Protein

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UniProt accession
A0AAE7RXI8 [UniProt]
Protein name
Uncharacterized protein
RBP type
TSP
Evidence DepoScope
Probability 1,00
TSP
Evidence RBPdetect
Probability 0,57
TF
Evidence RBPdetect2
Probability 0,88
Seq2Symm
C3 confidence 0,996 truncated
C3 0,996
C1 0,106
D3 0,005
Predicted homo-oligomer symmetry (Seq2Symm, per-class probabilities; C1 = monomer, C2 = dimer, C3 = trimer).
Protein sequence
MVQNRIIFFATSVQPNPEEIDYWVDLSDNPYGGSIKYFNGTEWVRLAASGGMPDLSNYYTKTQVNKLLNDKANVSDVDSKVDDEEVKDVIKDIQFNTSNPNNITMVMFKYDGSNDSISLPIASTGSAGIVTSKDFLDFVKQHQLQELHTEMIDTFADIRAKYQKKLIAGLNIEIDQETNVISTSGNLSVQWNNITDKPDFKPVATSGDYNDLINKLKPGKDVSISEDNVISIAIDSDSLEQSLATLQSNIDKEAATARAAETKLGNDIATEKNRAQSAEQTISTNLQNEINRSTQVDTQHTNAINKEVQDRKEAIATEVSDRNAAILVETNRAKAKEEELDNKITDHTAATNAALALKADKSDTYTKAQVDAKLSGAYKVKGSSTFEALPKDNNVVGDVYNIINAFNLGGKHYDAGTNVVWTEDGWDALSGSFDTTAIEGSIQEVADNLAQEILDRTQADTTINNNVSSLTNRVKVNEDKLTIINGNESTTGSIANAIKQAKSYTDATVTAEQTRADKAEQKLTSDLASEVTRAKGAESANATAIANEVERATGVEETLNSNITQLQTQKVDKVEGKGLSTNDYTTPEKNKLAAIEAEANKYVLPAATASALGGVKIGSNITLANGGTISITKTNITSALGVDPTTTYVKKAGDTMTGTLTSASTTGSIVFKGVENSDITNIYKSGGNLSEGFGMHANADIINGLRFNWYDTFWYIGNIRGSGTESYGFGIVDNNDQIGFRVTTDAVYANKYTSSVSTGNAPISVKSTTMCPNLNADMVDGVNVKDIEHTLYISSTIKNYLKIQVNHKYFPNSYKIVEYYDGYIYVYQLLINAYSPKFTDLQLISGKIHTEIKTFYDLTKWYIETTESGMNIYIYQPENSNFKIYGVIHGEPQSPNVQFSVVSSLPSNVVSRHITFNVTSQNLEEFDWYGVSWSETSSNPDCTRIGNMDMHRSLPIQSMMKPFAFNCGKPRFKDQYVPVKENFTSGQYSHNANDSLSQATNDVNIMIKIPEFWYTDDYSFNTKTHNLKICQHAKSGWNHHKEAYVSAYELYNLNGRAISKRENIPTVNFTRANGRTWARANGFDGEAKWNLYTYEEHRAICHLFLVEYATRNSQKAVNTTLTAEGFRQGGLGSGCTIGVATINGATTYSFIPTGSSDSLGSGSGEVTVTIQQTDSSGHNTSTITRKCNRYRGIENPFGHVWKHTDDVISIYEGGYKTWYKSIKPEQFANNKNTSYKPLTTATVVTGYKTEIRATPTCDFFAAACTNDSESTYWCDYNWDNTDTSEHCLLIGGHSGHGIKAGLFCLNSYNGVGNSNASVGSRLTYLPWAE
Physico‐chemical
properties
protein length:1329 AA
molecular weight: 146146,92090 Da
isoelectric point:5,25536
aromaticity:0,08954
hydropathy:-0,49180

Domains

View on InterPro
Domain architecture
A0AAE7RXI8
1 1329 aa
ATT Attachment Domain STR Structural Domain RBD Receptor-Binding Domain CBM Carbohydrate-Binding Module LEC Lectin-like Domain ENZ Enzymatic Domain CHP Intramolecular Chaperone LNK Linker/Spacer Domain TAS Tail-Associated Structural TTP Tail Tubular Protein UNK Uncharacterized Domain Unmapped
Proteins with similar domain architecture

Tail Spike Domain Segmentation

Segmented into three structural domains: N-terminal, central, and C-terminal.

