| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_2857 |
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| Symbol | |
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| ID | 5663248 |
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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 pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | + |
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| Start bp | 3488091 |
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| End bp | 3491123 |
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| Gene Length | 3033 bp |
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| Protein Length | 1010 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 641237497 |
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| Product | amidohydrolase |
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| Protein accession | YP_001502710 |
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| Protein GI | 157962676 |
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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 | 13 |
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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 | ATGCGTAAAC ATATAATCAC ATCTCCTATC GCTTTACTTA GCTTGTTATA TAGCCAAGCG
CTATTTGCTA ATGAGCAATT GTCCGACAAC ACCCCCAGAC TCACGGCATT AAGCCATGCA
AACCTGATGC TGGCACCAGG CAACATGCTA AAAGATGCTA CCCTATTGAT TGAAAACAAT
AAAATCAAAG CCGTCATTAA GGATAACGAT ATTCCCGATG GGGCATTTGA AATAGATTTG
TCGGGGCACA CTATATATTC AGGCTTTATT GATCCCTTTA CTGAATATGC CATCGACTAT
GAAAGAGAGA TTCAAGATAA ATCAGGCCCC GTATATGAAA TTAAACGTAT CGGCGGTAAC
GCAAGCAATG GTGCAATCCA TTCAGAGATG CAGTGGTTCA ATTATGTCTA TCCAGATAAA
GAACAAGCAA AGAAATGGGT TGATAATGGT TTTACCAGTG TCCAGTCTAG CTATTTAGAT
GGAATATTTC GCGGGCAGGG TGTGACATTA TCGTTAGCCA ATAAGAAGGC TAATGATGTT
ATTTATAATG CACATACGAG CCAATTTATG GCCTTTAACA AAGGCTCTTC TGTTCAAGAT
TATCCACAAT CTTTAATGGG CAGTATGGCA TTAATTAGAC AAACCTTGTC CGATGCAAAC
TGGTATAACC AAAATAAGAA TAAAAGTTCT GGAGAGACGG TTGAGTTTAA TATTGCATTT
GAGCGGCTAG CCGACGCCAA AAAGCAAAGT TTCATCTTTG AAACTAAAAA CCTCAATAAT
CAGCTCAGAG CTGCTCAATT ATTAAACCAA CATGAGTTAA GCGGCAGCCT AATTGGCAAT
GGTCGTGAAT ATGCAAGATT AACGGAATTA AAGTCCTACC CTTTCAGCCT CGTCCTGCCA
CTTAATTATC CCGCCGCACC TGAAATAATC GACGGTGATA GTGAGCGTGA AGTCAGCCTA
GCTCAATTAA GGCATTGGGA GCGCGCCCCA AGTAATTTAG CCAAGGTTGC AGATGCCGAA
ATTCCGTTCG CATTAACTCA ATACGGAATA GAGTCTGATA AATTTTGGCC AAGGCTTAAA
TTAGCCGTTG AAAGAGGTTT GTCTGAAGAA GCGGCCCTAG CCGCATTAAC CACCGACGCC
GCTGAAATAT CAGGGATCGA TCATTTAGCG GGTAAACTCG AACCTGGCTT TATGGCAGAC
TTGGTCATCA GCGACGGTAA TATTTTCGAT GACGGTAAGA TTGTCAGTAT CTGGTTACAG
GGTGAAGAGC GCCAGCTTAT CAATCGCAAT AGAGCCCTAC TCGACAAGCC CTATCAGCTG
CAGCTTAACG AGCTGGCCTT CGATCTCAAC ATTAGCCAAT CTCCGTCTTT AAGTGGTACG
CTTTCTAGCG GTGAGAATAC CATTGAGCTA GCCAACCTTG ATTACCAACA AGGACGGCTC
ACGTTTAGCG CCGACCTATC TGAGGCGGGA TTTAAAGGCG TTAGTCGCTT CACCCTCTGG
