Entry MAHA500635 (F4A0I4)

B Mahella australiensis (strain DSM 15567 / CIP 107919 / 50-1 BON)


General Information

Description
metal dependent phosphohydrolase COGs: COG1418 HD superfamily hydrolase; InterPro IPR004088: IPR004087: IPR003607: IPR017705: IPR 006675: IPR018111: IPR006674; KEGG: mta:Moth_1081 metal dependent phosphohydrolase; PFAM: metal-dependent phosphohydrolase HD sub domain; K Homology, type 1, subgroup; SMART: metal-dependent phosphohydrolase HD region; KH domain protein; SPTR: 2',3'-cyclic-nucleotide 2'-phosphodiesterase; TIGRFAM: YmdA/YtgF protein; metal dependent phophohydrolase; PFAM: KH domain; HD domain; Domain of unknown function (DUF3552); TIGRFAM: conserved hypothetical protein YmdA/YtgF; uncharacterized domain HDIG
Organism
MAHA5 - Mahella australiensis (strain DSM 15567 / CIP 107919 / 50-1 BON) (Taxon-ID: 697281)
Locus
A698362..699915
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MCIIEFSLWD ILYIIVGLAI GVLSGYYYRK TIAEAKIGKA EERAADIINE AKKEAEAAKK    60
EALLEAKDEI HKLRNEFERE SRERRNENQR MERRLLQRED ALQKKSDSLD RREEALNKRQ   120
KELDKLEEEI GQLHKKELAE LERVSGMTTE QAKEVLLASI REDVEHDAVT LIRDIENRAK   180
EEAEKRARVI VADAIQRCAA DYVPEVTVSV VPLPNDEMKG RIIGREGRNI RALETATGID   240
LIIDDTPEAV ILSGFDPIRR EVARMTLEKL IVDGRIHPGR IEEMVERSRR ELDAKIKEEG   300
EQAAFDVGVH NLHPEIIKLL GRLKYRTSYG QNVLKHSIEV ALLAGGMAAE LGADVAIAKR   360
AGLLHDIGKA VDHEVEGPHV QIGIDIAKKY RENPAIIHAI AAHHGDIEAN SIEAVLVQAA   420
DAISAARPGA RQETIEAYLK RLEKLEEIAN SFAGVDKSYA IQAGREVRII VKPEMINDAE   480
AMRMARDIVK RIEKEVEYPG QIKVTVIRES RVVEYAK                            517

Coding Sequence

Download: Fasta
GTGTGTATTA TAGAATTTAG CTTGTGGGAT ATCCTATATA TAATAGTAGG TTTGGCTATT    60
GGAGTATTAA GTGGCTATTA TTACCGCAAA ACAATAGCTG AAGCTAAAAT CGGTAAAGCG   120
GAAGAAAGGG CTGCGGATAT AATAAACGAG GCTAAGAAGG AAGCCGAAGC AGCCAAGAAA   180
GAAGCTTTAC TTGAAGCTAA AGACGAGATC CACAAGCTGC GCAATGAATT TGAAAGAGAG   240
AGTCGTGAAA GAAGAAACGA GAATCAGCGT ATGGAGCGAA GGTTGCTTCA AAGAGAAGAT   300
GCCCTTCAAA AAAAATCTGA TAGTTTGGAT CGACGTGAGG AAGCCTTAAA CAAGCGCCAG   360
AAGGAATTGG ATAAGTTGGA AGAAGAGATC GGGCAACTGC ATAAAAAGGA ATTAGCCGAA   420
TTAGAACGGG TGTCGGGTAT GACGACCGAG CAGGCCAAAG AAGTGCTGTT AGCTAGCATA   480
AGGGAAGATG TGGAGCATGA TGCCGTAACG CTTATAAGGG ATATAGAGAA CAGGGCCAAA   540
GAAGAGGCTG AGAAAAGGGC AAGGGTCATA GTAGCAGACG CTATACAGCG ATGCGCTGCT   600
GATTATGTAC CGGAGGTTAC GGTTTCAGTG GTTCCGTTGC CTAACGATGA GATGAAAGGC   660
CGTATAATAG GCCGTGAAGG TAGAAATATA CGTGCGCTGG AAACGGCTAC TGGTATTGAT   720
CTCATAATTG ATGATACTCC TGAAGCTGTT ATATTGTCAG GCTTTGATCC TATAAGGCGT   780
GAAGTTGCTA GGATGACTCT GGAGAAACTT ATAGTAGATG GACGGATACA TCCGGGACGC   840
ATAGAAGAGA TGGTAGAGCG CTCCAGGAGA GAATTGGATG CAAAGATCAA AGAAGAGGGT   900
GAACAAGCAG CATTTGATGT AGGGGTGCAT AATCTGCATC CTGAGATTAT CAAATTGCTT   960
GGCCGCTTAA AGTATAGAAC CAGTTATGGT CAAAATGTGT TGAAGCATTC AATAGAAGTA  1020
GCTTTATTAG CAGGTGGTAT GGCGGCTGAA TTAGGAGCGG ATGTTGCTAT AGCAAAAAGG  1080
GCAGGTTTAT TGCATGATAT AGGCAAAGCT GTCGACCATG AGGTAGAAGG CCCTCATGTT  1140
CAGATAGGTA TAGATATAGC CAAGAAATAC AGGGAAAATC CGGCAATAAT ACACGCTATA  1200
GCAGCCCATC ACGGTGATAT AGAGGCTAAC TCCATAGAAG CGGTGCTTGT GCAAGCCGCT  1260
GATGCCATTT CAGCAGCCAG GCCCGGAGCT CGACAAGAAA CTATAGAAGC TTATCTGAAG  1320
CGCTTGGAAA AACTCGAAGA AATTGCAAAT TCATTCGCAG GTGTGGATAA ATCATATGCT  1380
ATACAAGCGG GGCGCGAGGT GCGCATAATA GTAAAACCTG AGATGATAAA CGACGCGGAG  1440
GCCATGAGGA TGGCCCGAGA TATAGTCAAA CGTATAGAAA AAGAAGTAGA ATATCCTGGA  1500
CAAATAAAAG TTACAGTAAT TCGCGAGAGC AGAGTTGTAG AATACGCAAA ATAA        1554