| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_3028 |
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| Symbol | |
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| ID | 5366290 |
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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 | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | - |
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| Start bp | 3421437 |
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| End bp | 3425717 |
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| Gene Length | 4281 bp |
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| Protein Length | 1426 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640805401 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_001341874 |
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| Protein GI | 152997039 |
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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 | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.514624 |
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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 | 21 |
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| Fosmid unclonability p-value | 0.437775 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAATTGGA TATCATCTGA GAATATCTAT AACCGCTGGG TGATAGGTAC TTTGCTGATA
GGCGTGCTGA TAACTTGCGT CATTACTTAT AACGTCCAGC ACTCAAATGA AGAAAGAATT
AATCAAGCGG CTTATGATAC ATCTGTTAAC TTAAAGCAGG AAGTTGCTTC AAGAATAGAG
CTTTATCAGT ATGGGCTTCG CGGTGCGCGC GGTGCTGTGC TTACGGCGGG TGAAAATACG
ATAACACGCG ATATTTTTGA ACAATATAGC CGATCGAGAG ATGTCGATAA TGAGTTTGCC
GGTGCCCGTG GTTTCGGTTT TATTCGTCGC GTACCACAAT CAAGCGTAGA CAATTTCACA
TCACTGGCTC GCCAAGACGG TTGGCCAGAT TTTTACATAA AAATGCTTAA TCCTAATTTC
AACGAGCATT ATGTCATTCA ATATATTGAG CCTGTAGAGC GCAATCGTCA GGCTGTTGGG
TTGGATATTG CCTCAGAGAA AAATCGACGG GAAGCCGCGA CTTCCTCTTT ATATTCAGGA
GAAGTCCGCC TGACGGGCCC AATTACCTTG GTACAAGCCT CAGGGAAACC GCAGCAATCT
TTTTTAATTT TAATGCCGAT TTACCGTGGT GGCAGCACGC CAGTAACTCA AGCTGAACGA
ATAGAAAAAG GCTTTGGTTG GAGTTATGCG CCTTTATTAA TGGAAGAGGT GTTGGCTGGA
TTAAATTATG ACCCAGCTAA ATTTCATTAT GAGATTTTTG ATATTACGGA CTTAGATGAT
CAGATTCTTT TTTATAATAG CGGTGAAATA AAAAACGATA GTCATGAGCA AGTTGAAACG
TCTCAAGTCT ATGGTCGTCA ATGGCAAAGT AGGTTGCATG TTTCGCCAGC CTTTATTGCT
GATTTGCATC TGCCAGATCC ATTTGTATTT TTAGTAATTG GTTTGTCCAT CAGTTTATTA
AGCACTATTT TGGTAGTGGT AATTCGGGTC AGTATGGTCC GCCAGCGTGA AGTGATGGCC
CATCAGTCAA GAATCACCGC GTTAGTAGAA AGTTCCGCCG ATGGCATTAT TAGTAAAAAT
CTTGACGGCG TTATTGTTAG CTGGAATAAA GGTGCTGAGT CAATTTTTGG TTACACAAAG
