Protein

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Genbank accession
AFZ77620.1 [GenBank]
Protein name
gluconolaconase
RBP type
TSP
Evidence DepoScope
Probability 1,00
TSP
Evidence RBPdetect
Probability 0,91
TSP
Evidence RBPdetect2
Probability 0,95
Protein sequence
MTIIKRADLGRPLTWDELDNNFQQVDDLTAAASAAVSSASASAAAAASSATASANSALDAANSASNAATAIVSAVKSTVTFTTGGTLNSNLDRISDGTYLYYWTGTYPVTVPAGSTVAGTGGIAVGFWAVDSDQILRDNLSATEGFGLIGACPDIATLRTVEPVTDGQRITMSWGSVYYHDASDTTSEDLSGGVVVTTGGKRWKLKNNGNISFIEWEPVADGTTDNAWKLQQACLFAQSLGGASIYIPPTTSGYLMTYPVHLFDNVEVYGAGRGSRIIFQDPIFNKGRGGFVMGSSVEANRDTTLANYRAGTYPAASTENTSFVNPTLGTFLRDNQSFVQITGAKIHDLYLVATYTGTNTHGGYGINFVNAQNCVAYNIWGGGDGWTQLIGMGSDTPPETPSCYNCHAWNLHVDKPNQVRTFYSVGFISNSTDCSIDKMWQHSSYPADIDHGSCVATNVVENCSITNMNVPNLGLSNTAEGVLLNNSKGCTVSNINVRNCKRTVATFYTNVSYLDSTKPNYISNVSGQATVALISVASKYDIFSDFNADSTTPYDILFANVNASGNIVRNEPASFGVIESATVFFRQYLQNNTVKGYLRRYKYLRPADILTNSKSDTTAWSYGKIVRTKASTDLHFLWEVPASFKALDTISLFCSFNANGDAAFTAGSTIRAELIQMVAFDGNISTAPYSAFSNTRVATTGQTDTTLTAQYSTSVSPGLVKMTDTTNGLDNSWYVHLYMYNNVIDNYMKEIRISYWG
Physico‐chemical
properties
protein length:757 AA
molecular weight: 81423,39830 Da
isoelectric point:5,14077
aromaticity:0,10700
hydropathy:-0,13897

Domains

Domains [InterPro]
IPR040775
72–129
IPR040775 IPR012334
G3DSA:2.10.10.80
75–142
G3DSA:2.10.10.80 IPR011050
AFZ77620.1
1 757
Legend: Pfam SMART CDD TIGRFAM HAMAP SUPFAM PRINTS Gene3D PANTHER Other

Taxonomy

  Name Taxonomy ID Lineage
Phage Klebsiella phage JD001
[NCBI] 		1236000 Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host Klebsiella pneumoniae
[NCBI] 		573 Bacteria > Proteobacteria > Gammaproteobacteria > Enterobacteriales > Enterobacteriaceae > Klebsiella

