Protein

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UniProt accession
A0A1B0XW84 [UniProt]
Protein name
Putative tail fiber protein
RBP type
TF
Evidence GenBank
Probability 1,00
TF
Evidence Phold
Probability 1,00
TSP
Evidence RBPdetect
Probability 0,70
TF
Evidence RBPdetect2
Probability 0,80
Protein sequence
MHPDFFGGDDIVFKPEPPIDPDGPDLSNYYTKPETNSLLDKKADKIHTHVVADITDLNLDKFATKEETYTKQEIDDKIDEIVPPEINLTDYAKKDAVNIFTKANTFTEAPSVEVDATLDNHVIRKKQFDNNIKEVKDLLSNVFSYKGSKPTYTEIEAIVNKKIGDVWYAEDTGYMYIWNGKTWYDLGKSFDASKFVDITSDQVAINGIKKFTGKLKALTPVDSDDVAILSWTTKQINDKVESVIGDLNSLNNEVSKDNLVNAINSVDDKFKTTAKTNKSNTFTGDQTYVDHILLESVPSERNHAVNLGYILDNPGGIKLPDHTALTQNSVTEITFGYANPVVYSAQQLKNVFLKDIVGNEYKAIMADKTSFTENPSKEMVVILSRTDYTKNIDVKFDITKTVDELKQYELKEGEVRVILSYDTISVYSSGYGYGAMFARNANKKDGDLIYDYYSGSQNDITNNRKVSIKIDKLGINTPDIVSISMTTNGSEKLTVKTDTLDPVENTYESADMTYIHTPVSKIAGDILYSNISQAIKSIHVLENNICSLKPADMELQLVRLKEFKQTINNMLQSMFDESPVTLKNGDYIDVSFSGSASYGTGYCGYVNIKDTIRNITYKAYKVSSNAFDTTSGTKVIAVLTSDNSKTNVTYSDSVSTLESYEVAENEILLEISFSAAKQYSAKYGYGAMLEYWGSVSDLCYDYYMGSNLDMDCPFKITLLKIGSSVKADTIQIGAPTFAGSLVMHLRKNTNDVINFLVSTGMNVTGRDGTESGSVYNLVEKSLKPLKVLTSEAHQSINGITTFNNKVYMNINNEKITDSKQLIHKEYLDKNIADNVAYNISNTPLVPYNDVSSLNTKNICVKISATTDSSNYSSGDTVVVSNFKIKLKGDDEYLKPYGVEVIDRENNKIGLNLIGDDTVYNDNDALLSTRPSDFNSSSVDLSSGSNALVTVKTNGAYDYSGVYDIPNPFREYNKKYSLFLSNDGLKNPYYQVDINSSKQVDNISFQLFGTSATNPFLYSKDCKIELFIENTIVKTFNIKGSSGNNSPVNINIDYKDGMFLISVLDSINYINNRINKNAELLTGSGKPNFSLNPNKVGSLYSDTTNKAVYMCIDNTSGANKWVNIVTGDEIKPNLRKIEITCNVRLRSGQYGGCMSGVKIGFDNGYASTKQIVKGLNSGQILLSLDGLGNLSGYSEVSSLTPSSQDIKVDVDTTGIYNDPSYHCVTNIFKQYLGNADQCSLWSDASVKQLKITLLSKKIPNKILYVGDGYYGQTSVSDVKAIWYYVNDNGDKIEGSIDNDLEISNNDSETNDSSYIYAFNIN
Physico‐chemical
properties
protein length:1320 AA
molecular weight: 146391,01240 Da
isoelectric point:4,93109
aromaticity:0,09470
hydropathy:-0,39515

Domains

Domains [InterPro]
DC_1919
ATT
7–190
DC_1919 DC_0946
DC_1340
STR
137–696
DC_1340
A0A1B0XW84
1 1320
Architecture
ATT
STR
STR
ATT 7-190 | STR 191-696 | STR 1018-1157 |
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
A0A1B0XW84
1 1320
Domain Start End Length (AA) Confidence
N-terminal 1 331 331 0,9682
Central domain 332 556 226 0,6219
C-terminal 557 1320 763 0,1195
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
1-331
Central
332-556
C-terminal
557-1320

Taxonomy

  Name Taxonomy ID Lineage
Phage Campylobacter phage PC14
[NCBI] 		1541686 Uroviricota > Caudoviricetes > Connertonviridae > Fletchervirus NCTC12673 >
Host Campylobacter jejuni
[NCBI] 		197 cellular organisms > Bacteria > Pseudomonadati > Campylobacterota > Epsilonproteobacteria > Campylobacterales