GAGGAGGTCG TTGGGCAAAA AGTGCTTGAT CTGTTAGTCC CACCCCCACT TCAAGATGAA
GACAAAAGCA TATTCTCTAG TGTTAAAGAC AAAAAGGAGT CGATATCGAT AGAGACTCGA
AGAACGACTA AAGCAGGTAC TGATGTTCCC GTCTCTTTAA CATTTTCGCC TATTTTTAAT
GACGATGATG GAATTATTGG GGTTTCTCAG AGTGTTCGGG ATATTTCAGA GCGTAAAAAA
GCAGAAGCTA AAATCCGAGA GTTGAATACC AATTTAGAAA ATCAAGTAAA AGAGCGAACC
GCTGAACTAC TTGAGCTGAA CTTACTCTTG AATGATGTGG TTAATGCATC GTCAGAGGTT
TCAATCATTG CGACTGATAC GAAGGGCATC ATTACGCTAT TTAATCATGG TGCACAGAAA
ATGCTGGGCT ATACCGCTGA GGAAGTAGTC GGGCAGAGAA CTCCTGTGGG GTTTCATATA
CAGTCTGAGA TAGAGCTGCA GCGTGCGGAT ATATTTAAAG CAACAGGAAC GCATGTTACT
GATAATCTGG AAGTCTTAAT CTTTAAAGCG TTGCACGAGA ACTTCGATAG TCAAGAATGG
ACTTATGTTG CTAAAAATGG CGTTGCTCGC CCCGTCTCTT TGGTGATCAC ACCAATGAAA
AGTAGTGACG ATGAAGTGAT TGGTTTTCTT GGGATTGCGA TGGATATTTC CGAGCAAAAG
ACAACCCAAC GTGAGTTGAT TTCTACCAGA GATCAGTTGT TATTGGCCGC TGAAGTTGCC
GAACTTGGGA TTTGGACTTG GGATATAGAA GACGACACTC TTGAGTGGAG TGATTCAATG
TTTGAAATAT ATCACCTTTC TAAATCTCAA AAACAAGATG GGATTAAATA CGCAGATTGG
TATAACCGAG TTCATCCTGA TGATAGAGAT ATGGCCGAAA ATGCTTTGAA AGAGGCTGTT
GAGGGAATTA ATGAATACAA TTTAGTGTTT AGAATCGTGT TGCCGGATGA TAGCGTTCGC
TTTATTTTTG CCAGAGCTTC TTTGCACAAA AATGCTGAAG GCAAAATGAC GAAAGTAACC
GGCATTAACC GTGATATCAC CCAAGAGCGT GGGCTAGAAG ATTGGCTTCG TAAAGCTAAA
GACGAAGCGG ATGCTGCTAG CGCAGCCAAA TCCAATTTTC TGGCTAACAT GAGTCATGAA
ATTCGTACGC CAATGAATGC AATTCTCGGT ATGCTCCATT TAGTCAAACG TACGACTTTA
ACTCATCAAC AAAATGACTA TGTGTCAAAA GCGCAGATAT CAGCGAAATC CTTGTTGAGT
TTGATTAATG ATATTTTAGA TTTCTCTAAA GTTGATGCTG GAAAGTTAGA GTTAGAGAAG
GCGCCATTTG AAGTCGAAGA ATTATTATGT GAACTATCTA CTGTCTTGTC TGGAAGTTCG
TTAGAAAAAG ATGTTGAGCT GATTTTTGAT ATTGATAAAG ACATTCCAGC TTATCTTATT
GGCGATAAAT TACGCCTGCT GCAAATACTG ATTAATCTAG TAAGCAACGC CGTGAAATTT
ACCCTAGAAG GTAGTGTAGT TTTAGAAATC AAGCAGCTAT CTATTGATCC AAGAGTGTCG
CGCTTGTCTG TATCTGTAAA AGATACTGGT ATTGGTATTG CGAAAGACCA AATAGACTCT
ATTTTTGATG TGTTTTCTCA AGGAGAATCT TCTACGGCGC GACGCTTCGG TGGTTCAGGG
TTGGGCTTGG TTATCTGTCG TCGTTTTGTA GAGTTAATGG GAGGCTCCTT ACAGGTAGAC
AGTGTTCTTG GTGAAGGTAG CCGTTTTTAC TTTACGATTG ACTTACCCAT TGCTGATATT
CAAGTTGAAA AAATATCTAA TCAAACATCG TCAAAAGCGC TACGTATTTT AATTATTGAT
ACAAATGTTG CGACGCAAGT TATTTTTGCT CGTATGGCTC TCAGTCTGGG CTGGATGAGT
GAAAAAGCTG AATCACTTGA ATATGCTAGT AAATTAGTTC ACGAGGCTAT AGAACAGGGT
AAGCCTTTTG ATGTTATTTT ATTAGATACA AAAACATCCG ATTTCAGCGG GAAAAAAAGT
ATCGAAAGCA TTAACTTTGT AACCTCTTCA TCTGAAAGTC ATCCGAAAAT AATCTTATTA
ACCAGCATGA TGAGCGATCA ATCAGAAAGC CAACTTGAGT CTGTCTCTGG CTATTTATTG
AAGCCTGTCA CCTTGAGCAA ATTGTCAGAA GCTGTTTATC AATCCCTTTC TGATGTGAAA
ACGCCAATAG AAGTAGTTCA CAGCAATAGC TGTGAAGAAG GGCGCTTAAC TGGTGTATCG
