| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_02212 |
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| Symbol | |
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| ID | 5554934 |
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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 | Vibrio harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009783 |
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| Strand | - |
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| Start bp | 2208480 |
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| End bp | 2211644 |
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| Gene Length | 3165 bp |
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| Protein Length | 1054 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640907698 |
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| Product | Signal transduction histidine kinase |
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| Protein accession | YP_001445401 |
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| Protein GI | 156974495 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG0745] Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | GTGGTCAGGT CGCTTTCATG GAATAACCTA TCTGTTAAGC ACAAGTTATT TAGCTTAGTT
GTTTTACCCA TTGTCCTGCT CCTCTTTCTC GCGGGACAAC AAGTTCATCG ACTCTCTACA
CAAGCGCAAG ATCTAGAGAG GGCTCAGTTA TTTTCTGACT ATATGGATAA CGTTTCTTTT
CTGTATAACT TGCCAAACAA CGGTGACGTT TCAGACAGGG AATTAGCGAT CAAATCCATC
ACCCAGTCAC TTAACAACGA AGCAAAGCGC ATCTTTGCAG ACAAAGGTTT AGAAATGGCC
GATCTGCTTT CCAGCATAGA AGAAGCGAGC TTATCTCTGA CGACCACAAC AGACATGAAT
GAGCGTCTAG ACATTGCAGA ATGGCGAGCA GACACCTACA AGCAGATCCT ACTCGCATTA
GAAAAAGTGC CGTTTAATGA CGCTTCCTAT GAAATCCAAG CGCACCTCTC TGCGCTAATG
CAAATCGAGT GGTTGATGTT TTGGTCTAAA GAAGAGAACC GCCTGAGCCA ATATCTGATT
TACTCCGTTG AGCACAACCA ATTTTATGAT GCCGACATAA GCAGCGAGAT TGAGTCTCTG
GTCAAAAATC AACAATTGTT CCTTGAACGC TTCGTCACTC TCAACGCCAA CCAACAACAA
GTTGAACTGT TAATAGACAC ATTCACCAAT GAAGTGTTCG TCCTTAGCCA AGAGTTCAGA
AGCTTTCTGT TCAACGAAGA AGCGCTCAGC ACCCTGCCAG AAGCTGAAGT TTCAGCAGGA
TTAACCGCCC TAAATGGACG CTTAGCCTTG CTCAAAAACG TCGATAACGA CATATCCAAT
CAACTCAAAA CGGATGTTGG TCAAGCGATC ACCATAGCCA ATCAGCAGCG TTTGATGTTC
ATTGCCGTTA TGTCTTTCAT TACCATCGCG GTGATTAGCT TAGCGCTACG CCTCGTGCGT
AAAGTAACCA ACAACCTTCA ATTGGTTCTC GAATTTCTCC GTCGTGATAG CTACAGCAAA
GAATCTCCAC TAAGAGAGTT AATCAAAGGC AAAGATGAGT TAAGTAAATT TGCGCAAGAA
GTTGAGCGGT TGAGTTACGA ACGCGAGCAA GCCAAGGTCA AACTCACCCA AGCTAAGGAA
GACGCGGAAC AAGCAAAAGA TGATGCGATT AAAGCCAGTA AAGCAAAAAG CAGTTTCCTT
GCCAATATGT CGCATGAAAT ACGTACCCCG TTGAATGGTG TTATCGGTAT TTCAGAAGTG
CTGTCCGATA CCTCTCTTAC CGCTACGCAA AAAGACTACG TCGACACCAT TGAGACATCA
TCACAGCTAC TACTGAGCTT GATTAATGAC ATTTTGGACT TTTCCAAGAT TGAATCTGGC
ATGCTACTTA TCAGCCCTCA TTCCACATGC GTGCGCGAAT CCATTTACGA CATCGCATCT
ATTGTCTCGC CAAAAGCAAA AGAAAAAGGC ATCAACCTTA AAGTGAGCAT TAGCCGTAAT
ACCCCTTATC GATTGATGAT TGATGATCAC CGTCTACGCC AAGTTATCAT GAACTTTATG
TCTAATGCGG TGAAGTTCAC CGAAAAAGGC AGCGTGCATC TCTCTGTTAC CACACACGGC
