Protein

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Genbank accession
WOL31393.1 [GenBank]
Protein name
hypothetical protein
RBP type
TSP
Evidence RBPdetect
Probability 0,74
TF
Evidence RBPdetect2
Probability 0,86
Seq2Symm
C3 confidence 0,995
C3 0,995
C1 0,281
D3 0,003
Predicted homo-oligomer symmetry (Seq2Symm, per-class probabilities; C1 = monomer, C2 = dimer, C3 = trimer).
Protein sequence
MSGVTPGNATVTHLAFIKGTAAEIAAVNGQPGNAWNVGEPVWDITNNLLWVAKSASEVVPIGPASALPLTDYVHKLNPNTITGANIFLGQTDLKGPTYLGAKLNGLATDYFPAITDQSGGGVLLSPNDASNRLATTAWVQQLISNLPGDVARRGAPNTFTQANTFTGTVTVPTVSATGPYDGKAASTLFVQQYINQLGGVWARLNTSNVFTAGTHDYTATSGLKAPTPVGTWANASTTDSSVPTIGWLKVNLPTGASLLSSNNVWQGTNNYAQIPTIGPAVPSGDNSNKVPTTSWVQLSIAQAIANAISSGVPVLSKSLLDPSTLDWTSGSVIINGVSVPVQAGSYNYVSPGIYYVKVNSTGVVSPTPTTPALAVGEYLMGSVSVVAMGSDVEISTVTNTPAPVNYAVRNAANTFTHANTFTGDVTFFPASMVTAGGNPPLRINNTGIEFNILPRGNYSILGINENNKTLATTEWVTSKLASAGGGFFEKESDGDVRLRPGITDCLDLTATCLKAPHPAANDNSNIVPTTAWVQAYVSGIPIAPQLSPGSGLNVNYTSGMVKTPTTSPCSGSKCINGECNIPSGSIPINPTTKYIYTRYADCAMIASDAALPANQYHFLGDVTVTGASPTWVVEIINAPTGNWAPINSPNFVGSPTAPNPMVGDDDNSIATTSWVNDAVERFVCPPPLANRPKVVDAGGLNINVTAGVIVSPGATVPDCQVTPLPNPVAVNGGQTEYIWIRYIDCKVVASTFMPRVEHGDVIGIVVSSPDDIISITQVGAAIGSITTCLTGHYGVGFGGHLVYIP
Physico‐chemical
properties
protein length:805 AA
molecular weight: 83419,81840 Da
isoelectric point:5,05602
aromaticity:0,07329
hydropathy:0,07193

Tail Spike Domain Segmentation

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

Domain layout
WOL31393.1
1 805 aa
Domain Start End Length (AA) Confidence
N-terminal 1 218 218 0,9858
Central domain 219 422 205 0,0175
C-terminal 423 805 382 0,4577
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
Microcoleus phage My-WqHQDG [NCBI] · taxon 3084964
Uroviricota Caudoviricetes Microcoleus phage My-WqHQDG
Host No host information

Coding sequence (CDS)

