| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | DehaBAV1_0275 |
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| Symbol | |
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| ID | 5132260 |
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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 | Dehalococcoides sp. BAV1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009455 |
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| Strand | - |
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| Start bp | 284702 |
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| End bp | 287914 |
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| Gene Length | 3213 bp |
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| Protein Length | 1070 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640529175 |
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| Product | histidine kinase |
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| Protein accession | YP_001213740 |
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| Protein GI | 147668922 |
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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 | 19 |
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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 | ATGAAACATA TCTTGCTTTT TATAGCTGTT ATCTGTCTGA TAATTTTGCC TGTCTATTCA
AACCCGGTAC AAGCTCAGGA ATTTACCAGA TTTGAACATA TCTCTATAGA CGATGGATTA
TCACAAAGCA GTGTAACTGC TATTATTCAG GACCGTGAGG GGTTCATCTG GTTTGGTACC
AGAGACGGAC TAAACCGATT TGATGGCTCC ACCATGCATA CTTTCAGTAA TAACCCGGAG
AACCCGGGAT CACTTTCTGA CAGCTATATA AACTGCCTTT TTGAAGATAG CCGAGGCATA
ATCTGGATAG GTACTCTCTC CGGCGGCTTG AACAAGTTTG ATAAAATGAC AGAGACATTC
TCTACTTTTC GTCATTCGGA GGGAAATAGC GAAACCCTGG CAAGTGACAA TGTACGCATG
ATGCGCGAAG ACCTGGCAGG TTTTCTCTGG CTGGCAACAC CAAACGGATT GGACCGCTTT
AATCCGCATT CAAATTCTTT TGAGCACTTC AGCCTTCATA ATGGTCTAAG TAACAACTCT
GTTTGGTCAA TACTTATAAC CAAAGAAGGC ACTGTCTGGG TTGGCACTGA AGATGGGATT
GATCAATTCC AGTCAGAAAA TGGCATATAC AAACACTCCA ACCGACTCAC AAGTGACCTG
AGCGGCAATA CAATCCGCTA TTTGTTTGAG GATAAAACCG GAAATATTTG GATATCCACC
TACAACGGCG TAGATTGTTT GAATCCCCTA TCAGGCATTA TTGCCCACTT TGAAAATATT
CCGGGAAATC CTTCCAGTCT GGGCAACAAT CGAATCCGGA CAATTTGTCA GGATACTGCC
GGAAGTCTTT GGTTTGGCAC AACCGATGGA CTTGATAAGC TTGAGCAGGG AACGAATGAA
TTTATCCACT TCAAAAATGA CTCCGGAAAT CCAGACAGTA TAAGCAATAA CATAATCTGG
TCTCTAATGG TTGACAGGTC AGGTGTCCTC TGGATTGGGA CATTAAACGG CGGAGTAAAC
AGGCTCTCAC TTACCAAGCA GGTATTTATT TGTTACCGCA ATAATCCGGG AAATGCTAAT
AGCCTGAGCA ATAATATTGT TAAATCTATT TACCAAGACC AGAATGGTAT TATCTGGATT
GGTACTCTGG GTGGACTTAA CAAATTTGAC CCACTGGCTA ATACCTTCTA CCTATTTAAC
CATGATGGAT CCAACCCACA ATCTATAGCT GGGGATACAA TAAAAACCAT TACAGGGGAT
ACAAACGGGA ACCTTTGGGT TGGCACTACT AGCGGCCTGG ACAAATATTC CGAACAATTA
AATCAGTTTA CCCATTTCAC ACATAACCAG TCGGATACTA AAAGTATAAG CGATGATGTT
ATCTGGTCAT TATTTTTTGA CAGCCAGGGG CAATTTTGGG TAGCCACTAA TAGAGGACTG
GATAAATTCA ACCCCGATTC TTCCGAATTT ATCCATTTCG GTGCTGTTTA CGGGTTACCA
GAGACTACAA TCTATACTAT TTTTGAATAT GAACCCGGAG TATTGCTACT GGGTACAGAT
TACGGGTTAT ATAGGTTTGA TACTATATCC GAAACATCAG TGCCTTTCCG TTTTGATGCC
