Protein

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UniProt accession
A0A1B1P9A5 [UniProt]
Protein name
Long tail fiber protein Gp37
RBP type
TSP
Evidence DepoScope
Probability 1,00
TF
Evidence GenBank
Probability 1,00
TF
Evidence Phold
Probability 1,00
TSP
Evidence RBPdetect
Probability 0,81
TF
Evidence RBPdetect2
Probability 0,96
TF
Evidence UniProt/TrEMBL
Probability 1,00
Protein sequence
MADQNLKQIQFKRTSTENKAPGADIVARGEIVLNTHGRTLAIYTKDEDDNVVQLAGKGVPFLDTSGTLTVNGITTLKDNVTISPNKAINFEATDLSGAIVRHIVGKCATNDGWYIGAGGTSNSGILEIGTIDDGAETIQFVQRGAGNVEARKLVLLDGSGNTTLPGDLRLSTNKTVKINSGSTLVLEMGVGSNDVYIKNQRGVGVLQLTNDSNLTFRNSQVYYAMNGRGPGKSGTLLTNVENNRQAWQYPISAATAGTPRWVKVATIKHPGDASSQLDLMISGGIDSGQGKHYVDFITLSGRNLTSWSTNSLDNWVEWRRVGSPDKGRVPEYYVVKNDASFDFYAKLPRYANGIYVTVLNTAGYNGQDSGKVIIYETNQDTGATGPSGSILVSMKQIFDSSDKPDFGDTTGTLPVNRGGTGATNVGDARNNLGLRTAAVRDVGESSGNVMEVGAFGVGGNGKSLVDITSDVDLMNRLKAIGGTTFRANVKTVNGKAEYTGSPYYSHGAGFFSRAGDTMAALNIDYSSGNVRVFAINDRGLADGKVSYNMLYGTSNKPNADDNDFVSKSRGGTFGADVTISGDITANIVSGRVLKLSGGGAAYVPPSQGAYISWNKENGSGRTDFINHRSTTSTVPGGFDFWNYEGNTSNMRHLAQIRNTGDLVLFPSDISKAVTFQTDGNIVGGTLFGGNLNNYLSNLTGTANSKVSKSGDTMTGRLNVYQSDTNAGAQAIYIKGVQHTPLVLERNTDANLSIAFRLTGVNPILQRKLGLAKDGTLRWGTGDNQTDNALVFDQNSIGMVRVNMTGGYLGPEVAEDIGGRTLSIDDLFLNSSDVGTRRVYSCLAQGPGANITGMPPALANLNGDFLLIVEKMRSAAGVDFRNKQTFISGRNNKTYFRYGAGTGTTSATAVNWTPWEEVITTSNTNGILPISSGGTGANTAADARNNFNLGLGQTATFGGLIVNGVGNNDPVVTFKNGAIIREAQGGSIGALIMSASTTAPAAAKYIAFRPYGDTSNSEIRAKAYGNNETMLEWAQGPAVRSNTAGAFVIYAKAGQAIHLRPNGDTASQSTVIDQTGKMTVGGEFEAQNSKITGNLNVSEDNRMIVLGKNSDIGLVKKHGMPGKMAISKSNSFTVMVSANTNNQINPADTFSDIFKVDASGNQTVYGNAQINRQLTVTSNTNLNSDLIVKGNSRFSGVINADGNINVASGKFVIAGQAPTDNSHLTNKKYVDDKVASAISNAGDTYLPLAGGTVTGSLDVTGTRLKTWRLEVDGGGTVLGGTIDVAGKAVFSKDILVEKQLDVRGAGACHLRFSKADGSEKGLIYADDDKNVSIRSGGDNGPSWNFWSSGSCQFPGAISNYNGISSTTNYPAGQPNGTYNNTAGLISRFSNGAYASLYFQEYVGNFHQAIINVNGFGRDDSFYFRAGGDFICTRNGSFDNVEIRSDRRAKSDIKVIENALEKVETLSGNTYELHNTSGGTTRSAGLIAQEVQEVLPEAVTQDNEEDGGMLRLNYNSVIALLVESVKELSAEVKGLKAEIEELKSK
Physico‐chemical
properties
protein length:1543 AA
molecular weight: 163423,54170 Da
isoelectric point:6,35644
aromaticity:0,07453
hydropathy:-0,31542

