| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_0017 |
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| Symbol | |
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| ID | 1167915 |
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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 | Shewanella oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | - |
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| Start bp | 18941 |
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| End bp | 22090 |
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| Gene Length | 3150 bp |
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| Protein Length | 1049 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637342026 |
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| Product | amidohydrolase |
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| Protein accession | NP_715659 |
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| Protein GI | 24371617 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGCTGAGCC TAAATCCCCC CATAGCTCAC GCGGATGAAG TCCAAAAACC AAGCTGGGAT
GTAAACGCCC CCACTAATGC GCCGCTAAAA AAAGTCAAAA TCGATGTTAA TGAAGGCACT
TGGATGAACC TCAGCGTAAG CCCTGATGGC CAACATTTAG TGTTTGATTT GCTCGGGGAT
ATTTATCAAA TCCCAGTCAC GGGAGGCGAA GCTAAGCCAT TAGCTCAAGG GATCTCCTGG
CAAATGCAGC CTGTATATAG CCCTAATGGT AAACACATCG CCTTTACCTC AGATGCTGAC
GGTGGTGACA ATATCTGGAT TATGAATGCC GATGGAAGCA ATCCACGCAC GGTCACAAGC
GAAACCTTTC GCTTACTCAA CAGCCCAGCT TGGAGCCCTG ATTCCCAATA TTTAATTGGT
CGCAAACATT TTACCGCCAG TCGCAGTTTA GGCGCCGGCG AAGTCTGGCT CTACCATGTA
GCTGGTGGCG AAGGCGTTAA ACTCACTGAA CGGCCAAATG ATGAGAAAGA CTTAGGCGAA
CCCGCCTATT CACCCGATGG TCGTTATATC TATTTCAGTC AAGACGACAC CCCAGGAAAA
ACCTTCCATT ACTCCAAAGA TTCGGTAAAC GGTATCTATA AAATCAAGCG TTATGATACC
AAGACTGGAA ATATCGAAAT TCTGATTGAA GGGACAGGTG GTGCTATTCG CCCGACACCG
AGTCCTGATG GCACCAAGCT GGCCTATATC AAACGTGATG ACTTCCAATC ATCCTTATAT
TTGCTTGATT TAAAATCCGG CGAAACAACT AAGTTGTTTG GCGATTTAGA CCGTGATATG
CAAGAGACAT GGGCAATCCA CGGAGTCTAT CCAAGCATGG CTTGGACTCA AGACAACAAA
GATATCTTCT TCTGGGCTAA GGGCAAAATT AACCGCCTCA ACGTTGCCAA TAAAACGGTC
ACTAATGTTC CCTTTTCCGT AAAAACTCAA TTAGACGTTC AGCCTTCAGT TCGCTTTAAA
CAGGATATTG ATAAAGATGT ATTCGATGTA AAAATGCTGC GAATGGCACA AGTCTCCCCC
GATGGTAGTA AAGTTGCCTT CGAAGCATTG GGTAAAATCT GGTTAAAGTC GCTTCCCGAT
GGCAAGATGT CACGCTTAAC TGAGTTAGGT AACGATATTG GGGAACTTTA TCCCCAATGG
TCGCGTGATG GCAAAAACAT AGTCTTCACC ACTTGGAATG ACCAAGATCA AGGCGCGGTA
CAAGTGATCA GCGCTAAAGG TGGCAAGGCG AAACAACTTA CCACTGAGCC AGGAAAATAC
GTCGAGCCTA CCTTCGCCCC CAATGGAGAG TTGGTAGTGT ATCGTAAAAC CCAAGGCGGA
AACCTCACGC CTCGCACTTG GTCGCAGGAA CCTGGCATAT ACAAGGTTGA TTTAAAAACC
AAACAAAATA CAAAAATCAC CGCAGAGGGT TACCAAGCTC AATTTGGTGC TTCAGCGGAA
CGCATCTTTT TTATGAATAG TGGCGATGAT GATACGCCAC AGCTAGCTTC AATCAACTTA
GACGGTTTTG ATAAGCGCGT TCACTACAGC AGTAAGCATG CAACCGAATT TAGAGTTTCC
CCCGACGGTG AACAACTTGC CTTTGCTGAA CGCTTTAAAG TGTGGGTGAC GCCCTTTGCC
