Title Authors Date PMID Source
Jumbo phages are active against extensively-drug-resistant eyedrop-associated Pseudomonas aeruginosa infections Cobian Guemes,A.G., Ghatbale,P., Blanc,A., Morgan,C., Garcia,A., Leonard,J., Huang,L., Kovalick,G., Proost,M., Chiu,M., Kuo,P., Oh,J., Karthikeyan,S., Knight,R., Pogliano,J., Schooley,R. and Pride,D. 2024-10-29 — GenBank