AATAACCCCA CCACTATCAA TAATAACGCG GTCAGATGTA TTTATCAGGC AACCAATGGC
ACTATTTTAA TAGGCACACA TACCGGATTG AATAAATTTA ACATCACCGA AGGTACTTTT
GAACGCTACA CTCAGATCAA TGGAGTTACC TATGGCATTC TTGAAGATAA CTTCGGATAT
GTGTGGATCA GCGGCAATAA CGGTTTAATA AGGTTATTTC TTGCTAACGA AACGATAAAA
ACTTTTAATA AAACAGATGG ATTGCAAAGT GACGAATTCA GCGAGGGTGC CTATTTTAAA
GGTTCCTCGG GTTTACTGTA TTTCGGAGGC ATCAATGGAT TAAATGTTTT TGACCCTTCA
AAACTGCAAA CAGAAACAGC AAAACCCAAT ATTATTATTA CCAGTCTTGA TTTAATAGGG
GGGAATGCTT CATTTAAGTT GCCGGAGCAA ATCTCCGGCG GTATTACTCT GGAGTATGAA
AACAACTCTT TTACCATTAA TTTTACAGCT CTGGATTTCG AAACTTACCA AAAGGTTAAA
TACTATTTTC AGCTTGTCGG TTTTGATAAA GACCTGAGAA TTGCGAATTA TGATCAACGT
GACATATCTT ATACCAATAT TGATAATGGT AAATATACCT TCAAAATTTA CGCCGCAGAC
CAAGATGAGA GCTGGGTTTC CGATACAGCA TACCTCAATA TAAGAATCAC AACACCCTTT
TGGGAATCAT GGTGGTTCTA CTCACTCTGC GGTGTTTCGT CCATAGCTAC AATCTATTTT
ATTGTTAAAT TAAGGATTTG GGCTATTCAG AAACAAAAGA ACCATCTGGA ATCTTTAGTA
GAAGTACGTA CAGACCAATT AAAAACTGAG ATTGAAAAAC AACAAATCAT CGAAAATAAA
CTCAAGGACG AAATTGAAAA CCGAGCCAAG TTTACACGCG CTCTGGTTCA CGAACTCAAA
ACCCCGCTTA CTTCTCTTTC TATCTCAAGT GAGTTGTTTA CAGGTGAAGC TACAAATGAA
CCATTCGTAA GTTTGTCACG AAGCATAGAA CGCTCTGTTA CGAATCTGAG TAAGCGATGT
GACGAAATGC TAGACCTGGC CAGAGGAGAA ACAGGGCTTT TAAAGATAAG CAAGCAAATG
GTAGATTTAG ATAGTTTTGT TGAGGGGATA AAAACGGATC TACTGAGTAT CGCATTTTCT
AAAGGAATAC ATCTAACATT TGAGTATGCA AAAAACACAC GTAAAGCATA CATTGATCCA
GACCGAATTA ACGAAGTTAT TAATAATTTA ACAGATAATG CTTTAAAATT TACTCCCCCA
AATGGCACGA TTACCATTAA AACAGATATC TCAAACGAAC AATTTATATT TGAAATATCC
GATACTGGTT GCGGCATTAA CAAAGACTAC CAAAAACGCA TGTTCTCACC TGGATACCAA
GGGGAAACAA ACCCGCGGCT GGACGGGCTT GGCATCGGAT TAATTTTGGC GAAAATGTTT
ATTGAACTTC ATAAAGGTAC AATCTGGGTG AAAAGCAAGC CGAAATCAGG GAGCATATTC
GGTTTTTCTA TCCCGATTGG GGAAAAAGAT TAA
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| Protein sequence | MKHILLFIAV ICLIILPVYS NPVQAQEFTR FEHISIDDGL SQSSVTAIIQ DREGFIWFGT
RDGLNRFDGS TMHTFSNNPE NPGSLSDSYI NCLFEDSRGI IWIGTLSGGL NKFDKMTETF
STFRHSEGNS ETLASDNVRM MREDLAGFLW LATPNGLDRF NPHSNSFEHF SLHNGLSNNS
VWSILITKEG TVWVGTEDGI DQFQSENGIY KHSNRLTSDL SGNTIRYLFE DKTGNIWIST
YNGVDCLNPL SGIIAHFENI PGNPSSLGNN RIRTICQDTA GSLWFGTTDG LDKLEQGTNE
FIHFKNDSGN PDSISNNIIW SLMVDRSGVL WIGTLNGGVN RLSLTKQVFI CYRNNPGNAN
SLSNNIVKSI YQDQNGIIWI GTLGGLNKFD PLANTFYLFN HDGSNPQSIA GDTIKTITGD
TNGNLWVGTT SGLDKYSEQL NQFTHFTHNQ SDTKSISDDV IWSLFFDSQG QFWVATNRGL
DKFNPDSSEF IHFGAVYGLP ETTIYTIFEY EPGVLLLGTD YGLYRFDTIS ETSVPFRFDA
NNPTTINNNA VRCIYQATNG TILIGTHTGL NKFNITEGTF ERYTQINGVT YGILEDNFGY
VWISGNNGLI RLFLANETIK TFNKTDGLQS DEFSEGAYFK GSSGLLYFGG INGLNVFDPS
KLQTETAKPN IIITSLDLIG GNASFKLPEQ ISGGITLEYE NNSFTINFTA LDFETYQKVK
YYFQLVGFDK DLRIANYDQR DISYTNIDNG KYTFKIYAAD QDESWVSDTA YLNIRITTPF
WESWWFYSLC GVSSIATIYF IVKLRIWAIQ KQKNHLESLV EVRTDQLKTE IEKQQIIENK
LKDEIENRAK FTRALVHELK TPLTSLSISS ELFTGEATNE PFVSLSRSIE RSVTNLSKRC
DEMLDLARGE TGLLKISKQM VDLDSFVEGI KTDLLSIAFS KGIHLTFEYA KNTRKAYIDP
DRINEVINNL TDNALKFTPP NGTITIKTDI SNEQFIFEIS DTGCGINKDY QKRMFSPGYQ
GETNPRLDGL GIGLILAKMF IELHKGTIWV KSKPKSGSIF GFSIPIGEKD
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