| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_03499 |
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| Symbol | |
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| ID | 6777418 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 3775770 |
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| End bp | 3779105 |
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| Gene Length | 3336 bp |
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| Protein Length | 1111 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 642756947 |
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| Product | amidohydrolase |
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| Protein accession | YP_002127785 |
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| Protein GI | 196158296 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1228] Imidazolonepropionase and related amidohydrolases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGATAACGA CAAAGAAAAG CCTACTAGCA GTTACGCTAG TAAGCGCTCT TGGCTTGGGC
ATGGCGCCGG CCTCTTACGC ACAAAACGAC AGTGAAGAAA AAACCGAATA CGAACTCGAT
AACTGGGACG TCAGTAACCC ACCTTATGCG TTAAACGAAG TCACCATCAA AACAAACGAA
ACCACATGGT CTAGCTTAGA CGTTGCGCCA AATGGCGAGT TTATGGTTTT CGACATGCTT
GGCGACCTTT ATAAAGTAAA CATGAACGGT GGTGATGCCA CGCCACTTAC CCAAGATTTT
GCGTGGAATA TTCACCCGTC TATTTCTCCT GACGGCAAAC ACATTGCGTT TATCTCGGAC
AAAGACGGTC TAAGCAACGT ATGGGTAATG GACATTGACG GCAGTAATCT TCGTCAAGTA
ACTAAAGAAA AAAGCAATCT TATCCACTCT CCTAAATGGA GCCCTGACGG CGAATACCTA
GTGGTTACCA AAGGCATCAT GTCTAGCCGC AGCATTCCCG CGGGCGAGAT TTGGATGTAT
CATAAATCCG GCGGCGATGG CCTGCAAATT AAAGCCCGCA ACAGCGGTAA ACGCGACCAA
CAAAACATTG CCGACCCTGT ATTTTCGCAT GACGGTAAGT ACATCTACTT TACAGAAAAC
ACCGTGCCAG GCGCACGTTT TGAATATAAC CGCGACCCGT TAGAAGGCAT TTTTGCTATC
ACTCGCTACG ACCGCGAAAC GGGCGAAGAG AGCCGCTATA TCAGTGGTAC AGGCGGTGCC
GTAGTCCCTA CGCCTTCGCC TGACGGTAAA TACATCGCTT TTGTGCGTCG CGTTAAAGAC
AGAACGGGGC TTTTCCTTAA AGAGATAAAA ACCGGCGTAG AAACGCCGCT TACCCTCGAA
CTAGAGCGAG ACATGCAGGA AGGGTTTGGC TCTGAAGGCT ACTTTGCCTA TTTCGACTGG
ATGCCGGATA GCAGCGAAAT CGTATATTGG ACAGGCGGTA AATTCCACAC TATCGATATC
GAAGATAAAA TCACACGCAC CATGGATATC ACTGTTGAAG GCACCGTGAA ATACGCTGAC
GCTCTGCGCT TTGACGTAGA CGTAGCCCCT GATGAATTTG ATGTGCGCAT GATTCGCTGG
TCTCAAATGT CGCCTAACGG TAAAACTGTA CTCTTTCAAG CGCTAGGTAA ACTTTACGTG
CGCGACGTTA AGTCTGGCAA AATTAAGCGC CTGACCAAGC AAAACGACCA CGACGAGTAC
TACCCTCGTT TTTCTAACGA CGGTAAGAAG ATTGTTTACA CCACGTGGGA CGACCAAGAT
TTAGGTACGG TACGCGTAGT ATCAGCCCGT GGTGGTAAAG GAAAGGTTAT TACCCAGCAG
CCCGGTCATT ACATTGAGCC TTCGTTCTCG GCCGATGGCG AAAAAGTGGT ATTCCGCAAA
TTTACCGGCG GCTTTCTGCT AGACCCGACC TACTCGGTCG AGCCAGGTAT TTACGTTGCC
GACCTTGAAG AAGATTCTGT AAGTAAGGTG ACAGACAATG GCTACAACGC CCACTTCGCG
GGTGGCGACG ACCGCGTATA TTTCACAGAA TCTGCCGGCG GCGAAGCGTA TTATGAAACG
CAACTTTCAA GCGTTAATTT GCAAGGTAAT GACAAGCGTA CGCATCTATA CGGCGCAAAT
AAAGTAAGTG AGTACAAACT TTCGCACGAT AAAAAATGGG TTGCGTTTGT ATATCAATTT
AAAACTTACG TGGCACCGTT TGTAGAAAAT GGTAAGCGCA TTACCATTGG TCCGAACATG
ACCTCGCTAC CGGTAACACA GCTTTCAAGT CGAGCTGGTG AATACCTTAC TTGGTCACCA
