Entry TATMI02155 (A0A098GGC5)

B Tatlockia micdadei


General Information

Description
putative patatin-like phospholipase Evidence 3 : Function proposed based on presence of conserved amino acid motif, structural feature or limited homology
Organism
TATMI - Tatlockia micdadei (Taxon-ID: 451)
Locus
Icomplement(2355991..2357097)
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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MAAQNKSHDQ IVYLLQGGGA LGSYQVGVCE SLLESGCHPN WIVGTSIGAI NGAIIAGNKP    60
ENRIPKLHEF WNSITFPYPC YFDTQDNSLV QEFQNHWYAQ LAALFGLPNF FKPRIFNLQM   120
LLSSTPDKIS FYDTSELYET LKKVIDFDLI NQKKVRLTLG AVRIKAGRTV YFDNYCETIG   180
PQHIMASSAL PPGFPAIKID DEYYWDGGLS SNTPFAVLLE EKAPQKLLCI IVNLFSFPNY   240
LPSSLLEVYK YKKELEFASR HQRVLHYFSE LHFLQHSLHE LGKTRINHPE LEKALNKIKK   300
LGHPTALNIA RFHYRDRQCN LWSKDYNFSH DAIREHWKAG LKDAEKALQD PSWMKFVENA   360
SGAVIHEF                                                            368

Coding Sequence

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ATGGCCGCTC AAAACAAGTC TCATGATCAA ATTGTTTACC TGTTACAAGG CGGTGGCGCT    60
TTGGGTTCTT ATCAAGTGGG CGTGTGTGAA TCACTGCTCG AAAGCGGTTG TCATCCGAAT   120
TGGATAGTAG GAACATCCAT AGGGGCTATT AACGGGGCAA TTATTGCCGG AAATAAACCA   180
GAAAACAGAA TCCCCAAATT ACATGAGTTC TGGAATTCAA TTACTTTTCC ATACCCGTGT   240
TATTTTGATA CGCAAGACAA TTCTTTAGTC CAAGAATTCC AAAATCATTG GTATGCACAA   300
TTGGCCGCAC TATTCGGACT ACCCAATTTT TTTAAACCAC GAATTTTTAA CCTACAAATG   360
CTTCTATCTT CTACCCCCGA TAAAATTAGT TTTTATGATA CAAGCGAGTT ATATGAAACA   420
TTAAAAAAAG TGATTGATTT TGATTTAATC AATCAAAAGA AAGTTCGTTT AACCTTAGGG   480
GCTGTGCGGA TTAAAGCTGG ACGAACAGTT TATTTTGATA ATTATTGTGA AACCATTGGC   540
CCGCAGCACA TCATGGCAAG CAGCGCCTTG CCACCCGGAT TTCCGGCGAT TAAAATTGAT   600
GATGAGTATT ATTGGGATGG TGGGCTTAGT TCTAATACGC CATTTGCGGT TTTATTGGAA   660
GAAAAAGCGC CTCAAAAATT GTTGTGCATT ATAGTGAATC TTTTTTCCTT TCCGAACTAT   720
TTGCCTTCTT CTCTTTTGGA AGTCTACAAA TACAAAAAAG AACTGGAATT CGCAAGCCGC   780
CATCAAAGGG TTTTACACTA TTTTAGTGAA TTGCATTTCC TCCAACATTC GTTACATGAA   840
TTAGGGAAAA CGAGGATAAA TCATCCTGAA CTCGAAAAAG CACTGAATAA AATCAAAAAA   900
TTAGGGCATC CTACCGCATT AAATATTGCC AGATTCCATT ATCGCGATCG TCAATGCAAC   960
CTATGGAGTA AAGATTATAA TTTCTCACAT GACGCCATAA GGGAGCACTG GAAAGCGGGT  1020
TTAAAAGATG CGGAAAAAGC TTTACAAGAT CCGTCATGGA TGAAATTTGT AGAGAATGCT  1080
AGTGGTGCTG TGATACATGA ATTTTAA                                      1107