| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_3238 |
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| Symbol | |
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| ID | 6117557 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 3966282 |
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| End bp | 3969347 |
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| Gene Length | 3066 bp |
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| Protein Length | 1021 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641634782 |
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| Product | amidohydrolase |
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| Protein accession | YP_001761603 |
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| Protein GI | 170727577 |
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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 | 10 |
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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 | 16 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCATAACA AAATAACAAG CATAACAATA ATTACTGCAT TGACTTTTTC TTACATAAAA
AACAGCAGTG CAAATGACCA ACTCACTGAT AATACACCAA AACTCACAGC TTTAACTCAT
GCTAATTTAA TGATTGAGCC TGGAGAGATG CTTGAAAATG CCACACTGAT AATCAAGAAT
AATAAAATCA TTGAGATTAT AAAAGATAAT AAAGTTCCTC AACATGCCTT TGTCATCGAC
TTGAGTGGTT ACACTATTTA TCCAGGCTTT ATCGATCCAT TTACCAACTA CGCCATTGAT
TTTAAATATC CCAAAATTGA GACTGCTCCC CCAGTTTATG AAATAAAACG CATTGGAGGA
AATGCTGAAA ATGGTGCTAT TCATTCAGAA AAAGAGTGGT TTAACTTTGT TTATCCCAAC
AATGAGAAAG CCCTTGATTG GGTAAATAAT GGCTTTACTA GCGTTCAATC AAGTAGTCTA
GATGGGATAT TTAGGGGGCG TGGAGTCACT CTGTCACTGG CTGATAAACG CGCTAACGAT
ATTATATATC ATGCCAGAGC AAACCATTTT ATGGCATTCG ATAAAGGCAG TTCACCTCAA
GATTATCCCT CTTCATTAAT GGGAAGTATC GCCCTTATCC GACAAACCCT CTCCGATGCT
AAATGGTATA AAGAGAATAA ACATAAATCT TTCGCTAAAA CTCAAAACAC CTTAGTTGAA
TTTAATGCCG CATTAGCGGG TTTAGAAACA ATTGAAAACG ACCCTCTTCT ATTTGATACC
CGCAACTTGA ATAACCAACT CAGGGCTGCA AAATTAATCA AAGAGCATAA ATTAGATGCT
AGTTTACTTG GAAATGGCAA AGAGTATGCT CGCATAGATG AATTAAAAAC CTTCCCTTTT
GAATTAATTC TGCCATTAAA TTTTCCCGAA GCACCAAAAG TAGGTGATAG TGATAATGAA
AGAGAGGTAA GTTTAGCCAC GATGCGTCAC TGGGAGCGAG CCCCAGGAAA CCTCAAAGCA
GTATCAGATG CAGAAATCCC CTTTGCCCTA ACCCAACACG GCATCAAACC AGAGAGATTT
TGGCCTAGAT TAAGGCAAGC GATAGATTAT GGTCTCACTG AAGAATCAGC CCTAGCGGCA
CTCACCACAG ATGCCGCTGC AATAGCAGGA ATAGATGAGA TAAGTGGCCG ACTAAAACCA
GGCTTTATGG CAGATCTTGT CATCACTAAA GGAAACATAT TCCAAGATGG ACAGATCCAC
AGTGTCTGGT TACAGGGCGA AGAGACCCAA CTAATTAACC GCAATATCTC GCTACTAAAC
CAAAACATTC AACTGCAAAT TGGCGCATTA ACCTTAGACC TTGAACTCGA CAATACGAGT
CAAAAGAGCT TAAACGGCGT ACTCTCAAGT GGTGAACAGC AACTGCCACT TTCAAACCTT
AACTACCAAG ATCGCAGATT AACCTTCAGC GCCGATATGA CGCCTGCAGG TTTAGATGGG
ATCAATCGCT TTACCTTATG GTTTGACCAA CAGGGCGTGC ACGGTCGCAT GCTGGATAAA
CAGGGAGCTG TCACCCCACT GGCGGGGATT GCTACCGATA ATCTCCCGTC AGAAGTCCAA
