| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00426 |
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| Symbol | |
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| ID | 6778098 |
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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 | 440399 |
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| End bp | 444241 |
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| Gene Length | 3843 bp |
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| Protein Length | 1280 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 642753855 |
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| Product | putative two-component system sensor kinase/response regulator fusion protein |
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| Protein accession | YP_002124738 |
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| Protein GI | 196155249 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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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 | ATGACTACTG AGACAGTTCA TCGATATCAA TGGAAAACTC ATTCTTGTGT CCTAATTTTC
CTTGTTTGTT TATTCGTTAT TCCAAAAACG AGCCAAGCGA TTGGTGTAAA TTTAGAGGGC
AGGACTTCTT TCGATGGCGT TCCTTCAGGA GTTATTCGTG ATTTAGAGGT CTCAGACAAG
GTTGTCTATA TAGCCGCGGA AAATGGTGTA TTTGAAGTTA TTGGGAATGA GTCTGAACGG
TTAGAGTTCA ACACGTCTAA CCATGCTACG GGGATCATCT CTGATATCCA CTTGAGCGGC
GCTAGCCTAT GGGTTGTTGA ATACGGCGTG GGCGTTTTTA AAGTTAATTT GAGAACCAAA
GAAGCTAAGC AACTATTTTC TAATAGAGAT TGGACGAGTT CTGTTTGGGC TATGACCATG
ACCTCTACAA ACTTCTATTT CTCTGTCATC GACGATGTTA TACAAACGAA TAGAAATTCA
GGTCATTCAA CGAAGCTAAG CACGCAACTG GCATCTTTGA AGTTAAACGG TATCTACTCA
CTTTTCGCTG TGAACGACAA GGTGCATATA GCATCAAACA AAGGTTATGT TTCAATATCA
GAAGCGTCAG CTACTATTGA AGAGTATAAG CTAAGCGACA AACTTCCGCT TTTATCTAGT
GCAACTTTCG TCAAGGTGAT CGATAAAGAG TTATACATTG GAGGACCAGA GGGGCTGTAT
ATTTTAGGCA GTGAGGCTCG TTTCGTTTCT ACTGAGGGGA TTAGTGGTAC TTACATAAAC
GACGTAATTA AAACAGAAGA CAATAAAATC TGGGTTTCGG ACGGTCGGCT ATTGATACTG
GAAAACGGGA AGCTCGTAGC GCCACCCTTT ATGAATCCAA TATTAACATC TGAGGCGATT
CGTTCGATAA CCAAAATAGC GGTTGGTCCT TATGATTCGC TACTTATTGC TTCTTCTCAG
CTAGGCCTAA TTTCCTTACC CAAAACGAAG TTTTCAACAA ACCTCATATC ATTTAAAGGG
AATGCCTTAA GAGATAATAT TCAAAAATCT GCTTTCGACC AAACGGAAAC GTTAGTCCGA