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
AFZ77620.1 [NCBI]
Genbank nucleotide accession
JX866719 [NCBI]
CDS location
range 44376 -> 46649
strand -
CDS
ATGACCATTATCAAACGCGCAGACCTGGGTCGACCCTTAACGTGGGACGAACTGGACAACAATTTCCAGCAGGTCGATGATTTGACAGCCGCCGCATCAGCGGCCGTATCGAGTGCATCGGCTTCAGCTGCAGCCGCTGCGAGTAGCGCCACAGCATCCGCAAACAGCGCATTAGATGCAGCTAACTCCGCGTCTAATGCTGCCACAGCAATTGTGAGCGCTGTTAAGAGCACTGTCACTTTCACGACTGGTGGTACTTTGAACAGTAATCTTGACCGTATCAGTGACGGTACTTATCTGTATTACTGGACGGGTACTTATCCTGTGACCGTACCGGCTGGTTCCACGGTTGCGGGTACGGGTGGTATTGCTGTTGGGTTTTGGGCGGTAGACAGTGACCAGATATTGCGTGACAATCTCAGCGCTACAGAGGGGTTTGGTCTGATTGGGGCTTGTCCGGATATCGCAACTCTACGCACCGTTGAACCGGTGACAGACGGACAGCGAATCACCATGTCGTGGGGGTCTGTCTACTATCACGATGCGTCCGATACTACAAGTGAAGACCTGTCAGGGGGTGTGGTTGTTACCACAGGAGGAAAGCGGTGGAAATTAAAAAACAACGGTAATATCTCATTTATTGAATGGGAACCTGTAGCCGATGGTACTACTGATAATGCGTGGAAACTCCAGCAAGCGTGTTTGTTTGCTCAGAGTTTGGGTGGTGCATCTATTTATATCCCACCGACAACCAGTGGCTACCTGATGACATACCCGGTTCATCTCTTCGACAATGTCGAAGTATATGGTGCCGGTAGAGGTTCAAGAATTATATTTCAAGACCCAATATTCAACAAAGGCCGCGGTGGATTTGTTATGGGGTCATCCGTGGAGGCTAACAGAGATACAACACTGGCGAATTATCGCGCTGGTACTTACCCTGCTGCGTCCACCGAAAACACATCATTTGTAAACCCAACCCTCGGAACATTTCTTCGTGACAACCAGTCTTTTGTACAAATTACTGGGGCTAAGATTCACGATTTGTATTTAGTTGCCACATATACCGGAACAAATACACACGGTGGTTACGGTATCAATTTTGTTAACGCACAGAATTGTGTTGCGTATAACATATGGGGTGGTGGTGACGGATGGACTCAGTTGATAGGTATGGGGTCTGATACTCCACCCGAAACTCCATCGTGCTATAACTGTCACGCTTGGAACTTACATGTCGATAAGCCTAACCAGGTAAGGACTTTTTACAGCGTTGGCTTTATTTCCAATAGTACGGATTGTTCCATCGATAAAATGTGGCAACACAGCTCTTATCCTGCGGATATTGACCACGGCTCATGCGTTGCTACAAATGTTGTTGAAAACTGCTCAATTACAAACATGAACGTACCCAACCTTGGGCTGTCTAATACTGCTGAGGGTGTTTTACTCAACAATTCGAAAGGGTGTACAGTTTCCAACATCAATGTGAGAAACTGCAAACGCACGGTTGCGACCTTCTACACGAATGTATCATATCTGGATTCGACCAAACCCAACTACATTAGTAATGTGAGCGGACAAGCAACCGTAGCGTTGATTTCTGTAGCGTCAAAATACGATATTTTTTCCGATTTTAACGCCGATAGTACAACGCCTTATGACATCTTGTTCGCTAACGTGAACGCCAGTGGTAACATCGTGCGGAACGAACCAGCATCATTCGGTGTGATTGAGAGTGCAACCGTATTCTTCAGACAGTATCTCCAGAATAACACCGTTAAAGGTTATTTACGCCGGTATAAATATCTTCGTCCTGCCGACATACTTACGAACAGCAAGAGTGATACCACCGCGTGGTCATACGGTAAGATAGTGAGAACTAAAGCATCCACGGACTTACATTTCTTATGGGAAGTTCCGGCCAGCTTTAAAGCACTTGACACTATTTCTCTATTTTGCAGCTTTAACGCAAACGGTGATGCCGCTTTTACTGCTGGCTCGACCATTCGGGCCGAATTGATTCAGATGGTCGCGTTTGATGGTAATATATCTACAGCACCTTACAGTGCGTTTTCAAACACGAGGGTGGCGACAACAGGACAAACGGATACGACTCTAACCGCGCAATACAGTACTAGCGTCAGTCCGGGCCTTGTGAAAATGACGGACACAACCAATGGACTTGATAACTCATGGTATGTACACTTGTATATGTACAACAATGTAATCGACAACTACATGAAAGAAATTCGCATCTCATATTGGGGGTAA

Tertiary structure

PDB ID
3cee3e5478f3896d865f587606801f5462e998a5573998f74ce032e4e6967436
ESMFold
Source ESMFold
Method ESMFold
Resolution 0,6925
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50