Protein

Genbank accession
QXG07554.1 [GenBank]
Protein name
hypothetical protein
RBP type
TSP
Evidence DepoScope
Probability 1,00
Protein sequence
MARQAAAVEVSAFIKGLITEASPLTFPDNASIDEVNMVLNQDGSRNRRLGMDYEPNYATFDTNAPPAEDLVFTSYNWKAPGGYTDKEFLAIQTGSRLSIFDSTTLPVSGQVIGTFDIGLSSSTRMSISSVDGILIVVTGGGTIYSVDWDGGSLSLNSGRLKIRDMFGVADTYNGFDLLSDLSIAKRPASTSSAHTYNLRNQTFAYPRKRQTGQPNASMDPIVAFNIASGGLYPANSDNLITYLYADPSNSTDGNTKRFFASDMYDNPLGTNRAPMGFFIIDALDRGASRLYGATILKGDNPLLTIPVNALPTDRTPDGASVVANYGGRIWYGGFSSQIIGGDSQSPRMTSYILFSQLVQSSADIYKCYQEGDPTSSETPDLVDTDGGFIRLDGAYNIQHMVNVGDSMMVVAANGVWRVSGGSGYGFTATNYLVSKVSEHGSIAPGSVTVLDNSFMYWGDDAIYHVSTNQYGDWVGTNISSSTIQTYYDKIPYTAKVKCQGMYDSYQRCVRWLYNNAVGDGNDATELVLDVNLSAFYPSRIGSITGTSYPKAVSLVRVPPFTNALASSNVVTNGGDVVKTAVGGNVTVSGEVVTSSTSEIFYLTAALLLSGRVRCTFSYYRDTTFADWVSSNGTGKDAEAYLVTGWAGLGDHQRQKQVPYLTVYSLKTETGFDDNLIPTHPSSILVQSQWSWTNSAEAGKWGGQFQAYRHKRLWMPASSSSGFDDGEYVITTRSKLRGRGRVLSLKFTTEPGKDFKLLGWSYVAAINGSV
Physico‐chemical
properties
protein length:769 AA
molecular weight: 83238,71260 Da
isoelectric point:5,20988
aromaticity:0,11053
hydropathy:-0,20832

Domains

Domains [InterPro]

No domain annotations available.

Legend: Pfam SMART CDD TIGRFAM HAMAP SUPFAM PRINTS Gene3D PANTHER Other

Taxonomy

  Name Taxonomy ID Lineage
Phage Erwinia phage Pecta
[NCBI] 		2851070 Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host No host information