ATTGAAAATG GCCTATTTAC GCTAAATGAA AGCAATGGAG AGCTAACTGA AACAGTTTTA
GGCAAAGATA AAGCTGCTCA TTGTACGTCT CGGCAAGAAG AGATCTTTGC ACGGCTTAAA
GCGTTAAATC CATCAGAGCT GTGTAGCAGT GATTTCATTC ATTCTGTCGA CATCGATAAA
GACGCCTTCT ATTTATACTT CGATGATGGA ATTAGCGCAA ACTACTACTA TGTAGTGGAT
GAGACTATAA AAGACACCAT CAAAGCACCC CGAAAAATCG TGTATAGCTC GCTATTAAGC
GGCGGTGAAC TAGCGGCATT CGATGAGTTT GACAATATAC ATTTTCAACT GTCTAAGTTT
ACTTGGCGGA CAATTAACCC CGAAGAGGGT AATTGGTTCG GACTTCAGTG TTTAATTGAA
TTTGAAGAAA CTTATTTAGT ATGTACATCT GGGGCTGGCC TAAAAGAAAT CAATAAGAAA
AGCGGTTCGA TCAGCTCGTT AACTATCCAG GGCCTAGATA AATTAAGGTT TATTCGGGGG
GCTATGGTTA CGAAGAGTGG AAACCTATGG GTGGCCTCTA ATATGGGCCT ATTTGTAAAG
CCCCGAACCA GTGAGTCAGT ATTCAAAATT GATATGCAGT TTGGACTGCT TGATACGGAT
TTTGAATATA AAAGCTTCGA GGAGCTTCGC GAAAAAGTAT TAGTGAAGGG CGATAAATAC
AGCTATTTAC TGGATGAAAT TCAACTAATT GAAAGTCTTA AAGCACAAAC TACTGAAGTG
GAACCTATTG TTTTGACTTA CGTTAAGTGG ATGGATAAAA AAGGGCAGCA TGCACTCTAC
TTACCCGAGA ATCTTAACTT TAACTTTGAT AGTAGTTTTG AGGAAGTAAC TTTCAATTTT
GTCGATAGCG ATGTCTATAA CGAGAGCAGA GGCATCGAGT TCAAACTAGA CGATGATGCC
TGGGTCTCTC ACAATAAAGC GGCTATGAAT TTAACTTTAG GTGACATGGA CGTTGGTGAA
CATAAACTTT ATATAGTGAC CACGCACAAT AAAGGAGCCT CAGAAGGACT GACTATTCAA
TTCGATATAG CTCCGCCTAT TTGGGCATCT TATATAGGTA TTATTTTTTA CCTATCAATA
TTAATAGTGT TTTTCTTCTT ATGGAAAGTC GGCTTAGTAA GTAAGCTTTA CGAGAAGTTC
AAAACCACCA CCCTATACAC CCTCCTGACC CGATATGAAA TAACCGACGG ACACTCAAAG
TTCGAAAAAA TGCTGCGTAG TAAAGAGCGT TTCATCAACG AGATCACCCA CGAACTTCGA
ACACCCATTC AAGTCATAAA CGGCTCGTTA GAAAAAATCT CTGATACAGA TATGGGGACG
CGCAAAGAGT TAGTCTGTGT TCAAGATAAT ATGAAGAGGG TTGAGCAACT AATTAACCAA
ATGAACCACG ATGTTCCCTC AGCGTTAAAC ATTGAGGACT ACTACAAGTC ATACTCGTTA
GAAAAAATCC GTTTTATTGT TTTATCCCTA GAGCCTTTAG CCAAACAAAA GAGGCAAAAT
TTAGAGGTTC GGATAAAGGG GAAAAAAGAG GTATTGCTCA TTAGCGATAG CCTAGAAAAA
ATCTTGGCTA ACTTAGTACA AAACGCTGTT AAATTTACAC CTGAACTCGG CACGATAAAA
GTGAGTGCAG TACAAGATAG CAAAGTGCTG AAGATAACCG TAAGCGACGA TGGCGAAGGG
ATTGAAGACA ACCTGCAGAG TAAAGTATTT GAGAGATTTG CTAGGGGGAA TACAGAAATA
GAGGGAAATG GTGTTGGGTT AACAATGGTT AAAACCCTAG TCGAGTTGAA CCAAGGGGAG
GTTACTCTTC AAAGTCAAAA AGGTGTGGGG ACGAGAATAA CCGTAACGTT GCCTATCGAT
GATATTGCTT TTTTGAATTC GCACGCTGAA AATTTGTCGC CGACAAATGC TGAGACAAGC
AAGAAATCTC TGTTAATTGT TGATGACAGC AGGGAGTTTC GTTCTTATCT CTTCGAACTT
TTTTCTCCTA AGTATCGCTG TTTAGTAGCG CGAAATGGTA CACAGGCTTT AGACGTTATG