AAACATGGTG AAACGGTTGA AATCGGACCT AACGCCAGCA ATCTTCCCGT TACTCAGTTA
AGTGTGCGAG CCGGTGAAAG CATCAGTTGG AATAGCAAAA GTAATCAACT CTATTGGACT
CTTGGCCCAG AACTGTACCA AACCGAAGTT GATTCCCAGT ATCTAAAAAA GGACGAGCAA
GCTAAGCCAA GCATTATCAA TTTAGGCTTT ACCGAAAAGG CCGATGTTCC ACGTGGAACA
GTCGCTTTTG TCGGCGGTAA AGTGATCACC ATGGAAAATG ACCAAGTCAT CGATAAGGGT
GTGGTGATCG TTAAAGACAA TCATATTGTT GCCGTTGGCG ACGCTAATAC GCCGATTCCA
AAGGATGCAC AAGTCATCGA TATAAGCAGC AAATCCATTA TGCCAGGCTT GTTTGATGCT
CATGCCCATG GTGCTCAAGC TGATGATGAA ATCGTGCCGC AACAAAACTG GGCGCTCTAT
TCTGGTTTAT CCTTAGGCGT GACTACGATT CACGATCCAT CGAACGATAC GACTGAGATT
TTTGCAGCCT CGGAACAGCA GAAGGCGGGC AACATCGTTG GCCCACGGAT TTTCTCTACG
GGAACGATTC TCTACGGCGC TAACGCGCCA GGATACACCT CGCACATCGA CTCTGTTGAT
GATGCAAAAT TCCATTTAGA GCGACTCAAA AAAGTCGGTG CCTTTAGTGT GAAGAGCTAC
AACCAACCCC GTCGAAATCA AAGACAACAG GTTATCGCTG CAGCTCGCGA ACTCGAAATG
ATGGTCGTGC CCGAGGGCGG CAGCTTGCTA CAACATAACC TGACCATGGT TGCCGATGGC
CATACAACCG TAGAACATTC CTTACCCGTG GCAAGTATTT ATAACGATAT TAAACAGTTC
TGGGGTCAAA CTAAGGTCGG TTATACGCCA ACCTTAGTCG TCGCCTACGG TGGTATTTCG
GGTGAAAATT ACTGGTACGA TAAAACCGAT GTGTGGGCAC ATCCACGTTT GTCTATGTAT
GTACCAAGCG ATATTTTGCA AGCACGCTCA ATGCGTCGCC CCCATGTACC AGAAAGCCAC
TACAACCATT TTAACGTCGC TAAAGTCGCG AATGAGTTTA ATAAATTAGG CATTCACCCA
AATATTGGCG CCCATGGTCA GCGTGAAGGT TTAGCCGCAC ATTGGGAAAT GTGGATGTTC
GCCCAAGGCG GCATGAGTAA TATGGACGTA CTGAAAACGG CGACGATTAA CCCAGCCACC
ACCTTCGGTT TAGATCATCA ACTTGGCTCG ATTAAGACTG GTAAACTCGC CGACTTAATC
GTTATCGATG GCGATCCACT AGCGGATATT CGCGTTACAG ATAGAGTCAC TTATACCATG
GTTAATGGTA AGTTGTTCGA CGCTGAGTCG ATGAACCAAC TCAATGGTAA CAAGCAACAG
CGTAAGCCTT TCTTCTTCGA GAAAATCTAA
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| Protein sequence | MLSLNPPIAH ADEVQKPSWD VNAPTNAPLK KVKIDVNEGT WMNLSVSPDG QHLVFDLLGD
IYQIPVTGGE AKPLAQGISW QMQPVYSPNG KHIAFTSDAD GGDNIWIMNA DGSNPRTVTS
ETFRLLNSPA WSPDSQYLIG RKHFTASRSL GAGEVWLYHV AGGEGVKLTE RPNDEKDLGE
PAYSPDGRYI YFSQDDTPGK TFHYSKDSVN GIYKIKRYDT KTGNIEILIE GTGGAIRPTP
SPDGTKLAYI KRDDFQSSLY LLDLKSGETT KLFGDLDRDM QETWAIHGVY PSMAWTQDNK
DIFFWAKGKI NRLNVANKTV TNVPFSVKTQ LDVQPSVRFK QDIDKDVFDV KMLRMAQVSP
DGSKVAFEAL GKIWLKSLPD GKMSRLTELG NDIGELYPQW SRDGKNIVFT TWNDQDQGAV
QVISAKGGKA KQLTTEPGKY VEPTFAPNGE LVVYRKTQGG NLTPRTWSQE PGIYKVDLKT
KQNTKITAEG YQAQFGASAE RIFFMNSGDD DTPQLASINL DGFDKRVHYS SKHATEFRVS
PDGEQLAFAE RFKVWVTPFA KHGETVEIGP NASNLPVTQL SVRAGESISW NSKSNQLYWT
LGPELYQTEV DSQYLKKDEQ AKPSIINLGF TEKADVPRGT VAFVGGKVIT MENDQVIDKG
VVIVKDNHIV AVGDANTPIP KDAQVIDISS KSIMPGLFDA HAHGAQADDE IVPQQNWALY
SGLSLGVTTI HDPSNDTTEI FAASEQQKAG NIVGPRIFST GTILYGANAP GYTSHIDSVD
DAKFHLERLK KVGAFSVKSY NQPRRNQRQQ VIAAARELEM MVVPEGGSLL QHNLTMVADG
HTTVEHSLPV ASIYNDIKQF WGQTKVGYTP TLVVAYGGIS GENYWYDKTD VWAHPRLSMY
VPSDILQARS MRRPHVPESH YNHFNVAKVA NEFNKLGIHP NIGAHGQREG LAAHWEMWMF
AQGGMSNMDV LKTATINPAT TFGLDHQLGS IKTGKLADLI VIDGDPLADI RVTDRVTYTM
VNGKLFDAES MNQLNGNKQQ RKPFFFEKI
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