Genbank protein accession
WOL31393.1 [NCBI]
Genbank nucleotide accession
OR578706 [NCBI]
CDS location
range 121979 -> 124396
strand +
CDS
ATGAGCGGAGTAACTCCAGGTAACGCTACTGTCACCCACCTAGCATTTATCAAGGGCACGGCAGCAGAGATTGCAGCGGTTAATGGGCAGCCAGGTAATGCCTGGAATGTAGGGGAGCCAGTATGGGATATTACTAATAATCTCCTATGGGTAGCCAAGTCTGCCTCAGAGGTAGTCCCCATTGGGCCAGCATCTGCATTACCATTAACAGATTACGTCCATAAGTTAAACCCCAATACCATCACTGGTGCCAACATCTTCCTAGGGCAGACTGATCTGAAGGGTCCGACCTATTTAGGGGCTAAGCTTAATGGGCTGGCTACTGATTACTTTCCTGCTATCACGGACCAGAGCGGTGGTGGTGTACTGTTATCACCTAATGATGCCAGTAATAGACTAGCTACTACGGCATGGGTGCAGCAATTAATAAGCAATCTCCCTGGTGATGTAGCGAGGAGGGGGGCACCTAATACATTCACACAAGCTAATACATTCACGGGTACGGTAACAGTGCCGACAGTATCAGCAACCGGCCCATATGATGGTAAGGCTGCCAGCACATTGTTCGTGCAGCAGTACATCAATCAGTTGGGTGGGGTATGGGCTAGGCTTAATACCTCTAATGTCTTCACTGCTGGCACACATGATTATACTGCAACCTCTGGGTTAAAGGCACCTACCCCTGTAGGGACATGGGCTAATGCCTCTACTACAGATAGTAGTGTACCTACCATTGGGTGGTTGAAGGTTAACTTACCAACAGGGGCTAGTCTACTAAGTAGTAATAACGTATGGCAGGGTACCAATAACTATGCACAGATCCCCACTATCGGCCCTGCTGTACCTTCAGGGGATAACTCTAATAAGGTACCTACCACATCATGGGTGCAGCTATCTATTGCCCAAGCAATAGCTAATGCTATCTCTTCCGGTGTACCAGTCCTTAGCAAGAGCCTACTGGATCCATCTACACTGGATTGGACATCAGGTTCAGTCATTATTAATGGGGTATCGGTACCAGTGCAAGCTGGGTCATACAACTATGTATCACCTGGTATCTACTACGTTAAGGTGAATAGTACTGGTGTAGTGAGTCCTACCCCCACAACCCCTGCCTTAGCAGTAGGGGAGTACCTAATGGGTAGTGTATCAGTGGTAGCGATGGGATCGGATGTGGAGATATCCACAGTAACTAATACCCCCGCCCCTGTAAATTATGCGGTACGTAATGCAGCCAATACCTTCACCCATGCTAATACCTTCACTGGGGATGTAACGTTCTTCCCTGCAAGTATGGTAACGGCTGGTGGTAATCCCCCACTAAGGATCAATAACACGGGCATTGAGTTTAATATACTACCAAGGGGTAACTACAGCATCCTCGGGATTAATGAGAACAATAAGACACTAGCTACCACCGAGTGGGTAACTAGTAAGCTAGCGTCTGCAGGTGGTGGGTTCTTTGAGAAGGAGTCGGATGGTGATGTACGCCTTAGACCAGGTATTACTGATTGTCTAGACTTAACGGCTACCTGTTTGAAGGCACCACACCCAGCAGCTAACGATAACAGTAACATCGTACCCACCACGGCATGGGTACAGGCGTATGTCTCAGGCATCCCTATCGCCCCACAGTTAAGTCCAGGCTCAGGCCTCAACGTTAACTATACTAGTGGGATGGTCAAGACCCCTACTACTAGCCCTTGCTCAGGTAGTAAGTGCATCAATGGGGAGTGCAATATCCCATCTGGTAGTATCCCCATCAATCCAACTACCAAGTACATCTATACACGGTATGCTGACTGTGCGATGATTGCCAGTGATGCTGCCTTACCCGCTAATCAGTACCACTTCCTAGGTGATGTGACAGTCACTGGTGCCAGCCCTACTTGGGTAGTGGAGATCATCAATGCCCCTACGGGTAATTGGGCCCCTATCAATAGCCCTAACTTTGTGGGTTCACCTACTGCACCAAACCCCATGGTGGGTGATGATGATAATAGTATTGCCACTACCTCGTGGGTTAATGATGCAGTAGAGCGGTTTGTATGCCCACCTCCCTTGGCTAATAGACCGAAGGTAGTCGATGCTGGTGGATTGAATATCAATGTCACAGCGGGTGTGATAGTATCACCAGGGGCTACGGTACCTGATTGTCAAGTGACCCCCTTACCTAACCCCGTAGCGGTGAACGGTGGCCAGACAGAGTACATATGGATTAGATACATTGACTGTAAGGTTGTAGCATCCACCTTCATGCCCAGGGTAGAACATGGTGATGTCATTGGCATTGTGGTATCCTCCCCCGATGACATCATCTCCATCACCCAGGTGGGTGCAGCCATAGGTTCCATTACCACCTGCCTCACTGGTCACTATGGGGTAGGATTTGGTGGCCACTTAGTATACATCCCATAA

Genome Context

Tertiary structure

WOL31393.1
ESMFold2 structure
Source ESMFold2
pLDDT 63.8
Oligomeric state monomer
Download structure

Literature

Title Authors Date PMID Source
Novel virulent and temperate cyanophages predicted to infect Microcoleus associated with anatoxin-producing benthic mats Valadez-Cano,C., Reyes-Prieto,A. and Lawrence,J. — 37849433 GenBank