Domains

Domains [InterPro]
DC_1942
ATT
4–922
DC_1942 DC_2180 DC_0246
DC_1647
STR
902–1006
DC_1647 IPR030392
IPR030392
CHP
1443–1498
IPR030392 Coil
A0A1B1P9A5
1 1543
Architecture
ATT
STR
STR
RBD
ATT 4-922 | STR 923-1006 | STR 1019-1123 | RBD 1138-1543
Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Tail Spike Domain Segmentation

Tail Spike Domain Segmentation

This protein has been segmented into three structural domains: N-terminal, central domain, and C-terminal.

Domain Layout
N-terminal
Central
C-terminal
A0A1B1P9A5
1 1543
Domain Start End Length (AA) Confidence
N-terminal 1 763 763 0,1283
Central domain 764 965 203 0,3085
C-terminal 966 1543 577 0,7039
Legend: N-terminal Central domain C-terminal
3D Structure with Domain Coloring

The structure is colored according to the domain segmentation: N-terminal (blue), Central (green), C-terminal (pink).

Domain Coloring
N-terminal
1-763
Central
764-965
C-terminal
966-1543

Taxonomy

  Name Taxonomy ID Lineage
Phage Klebsiella phage vB_KpnM_KpV477
[NCBI] 		1852625 Uroviricota > Caudoviricetes > Pantevenvirales > Tevenvirinae > Jiaodavirus
Host Klebsiella pneumoniae
[NCBI] 		573 cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Enterobacterales