TTAGATGACC AAGGCCTGAC GGGTAGACTG CTCGACAGCA GTAACCAAAC CATTCCTTTT
GGTGGAATAA AGCTCAAGCC AGTTACTATA GAGAGTAAGC AAGATAAGCC AACGCAAACC
GCGCTTATTT CCAAGCTAAC TTCGCCTAAT GTGGCTTATG GTTTAAATGA GCGCCCGGCG
CTAGATAAGG TACATATAAA AAACGCCACT ATCTGGACCT CAGATAAGAG CGGCGTACTC
AGCAATAGCG ATCTGATCAT TGCCCGAGGA AAAATTGAAG AGATAGGCCA AAACCTCAAG
ACCCCTTCTG GCTATGCCAG TATCGATGCC ACAGGTAAGC ATGTCACCGC TGGCATTATC
GACGAGCACT CTCATATTGC CCTTAACGGC GGTACAAACG AAGGCACTGA CGCTATCACC
TCTGAGGTGC GTATTGGCGA TGTGATCAAC CCAGATGATA TCGCCATCTA CCGCGGTCTT
GCTGGCGGTG TCACCACAGC ACAGATCCTT CACGGCAGCG CCAACCCCAT TGGTGGCCAA
GCGCAGATCA TTCAGCTTAA ATGGGGCGAT AATGCCGAGC AACTGAAGTT TGAAGATGCG
CCAGCAAGCA TTAAGTTTGC CTTAGGTGAA AACGTTAAAC AGAGTAACTG GGGTGACGAT
TATACCCGTC GCTTCCCTCA GAGCCGCATC GGGGTTAAAT CCCTATTTAG CGAGGCTTTC
AACGAAGCAC TCGCCTATCG CAAGGCTCAC TCCGATTATA AAAAAATGCG CTCAAGCGAG
CGCAGGCGCA CGGTCGCGCC GCAGTATAAC TATCGCTTAG AAGCAATTGC TGAGGTGTTA
GAACAAACCC GCAATATTCA TATTCACTCT TATGTGCAAT CTGAAATACT GATGTTCTTG
CGGCTTGCCG AGGCGTACAA CTTCAAAGTC AGCACCTTTA CCCATATTCT GGAGGGCTAT
AAGGTCGCCG ATGAGATGGC CGAGCACGGC GCCCATGCCT CCACTTTCTC CGATTGGTGG
GCATACAAGT TTGAAGTCTA TGATGCTATC CCACAGAACA CCTGCTTGAT GCAAAACAAA
GGCGTTCTCA CCAGCATCAA CTCCGACGAC TATGAAATGC AGCGCCGACT TAACCAGGAA
GCGGCAAAGT CGATGATGTA TTGCGGCATG GCGGCAGAAG ATGCGTGGAA GATGATCACC
ATCAACCCTG CTATTCAACT CGGTATTGAA GACAAGGTCG GCTCATTGGT TGAAGGTAAA
CAAGCCGATA TCGTGTTATG GGATCACCAG CCACTTTCTG TTTACGCCAA GGTCGACTCT
ACCTGGATTA GCGGCCGCCG CTATTTCAGC CGCGAACAAG ACAGAACTGC ACAAACTGAG
GTTGCAACAG AGCGCGCTGC ACTTATCCAA AAAGTCCTTC GCAGCGATGA TGCCCATAAA
CAAGGCGAAA CCCCGATAGA GTTAACCGAG CCTGAATGGC ACTGCGATAC CCACTTTAAT
GCATGGCAGC AGTCAGCCAA AGGAGCACTG TAA
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| Protein sequence | MRKHIITSPI ALLSLLYSQA LFANEQLSDN TPRLTALSHA NLMLAPGNML KDATLLIENN
KIKAVIKDND IPDGAFEIDL SGHTIYSGFI DPFTEYAIDY EREIQDKSGP VYEIKRIGGN
ASNGAIHSEM QWFNYVYPDK EQAKKWVDNG FTSVQSSYLD GIFRGQGVTL SLANKKANDV
IYNAHTSQFM AFNKGSSVQD YPQSLMGSMA LIRQTLSDAN WYNQNKNKSS GETVEFNIAF
ERLADAKKQS FIFETKNLNN QLRAAQLLNQ HELSGSLIGN GREYARLTEL KSYPFSLVLP
LNYPAAPEII DGDSEREVSL AQLRHWERAP SNLAKVADAE IPFALTQYGI ESDKFWPRLK
LAVERGLSEE AALAALTTDA AEISGIDHLA GKLEPGFMAD LVISDGNIFD DGKIVSIWLQ
GEERQLINRN RALLDKPYQL QLNELAFDLN ISQSPSLSGT LSSGENTIEL ANLDYQQGRL
TFSADLSEAG FKGVSRFTLW LDDQGLTGRL LDSSNQTIPF GGIKLKPVTI ESKQDKPTQT
ALISKLTSPN VAYGLNERPA LDKVHIKNAT IWTSDKSGVL SNSDLIIARG KIEEIGQNLK
TPSGYASIDA TGKHVTAGII DEHSHIALNG GTNEGTDAIT SEVRIGDVIN PDDIAIYRGL
AGGVTTAQIL HGSANPIGGQ AQIIQLKWGD NAEQLKFEDA PASIKFALGE NVKQSNWGDD
YTRRFPQSRI GVKSLFSEAF NEALAYRKAH SDYKKMRSSE RRRTVAPQYN YRLEAIAEVL
EQTRNIHIHS YVQSEILMFL RLAEAYNFKV STFTHILEGY KVADEMAEHG AHASTFSDWW
AYKFEVYDAI PQNTCLMQNK GVLTSINSDD YEMQRRLNQE AAKSMMYCGM AAEDAWKMIT
INPAIQLGIE DKVGSLVEGK QADIVLWDHQ PLSVYAKVDS TWISGRRYFS REQDRTAQTE
VATERAALIQ KVLRSDDAHK QGETPIELTE PEWHCDTHFN AWQQSAKGAL
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