| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_02077 |
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| Symbol | |
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| ID | 6775333 |
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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 | 2244986 |
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| End bp | 2247925 |
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| Gene Length | 2940 bp |
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| Protein Length | 979 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 642755512 |
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| Product | hypothetical protein |
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| Protein accession | YP_002126373 |
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| Protein GI | 196156884 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG5519] Superfamily II helicase and inactivated derivatives |
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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 | 0.777801 |
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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 | ATGGGTAATT TAGATTTTAA AGGCCTAAAT GAATATGCGT TAAGCAATAT CGATAGTGTA
TTAAATTATT ACTTACCTGG GGGAAAGCAT GAAGGCCATG AGTACACGGT GTTAAACCCC
GTAAGAGATG ACAATAAACC TGGTTCATTC AGCATTAATA CCAATACAGG TGTTTGGGCT
GACTTTGCAA GGCTTCCAGA AGTAAAAGGA CAAGACATAA TATCACTGGT GGCATACGTC
AAACGCTACG AGCATCAAGG GGAGGCATTC AAAGATCTTA GCGACTTACT CAACTATGGT
AATAGAGTTC CAACAAAGAC TAACAATAGC GCCACAAATG CCCGTCGGAA TGGCGAAGAA
TGGTTACACG TAACGCCTGT GCCGAACGAA TTTGTTAGAC GTTGCTATAA AAAACACTAC
AAACATGGCT TACCTACTTT TACATGGGAA TACAGGGACG CTAACAATCA GCTTATTCTT
AAAGTACTGC GCTTTGATAA ACAAATAGAC GGCGAAAGAG AAAAAGCATT TGCTCCTTTA
GCCCTATATA AAAATCATGA GACAGGTGAA ATCAAGTGGC ATTGGCGTAT GCCTAAAGTA
GACCGACCGT TATATGGGTT ACATGAACTA GCCAAGCGCC CTAAAGCCAC AGTAGTTCTT
ACAGAGGGTG AGAAGGCCGC AGACGCTGCA AAAGCATTGT TCCCTAGCTG TGTATGTATG
ACGTGGCCTA ACGGCTCTAA TTCTATCAGT AAGGCCGATT TTACACCATT GGCTAAGCGC
AATGTAATCA TATGGCCCGA TAATGATAAT GCCGGCATTA AGTGCGCTAA AGAGCTAAAG
AACTTACTCA CTTCACTAGA TGCAGCAAGC ATTCGAATTA TTAATTTAGA CAGCTTAGCT
AAAACCCCTC TTTCTGAAAG CGAGGGTGGC CCTTTATTTG GTGAAGATTG CACGTGGCCC
GATAAAGCAG ATGCCGCTGA CGCGCTTGAA CTAGGTTGGG GGGCTGCACA CTTAGAAGCG
TTAAAGAAAA GTGGTGAACT ATTCATAAAA GAAGCGGTAA CACACGCCCC TAGCGACATT
AAACCTAAAG TACCTCAAGG CTTTAAATTA ACGGATAACG GTGTAGAAGC GTTTTACAAG
TCAGATGATA AAGGCAATGA GATATACAGG CGAATTTGCG CCCCTTTAGA ACTGTTAGCC
TTAACCCGTG ATGCTGGTGG TTCTGGTCAA GATTGGGGGG TGCTCGTGCG CTTTAAAGAC
TATGACGGTC AAGAGAAGCG CTTAAACATT CCTAAACGCT TGTTTGCTAC TGATGGTGGT
TCAGACATTA GAAAACAATT GCTTTCAGAG GGGCTTCATA TAGAGCCACG CTCGCAAGAG
AAAGGAAAAC TCATTGATTA CCTAAACTGC CCTGACATAA CCAATAGAGT AGGTTTAGTT
