Entry ALTMD02029 (F2G2F3)

B Alteromonas mediterranea (strain DSM 17117 / CIP 110805 / LMG 28347 / Deep ecotype)


General Information

Description
Alpha-beta superfamily hydrolase
Organism
ALTMD - Alteromonas mediterranea (strain DSM 17117 / CIP 110805 / LMG 28347 / Deep ecotype) (Taxon-ID: 1774373)
Locus
Chromosome2236120..2237145
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MKIGLALGAG AARGWTHIGI IQALEKLGVK IDVVAGCSIG AYVGAAYTSG KLEGLKEWAC    60
SLSDWQVLAL MGVGLRRGGI ASGQKVFDKL ASEFCESSYE DMIKPFATVA TDLYTGREVV   120
FNSGPIGDTI QASCAIPALF APVAHGDRWL VDGAVVNPVP VNLCRQLGAD FVIAVNLNAD   180
FRPLRLEKLR QDHEENQRKT EDFFTKSQNV LRQWFSPDSK QDDKSIEDKE EPNADAAKNV   240
KTEEGIAADV IDKVEEEFTE VPVKVNKRNP PGIMSVMSSS LEILQARVTR SRLAGDPPDI   300
LIEPQLTDVG IMEFHRAEEL CAKGEETIAR LAEQIRYQLL T                       341

Coding Sequence

Download: Fasta
ATGAAAATAG GACTTGCGTT AGGCGCTGGT GCAGCACGAG GCTGGACCCA TATAGGTATC    60
ATTCAAGCCT TAGAAAAGCT GGGCGTTAAA ATAGACGTTG TTGCCGGCTG CTCCATTGGC   120
GCTTATGTTG GTGCAGCCTA TACAAGTGGC AAGCTGGAAG GCTTAAAAGA GTGGGCGTGT   180
TCATTAAGCG ACTGGCAAGT GCTTGCTCTT ATGGGAGTTG GGCTTAGGCG TGGTGGCATA   240
GCTAGCGGAC AAAAGGTTTT TGACAAGCTT GCTAGCGAGT TTTGTGAATC TAGCTATGAA   300
GATATGATTA AACCTTTTGC GACCGTGGCT ACTGACTTAT ACACAGGTCG TGAAGTGGTG   360
TTTAACTCAG GTCCTATTGG CGATACCATT CAAGCATCTT GCGCTATTCC TGCCCTCTTT   420
GCGCCCGTAG CTCATGGAGA CCGTTGGTTA GTCGACGGTG CGGTCGTAAA TCCTGTTCCT   480
GTCAATTTGT GCCGTCAATT AGGCGCAGAT TTTGTCATCG CGGTTAACCT AAATGCCGAC   540
TTTAGGCCTC TTCGCCTTGA AAAGTTAAGA CAGGATCACG AAGAAAATCA GCGTAAGACC   600
GAAGACTTTT TTACCAAAAG CCAAAACGTA TTGCGTCAAT GGTTTTCCCC CGACAGTAAA   660
CAAGATGATA AAAGTATCGA GGATAAAGAA GAGCCTAACG CCGATGCAGC CAAAAACGTT   720
AAAACCGAAG AAGGTATTGC CGCAGATGTT ATCGATAAAG TAGAAGAAGA GTTCACCGAA   780
GTTCCTGTCA AGGTAAACAA GCGCAACCCA CCGGGCATAA TGAGCGTGAT GAGCAGTTCA   840
TTAGAGATCC TGCAGGCGCG CGTTACACGC TCTCGTCTGG CTGGCGATCC GCCGGATATC   900
TTAATTGAAC CTCAGTTGAC AGACGTGGGT ATTATGGAGT TTCACAGAGC TGAAGAGCTG   960
TGCGCTAAGG GAGAAGAGAC CATCGCGCGT TTAGCCGAAC AGATTAGGTA TCAGTTACTT  1020
ACGTAA                                                             1026