Entry ALKMQ04321 (A6TX08)

B Alkaliphilus metalliredigens (strain QYMF)


General Information

Description
Patatin
Organism
ALKMQ - Alkaliphilus metalliredigens (strain QYMF) (Taxon-ID: 293826)
Locus
Chromosomecomplement(4778120..4779340)
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MLGLTLEGGG AKGSYQIGAW KAFREMNIEF DGITGTSVGA LNGALMLQDD FDLAYGIWHE    60
MNPNTIMDID DRIYEMLSNY QLTANNVHFM LEQVRKFIKG FGMDTKPLEQ LIEANINEGK   120
IRKASTDFGF VTVSLTDFKP LEIFKEEIPM GKMADYLMAS SYLPIFKSKK LDGKTFLDGG   180
FYNNLPINML YEKGYRKIVA VRLLSKGRVK KVEHHDLDVL YIQPCENLGN MMDFSNERAQ   240
TNLNLGYFDT LRACKGLKGR KYYIEGFIDE ITAMAFLMRW DEAVLKNLSQ LFGLSASVPL   300
NRLLLEEIIP RWIHLMDLSE KATYQEVAIA ILENMAHYLK INRFEVYSLA SFVEEIRKHK   360
ERMGETERPI HKNNLLSEEL ILKISKEKQL EASIKIMLEN NGNIYI                  406

Coding Sequence

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ATGCTAGGAT TAACGCTAGA GGGTGGCGGT GCTAAGGGGT CTTACCAGAT AGGGGCATGG    60
AAAGCTTTTA GAGAGATGAA CATCGAGTTT GATGGGATTA CAGGGACCTC TGTGGGGGCC   120
TTGAATGGCG CCCTGATGCT TCAAGACGAT TTTGATTTAG CCTATGGTAT TTGGCATGAA   180
ATGAATCCTA ATACGATAAT GGATATAGAT GACCGTATTT ATGAAATGCT ATCAAATTAT   240
CAATTAACAG CTAATAACGT GCATTTTATG TTAGAACAAG TTAGAAAATT TATTAAGGGA   300
TTTGGAATGG ATACAAAACC CCTTGAGCAA TTGATTGAAG CCAATATTAA CGAAGGTAAA   360
ATCAGGAAAG CCAGCACTGA TTTTGGATTT GTAACAGTTT CTCTGACGGA TTTTAAACCC   420
TTAGAAATTT TCAAAGAAGA AATTCCAATG GGCAAAATGG CAGACTATCT AATGGCATCC   480
TCTTACTTGC CAATTTTTAA GTCCAAGAAG CTTGATGGAA AAACTTTCCT TGATGGAGGA   540
TTCTATAATA ATTTACCCAT TAATATGCTG TATGAAAAAG GATATCGAAA AATTGTAGCA   600
GTAAGACTAT TGAGTAAAGG AAGGGTCAAA AAAGTTGAGC ACCATGACTT AGATGTGTTG   660
TATATACAGC CCTGTGAAAA CCTAGGGAAT ATGATGGATT TTAGCAATGA GCGTGCTCAA   720
ACCAACCTTA ACCTAGGCTA CTTTGATACA TTAAGAGCTT GTAAGGGGTT AAAGGGAAGA   780
AAGTATTATA TAGAAGGTTT TATTGATGAG ATTACGGCAA TGGCTTTTCT CATGAGATGG   840
GATGAAGCTG TATTAAAGAA TTTAAGCCAA TTATTTGGGC TTTCAGCTAG TGTCCCCTTG   900
AATAGACTTT TGTTAGAGGA GATAATCCCA AGATGGATTC ATCTAATGGA TCTCAGTGAA   960
AAAGCTACCT ACCAAGAAGT AGCAATTGCT ATTTTGGAGA ATATGGCTCA TTATTTGAAG  1020
ATAAATCGAT TTGAGGTCTA TTCCTTGGCA TCCTTTGTGG AAGAAATTAG AAAACATAAG  1080
GAAAGAATGG GGGAGACGGA AAGACCAATC CATAAAAACA ACCTATTATC TGAGGAATTA  1140
ATCTTAAAAA TAAGCAAAGA AAAGCAATTG GAAGCCTCTA TAAAGATTAT GTTAGAGAAT  1200
AATGGAAATA TATATATATA A                                            1221