AAAAAGTTAG GTTGGCATAA AAACGCTTTC ATTTTGCCCG ATCAAACAAT AGGTGAAACA
GAATCACCGC TTCTCTACGA CAATGAAAAC GCCCGTGATT GTAAATTAAA GGCCGCTGGC
GCTATATCAG ATTGGCAACG TGAAATAGCG TCATATTGCG AAGGAAACCC GTTACTTACT
CTTGCTGTGT CTCTAGCCTT TACTGGCCCC CTAGTTAGCT TGATGGGGCT TTCTGAAAAC
GTTGGATTTC ACTTCTACGG TGATAGTTCT TTAGGTAAAT CAACGTTGAT GAATGTTGCT
TGTTCTGTGT ATGGCAAGCC TAGTGAATTT AAAGGTTCAT GGCGTACCAC TGATAACGCT
TTAGAAGATA CCGCAGCTCT GCACTCAGAC ATGCTATTGG CGCTTGATGA GCTGAACGAA
GCTAACCCCC TTACTATTGA GGGGATCATA TACATGGTTG GTAACGGTAA AGGAAAGAAC
CGCTCTGGCC CTGACTATGC TAAGAAGAAA ACACAACGTT GGAATCTGGC GTTCTTGTCA
AACGGTGAAA AGACTATTGA TGACTACTTA GGCAGCATTG GCAAATCGGT TAATGGTGGT
GTTCATATGC GTTTTCTTTC TCTGCCAGCT TCACAGCACG AAGACGAAGC ACTTAAAAAG
CGTAATGGCA TATACACCGA TACACATAAC TTTATAAATG GGGCTGCATT GTCTGATCAC
TTGAACAAAG CGTGTGAAAA GTACCACGGT GAACCGTTCT TAGAGTTTAT CAAGCAACTA
ACCAGTACCG ACTTAGGCGA ACTAATCAAA GTACACCATG CAGAGATTGC CACGTACAGA
GAACGAGTGC TTGGTAATGA TGCTGGTGGG CAAGCAGTAA GGGCCTTTCA AAAGTTTGCG
CTGGTGGGCT TAGCTGGTGA GCTTGCTTCA ACTTTTGGCA TTACTGGATG GAACGAGGGC
CATTCTATTC AATCAGCTAT ATCGTTGTTT AGAATGTGGG TAGATATTCG GGGCGGTACT
GGAAATGTAG AAGAGATACA GCTTCTTAAT CACCTGGCGA AGCAAATAAA GCTTTATGGT
GAAAAGCACT TTAAACGGTG GGATAGAAGA GGGGCAAAAG ACCCTATGGT CATTGATGAG
CATGTACCAG CTAAATTGGA AACATGGGGA TATAGAGAGC AAATTACCAC TAGGCACCCT
GATAAAGACG CTACTACAGA CCATATGTAT TACGTGTACA AAGACATATT TATGGATGTT
ATGTGTAAAG GTTTTGATGG TAAACGGGCC GCTCTACTGC TTAGAAATTT AGACGTTTCT
ATTCTCAGAC CGTCAGAGTT AAAACGAAGT AGGCTTAACA CCTCTGAGAC TCTACCTAAT
GCTGGTGGTA AGCCTCAACA AGTAATTAAG TTCAAGGCTT CCTCACTCTT TGAAGCTGTA
GACAGAATGA CTTTAAGCGA TAGTGACCAA CACGATGCTG AACACGCTAA GTCAGCCTGA
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| Protein sequence | MGNLDFKGLN EYALSNIDSV LNYYLPGGKH EGHEYTVLNP VRDDNKPGSF SINTNTGVWA
DFARLPEVKG QDIISLVAYV KRYEHQGEAF KDLSDLLNYG NRVPTKTNNS ATNARRNGEE
WLHVTPVPNE FVRRCYKKHY KHGLPTFTWE YRDANNQLIL KVLRFDKQID GEREKAFAPL
ALYKNHETGE IKWHWRMPKV DRPLYGLHEL AKRPKATVVL TEGEKAADAA KALFPSCVCM
TWPNGSNSIS KADFTPLAKR NVIIWPDNDN AGIKCAKELK NLLTSLDAAS IRIINLDSLA
KTPLSESEGG PLFGEDCTWP DKADAADALE LGWGAAHLEA LKKSGELFIK EAVTHAPSDI
KPKVPQGFKL TDNGVEAFYK SDDKGNEIYR RICAPLELLA LTRDAGGSGQ DWGVLVRFKD
YDGQEKRLNI PKRLFATDGG SDIRKQLLSE GLHIEPRSQE KGKLIDYLNC PDITNRVGLV
KKLGWHKNAF ILPDQTIGET ESPLLYDNEN ARDCKLKAAG AISDWQREIA SYCEGNPLLT
LAVSLAFTGP LVSLMGLSEN VGFHFYGDSS LGKSTLMNVA CSVYGKPSEF KGSWRTTDNA
LEDTAALHSD MLLALDELNE ANPLTIEGII YMVGNGKGKN RSGPDYAKKK TQRWNLAFLS
NGEKTIDDYL GSIGKSVNGG VHMRFLSLPA SQHEDEALKK RNGIYTDTHN FINGAALSDH
LNKACEKYHG EPFLEFIKQL TSTDLGELIK VHHAEIATYR ERVLGNDAGG QAVRAFQKFA
LVGLAGELAS TFGITGWNEG HSIQSAISLF RMWVDIRGGT GNVEEIQLLN HLAKQIKLYG
EKHFKRWDRR GAKDPMVIDE HVPAKLETWG YREQITTRHP DKDATTDHMY YVYKDIFMDV
MCKGFDGKRA ALLLRNLDVS ILRPSELKRS RLNTSETLPN AGGKPQQVIK FKASSLFEAV
DRMTLSDSDQ HDAEHAKSA
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