Domain layout
A0AAE7RXI8
1 1329 aa
Domain Start End Length (AA) Confidence
N-terminal 1 801 801 0,8522
Central domain 802 1000 200 0,2281
C-terminal 1001 1329 328 0,9851
N-terminal Central domain C-terminal

View these domains on the 3D structure via the Color by → Tail spike option in the Tertiary structure section below.

Taxonomy

Phage
uncultured phage cr35_1 [NCBI] · taxon 2986408
Uroviricota Caudoviricetes Crassvirales Suoliviridae Cervivirus Cervivirus coli
Host No host information

Coding sequence (CDS)

Genbank protein accession
QWM91354.2 [NCBI]
Genbank nucleotide accession
MZ130499 [NCBI]
CDS location
range 58600 -> 62589
strand +
CDS
ATGGTACAAAATAGAATAATATTTTTTGCAACATCTGTTCAACCTAATCCGGAAGAAATAGACTATTGGGTTGACCTATCTGATAATCCTTATGGTGGTAGCATTAAATATTTCAATGGAACCGAATGGGTAAGGCTAGCTGCCTCTGGTGGTATGCCTGATCTTAGCAACTACTATACTAAAACATAGGTAAATAAATTGCTTAATGATAAAGCAAATGTTAGTGATGTAGATAGTAAAGTAGATGATGAAGAAGTAAAAGATGTAATAAAGGATATACAATTTAATACTTCTAATCCTAACAATATTACAATGGTAATGTTTAAGTATGATGGAAGTAATGATTCTATATCTTTACCCATAGCATCTACTGGATCAGCTGGTATTGTCACATCTAAAGACTTCTTAGACTTTGTTAAACAACATCAGTTATAGGAACTTCATACTGAGATGATTGATACCTTTGCTGATATACGTGCAAAGTATTAGAAGAAACTCATTGCAGGTTTGAACATTGAAATTGATCAAGAAACTAATGTAATTAGTACATCTGGTAATCTATCTGTACAATGGAATAATATTACTGATAAACCAGATTTTAAACCAGTAGCTACATCTGGTGATTATAATGACTTGATTAATAAGTTAAAACCAGGTAAAGATGTTAGTATTAGTGAAGATAATGTAATTAGTATTGCTATTGATTCAGATTCATTAGAATAGTCTCTAGCTACTTTACAAAGTAATATAGATAAAGAAGCTGCTACTGCTCGTGCTGCTGAAACTAAATTAGGCAACGATATAGCTACTGAGAAGAATAGAGCTCAATCTGCTGAATAGACTATTAGTACTAATTTACAGAATGAAATTAATAGATCTACTCAAGTAGATACTCAACATACTAATGCTATAAACAAGGAAGTACAGGATAGAAAAGAAGCTATTGCTACAGAAGTTAGTGATAGAAATGCAGCTATCTTAGTAGAAACTAATAGAGCTAAGGCTAAAGAAGAAGAACTTGATAATAAGATTACAGATCATACTGCTGCAACTAATGCTGCATTAGCATTAAAAGCAGATAAGTCTGACACTTATACTAAGGCACAAGTAGATGCTAAATTATCTGGTGCTTATAAAGTAAAAGGATCTAGTACGTTTGAAGCTCTACCTAAAGACAACAATGTAGTTGGTGATGTATATAATATTATTAATGCGTTTAATTTAGGTGGTAAGCATTATGATGCTGGTACTAACGTAGTATGGACTGAAGATGGTTGGGATGCTTTATCAGGTTCATTTGATACTACTGCTATTGAAGGTAGTATTCAAGAAGTAGCTGATAACTTAGCTCAAGAGATACTTGATAGAACTCAAGCTGATACTACTATTAATAACAATGTGTCTTCACTTACTAATAGAGTAAAAGTGAATGAAGATAAACTTACTATTATTAATGGTAATGAATCTACTACTGGTTCTATAGCTAATGCTATTAAACAGGCTAAGTCATATACAGATGCAACTGTAACAGCTGAATAGACTAGAGCAGATAAAGCAGAATAGAAACTAACTAGTGATTTAGCTAGTGAAGTAACTAGAGCTAAAGGTGCTGAGTCTGCTAATGCTACAGCTATAGCAAATGAAGTAGAAAGAGCTACTGGTGTAGAAGAGACATTGAATAGTAATATTACTCAACTGTAGACTCAAAAAGTAGATAAAGTTGAAGGTAAAGGTCTTAGTACTAATGATTATACTACTCCTGAAAAGAATAAACTAGCTGCTATTGAAGCTGAAGCTAATAAGTATGTATTACCTGCTGCTACAGCTAGTGCATTAGGTGGTGTTAAGATAGGCAGTAATATAACATTAGCAAATGGTGGTACTATCAGTATAACTAAGACTAATATAACTAGTGCATTAGGTGTAGATCCTACTACTACTTATGTAAAGAAAGCTGGTGATACCATGACTGGTACATTAACATCTGCATCTACTACTGGATCAATTGTGTTTAAAGGCGTTGAAAATAGTGATATAACAAATATATACAAATCTGGTGGTAATTTATCTGAAGGTTTTGGTATGCATGCCAACGCTGATATCATTAATGGTTTGAGATTCAATTGGTATGATACATTTTGGTATATAGGTAATATTAGAGGTTCTGGTACAGAAAGTTACGGATTTGGAATTGTAGATAATAATGATTAGATAGGTTTTAGGGTAACTACTGATGCAGTTTATGCAAATAAATACACATCTAGTGTATCTACCGGTAATGCTCCTATATCTGTTAAATCTACAACTATGTGTCCAAATCTGAATGCAGATATGGTAGATGGTGTTAATGTTAAAGATATTGAACATACATTATACATATCGTCAACTATTAAAAATTATTTAAAGATTTAGGTTAATCATAAGTATTTCCCCAATAGTTATAAAATTGTTGAATATTATGATGGCTACATTTATGTTTACTAGTTATTAATAAATGCTTATTCTCCAAAATTTACCGATCTTTAGCTCATTAGTGGAAAAATACATACTGAAATTAAAACATTTTATGATTTGACTAAATGGTATATAGAAACTACAGAATCTGGAATGAACATATACATATATCAACCTGAAAATAGTAATTTCAAAATATATGGAGTTATACATGGAGAACCTCAATCTCCAAATGTTCAATTTAGTGTTGTTAGTTCATTGCCTAGTAATGTAGTAAGTAGACATATTACATTCAATGTAACATCTTAGAATTTAGAAGAATTTGACTGGTACGGGGTATCTTGGTCAGAAACATCTTCTAATCCAGATTGTACTCGTATTGGTAATATGGACATGCATAGATCATTGCCTATATAGAGTATGATGAAACCATTTGCTTTTAATTGTGGTAAACCTCGTTTTAAAGATTAGTATGTTCCTGTAAAAGAGAATTTTACAAGCGGCTAGTATTCTCATAATGCAAACGATTCGTTATCTCAAGCAACTAATGACGTAAATATAATGATAAAAATACCAGAATTTTGGTATACTGATGACTATAGTTTTAATACAAAAACACATAATTTAAAAATATGCCAGCACGCTAAATCTGGATGGAATCATCATAAAGAAGCATATGTTAGCGCATATGAATTATATAATTTAAACGGTAGAGCGATAAGTAAAAGAGAAAATATTCCCACTGTTAACTTTACTAGAGCTAATGGTAGAACTTGGGCTAGAGCTAATGGGTTTGATGGAGAAGCTAAATGGAATCTTTATACATATGAAGAACATAGAGCTATATGTCATTTATTCTTAGTAGAATATGCTACTAGAAATAGTCAAAAAGCAGTTAATACTACATTAACAGCTGAAGGATTTAGACAAGGTGGATTAGGTTCTGGTTGTACTATAGGAGTAGCTACTATCAACGGAGCTACAACTTACTCGTTTATTCCTACTGGAAGTTCTGATAGTTTGGGTAGTGGATCTGGTGAAGTTACAGTAACTATACAATAGACAGATTCATCTGGTCATAATACTTCTACTATTACACGTAAATGTAATAGATATAGGGGGATTGAAAATCCATTTGGTCATGTGTGGAAACATACCGATGACGTTATTAGTATTTATGAAGGAGGCTATAAGACTTGGTATAAATCTATTAAACCAGAACAGTTTGCTAATAATAAAAATACTAGTTATAAACCTTTAACAACAGCAACAGTTGTGACAGGTTATAAAACTGAAATTAGAGCTACACCTACTTGTGATTTCTTTGCAGCAGCTTGTACTAATGACTCAGAATCTACATACTGGTGTGATTATAACTGGGATAATACTGATACTTCAGAACACTGTTTGTTAATAGGTGGTCACTCTGGCCATGGCATCAAGGCGGGTCTATTCTGTCTTAATTCCTATAATGGGGTTGGTAATTCCAATGCTAGTGTCGGTTCTCGATTAACATATCTCCCGTGGGCGGAGTAA

Genome Context

Tertiary structure

A0AAE7RXI8
ColabFold structure
Source ColabFold
pLDDT 67.1
Oligomeric state monomer
Download structure