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
ANT40689.1 [NCBI]
Genbank nucleotide accession
KX258185 [NCBI]
CDS location
range 154540 -> 159171
strand +
CDS
ATGGCCGATCAAAACTTAAAACAAATACAATTTAAAAGAACTAGCACAGAGAATAAAGCACCAGGTGCAGATATCGTAGCCCGTGGCGAAATTGTGTTAAATACGCATGGACGTACTCTCGCTATCTACACCAAAGATGAAGATGATAATGTTGTTCAGCTTGCCGGTAAAGGTGTTCCTTTCTTAGATACTTCCGGCACTCTTACCGTTAATGGAATTACTACATTAAAAGACAACGTTACTATTTCTCCGAATAAAGCTATCAATTTTGAAGCCACTGATTTAAGCGGAGCAATAGTGCGTCATATCGTCGGCAAATGCGCTACTAACGATGGCTGGTACATCGGCGCCGGTGGTACAAGCAATAGCGGTATTCTTGAAATCGGTACTATTGACGATGGTGCTGAAACCATCCAATTTGTGCAACGTGGCGCAGGTAATGTTGAAGCCCGAAAATTAGTCTTGCTTGATGGTTCAGGTAATACTACTCTTCCAGGTGATTTAAGATTATCCACTAATAAAACTGTTAAAATTAACAGTGGAAGCACTCTTGTTCTTGAAATGGGTGTAGGCTCTAACGACGTCTATATTAAAAACCAACGAGGTGTAGGTGTTCTTCAATTAACCAATGACAGTAATCTGACATTCAGAAATTCTCAGGTTTATTACGCCATGAACGGAAGAGGTCCTGGTAAATCTGGTACTCTTCTGACGAATGTAGAAAATAATCGCCAGGCGTGGCAATACCCAATTTCAGCTGCAACTGCTGGAACTCCACGTTGGGTTAAAGTAGCTACAATTAAACACCCAGGAGATGCATCTTCACAGTTAGATTTAATGATTAGCGGTGGTATTGATTCTGGGCAGGGTAAGCATTATGTTGATTTTATTACATTATCTGGTCGCAATTTAACATCATGGAGCACCAACAGTTTAGATAACTGGGTTGAATGGCGCCGGGTTGGGTCTCCTGATAAAGGAAGGGTTCCAGAGTATTATGTTGTTAAAAATGATGCTTCATTTGATTTTTATGCTAAGCTTCCTCGTTATGCTAATGGCATCTACGTTACAGTACTAAACACTGCCGGATACAACGGTCAAGATAGCGGTAAAGTAATTATCTATGAAACCAACCAAGATACTGGTGCTACTGGACCGTCTGGAAGTATTCTTGTTTCAATGAAACAGATTTTTGACAGTTCAGACAAACCAGATTTCGGCGATACTACGGGTACTCTTCCAGTTAACCGTGGTGGTACAGGTGCTACTAATGTAGGAGATGCCCGAAACAACCTGGGCCTTAGAACTGCGGCTGTTCGCGATGTTGGTGAATCCAGCGGAAATGTGATGGAAGTTGGTGCCTTTGGTGTCGGTGGTAACGGAAAATCACTGGTAGATATTACTTCTGATGTTGATTTAATGAATCGCCTTAAAGCTATTGGTGGTACAACATTTAGGGCTAACGTTAAGACAGTAAATGGGAAAGCTGAGTATACCGGGTCTCCTTATTATTCGCATGGAGCAGGATTCTTTTCTAGAGCCGGCGATACAATGGCTGCTCTTAATATCGATTATTCATCCGGTAATGTCAGAGTATTTGCTATAAATGACCGCGGATTGGCAGATGGTAAAGTAAGCTATAACATGCTTTACGGAACGTCAAATAAACCGAATGCCGATGATAACGACTTCGTATCTAAATCTCGTGGCGGTACTTTTGGAGCTGATGTTACAATCAGTGGTGATATTACTGCTAATATCGTCAGTGGTAGGGTGTTAAAACTATCCGGTGGTGGTGCAGCGTATGTTCCACCTTCTCAAGGTGCATACATATCTTGGAACAAAGAAAACGGGTCAGGTCGTACTGATTTTATTAACCATCGTTCAACTACTTCAACTGTTCCTGGCGGATTTGATTTTTGGAACTATGAAGGTAATACGAGCAACATGCGTCATCTGGCGCAAATTAGAAACACTGGGGATTTAGTATTATTCCCTTCTGACATATCTAAAGCTGTGACGTTCCAGACTGATGGAAACATCGTTGGTGGTACTTTATTCGGTGGAAACTTAAACAATTATTTAAGTAATTTAACCGGAACTGCTAATAGCAAAGTATCCAAATCGGGTGACACCATGACTGGCAGGTTAAATGTCTACCAATCTGATACAAATGCTGGAGCCCAGGCTATATACATTAAAGGCGTTCAGCATACACCATTAGTTCTTGAAAGAAATACTGATGCAAACTTATCAATAGCGTTCAGATTAACTGGTGTCAATCCAATTCTTCAACGTAAACTTGGTTTAGCTAAAGATGGAACTCTTCGTTGGGGAACCGGTGATAACCAAACGGATAATGCTTTAGTATTTGACCAAAACAGTATTGGAATGGTTAGAGTTAACATGACCGGAGGTTATCTCGGTCCGGAAGTCGCTGAAGACATTGGTGGAAGAACGTTGTCTATTGATGATCTTTTCTTGAATTCATCCGACGTTGGTACTCGTAGGGTTTATTCATGCTTAGCTCAAGGTCCTGGCGCAAATATTACTGGAATGCCTCCTGCATTGGCTAATCTGAATGGTGATTTCCTTCTTATTGTTGAAAAGATGAGATCAGCAGCGGGCGTAGATTTCCGTAATAAACAAACGTTTATATCTGGACGTAATAATAAAACCTACTTTAGATATGGTGCTGGAACAGGAACTACTTCTGCGACTGCTGTCAATTGGACGCCGTGGGAAGAAGTAATAACTACATCAAACACTAACGGTATTTTACCAATTTCGTCTGGTGGTACTGGGGCTAATACTGCAGCTGATGCTCGTAATAATTTTAACTTAGGTTTAGGGCAAACTGCGACGTTTGGCGGATTAATTGTTAACGGTGTTGGAAATAATGATCCGGTAGTCACGTTTAAGAATGGTGCTATAATTCGGGAAGCTCAAGGTGGTAGTATTGGCGCATTAATTATGTCAGCTTCTACTACAGCACCAGCAGCTGCGAAATATATTGCTTTTCGTCCTTACGGTGATACATCTAATTCTGAAATTAGAGCCAAAGCATATGGCAATAACGAGACGATGCTTGAATGGGCGCAAGGCCCTGCTGTTCGTTCAAACACTGCAGGTGCTTTTGTAATCTATGCAAAAGCAGGCCAAGCAATTCATTTAAGACCAAATGGCGACACTGCAAGCCAATCAACTGTTATTGATCAAACCGGTAAAATGACAGTCGGTGGTGAGTTCGAGGCCCAGAACTCGAAAATCACAGGCAACTTGAACGTTTCTGAAGATAACAGAATGATCGTTCTTGGCAAAAACTCTGATATTGGTTTAGTCAAGAAACACGGTATGCCAGGAAAAATGGCTATCAGTAAATCTAACTCATTTACCGTTATGGTATCTGCAAATACCAACAACCAAATTAATCCTGCTGACACGTTTAGCGATATATTCAAAGTTGATGCTAGCGGAAACCAAACTGTTTACGGAAATGCCCAAATTAACAGGCAGCTTACAGTAACAAGTAATACTAACTTGAACTCAGACTTGATAGTTAAAGGCAATTCCCGCTTCAGCGGTGTGATTAATGCTGATGGAAACATCAACGTCGCTTCTGGTAAGTTTGTTATTGCAGGTCAAGCTCCTACTGATAACTCGCACCTGACCAACAAGAAATATGTTGATGATAAGGTTGCTTCTGCTATTAGTAATGCTGGCGATACTTATCTCCCATTAGCAGGTGGTACCGTAACTGGTAGCTTAGATGTTACAGGAACTCGACTCAAAACGTGGCGCTTAGAAGTAGATGGTGGCGGAACTGTACTTGGCGGAACTATTGATGTTGCCGGTAAGGCAGTGTTTTCTAAAGATATTTTAGTTGAAAAGCAATTAGATGTTCGAGGTGCTGGAGCTTGTCACTTACGCTTTAGTAAAGCTGATGGTTCTGAAAAAGGACTAATTTATGCTGACGATGATAAAAATGTTAGTATTAGAAGTGGCGGCGACAACGGTCCGTCATGGAATTTCTGGTCTAGCGGTTCATGTCAATTCCCAGGAGCCATTTCTAACTATAACGGAATTAGCAGCACTACTAATTATCCTGCAGGACAACCCAATGGCACATATAACAATACCGCTGGGTTAATAAGCAGATTTAGTAATGGTGCTTATGCCTCTCTGTATTTCCAAGAATATGTTGGTAACTTCCACCAAGCTATCATTAATGTTAATGGATTCGGTCGAGATGACAGTTTCTATTTCAGAGCTGGCGGTGACTTCATCTGTACTCGCAATGGTTCATTCGATAACGTTGAGATTCGTTCTGACCGTAGAGCTAAATCAGATATTAAAGTTATTGAAAACGCTTTGGAAAAAGTAGAAACACTGAGCGGTAATACTTATGAGCTTCACAATACATCTGGCGGTACTACTCGTTCTGCGGGTTTAATCGCGCAAGAAGTTCAAGAAGTTCTTCCGGAAGCAGTTACTCAGGATAATGAAGAAGATGGCGGTATGCTTCGTCTGAATTATAACTCAGTAATTGCTCTTCTTGTTGAATCAGTGAAAGAACTTTCAGCTGAGGTCAAAGGTCTTAAAGCAGAAATTGAAGAACTTAAATCTAAATAA

Genome Context

Genome Context

Gene Ontology

Description Category Evidence (source)
GO:0098024 virus tail, fiber Cellular Component IEA:UniProtKB-KW (UniProt)
GO:0046718 symbiont entry into host cell Biological Process IEA:UniProtKB-KW (UniProt)
GO:0019062 virion attachment to host cell Biological Process IEA:UniProtKB-KW (UniProt)

Tertiary structure

PDB ID
02d57901859c46d961a40fb014c8785d6b23a9d488da530391d423d76bcc4a3b
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,6696
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50