Protein

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Genbank accession
QZI86139.1 [GenBank]
Protein name
hypothetical protein
RBP type
TSP
Evidence DepoScope
Probability 1,00
Protein sequence
MGRVTGSWERPIQGVSQQSDKDRIDGQCTKQENLIPSPLDGLIKRTGTRHLKKLMDSVSTDSLWYSYNRGGEESYVILVEPNKTPRVFDILGNERTVNVTSGDTSYYQSANPKRDLRMSTIADYTFLLNTTKTVTELPDKSPKNPDTAIVYCQFATYARDYIIEAEGIQIAKYTTPLGDDPSHANNVKTNFIAETLANQVNSISFATENHSAIPVGSPTTHYEFTTSSTPSKIISVFNLSSNVNVTFTNVGNIIRVTSGTSAGDVLRITYEHTGSSNYTAEVHGNTIFITSKSGGSFSINTVDSADGNDLVAIQDRVKQTTNLPPYAPDNYIVKVQNAEGFEQNSYWLKAVPDTGSDQEGSGVKWEESLAQDVTYKMNKNTLPHTLVSEADGTFTLSLGEWEDRRVGNEDTNPYPSFIDQKISSIGTFQNRVLFTSGEAAVFSRTNFFFDFFRETTQTESDSDPIDAFADADEINNLLHHAVLDGDIIFFAENGQFLIDGSKPITKATIIFKKVTSYPMNTLAKPAVTGESVMFSFISGKYTGIREMFTDSFTDTKRARPITEHVAEYIEGRAVDLVASPNINTLFIRTDTSANELYVYDWLWSGDQKVQAAMHKWIIGGSVLFAKFIQDRVYFIIDRGNGIYLEQMPIGNDEDDNGLDFPVRLDQRTVTTATWSGGRWEWTLPYSITDTDKLVFVRGEGCWEEDRGTSVIFETDGTKYWSYDDLADTLQVQSVSLNAGTTFTSKYIPTKPYLKDGNGRAMGLDRFTLGKVSMNYDSIGNTDVSVTDRRSRRTWKYNYNGRVFGGWNNRVGFAPLDSGRFQFPIRLESSNAEIEIVTDDYRPFILRDMEWEGMFKQRGRRL
Physico‐chemical
properties
protein length:861 AA
molecular weight: 96558,10800 Da
isoelectric point:4,99282
aromaticity:0,11034
hydropathy:-0,46632

Domains

Domains [InterPro]
IPR058003
1–203
IPR058003 IPR058003
QZI86139.1
1 861
Legend: Pfam SMART CDD TIGRFAM HAMAP SUPFAM PRINTS Gene3D PANTHER Other

Taxonomy

  Name Taxonomy ID Lineage
Phage Vibrio phage 15E36.1
[NCBI] 		2859290 Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host No host information

