Protein

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Genbank accession
QBQ71894.1 [GenBank]
Protein name
kinase
RBP type
TF
Evidence RBPdetect2
Probability 0,70
Seq2Symm
C1 confidence 0,201 truncated
C1 0,201
I 0,025
C2 0,015
Predicted homo-oligomer symmetry (Seq2Symm, per-class probabilities; C1 = monomer, C2 = dimer, C3 = trimer).
Protein sequence
MTIKFYPSRLPGEPIETHEHGVLTLHEWMSRNVPSYSQDKTHPVVIELNGQAVPPAEWPLCLLRPDSDVRIYPIPYGTGLEIAAWVSVAVSIASTAYALFFAPKPELGGFSSSNASSLDLSPAKANTAKLGDPVREAFGRNRIYPDYLVQPVTRFDPADPTRMTVEMFVCLGYGRFSYTGGDFRVGETPALTLGEGFSYTSYGPGDNVAGDRRSEIWFNSTEVGGTSSGSGLDMAQTAPEASDIVADAMTVSGASVSFSGLDVDDDNDEDEDENKLPPGWVAGAIVTLKAPVNYQVSIEGGFNVLTGDVVSEIAPFSGMPVTLTFNGTDYNLQIATYTPHQDAIPGAGGATAVLRASASPSTYDFTTTSQTFALTWQGITYTISLVANYGTMSGLLAAINGGLNGSGLIAQDDGGVIRIVEISSPWRGGSITSSFLPASVFGDSPVFTAGAASSGGSPAVTASVTLAYDSGTAFSGLPEGTQRISLAHRGNEYQIASTDGPSATVQRVVNGVVDSTWSDFMTRTVVDFAASGINDNETWLGPFLACPQNEVVDAFEVNFAFPNGICGFQNNGNKRVRHVEYEIQYRVYGSGSGWTSKPGVYALKNINGLGFTERFDLSSPGLVEVRCRRRNEQGSNNARDSMFWQALRGRLLSRPASYAGISTIGITVETGGQLAAQSDKRVSVVATRNYDGGGDRTISGAFLHLARSLGYRDDQIDIAALSTLEENYWTPRGEYFDHQASSDSTSAKDIFDKIAEAGMGYFLLSDGLLSVGREGVKSWTGIITPQDTVEEMQTSFRVPSEDDFDGVDVKYINPVTWAEETVQCRTPENPFPRKTEAYTIDVAMTADRAWRIGMRRLMKYLHQRRTYTATTSMLGWCHDFGDHIILSDDIPTGKTQSCLIDAMIYDFQEITLHVTEPLDWSYANPRCWIQFQDGRPSSRMLTPQRVDDFTLTVPYNDDLHPGDWIMDDPDIDLPKLLFCDSEKGARHGIVQEVAPSGDSNCQITAPEYKEIFYQYDDATYPGDVA
Physico‐chemical
properties
protein length:1025 AA
molecular weight: 111318,38600 Da
isoelectric point:4,58557
aromaticity:0,10049
hydropathy:-0,25327

Taxonomy

Phage
Klebsiella phage ST13-OXA48phi12.4 [NCBI] · taxon 2510467
Uroviricota Caudoviricetes Pituviridae Oxavirus Oxavirus ST13OXA48phi124
Host
Klebsiella pneumoniae [NCBI] · taxon 573
Pseudomonadota Gammaproteobacteria Enterobacterales Enterobacteriaceae Klebsiella Klebsiella pneumoniae

Coding sequence (CDS)