TTACTGTTAG TCGAAGACAA TGTTTTTAAT CGGCAGGTAG CGACAGAATT ACTGATTGCC
GAAGGTGCTA ATGTAATGGT GGCGGAAAGC GGGTTAGAAG GCGTTGCTAT GGTATTAAAT
CGAGAAGAGG AAATGTTCGA TTTGATACTA ATGGACATGC AAATGCCTGA TGTGGATGGC
TTGGAAGCAA CTAAGCAAAT TCGTAAGGAT GCGAGATTTA GTGCACTTCC CATTATTGCC
ATGACTGCTA ATGTATCGGA AGTTGACCGT CAGGCTTGTT TTAATGCTGG TATGAATGAC
CACATTGGCA AACCATTAGA CATCGATCAA ATGGTTACCT GTATCCTTAA ATATACGGTC
CTTGAATCTA TAAATGAAAG AGATTCTGTT CTTGTGCCTC GGGAAGAAAT CCCCTCACCA
GAACTGATTG AATCAACCAC TGAGTCTAAT GAATACGAAG ACTTAGAGTC TATCTTGAGT
CGTTTTGGTG GTAGTGTTGA TCTTTATAAA AGTATTGTTG AAGGCTTTAC TCTTGAGGCA
AATGATTTAT TAGAAAAGAT AAAAGAAGGC GTTGATGAGA AAAACAAAGT AAAAACACGT
GAGCACCTTC ATACTTTAAA AGGCGCAGCA TTGACGATGG GATTACTGAA GCTTTCTAAT
CACTTGTTTG CCTTTGAAAG TGTATTAAAA ACCTCTGAAG ACAGTACAGA AATTGAAGCC
TGCATGGTTT CTATTAACAC GACTGCATTG CATGTTGAGC TAGAAGAAGA GCTCGCTACT
ATCATTGCTC AACTAAAGTA A
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| Protein sequence | MNWISSENIY NRWVIGTLLI GVLITCVITY NVQHSNEERI NQAAYDTSVN LKQEVASRIE
LYQYGLRGAR GAVLTAGENT ITRDIFEQYS RSRDVDNEFA GARGFGFIRR VPQSSVDNFT
SLARQDGWPD FYIKMLNPNF NEHYVIQYIE PVERNRQAVG LDIASEKNRR EAATSSLYSG
EVRLTGPITL VQASGKPQQS FLILMPIYRG GSTPVTQAER IEKGFGWSYA PLLMEEVLAG
LNYDPAKFHY EIFDITDLDD QILFYNSGEI KNDSHEQVET SQVYGRQWQS RLHVSPAFIA
DLHLPDPFVF LVIGLSISLL STILVVVIRV SMVRQREVMA HQSRITALVE SSADGIISKN
LDGVIVSWNK GAESIFGYTK EEVVGQKVLD LLVPPPLQDE DKSIFSSVKD KKESISIETR
RTTKAGTDVP VSLTFSPIFN DDDGIIGVSQ SVRDISERKK AEAKIRELNT NLENQVKERT
AELLELNLLL NDVVNASSEV SIIATDTKGI ITLFNHGAQK MLGYTAEEVV GQRTPVGFHI
QSEIELQRAD IFKATGTHVT DNLEVLIFKA LHENFDSQEW TYVAKNGVAR PVSLVITPMK
SSDDEVIGFL GIAMDISEQK TTQRELISTR DQLLLAAEVA ELGIWTWDIE DDTLEWSDSM
FEIYHLSKSQ KQDGIKYADW YNRVHPDDRD MAENALKEAV EGINEYNLVF RIVLPDDSVR
FIFARASLHK NAEGKMTKVT GINRDITQER GLEDWLRKAK DEADAASAAK SNFLANMSHE
IRTPMNAILG MLHLVKRTTL THQQNDYVSK AQISAKSLLS LINDILDFSK VDAGKLELEK
APFEVEELLC ELSTVLSGSS LEKDVELIFD IDKDIPAYLI GDKLRLLQIL INLVSNAVKF
TLEGSVVLEI KQLSIDPRVS RLSVSVKDTG IGIAKDQIDS IFDVFSQGES STARRFGGSG
LGLVICRRFV ELMGGSLQVD SVLGEGSRFY FTIDLPIADI QVEKISNQTS SKALRILIID
TNVATQVIFA RMALSLGWMS EKAESLEYAS KLVHEAIEQG KPFDVILLDT KTSDFSGKKS
IESINFVTSS SESHPKIILL TSMMSDQSES QLESVSGYLL KPVTLSKLSE AVYQSLSDVK
TPIEVVHSNS CEEGRLTGVS LLLVEDNVFN RQVATELLIA EGANVMVAES GLEGVAMVLN
REEEMFDLIL MDMQMPDVDG LEATKQIRKD ARFSALPIIA MTANVSEVDR QACFNAGMND
HIGKPLDIDQ MVTCILKYTV LESINERDSV LVPREEIPSP ELIESTTESN EYEDLESILS
RFGGSVDLYK SIVEGFTLEA NDLLEKIKEG VDEKNKVKTR EHLHTLKGAA LTMGLLKLSN
HLFAFESVLK TSEDSTEIEA CMVSINTTAL HVELEEELAT IIAQLK
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