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
ANH51395.1 [NCBI]
Genbank nucleotide accession
KX236333 [NCBI]
CDS location
range 71865 -> 75827
strand -
CDS
ATGCATCCTGATTTTTTTGGTGGGGATGATATTGTATTTAAGCCTGAACCCCCAATTGATCCAGATGGTCCTGATTTATCTAACTATTATACAAAACCAGAAACAAATAGTTTATTAGATAAGAAAGCAGATAAAATTCATACACATGTTGTAGCTGATATAACAGATTTAAATTTGGATAAATTTGCTACAAAAGAAGAAACATATACTAAACAAGAGATAGATGATAAAATAGACGAAATAGTACCACCTGAAATTAATTTAACTGATTATGCAAAGAAAGATGCAGTTAATATTTTTACAAAAGCTAATACTTTTACAGAAGCACCTTCAGTAGAAGTAGATGCAACACTAGATAATCATGTTATTAGAAAGAAACAGTTTGACAATAACATAAAAGAAGTTAAAGATCTACTATCTAATGTATTTTCATATAAAGGATCAAAACCTACATATACAGAAATAGAAGCCATTGTTAATAAAAAGATAGGTGATGTATGGTATGCTGAAGATACTGGATATATGTATATATGGAATGGTAAAACTTGGTATGATTTAGGTAAATCTTTTGATGCTAGTAAATTTGTTGATATAACTTCAGACCAAGTAGCAATAAATGGTATTAAAAAATTCACAGGAAAATTAAAAGCATTAACACCTGTTGATTCTGATGATGTGGCTATTTTGAGCTGGACAACAAAACAAATAAATGACAAAGTTGAATCTGTTATTGGTGATTTAAATTCACTAAATAATGAAGTTTCTAAAGATAATTTAGTTAATGCTATAAATAGTGTAGATGATAAGTTTAAAACAACAGCTAAAACCAATAAATCAAATACATTTACAGGTGATCAAACTTATGTAGATCATATTTTACTAGAATCTGTTCCTTCTGAAAGAAATCATGCAGTTAATTTGGGATACATTTTAGATAATCCTGGAGGTATAAAGCTTCCTGATCATACAGCACTTACACAAAATTCTGTTACAGAAATAACTTTTGGATATGCAAATCCAGTAGTGTACTCTGCACAACAATTAAAAAATGTATTCCTAAAAGATATAGTAGGCAATGAATATAAAGCTATAATGGCAGATAAAACATCATTTACAGAAAATCCTTCAAAGGAAATGGTTGTTATACTTTCTAGAACTGATTATACAAAAAATATAGATGTTAAGTTTGATATAACTAAAACAGTTGATGAGCTTAAACAATATGAGCTTAAAGAAGGAGAAGTTAGAGTTATACTATCTTATGATACTATATCTGTTTATTCTAGTGGATATGGTTATGGAGCCATGTTTGCTAGAAACGCTAATAAAAAAGACGGAGATTTAATATATGATTATTATTCTGGAAGTCAAAATGATATAACAAATAATAGAAAAGTATCTATAAAAATAGATAAACTTGGTATTAATACTCCAGATATTGTAAGTATATCTATGACTACAAATGGTTCTGAAAAATTAACAGTAAAAACAGATACACTAGATCCTGTAGAAAATACATACGAATCTGCGGATATGACTTATATTCATACTCCTGTCAGCAAAATTGCAGGAGATATTCTGTATAGTAATATATCTCAAGCAATTAAATCAATACATGTGTTAGAAAATAATATATGCTCTTTAAAGCCTGCAGATATGGAATTACAACTTGTAAGACTTAAAGAATTTAAACAAACAATAAATAATATGTTGCAATCTATGTTTGATGAGAGCCCTGTAACTCTAAAAAATGGAGATTACATAGATGTTTCATTTAGTGGTAGTGCAAGCTATGGAACAGGATATTGTGGGTATGTTAATATAAAAGATACTATAAGAAATATTACATATAAAGCTTATAAAGTATCTTCAAATGCTTTTGATACAACTAGTGGAACTAAAGTTATTGCAGTTCTAACTTCTGATAACAGTAAAACAAATGTAACTTATTCTGATAGTGTATCAACATTAGAATCTTATGAAGTAGCAGAAAATGAGATATTATTAGAAATATCATTTTCTGCTGCTAAGCAATATTCTGCTAAATACGGGTATGGAGCTATGTTAGAATATTGGGGTTCTGTATCTGATTTATGTTATGATTATTATATGGGTTCAAACCTAGATATGGATTGTCCATTTAAAATAACATTACTCAAAATAGGAAGTTCTGTTAAAGCTGATACTATACAAATAGGTGCTCCTACTTTTGCAGGATCATTAGTTATGCACCTAAGAAAAAATACAAACGATGTTATTAATTTCCTTGTATCTACAGGTATGAATGTAACAGGAAGAGATGGGACTGAAAGTGGATCAGTATATAATTTAGTAGAAAAATCATTGAAACCATTAAAAGTTCTAACATCTGAAGCACATCAATCTATAAATGGTATAACTACTTTTAATAATAAAGTGTATATGAATATAAACAATGAAAAAATTACAGACAGCAAACAACTAATACATAAAGAATACCTAGATAAAAATATTGCAGACAATGTAGCATATAATATTAGTAATACTCCATTAGTACCTTACAATGATGTTAGTTCTTTAAATACAAAAAATATTTGTGTAAAAATATCTGCGACAACTGATAGCTCTAATTATTCATCTGGTGATACAGTAGTAGTTAGTAATTTCAAGATAAAACTTAAAGGAGATGATGAGTACCTTAAACCTTATGGGGTTGAAGTTATTGATAGAGAAAATAATAAAATAGGTTTAAATTTAATAGGAGATGATACAGTATATAATGATAATGATGCTTTATTATCTACAAGACCTTCTGATTTTAATTCATCTAGTGTAGATCTTTCTAGTGGAAGTAACGCCTTAGTAACTGTTAAAACTAATGGAGCTTATGATTATAGTGGAGTTTATGATATACCAAATCCTTTTAGAGAATATAATAAAAAATACTCTTTATTCTTAAGTAATGATGGGTTAAAAAATCCTTATTACCAAGTTGATATAAATAGCTCCAAACAAGTTGATAATATATCTTTTCAATTATTTGGAACTAGTGCTACAAATCCTTTTTTATATTCTAAAGACTGTAAAATTGAATTGTTTATAGAAAATACTATTGTAAAAACCTTCAATATTAAAGGCAGCTCTGGAAATAATAGTCCTGTGAATATTAATATAGATTATAAAGATGGTATGTTTTTAATATCTGTTCTTGATTCTATAAATTACATAAATAATAGAATTAATAAAAATGCAGAATTACTTACAGGGTCAGGCAAACCTAATTTTTCATTAAACCCTAATAAAGTAGGTTCTCTATACTCTGATACAACTAATAAAGCTGTATATATGTGTATAGACAATACTTCTGGTGCTAATAAATGGGTAAATATAGTAACAGGAGATGAAATTAAACCAAACCTTAGAAAAATAGAAATTACTTGTAATGTAAGATTAAGAAGTGGCCAATATGGTGGTTGTATGAGCGGTGTTAAAATAGGATTTGATAACGGATATGCTTCTACAAAACAAATAGTTAAAGGGTTAAATAGTGGTCAAATATTGCTATCTCTAGATGGGTTGGGTAACCTTTCTGGATATTCTGAAGTCAGTTCTTTAACTCCTAGCAGTCAAGATATAAAAGTTGATGTGGATACTACTGGTATATATAATGACCCTTCATATCATTGCGTTACTAATATATTCAAACAATATCTTGGAAATGCTGATCAATGTTCGCTATGGTCTGATGCTAGTGTTAAACAACTTAAAATAACTTTATTATCTAAAAAGATTCCTAATAAAATATTGTATGTAGGAGACGGATATTATGGTCAAACATCTGTTTCTGATGTAAAAGCTATATGGTATTATGTAAATGATAATGGAGACAAAATAGAAGGCAGTATAGATAATGATTTGGAAATAAGCAATAATGACTCTGAAACAAACGATAGTTCTTATATATATGCGTTCAATATAAATTAA

Genome Context

Genome Context

Tertiary structure

PDB ID
52705b4ca10aa7bcad0abb447ceed5eb3a9d8c3bce8f82c48fe2d7de3843c159
ESMFold
Source ESMFold
Method ESMFold
Resolution 0,4761
Oligomeric State monomer
Download PDB
Model Confidence
Very high
pLDDT > 90
High
90 > pLDDT > 70
Low
70 > pLDDT > 50
Very low
pLDDT < 50