Protein
- Genbank accession
- CAL9980374.1 [GenBank]
- Protein name
- tail fiber protein
- RBP type
-
TFTF
- Seq2Symm
-
C1 confidence 0,884 truncated
Predicted homo-oligomer symmetry (Seq2Symm, per-class probabilities; C1 = monomer, C2 = dimer, C3 = trimer).C1 0,884 C3 0,400 I 0,003 - Protein sequence
-
MSYSWYRTGTCTTTSGSARVNFQNANITTAATKPVVGDAFTIDNSDLYEVIFIGSDATGEYVMLDRNFEQASASNAKYAFMRLASSTQNAKLVAQAAEAINQKQISLEDMHEWYTLQSDEVEFTQVDGTIVKIPTWYKFSNDLGAVGPHLPDIETVADNIDTVKAAPAAAQTATEKAAIATTKAAEADASEKAAAISAGNAAASTILISEQEARAIQWQNENANFDASGMVNAGKTYPPSGSFSKVNEGLWTRPSPNILQIGRASSQAGVGASKTDFGVIHIAGAVINLTGKVDTVDLSALQFQLPPSEDGTRTYNKATGESITHPDVATAFALAATSDDIEVVTHRVDLVGLEYYEEELTGTQEVFECIQSLSTTFGDTDVPTVLSTRKLSYFQQYDGQFPEVKADPDKINDRYRCVVWSNLTDEQKRKVAACMGEKLFMGVNGNIVNGRLRARTVRGAGNGDWSTIDSTLSGGNYALAYSDKAFINAQGNKDVGVGVSSGWTSDTYLTPKSGSQNNKEASKGTFSPRTNSNLAYKDRCFMYVVATVPRANKGAYHPDLNPWGTARWEDYLTQTHEWWFFGNAQTFTKQLAFTPVGASVPFGKDENPTTGAIGGTSGHPDGILYDGIYAGGLNGIIDWRLPAIANDSPEEAAKVEAKVENGTYRGLEKLVWARATQGDPLGRDGKTFGIYTAVDRVQIYGKDSTGRHYQDFMEVGDAISFYNADLGEVYAGKVTAVLSDAVWVKNPKSDMNWNFGSASSSASVIYVIAEEKTNLSVSDELNTQMVIGDPANILKTDALKNGWLGTWCPVIPDGVSRDYPLTKKSKVTSGSRQWTADDGVTWQSGPVSLGGVENSINTGVGSEVVTLVQYKAFANQTKPSTAKPVLNATKGLLGVTVTQSHDKSVLAEAVAGIILKSDASGIVTEQSQAVKYLVDGTIKRLKTLPTDMVAPTNSSQAIKIAVYQISNNGQTSLAIIANTMTHNGTGWGELDEIYIPSSGSESFTDTNGTTQQAICTELSMASGWTSNHARTGPQVAGVDL
- Physico‐chemical
properties -
protein length: 1040 AA molecular weight: 111427,42640 Da isoelectric point: 4,95746 aromaticity: 0,08462 hydropathy: -0,30067
Domains
No domain architecture available.
Taxonomy
Phage
Vibrio phage D87
[NCBI]
· taxon 3105330
Host
No host information
Coding sequence (CDS)
Genbank protein accession
CAL9980374.1
[NCBI]
Genbank nucleotide accession
OZ195940.1
[NCBI]
CDS location
range 8895 -> 12017
strand +
strand +
CDS
ATGTCTTATAGTTGGTATAGAACGGGTACATGTACCACAACAAGCGGAAGTGCTCGCGTTAACTTCCAGAACGCTAACATCACAACAGCAGCCACAAAGCCGGTTGTAGGCGATGCATTCACTATTGATAATTCAGACCTTTACGAAGTTATCTTTATTGGTAGCGACGCTACTGGCGAATACGTCATGCTGGATCGCAACTTCGAACAAGCTTCAGCTTCCAATGCTAAGTATGCATTCATGCGACTGGCATCAAGCACGCAGAATGCAAAGCTAGTAGCTCAAGCAGCTGAAGCAATTAACCAGAAGCAAATCAGTTTAGAAGATATGCATGAGTGGTATACGCTTCAATCCGATGAAGTTGAGTTCACTCAAGTAGATGGCACGATCGTTAAAATCCCCACCTGGTACAAGTTCAGTAACGATCTTGGTGCAGTAGGGCCACACCTTCCTGATATTGAAACTGTAGCGGATAATATCGATACAGTGAAAGCAGCACCAGCAGCAGCGCAGACCGCAACAGAAAAAGCGGCCATTGCAACAACCAAGGCAGCAGAGGCAGACGCCTCCGAAAAGGCCGCAGCTATTAGTGCTGGCAATGCTGCAGCAAGTACCATTCTAATATCTGAGCAAGAAGCTCGTGCAATCCAGTGGCAGAACGAAAACGCTAACTTTGATGCTAGTGGTATGGTTAACGCAGGTAAAACGTATCCACCAAGTGGAAGTTTCAGCAAAGTCAATGAAGGCTTGTGGACTCGACCATCACCTAACATTCTACAGATAGGTAGAGCGTCTAGTCAGGCCGGTGTTGGTGCGTCTAAAACTGATTTTGGTGTAATACATATCGCAGGTGCGGTTATTAATTTAACAGGCAAGGTAGATACAGTCGACCTATCCGCCCTGCAGTTCCAACTACCACCTTCCGAAGACGGTACACGTACATACAACAAAGCAACAGGTGAGAGCATTACTCATCCTGATGTTGCGACAGCATTTGCCCTAGCTGCTACTAGTGATGACATTGAAGTAGTAACTCATCGTGTGGATTTAGTTGGCTTGGAATACTACGAAGAAGAGCTAACAGGTACGCAAGAAGTATTTGAATGTATCCAATCGCTTTCTACTACGTTTGGTGATACCGATGTGCCGACCGTTCTATCAACTCGCAAGCTCTCATACTTCCAGCAATACGACGGCCAATTTCCTGAAGTAAAGGCTGACCCCGACAAAATCAATGACCGATACCGCTGCGTAGTTTGGTCAAACCTAACCGATGAGCAAAAGCGCAAAGTTGCTGCTTGCATGGGTGAAAAGCTGTTTATGGGTGTTAACGGTAATATTGTTAATGGTCGTTTACGTGCACGTACTGTTCGTGGTGCGGGTAATGGGGATTGGTCTACAATTGATTCCACACTTTCAGGAGGCAACTACGCTTTAGCATACTCAGACAAGGCGTTCATAAATGCTCAGGGAAATAAAGATGTAGGTGTAGGCGTATCTAGTGGGTGGACATCCGATACTTACCTCACACCAAAGTCAGGAAGCCAGAACAACAAAGAAGCCAGTAAAGGTACGTTTTCCCCAAGAACAAACTCAAACCTAGCATATAAAGACCGTTGCTTTATGTATGTAGTAGCTACCGTACCTAGGGCTAATAAAGGGGCTTATCATCCTGATTTGAATCCGTGGGGGACGGCACGATGGGAGGATTACCTTACCCAAACTCATGAATGGTGGTTCTTTGGTAATGCCCAGACTTTTACTAAACAGTTAGCGTTCACACCTGTAGGGGCATCGGTTCCTTTTGGTAAGGACGAGAACCCAACAACTGGCGCTATTGGCGGTACTTCAGGCCACCCAGACGGTATCTTATACGATGGGATATACGCAGGTGGCTTAAACGGAATTATTGATTGGCGCTTGCCTGCTATAGCTAATGATTCACCAGAAGAAGCCGCTAAGGTAGAAGCTAAGGTGGAGAATGGCACTTATCGTGGGTTGGAGAAGTTGGTTTGGGCAAGAGCTACGCAAGGAGACCCTTTAGGTAGAGATGGGAAAACCTTCGGTATCTACACTGCCGTCGACAGGGTGCAAATTTACGGAAAAGACTCCACAGGAAGACATTATCAAGATTTCATGGAGGTTGGGGACGCAATTTCCTTCTACAATGCCGATTTGGGTGAAGTGTACGCAGGTAAAGTAACTGCCGTCTTAAGTGATGCTGTATGGGTAAAAAATCCTAAGTCGGATATGAACTGGAATTTTGGTTCAGCGAGCTCTAGTGCCTCCGTTATTTACGTTATTGCCGAGGAGAAAACCAACCTATCAGTATCAGATGAGTTAAATACTCAAATGGTTATTGGAGACCCTGCTAATATCCTAAAGACCGACGCACTTAAAAATGGTTGGTTGGGTACTTGGTGTCCGGTTATTCCTGACGGGGTGTCACGAGATTACCCTCTAACAAAAAAATCAAAAGTCACTTCAGGTTCGAGACAGTGGACTGCAGATGATGGGGTTACATGGCAATCTGGACCTGTTTCTTTAGGTGGTGTAGAAAATTCAATAAACACAGGAGTTGGCTCTGAGGTAGTTACGCTTGTGCAATACAAGGCATTCGCCAATCAAACCAAGCCAAGTACAGCCAAACCTGTACTAAACGCTACCAAAGGTTTACTAGGTGTAACCGTTACACAAAGCCACGACAAATCGGTGTTAGCTGAAGCTGTTGCAGGTATCATCCTTAAATCTGATGCAAGCGGAATTGTCACGGAGCAATCACAAGCGGTTAAGTATTTAGTTGACGGTACAATCAAACGACTCAAGACTTTACCTACTGACATGGTGGCACCGACTAACAGTTCTCAAGCTATCAAGATTGCCGTGTACCAAATCAGTAACAACGGTCAAACGTCTTTAGCCATCATTGCAAACACAATGACGCATAACGGAACCGGCTGGGGTGAACTGGACGAGATTTATATTCCTTCTAGTGGATCTGAATCTTTTACCGATACAAACGGCACCACTCAGCAAGCTATTTGCACTGAGCTTTCTATGGCTTCAGGTTGGACCTCTAATCATGCCCGCACCGGACCTCAAGTAGCTGGCGTGGATCTATAA
Genome Context
Tertiary structure
CAL9980374.1
ESMFold structure
Source
ESMFold
pLDDT
34.4
Oligomeric state
monomer