GCAACAACTA AGCAAACACC TAACTATATC TCAACGCTTA CCTCCCCTAA TGTCGCTTAT
GGCAGAGAGA TAGGTGCTCA AGCAGAAAAT CTGCATATCA GTAATGCCAC CATATGGACA
TCAGATAAAC AGGGAGTCCT AATCAATAGC GATCTTATCG TCTCCAGAGG AGAGATTAAG
CGTATTGGAC AAAACCTTTC AACGCCTTCG GGCTACACCT TTATTGATGC CACAGGTAAA
CACCTTACAG CGGGCATCGT CGATGAGCAC TCTCATATCG CAATCAATGG CGGCATCAAT
GAGGGCACTG ATGCGATCAC CTCGGAGGTC AGAGTGGGTG ACATCATTAA TCCAGACGAT
ATTGGCATCT ATCGCGCCCT TTCTGGTGGT GTCACAACCG CCCAGATCCT CCATGGCAGC
GCCAACCCCA TTGGCGGACA AGCTCAAGTT ATTCAGATGA AATGGGGAGA AAGCGCATCA
TCGCTGAAGT ATCAGCAAGC CAAACCCAGC ATCAAGTTTG CTCTCGGTGA AAACGTCAAA
CAGAGTAACT GGGGCGATAA ATTTAATCGA CGTTTCCCGC AAAGTAGAAT GGGGGTTAAA
TCTCTCTTTA ATGAGGCCTT TAATGAGGCG CAGGCTTACC AAGGTGAACT GGACAACTAC
CAAGATCTAA GAGGAAGTGA AAAGCGTCGC CGAGTCGCCC CGCAACCTAA TTACCGCTTA
GAGGCGATAG CCGAAGTATT AGCACAAGAG CGAGAGGTGC ATATTCACTC TTACGTTCAA
TCGGAGATCT TGATGTTTTT ACGCCTGGCT GAAGCATACC AATTTAAAGT TGGCACTTTC
ACTCATATTC TTGAAGGCTA TAAAGTCGCC GATGAGATGG CCGCTCACGG TGCATCGGCT
TCAACCTTTT CAGACTGGTG GGCTTACAAG TTTGAGGTCT ATGATGCAAT CCCGCAAAAC
ACCTGTTTGA TGCAAAATAA AGGGGTATTA ACTAGCATCA ACTCTGATGA CTTTGAGATG
CAAAGACGCC TCAATCAAGA AGCGGCAAAG TCCATCATGT ATTGCGACAT GTCGCCAGAA
GACGCTTGGA ACATGATCAC AATAAACCCC GCCATCCAAC TGGGAGTCGA TGAATACTTA
GGTTCTATCA CAGAAGGAAA GCAGGCAGAC ATCGTGTTAT GGGATCACTC GCCCCTCTCT
GTTTATGCCC AAGTACAAGC TACTTGGATT GAAGGTAAAC GCTATTTTGA TCGTAAAACC
GATAGAGAGA CGCAGCGCAA AGTCAGTGTA GAAAGAGCCG CATTAATTCA AAAAATACTC
GCGGAGCAAA ATAGTGATAA GTCACTTCCC CCCGGTGAAG TGATTGATGA GATAGATGAG
CCAGAGTGGC ACTGTGATAC CCATTATGAT GTATGGCGTC AGGCTCGTCA GGGAGGAGCT
ATATAA
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| Protein sequence | MHNKITSITI ITALTFSYIK NSSANDQLTD NTPKLTALTH ANLMIEPGEM LENATLIIKN
NKIIEIIKDN KVPQHAFVID LSGYTIYPGF IDPFTNYAID FKYPKIETAP PVYEIKRIGG
NAENGAIHSE KEWFNFVYPN NEKALDWVNN GFTSVQSSSL DGIFRGRGVT LSLADKRAND
IIYHARANHF MAFDKGSSPQ DYPSSLMGSI ALIRQTLSDA KWYKENKHKS FAKTQNTLVE
FNAALAGLET IENDPLLFDT RNLNNQLRAA KLIKEHKLDA SLLGNGKEYA RIDELKTFPF
ELILPLNFPE APKVGDSDNE REVSLATMRH WERAPGNLKA VSDAEIPFAL TQHGIKPERF
WPRLRQAIDY GLTEESALAA LTTDAAAIAG IDEISGRLKP GFMADLVITK GNIFQDGQIH
SVWLQGEETQ LINRNISLLN QNIQLQIGAL TLDLELDNTS QKSLNGVLSS GEQQLPLSNL
NYQDRRLTFS ADMTPAGLDG INRFTLWFDQ QGVHGRMLDK QGAVTPLAGI ATDNLPSEVQ
ATTKQTPNYI STLTSPNVAY GREIGAQAEN LHISNATIWT SDKQGVLINS DLIVSRGEIK
RIGQNLSTPS GYTFIDATGK HLTAGIVDEH SHIAINGGIN EGTDAITSEV RVGDIINPDD
IGIYRALSGG VTTAQILHGS ANPIGGQAQV IQMKWGESAS SLKYQQAKPS IKFALGENVK
QSNWGDKFNR RFPQSRMGVK SLFNEAFNEA QAYQGELDNY QDLRGSEKRR RVAPQPNYRL
EAIAEVLAQE REVHIHSYVQ SEILMFLRLA EAYQFKVGTF THILEGYKVA DEMAAHGASA
STFSDWWAYK FEVYDAIPQN TCLMQNKGVL TSINSDDFEM QRRLNQEAAK SIMYCDMSPE
DAWNMITINP AIQLGVDEYL GSITEGKQAD IVLWDHSPLS VYAQVQATWI EGKRYFDRKT
DRETQRKVSV ERAALIQKIL AEQNSDKSLP PGEVIDEIDE PEWHCDTHYD VWRQARQGGA
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