CAGCATTACT TAGTGGATGT AGTGATTACC GATCAAATGA TGCACGAAAT GGATGGACTT
AGTTTGACTA AGGCCATTCG CAGTAATGCC AGCTATGCCA ATATTCCTAT ATTAATGCTT
ACTGCTAAAA CCGGAGCAGA ACTAGAAAAA TCTGCGTTAG AAGAAAAAGT AGATTACTTC
TTGGCAAAGC CTGCCTCTAA CGAAGAAATT ATGCTTCGTG TAGAGCATCT TTTAGCTGTC
AGGGAGGCAA AGGAACAAGG GGAAGAGGGG CGCGATCAAC CTGTGTTCAA GTTTGGTTGC
CTAAAAATTC GAGAGTTTGA TAACGAAAAA GATATGGCGT TTTATCTCAA CTTTATTGCT
GTACTCGAAA AAAACTATCA CGATGAGTCT TTCAACAGAG ATCAGGCAGC AACGGCGTTA
CTGATCAGCC CTCGAAGTTT GAACCGTAGA ATGTCAGAAC TTTTCGATTA TAACTTCAGT
GAGTTTCTTT CACGTTTTAG GGTAGAAAAG TCTATCCCAT TATTGTTAGA AGGAAAGAGT
ATTCTAGATA CCTGCCTAGA CGTGGGCTTC GGCACCGCAG CTTATTTTTC GACGTCCTTT
AAAAAGGTTA TGAGCTTACC ACCCAAAAAG TTTGTGGAGC AATACAATAA AACAGTAGCG
TAA
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| Protein sequence | MTTETVHRYQ WKTHSCVLIF LVCLFVIPKT SQAIGVNLEG RTSFDGVPSG VIRDLEVSDK
VVYIAAENGV FEVIGNESER LEFNTSNHAT GIISDIHLSG ASLWVVEYGV GVFKVNLRTK
EAKQLFSNRD WTSSVWAMTM TSTNFYFSVI DDVIQTNRNS GHSTKLSTQL ASLKLNGIYS
LFAVNDKVHI ASNKGYVSIS EASATIEEYK LSDKLPLLSS ATFVKVIDKE LYIGGPEGLY
ILGSEARFVS TEGISGTYIN DVIKTEDNKI WVSDGRLLIL ENGKLVAPPF MNPILTSEAI
RSITKIAVGP YDSLLIASSQ LGLISLPKTK FSTNLISFKG NALRDNIQKS AFDQTETLVR
IENGLFTLNE SNGELTETVL GKDKAAHCTS RQEEIFARLK ALNPSELCSS DFIHSVDIDK
DAFYLYFDDG ISANYYYVVD ETIKDTIKAP RKIVYSSLLS GGELAAFDEF DNIHFQLSKF
TWRTINPEEG NWFGLQCLIE FEETYLVCTS GAGLKEINKK SGSISSLTIQ GLDKLRFIRG
AMVTKSGNLW VASNMGLFVK PRTSESVFKI DMQFGLLDTD FEYKSFEELR EKVLVKGDKY
SYLLDEIQLI ESLKAQTTEV EPIVLTYVKW MDKKGQHALY LPENLNFNFD SSFEEVTFNF
VDSDVYNESR GIEFKLDDDA WVSHNKAAMN LTLGDMDVGE HKLYIVTTHN KGASEGLTIQ
FDIAPPIWAS YIGIIFYLSI LIVFFFLWKV GLVSKLYEKF KTTTLYTLLT RYEITDGHSK
FEKMLRSKER FINEITHELR TPIQVINGSL EKISDTDMGT RKELVCVQDN MKRVEQLINQ
MNHDVPSALN IEDYYKSYSL EKIRFIVLSL EPLAKQKRQN LEVRIKGKKE VLLISDSLEK
ILANLVQNAV KFTPELGTIK VSAVQDSKVL KITVSDDGEG IEDNLQSKVF ERFARGNTEI
EGNGVGLTMV KTLVELNQGE VTLQSQKGVG TRITVTLPID DIAFLNSHAE NLSPTNAETS
KKSLLIVDDS REFRSYLFEL FSPKYRCLVA RNGTQALDVM QHYLVDVVIT DQMMHEMDGL
SLTKAIRSNA SYANIPILML TAKTGAELEK SALEEKVDYF LAKPASNEEI MLRVEHLLAV
REAKEQGEEG RDQPVFKFGC LKIREFDNEK DMAFYLNFIA VLEKNYHDES FNRDQAATAL
LISPRSLNRR MSELFDYNFS EFLSRFRVEK SIPLLLEGKS ILDTCLDVGF GTAAYFSTSF
KKVMSLPPKK FVEQYNKTVA
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