Genbank protein accession
QBQ71894.1 [NCBI]
Genbank nucleotide accession
MK422450 [NCBI]
CDS location
range 2166 -> 5243
strand -
CDS
ATGACGATAAAGTTTTACCCGTCCCGGCTACCGGGTGAACCCATTGAAACGCACGAGCATGGTGTGCTGACGCTGCATGAGTGGATGAGCAGAAATGTCCCGAGCTATTCACAGGATAAAACTCATCCTGTCGTGATCGAGCTGAACGGCCAGGCAGTCCCCCCGGCGGAATGGCCGTTATGTTTGTTGCGGCCAGACAGTGACGTGCGGATATATCCCATTCCTTATGGCACGGGTCTTGAAATTGCCGCGTGGGTTTCGGTGGCCGTATCCATTGCGTCTACGGCCTATGCATTATTCTTTGCCCCAAAACCAGAGCTGGGCGGTTTTTCATCCAGTAACGCTTCATCGCTGGATCTGTCTCCGGCTAAAGCCAATACAGCGAAGCTTGGCGATCCCGTTAGGGAGGCTTTTGGGCGAAACCGGATTTACCCGGATTACCTGGTGCAGCCGGTAACGCGATTCGACCCCGCTGATCCCACCAGAATGACGGTAGAAATGTTTGTCTGCCTTGGATATGGGCGTTTCTCCTATACCGGTGGAGATTTTCGGGTAGGAGAAACTCCGGCGCTGACCTTAGGCGAGGGCTTTTCATATACCAGCTATGGGCCCGGCGATAATGTGGCCGGGGATCGTCGCAGCGAGATATGGTTCAACTCAACGGAAGTTGGGGGAACGTCGAGCGGAAGCGGCCTCGATATGGCTCAGACTGCCCCTGAAGCCAGTGATATCGTTGCTGATGCCATGACCGTCAGCGGTGCCTCTGTCTCGTTTTCTGGCCTCGATGTCGATGATGATAATGATGAAGACGAGGATGAGAACAAACTTCCCCCTGGCTGGGTCGCCGGTGCAATTGTCACCCTGAAAGCGCCAGTGAATTATCAGGTATCCATCGAGGGCGGTTTTAACGTGCTGACAGGCGACGTCGTGTCAGAGATTGCGCCATTCAGCGGAATGCCTGTCACCCTAACGTTTAACGGTACTGACTATAATCTCCAGATCGCCACGTATACCCCGCACCAGGACGCCATTCCGGGAGCCGGTGGAGCGACTGCGGTATTACGCGCCAGTGCGTCGCCGTCAACGTATGACTTTACGACAACCAGCCAGACCTTTGCTCTGACCTGGCAGGGTATCACCTATACCATATCTCTGGTCGCCAACTACGGCACAATGTCTGGCTTGCTCGCAGCGATTAATGGCGGGTTGAATGGTTCGGGGCTCATTGCTCAGGATGATGGCGGCGTGATACGTATCGTCGAGATCTCCAGCCCCTGGCGTGGCGGTTCCATTACGTCATCTTTCCTGCCTGCGTCAGTATTTGGTGACAGCCCGGTATTTACTGCTGGTGCAGCCTCCAGCGGCGGAAGCCCAGCGGTAACAGCCAGCGTCACGCTGGCATACGATTCTGGCACTGCCTTTTCCGGATTGCCGGAAGGCACCCAGCGGATTTCCCTGGCGCACCGTGGCAACGAATACCAGATAGCGTCTACTGATGGCCCCTCTGCGACCGTACAACGTGTGGTTAACGGTGTCGTTGACAGCACCTGGTCAGACTTTATGACCCGTACCGTCGTGGATTTTGCCGCGTCTGGTATTAACGATAATGAAACCTGGCTAGGCCCTTTTCTGGCCTGCCCGCAAAATGAAGTTGTGGACGCCTTCGAGGTCAACTTTGCTTTCCCAAACGGAATTTGCGGGTTCCAGAACAACGGGAATAAGCGGGTCCGCCATGTCGAGTATGAAATCCAGTATCGCGTTTATGGTTCCGGATCAGGGTGGACGAGTAAGCCAGGGGTTTACGCGCTTAAAAACATTAATGGCCTCGGTTTTACAGAGCGTTTTGATCTGTCCTCTCCTGGGCTGGTGGAGGTTCGATGCCGCCGCCGTAACGAGCAGGGGAGCAACAACGCGAGAGACAGCATGTTCTGGCAGGCGCTCAGAGGTCGTTTGCTTTCCCGTCCGGCCTCCTACGCAGGGATATCAACAATAGGGATCACGGTTGAAACCGGCGGCCAGCTGGCGGCGCAGTCAGACAAGCGTGTGAGTGTTGTCGCCACGCGAAATTATGATGGCGGTGGTGACAGGACAATCAGCGGTGCGTTCCTGCATCTTGCCCGCAGTCTGGGATATCGCGACGACCAGATCGACATTGCGGCACTCAGTACGCTGGAGGAGAACTACTGGACGCCAAGGGGCGAATATTTTGATCACCAGGCAAGCAGTGACAGCACGTCAGCAAAGGATATTTTCGACAAAATTGCAGAGGCTGGCATGGGGTATTTTCTGCTGTCTGACGGGTTGCTTTCTGTCGGGAGAGAGGGCGTCAAAAGCTGGACCGGAATCATTACTCCCCAGGATACCGTCGAGGAAATGCAGACGTCATTCAGGGTCCCGTCTGAGGATGATTTTGATGGCGTGGATGTGAAATATATCAACCCTGTGACCTGGGCGGAGGAAACCGTACAGTGCCGTACGCCGGAAAATCCTTTTCCGCGCAAAACGGAGGCATATACCATTGATGTTGCCATGACTGCAGATCGCGCCTGGCGTATCGGGATGCGTCGGTTAATGAAATATCTCCACCAACGCCGAACGTATACGGCTACGACTTCAATGCTGGGATGGTGTCATGACTTCGGTGATCACATCATTTTGTCCGACGACATTCCAACCGGGAAAACCCAAAGTTGCCTGATTGACGCGATGATTTACGACTTCCAGGAAATTACGCTGCACGTCACGGAGCCACTGGACTGGAGCTACGCGAATCCTCGCTGCTGGATACAGTTTCAGGACGGTCGACCATCATCGCGAATGCTCACGCCGCAACGGGTAGATGATTTCACGCTGACGGTGCCGTACAACGACGACCTGCATCCCGGCGACTGGATTATGGACGACCCAGATATTGATCTGCCGAAGTTATTATTCTGCGACAGTGAAAAGGGTGCGCGGCATGGGATAGTCCAGGAGGTTGCCCCATCGGGTGACAGCAACTGTCAGATTACTGCACCTGAATATAAAGAAATTTTCTACCAGTACGACGACGCCACATACCCCGGCGACGTCGCGTAA

Genome Context

Tertiary structure

QBQ71894.1
ESMFold2 structure
Source ESMFold2
pLDDT 77.3
Oligomeric state monomer
Download structure