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
QXG07554.1 [NCBI]
Genbank nucleotide accession
MZ333131 [NCBI]
CDS location
range 10547 -> 12856
strand +
CDS
ATGGCAAGACAAGCAGCGGCAGTTGAGGTATCAGCTTTTATCAAGGGCTTGATTACTGAAGCGAGCCCCCTTACCTTTCCTGACAATGCTTCGATTGATGAAGTGAACATGGTCCTCAATCAGGACGGTTCACGCAATCGTCGATTAGGAATGGACTATGAACCCAACTATGCTACATTCGATACCAACGCCCCTCCAGCTGAAGACTTAGTTTTTACCTCGTATAACTGGAAAGCTCCGGGCGGGTATACTGATAAAGAGTTTCTGGCTATACAGACAGGCTCCCGACTTTCAATATTTGATTCTACAACTCTCCCTGTCTCAGGGCAGGTGATTGGAACATTTGATATTGGCCTTTCCTCCTCCACTAGGATGTCTATCTCATCAGTAGATGGAATCTTGATTGTGGTAACGGGTGGTGGTACTATCTACAGTGTAGACTGGGATGGTGGGAGCCTAAGCCTAAATAGTGGACGCTTGAAGATACGAGATATGTTTGGGGTTGCGGATACCTACAACGGGTTTGACCTTCTTTCAGACCTCAGTATTGCAAAGCGCCCAGCAAGCACATCTTCAGCTCACACATACAATCTCCGTAACCAGACATTTGCTTACCCGCGCAAACGACAGACGGGGCAGCCGAATGCCAGCATGGACCCCATTGTGGCTTTTAATATCGCCTCTGGTGGACTATATCCGGCTAACTCTGATAACCTTATCACATATCTGTATGCTGACCCATCTAACTCCACAGACGGTAACACCAAGCGTTTCTTCGCCAGTGATATGTATGATAACCCCCTAGGGACCAACAGGGCCCCTATGGGATTCTTTATCATTGATGCGTTGGACCGTGGAGCTAGTCGTTTGTACGGCGCAACAATCCTGAAGGGAGACAACCCCCTTCTTACGATTCCTGTGAATGCCCTCCCAACTGACAGGACTCCTGATGGGGCCTCTGTTGTTGCGAACTACGGTGGTCGTATTTGGTATGGCGGCTTTTCCTCCCAGATAATCGGAGGAGATTCGCAGAGCCCAAGGATGACCTCTTATATCCTGTTCTCACAATTGGTGCAAAGCTCCGCTGATATCTACAAGTGCTACCAAGAGGGCGACCCTACATCCTCAGAGACACCAGACTTGGTGGATACGGATGGGGGCTTTATTCGATTAGATGGTGCTTACAACATCCAGCACATGGTTAACGTGGGCGATTCCATGATGGTTGTGGCCGCAAACGGCGTGTGGCGAGTGAGCGGGGGCAGTGGGTATGGGTTTACCGCTACTAACTATTTGGTCAGTAAGGTATCAGAGCATGGAAGTATTGCTCCGGGTTCGGTAACGGTTCTGGACAACTCGTTCATGTACTGGGGAGATGATGCAATTTACCACGTATCCACTAACCAATATGGTGACTGGGTAGGTACGAACATTTCATCTTCTACCATTCAGACATACTACGATAAAATCCCGTATACCGCGAAGGTTAAGTGTCAGGGAATGTATGACTCATACCAACGCTGTGTTAGGTGGCTGTATAATAATGCCGTAGGGGATGGGAACGATGCGACGGAGCTGGTACTTGATGTTAATCTGAGTGCTTTCTACCCATCTAGGATAGGGAGTATTACGGGAACATCATACCCCAAAGCCGTCTCTCTGGTACGAGTGCCACCATTCACTAATGCCTTAGCCTCCTCCAATGTCGTTACTAACGGCGGGGACGTTGTTAAGACGGCTGTTGGTGGAAATGTTACGGTGTCAGGGGAAGTTGTTACATCTTCTACATCAGAGATATTCTACCTCACAGCCGCACTCTTATTGAGTGGCAGGGTCCGGTGTACATTCTCATATTACAGAGACACTACCTTTGCAGACTGGGTGTCTTCCAATGGCACAGGGAAGGATGCAGAGGCGTACCTTGTAACAGGCTGGGCTGGCCTAGGTGACCACCAACGTCAGAAACAGGTTCCGTATCTTACAGTGTACTCTCTGAAAACAGAGACAGGGTTTGATGACAACCTTATCCCCACGCACCCATCCTCAATCCTTGTACAGAGTCAATGGAGCTGGACCAATAGTGCGGAGGCGGGTAAGTGGGGCGGACAGTTCCAAGCGTACAGACACAAGCGATTGTGGATGCCCGCATCCTCTTCCTCTGGCTTTGATGATGGTGAGTATGTTATAACCACACGCTCTAAGCTGAGAGGCCGGGGTCGCGTGCTGTCACTCAAGTTTACAACGGAGCCGGGCAAAGATTTCAAACTGCTAGGCTGGTCATATGTAGCCGCTATAAATGGGTCAGTATAA

Gene Ontology

No Gene Ontology terms available.

Enzymatic activity

No enzymatic activity data available.

Tertiary structure

PDB ID
5bb1d1cbe4c3a3808de84ac18dd6b8c9871f3b15c162354273756991ffb0fd34
ESMFold
Source ESMFold
Method ESMFold
Resolution 0,6383
Evidence 0,6383
Download PDB

Literature

Title Authors Date PMID Source
Three novel Erwinia phages isolated from Organic waste Alanin,K.W.S., Djurhuus,A.M., Olsen,N.S., Carstens,A.B., Nielsen,T.K., Kot,W. and Hansen,L.H. 2023-01-20 — GenBank