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
QZI86139.1 [NCBI]
Genbank nucleotide accession
MW865291 [NCBI]
CDS location
range 32884 -> 35469
strand +
CDS
GTGGGCAGAGTAACAGGTAGCTGGGAGCGTCCGATTCAGGGCGTATCTCAACAGTCTGATAAGGATAGAATTGATGGGCAGTGTACCAAGCAAGAGAACCTTATCCCATCTCCGTTAGATGGACTAATCAAACGAACAGGTACACGACACCTGAAGAAACTAATGGACTCAGTATCAACTGACTCTCTTTGGTACTCTTACAATCGTGGTGGTGAAGAGTCTTATGTTATACTGGTTGAACCTAACAAGACACCGAGAGTGTTTGATATCTTAGGTAATGAACGTACTGTCAATGTGACAAGTGGCGACACTTCATATTACCAGTCAGCTAACCCAAAGCGTGACCTGCGTATGAGCACTATCGCTGATTACACGTTCCTACTTAATACAACTAAGACGGTTACGGAGTTACCTGATAAGTCACCTAAGAATCCAGACACAGCTATTGTGTACTGTCAATTCGCTACGTATGCTCGTGACTATATCATCGAAGCAGAAGGTATTCAGATAGCTAAGTACACTACTCCGCTTGGTGATGACCCGAGTCATGCTAATAACGTCAAGACTAACTTCATAGCAGAGACACTAGCTAATCAGGTTAATAGTATAAGCTTTGCAACTGAGAACCACTCAGCTATTCCTGTAGGTTCACCTACTACACATTATGAGTTCACAACAAGCAGCACACCTAGCAAGATAATTAGCGTGTTCAACCTCTCCTCTAATGTTAATGTAACCTTCACGAATGTAGGTAATATCATACGAGTAACTAGTGGAACTTCTGCTGGTGATGTTCTTCGTATTACTTATGAGCACACTGGTAGCTCTAACTACACAGCAGAAGTTCATGGTAATACTATCTTCATTACAAGTAAGTCAGGTGGTAGCTTTTCTATCAACACAGTAGATAGTGCAGATGGTAATGACCTTGTAGCTATTCAGGATAGAGTCAAGCAGACCACCAACCTACCTCCATATGCACCAGATAACTACATTGTCAAGGTTCAGAATGCTGAAGGGTTCGAGCAGAACTCTTACTGGTTGAAGGCTGTGCCCGATACAGGCAGTGACCAAGAGGGTTCTGGTGTTAAGTGGGAGGAGTCACTGGCTCAAGATGTCACCTACAAGATGAACAAGAACACACTACCTCACACTCTAGTTAGTGAAGCAGATGGTACGTTCACGTTATCACTAGGCGAGTGGGAAGACAGACGTGTTGGCAATGAAGACACTAACCCTTACCCATCTTTCATTGACCAGAAGATTAGTAGTATTGGTACGTTCCAGAACAGAGTGCTGTTCACTTCAGGTGAAGCAGCGGTGTTCAGTCGTACTAACTTCTTCTTTGACTTCTTCAGAGAGACTACTCAAACTGAGTCAGACTCTGACCCTATTGATGCTTTCGCTGATGCAGATGAAATCAATAACCTATTGCACCATGCTGTGCTTGACGGTGATATCATCTTCTTCGCTGAGAACGGACAGTTCCTTATTGATGGCAGCAAGCCGATAACCAAGGCTACCATCATATTCAAGAAGGTAACTTCCTATCCAATGAACACCCTAGCTAAACCAGCGGTGACAGGTGAGAGTGTCATGTTCTCGTTTATCTCTGGTAAGTATACTGGTATCCGTGAGATGTTCACTGACTCCTTCACTGATACTAAACGTGCTCGTCCTATTACAGAGCATGTGGCTGAGTACATTGAAGGTAGAGCGGTAGACCTTGTTGCAAGTCCTAACATCAACACCTTGTTCATTCGTACTGATACTAGTGCCAATGAGTTATACGTGTATGACTGGTTATGGTCTGGAGACCAGAAGGTTCAGGCTGCTATGCACAAGTGGATTATCGGTGGTTCAGTGCTGTTCGCTAAGTTCATTCAGGACAGAGTATACTTTATCATTGACCGTGGTAACGGTATCTACCTAGAGCAAATGCCAATAGGTAATGATGAAGATGATAACGGACTAGACTTCCCTGTTCGTCTTGACCAACGTACAGTAACTACTGCAACGTGGTCTGGTGGCAGATGGGAGTGGACGCTACCTTACAGCATCACTGATACGGATAAGCTTGTCTTCGTCCGTGGTGAAGGTTGTTGGGAAGAGGATAGAGGTACTAGTGTTATCTTTGAAACAGATGGAACTAAGTACTGGTCATATGATGACCTAGCAGATACATTGCAGGTGCAGTCAGTCAGCTTGAATGCTGGTACTACATTTACATCTAAGTACATCCCGACCAAGCCTTATCTAAAGGACGGTAACGGGAGAGCTATGGGGCTAGACAGGTTTACGCTTGGCAAGGTCTCTATGAACTATGACAGCATTGGTAACACTGATGTATCTGTCACAGACAGACGCTCTCGTCGTACTTGGAAGTATAACTACAACGGTCGTGTGTTTGGTGGTTGGAATAACAGAGTTGGATTTGCTCCATTAGACTCTGGTCGTTTCCAATTCCCTATACGTCTTGAATCAAGCAATGCAGAGATTGAGATAGTAACAGATGACTATCGACCTTTCATTCTAAGAGATATGGAATGGGAGGGTATGTTCAAACAACGAGGAAGGAGATTATAG

Tertiary structure

PDB ID
98ade16cf452390af2b2a84b84047832db04732de7af6be03a8fb2142fbb0585
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,2323
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
Rapid evolution of virus immunity in the wild Piel,D., Bruto,M., Labreuche,Y., Blanquart,F., Chenivesse,S., Lepanse,S., James,A., Garcia Cruz,R., Dubert,J., Petton,B., Lieberman,E., Wegner,M.K., Hussain,F.A., Kauffman,K.K., Polz,M.F., Gandon,S., Bikard,D. and Le Roux,F. 2024-02-09 — GenBank