GACAATAAAA CCCTTAGCTG GTTTAACGGC CCGACACTTT TCAGCCGTTC ACTCGATGAA
GCCTTTGCCT TTTTAGACGG TGCACCTGAA ACCTTGCCTG AACCGGTAGC TGAAGGTATG
GATTTGTCGT TTACCACCAA GGCCGACAAG CCTTCAGGAT ACAAAGCCTT GGTTGGCGGT
AAAGTGGTAA CCATGCGCGA TGCTGACAAT ACCCAGGAAG TCATTGAAAA TGGCGTTGTA
CTTATTAAAG ACAACCGTAT TGAAGCGGTA GGTAAGCGTG GCGATATAGC TATTCCTGGT
GACGCTATGC AGATAGACAC CTCGGGTAAA ACCATTATTC CTGGGCTCGT TGATGCGCAC
GCCCATGGTT CACAAGGTCG TAATGAGATA ATTCCTCAGC AAAACTGGAG TCAGTTCTCC
AACGTGTCGT TCGGTGTAAC CACCATTCAC GACCCATCAA ACGACACCAC GGAAATTTTT
GCTGCAGCAG AGCTTCAGCG CAAAGGTAAA ATTGTTGCGC CGCGTATCTA CTCTACCGGT
ACTATCTTGT ACGGTGCAGA AGGACTGGGT TACAAAGCTA TCATCAACGA CTACGAAGAT
GCTTATTTCC ACGTAGAGCG CTTAAAAGAA GCCGGTGCTA TATCGGTGAA AAGCTATAAT
CAACCTCGCC GTGATCAGCG CCAACAGGTA CTTTGGGCAG CTAAAAATCA AGCGATGATG
GTGGTGCCTG AAGGGGGCGG TAAGCTTCAG CAAAACCTAA CCATGCTGGT AGACGGTCAC
ACCGGTCTTG AGCACAGCAT TCCGGTTGAA AAAGGCTATA GCGATGTTAC TCAGCTATGG
AAAGCCACAG AGTTTGGCTA TACCCCTACC TTTGTTGTGT CGTACGGCGG CATGATGGGT
GAAGAATATT GGTACGATAA AACGGAAGTG TGGAAGAACC CGCGTCTATT GCGCTATACC
CCTTCTACTA TTTTAGACAA ACGCGCTATT CGCAGACCGA CCGCGCCAGA AAACCAATAC
AACCACCAAA ACGTCGCCAG CTACGCTAAA GAACTCCGAG ATAATGGGGT CAGTGTACAT
ATTGGCGCTC ACGGACAGCG TGAAGGCCTA GCTGCACACT GGGAACTGTG GATCATGGAA
CAAGGTGGCT TTACGCCTTG GGAAGCGCTG CGCGGCGGGA CTATTGATGG TGCTAAGCAC
TTAGGCATGG GCAAAGACCT TGGTAGTATC GAAAAAGGGA AGCTTGCTGA CCTAGTGGTG
ATTGATGGCG ATGTATTAAG CGACATTAGA AAGAGTGAGT ACGTTGAGTA CACGGTGTTA
AACGGCCGTG TTTACGAGTC TGCCACCATG AACGAAGTGG GCAGTAAAGA AAAACGCGAA
CCTTTCTTCT TTGAGCAAGA TAACGCGACC TTTATGCCAC AGCAAACCGC GGATGAAGTG
GAGGCGAAAG CCCACCACTA TCACTGGGAG CATTAA
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| Protein sequence | MITTKKSLLA VTLVSALGLG MAPASYAQND SEEKTEYELD NWDVSNPPYA LNEVTIKTNE
TTWSSLDVAP NGEFMVFDML GDLYKVNMNG GDATPLTQDF AWNIHPSISP DGKHIAFISD
KDGLSNVWVM DIDGSNLRQV TKEKSNLIHS PKWSPDGEYL VVTKGIMSSR SIPAGEIWMY
HKSGGDGLQI KARNSGKRDQ QNIADPVFSH DGKYIYFTEN TVPGARFEYN RDPLEGIFAI
TRYDRETGEE SRYISGTGGA VVPTPSPDGK YIAFVRRVKD RTGLFLKEIK TGVETPLTLE
LERDMQEGFG SEGYFAYFDW MPDSSEIVYW TGGKFHTIDI EDKITRTMDI TVEGTVKYAD
ALRFDVDVAP DEFDVRMIRW SQMSPNGKTV LFQALGKLYV RDVKSGKIKR LTKQNDHDEY
YPRFSNDGKK IVYTTWDDQD LGTVRVVSAR GGKGKVITQQ PGHYIEPSFS ADGEKVVFRK
FTGGFLLDPT YSVEPGIYVA DLEEDSVSKV TDNGYNAHFA GGDDRVYFTE SAGGEAYYET
QLSSVNLQGN DKRTHLYGAN KVSEYKLSHD KKWVAFVYQF KTYVAPFVEN GKRITIGPNM
TSLPVTQLSS RAGEYLTWSP DNKTLSWFNG PTLFSRSLDE AFAFLDGAPE TLPEPVAEGM
DLSFTTKADK PSGYKALVGG KVVTMRDADN TQEVIENGVV LIKDNRIEAV GKRGDIAIPG
DAMQIDTSGK TIIPGLVDAH AHGSQGRNEI IPQQNWSQFS NVSFGVTTIH DPSNDTTEIF
AAAELQRKGK IVAPRIYSTG TILYGAEGLG YKAIINDYED AYFHVERLKE AGAISVKSYN
QPRRDQRQQV LWAAKNQAMM VVPEGGGKLQ QNLTMLVDGH TGLEHSIPVE KGYSDVTQLW
KATEFGYTPT FVVSYGGMMG EEYWYDKTEV WKNPRLLRYT PSTILDKRAI RRPTAPENQY
NHQNVASYAK ELRDNGVSVH IGAHGQREGL AAHWELWIME QGGFTPWEAL RGGTIDGAKH
LGMGKDLGSI EKGKLADLVV IDGDVLSDIR KSEYVEYTVL NGRVYESATM NEVGSKEKRE
PFFFEQDNAT FMPQQTADEV EAKAHHYHWE H
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