GTCTCAGGCG CCAACGCTGT CATGGAGTTT TCCGTTCAGG ATTCAGGTAT TGGGATCGAC
GAGCAACAAC AAAAGAACAT CTTCGAACCA TTCGCGCAAG AAGATAACTC TACAACCCGC
CAGTTTGGTG GTACTGGTCT TGGCTTAGCA ATAAGTACAC AGCTCGTCGA GTTAATGGGA
GGCAAGATCC AACTAGAATC TGAGAAAGAG CACGGCAGTC GATTTTTCTT CCAAATATCC
CCTGCAATCG TTCATTTGGG CTTTGATCCC AAGCATGCTG CCAGCCAAAG CCAAGTTTGG
TTAGTTTGTG AAGATGCTGG CATGGAACGG ATACTGCGCG ATGAACTGAG CTTCTACCAG
ATTGCGGTTC ATCAATCGGT AACACACTTA GGCGCCCTTC CTGTTTGGAT TAGCGATAAG
GAACGCGTCA TCGTGATTTA CAACGAGACA CGACCAAATT CAGCGATGAA AAACGAAGCA
TCATTCCAAC GACTAGAAGC TCAAAATGTG CATATTTGTC TCGTTAAACA CCTTCATAGC
GACCAGTTTG ACTTTGGTGA AAATGTCAGT GCGATTATTA CTCAGCCACT TCTGGGTCAA
CGCCTAGTCA AGGCGATTGA AAGCTGTCAG GCAAGATTCA GTCAAACCTC TCTAGAGGCA
GCTTCAAGCA AAACATCTAA TGCGAACAAT AAAATCTTGG TGGTCGATGA CAACACGGTA
AACCAAAAAA TCGCAGGGTT ACATGTGACA AAGGCTGGCT ATGAATTTGA CATAGCGGCC
AATGGCCAAG AAGCGGTCGA GATGTTCGCT AAAAATCAAT ACGCATTGAT TCTGATGGAT
TGCATGATGC CCGTGATGGA TGGGTTTGAA GCAACCAAAA GAATTCGCCA ATTAGAAAAA
GAGAGCAATA GAGGCTATCA AATCCCAATC ATTGCCTTAA CAGCAAGCGT AGTGGATGAC
GACATACAAA AATGTTTCGA TGTCGGTATG GATGACTACG TGCCTAAACC ATTCAAAGCA
CCGATATTAA AAGATAAATT GTCAAAAGCC GTTGAGGCTA GCAAATCGAA CGTAGCAATA
ACTCCCGCGG TACCTTCAAC TATAAGCAGC CGAATCAACA CTCAACCAAA AGAAAGGCCG
GAAGAACCGA TGACAACGCC ATTACCCAGC CGATCTGAGC GTATTCTTTT GGTTGAAGAC
AATACGGTCA ACCAAAAAGT CGCCTCTCTA CTTCTGAGTA AGGCGGGATA TCAATTTGAA
ATCGCTGAAA ATGGTCAGAT CGCCTTGGAC ATGTTCCAAC AAGATAATAG CTTCGACATC
ATCTTAATGG ATTGCATGAT GCCGGTGATG GATGGCTTCG AAGCAACTAA AGAGATTCGT
GCATACGAAA AAGTTTCTGG TCTGCCTAAG ACCCCTATCA TCGCACTCAC AGCGAGTGTC
GTAGACGATG ATATTCAGCG CTGTTATGAC TCTGGCATGG ATGCCTATGT ACCAAAACCA
GTGAGAAAAG AAAAACTTCT TCATCAAATT GAAAGTGTGA TTTAA
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| Protein sequence | MVRSLSWNNL SVKHKLFSLV VLPIVLLLFL AGQQVHRLST QAQDLERAQL FSDYMDNVSF
LYNLPNNGDV SDRELAIKSI TQSLNNEAKR IFADKGLEMA DLLSSIEEAS LSLTTTTDMN
ERLDIAEWRA DTYKQILLAL EKVPFNDASY EIQAHLSALM QIEWLMFWSK EENRLSQYLI
YSVEHNQFYD ADISSEIESL VKNQQLFLER FVTLNANQQQ VELLIDTFTN EVFVLSQEFR
SFLFNEEALS TLPEAEVSAG LTALNGRLAL LKNVDNDISN QLKTDVGQAI TIANQQRLMF
IAVMSFITIA VISLALRLVR KVTNNLQLVL EFLRRDSYSK ESPLRELIKG KDELSKFAQE
VERLSYEREQ AKVKLTQAKE DAEQAKDDAI KASKAKSSFL ANMSHEIRTP LNGVIGISEV
LSDTSLTATQ KDYVDTIETS SQLLLSLIND ILDFSKIESG MLLISPHSTC VRESIYDIAS
IVSPKAKEKG INLKVSISRN TPYRLMIDDH RLRQVIMNFM SNAVKFTEKG SVHLSVTTHG
VSGANAVMEF SVQDSGIGID EQQQKNIFEP FAQEDNSTTR QFGGTGLGLA ISTQLVELMG
GKIQLESEKE HGSRFFFQIS PAIVHLGFDP KHAASQSQVW LVCEDAGMER ILRDELSFYQ
IAVHQSVTHL GALPVWISDK ERVIVIYNET RPNSAMKNEA SFQRLEAQNV HICLVKHLHS
DQFDFGENVS AIITQPLLGQ RLVKAIESCQ ARFSQTSLEA ASSKTSNANN KILVVDDNTV
NQKIAGLHVT KAGYEFDIAA NGQEAVEMFA KNQYALILMD CMMPVMDGFE ATKRIRQLEK
ESNRGYQIPI IALTASVVDD DIQKCFDVGM DDYVPKPFKA PILKDKLSKA VEASKSNVAI
TPAVPSTISS RINTQPKERP EEPMTTPLPS RSERILLVED NTVNQKVASL LLSKAGYQFE
IAENGQIALD MFQQDNSFDI ILMDCMMPVM DGFEATKEIR AYEKVSGLPK TPIIALTASV
VDDDIQRCYD SGMDAYVPKP VRKEKLLHQI ESVI
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