Entry VIBTL01858 (B7VGU6)

B Vibrio tasmaniensis (strain LGP32)


General Information

Description
Tryptophan biosynthesis protein trpCF
Organism
VIBTL - Vibrio tasmaniensis (strain LGP32) (Taxon-ID: 575788)
Locus
Chromosome 12112381..2113832
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MTQTTDKLST HVSVKEAEMA EVLAKIVRDK YQWVEARKQT QPLDEFKASL TATDRSFYDA    60
LSGEQTVFIT ECKKASPSKG LIRDEFDLDY IASVYNNHAN AISVLTDEKY FQGDFEFLPK   120
VRSIAKQPIL CKDFMVDTYQ VYLARHYSAD AILLMLSVLD DEEYQALAEV AHSLNMGVLT   180
EVSNEEELHR AVALKAKVIG INNRNLRDLS TDLNRTKELA PLIRELATNA VVISESGIYT   240
HQQVRDLSTF ADGFLIGSSL MAEKNLELAV RKVTLGENKV CGLTHSDDAA KAYQAGAVFG   300
GLIFVEASKR HVDIEAARLT MSGAPLNYVG VFQNHSVADV TKTVSELGLF AVQLHGDESQ   360
AFVDELKQSI PESVEVWKAY GVASGGENGA KSALPELLKS NVTRHLLDTK VGSQTGGTGQ   420
AFDWSLINNQ SAIMLAGGLN PENANQAAKL GCLGLDLNSG VESAPGKKDA DKLQRAFAAI   480
RNY                                                                 483

Coding Sequence

Download: Fasta
ATGACACAGA CTACCGATAA ATTGTCGACC CACGTTTCAG TCAAAGAAGC TGAAATGGCG    60
GAAGTACTAG CAAAAATCGT TCGTGATAAA TACCAATGGG TTGAAGCGCG TAAGCAGACT   120
CAACCACTGG ACGAGTTTAA AGCGTCACTA ACTGCAACAG ACCGCAGCTT TTATGATGCA   180
CTGAGCGGCG AGCAAACCGT TTTCATCACT GAATGTAAGA AGGCATCACC GTCAAAAGGT   240
TTAATCCGTG ACGAGTTTGA TTTGGACTAC ATTGCATCGG TTTACAACAA CCACGCCAAC   300
GCGATTTCAG TGCTGACAGA CGAGAAATAC TTCCAAGGTG ACTTTGAGTT TTTACCTAAG   360
GTTCGCAGCA TTGCTAAGCA GCCTATCCTG TGTAAAGACT TCATGGTTGA TACCTACCAA   420
GTTTACTTAG CTCGTCACTA CTCTGCAGAT GCTATCTTGT TGATGCTATC GGTATTAGAT   480
GACGAAGAGT ACCAAGCACT GGCGGAAGTT GCTCACTCGC TCAACATGGG TGTCCTAACC   540
GAAGTCAGTA ACGAAGAAGA GCTTCACCGC GCAGTCGCTT TAAAAGCAAA AGTGATCGGC   600
ATTAATAACC GTAACCTGCG TGACCTTTCG ACTGATTTGA ACCGTACCAA AGAGTTGGCT   660
CCGCTGATTC GCGAACTGGC TACAAACGCA GTCGTGATTT CAGAGTCTGG CATCTACACA   720
CATCAACAAG TTCGAGATCT TTCAACGTTT GCAGATGGTT TCTTAATCGG CAGCTCTCTG   780
ATGGCTGAAA AGAACCTAGA GCTTGCAGTG CGTAAAGTAA CACTCGGTGA AAACAAGGTG   840
TGTGGTTTAA CTCACTCTGA CGATGCCGCG AAGGCTTATC AAGCTGGTGC GGTGTTCGGT   900
GGTTTGATTT TCGTTGAAGC GTCTAAGCGT CATGTGGATA TCGAAGCGGC TCGTTTAACC   960
ATGAGTGGCG CACCGCTGAA CTACGTGGGT GTGTTCCAAA ACCACAGCGT AGCAGACGTT  1020
ACGAAAACGG TATCTGAGCT AGGCCTATTC GCTGTGCAAC TGCACGGTGA TGAGTCTCAA  1080
GCATTTGTTG ATGAGTTAAA ACAATCAATA CCTGAAAGCG TTGAGGTTTG GAAAGCTTAC  1140
GGTGTGGCTT CTGGTGGTGA AAACGGTGCT AAAAGCGCGC TACCAGAATT ACTGAAAAGC  1200
AACGTGACTC GTCACCTGCT AGATACTAAA GTGGGTTCTC AAACGGGTGG TACTGGCCAA  1260
GCGTTCGATT GGAGCCTAAT CAACAACCAA AGCGCAATTA TGTTAGCGGG TGGCCTAAAC  1320
CCAGAAAACG CTAACCAAGC CGCTAAGTTA GGTTGTTTAG GATTAGACCT AAACTCTGGC  1380
GTTGAATCAG CTCCAGGTAA AAAAGACGCA GACAAACTGC AACGCGCTTT TGCAGCGATT  1440
CGTAATTACT AG                                                      1452