Entry ANOFW00912 (B7GHD9)

B Anoxybacillus flavithermus (strain DSM 21510 / WK1)


General Information

Description
Predicted esterase of the alpha-beta hydrolase superfamily
Organism
ANOFW - Anoxybacillus flavithermus (strain DSM 21510 / WK1) (Taxon-ID: 491915)
Locus
Chromosome937812..938813
Number of exons
1

IDs and Cross-references

loading xrefs...

Domain Architecture

Gene Ontology

loading GO annotations...

Protein Sequence

Download: Fasta
MKRFATFKNR TSKNRHKRLF FFVFYAQLFS FFIHIWRGGK RMEIDGVFSG GGVKGFALIG    60
AYEAIEEKGF RFKRLAGTSA GALIASLIAA GFTSKEILNI MDDLNLMDVL DERRTIIPYA   120
WLKWLVLYWR MGLYKGEKLE QWIAEQLNKK GVRTFADLPY ERLRVVASDL TNGTMLILPD   180
DLPKYGIDPL RFSVAKAVRM SVGIPYFFEP VKLKTDEGKH IVVDGGLLSN FPIFLFDEER   240
KKRPVLGIKL SAKQAQKAKK KINNAIELYE ALFQTMREAH DERYISRRHE KNIVFLPVKH   300
IVATDFSITA EEKKKLISFG KERTEQFLKT WTY                                333

Coding Sequence

Download: Fasta
TTGAAGCGCT TCGCAACATT CAAAAACAGA ACGAGCAAGA ACAGGCATAA ACGCTTGTTC    60
TTTTTTGTTT TTTATGCTCA ACTCTTCTCG TTTTTCATAC ATATATGGCG AGGAGGGAAG   120
AGGATGGAGA TTGACGGTGT GTTTTCCGGT GGTGGCGTCA AAGGTTTTGC GCTCATTGGG   180
GCATATGAGG CGATTGAGGA AAAAGGTTTT CGCTTTAAAC GGCTTGCTGG TACGAGTGCA   240
GGAGCACTCA TCGCTTCATT GATTGCAGCA GGGTTTACAA GTAAAGAAAT ATTGAACATC   300
ATGGATGATC TCAATTTAAT GGATGTTCTC GATGAGCGAC GTACGATCAT TCCGTATGCA   360
TGGTTAAAAT GGCTCGTCCT TTATTGGAGA ATGGGGCTAT ATAAAGGGGA AAAGCTCGAA   420
CAATGGATAG CTGAACAACT TAACAAAAAA GGGGTGCGCA CATTTGCCGA TTTGCCGTAC   480
GAACGACTGC GTGTTGTTGC TTCCGATTTA ACGAATGGAA CGATGCTTAT TTTGCCAGAT   540
GATTTACCGA AATACGGCAT TGATCCGCTT CGGTTTTCAG TCGCAAAGGC AGTAAGAATG   600
AGCGTTGGTA TTCCTTATTT TTTTGAGCCT GTGAAGCTAA AGACGGACGA AGGGAAGCAT   660
ATTGTCGTTG ATGGTGGCTT ACTAAGCAAT TTTCCGATTT TTTTATTTGA TGAAGAACGA   720
AAAAAGAGAC CTGTTCTTGG TATCAAATTG AGTGCAAAAC AGGCACAAAA AGCAAAAAAG   780
AAAATTAATA ACGCGATTGA GTTGTATGAA GCGTTGTTTC AAACGATGCG CGAGGCGCAC   840
GATGAACGAT ACATTTCACG CCGTCATGAA AAAAACATTG TTTTTCTTCC TGTTAAACAT   900
ATTGTTGCGA CCGATTTTTC GATAACCGCT GAAGAAAAAA AGAAGCTTAT TTCGTTCGGA   960
AAAGAACGGA CAGAACAATT TTTAAAAACG TGGACGTATT GA                     1002