| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_02406 |
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| Symbol | |
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| ID | 5556153 |
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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 | 2415087 |
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| End bp | 2418233 |
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| Gene Length | 3147 bp |
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| Protein Length | 1048 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640907892 |
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| Product | hypothetical protein |
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| Protein accession | YP_001445595 |
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| Protein GI | 156974688 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2206] HD-GYP 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 | GTGAAAACGA AATCCAGAAC TCCCCGTAAA CTGTCCATTA AATTCGTCGT TGGTAGCTTA
TTCATCTTCG CTACGGCGGT GACAGCCCTG CTTGGTATCA GCTTGCAATA CTATTTCGGT
AAACAGATGT CAGAGGAGCA TATCTTGACT CGCTTAACCA TGACGGCGAC TGACATTGGT
AAACATATTC AACAAATTGA TGCGAGTGCG ACGAGTAGTG CAGGAATATT AAGAAGTGTT
GCGGATTACA CTGATACTCG GTTCAGTGTT GATGAGATTC AAGGCGTATT TGTTCAAACG
TTGATTGATA ATTCAGAGTT CTACAGCATC TATTTCGCGT CACCGAATGA GTTCTTTTTT
CAAGTTATCA ATTTGGAATC CTCTCCTGTT GTGAGAGAGC AAATCGGCGC AACCCCTGAG
GAGCGTTGGG TCATCATTAA AGTATCGGGA GACGAAAAAG CGCGTCTCAA GAATACACTT
TATTACTCTG AAGAAATGGT TCTTCTGCGC CAAACAGTAC AAAAGAGCAA CTTTTATCCG
TCTCGTCGCC CTTGGTATGA GAGTGCATCA AGGGATAGCG TTTATAAGAC GGAACCGTAC
CTTTTCCAGC ATTTAAAAAT TACGGGGCAA TCATACTCTG TTCGCAGTAA AGGAGCGGTG
ATCGGCGTTG ACACCGTATT GTCCTCCATC AGTGAAAAAA TCATCTCAAC GGAATTAGGC
TTAAAGATAG AAGACGGTGC TGAGGCGTTT ATTTTTAATG ATACTGGGGA AGTGATCGCT
TCCAGCGTCA AATTGTTTAA AGAAATCGAC ATTCCAGCCT CTGAACCGCT AGTACTTAAT
GAGCAAGTAA AATCGTTAAT CAATGGTGAC CGGGTGATAG CGGTCTCCAA TCAAAATGAT
TGGGGGCCAT ATGATTACAC CCAAGGTGGT GAACCAGAAG GGTATGCGAT AGATGTCCTT
AAGATCATTG AGCAAAGTAC GGGGATAAAA TTTGAGTTCA TTAATGGATT TAATTCTAGA
CAACTGCAAG ATAAATACTT GAAAGGGGAC ATCGATCTAT TGCAATCCGT AGCCGGGGTT
AAAACTAATT TAGGAGTAAA AAGCTTACCT GTTTTTACCG CCCAATTGGC TATTGCCGCT
AAAGATGATG TGTTCATGCC GAACTCATTA ACAGAGTTAA AACAGGAAAC GGTCGGAGTG
GTTTCTGGCT TTGGTATGAA ACAATGGCTA TTCGAGCGCT ACCCCGATCT TAACGTCGTT
GAACAACCAA ATCTTGATGC AGCGAAACGG GCACTCTACT TGGGGGAGAT AACATATCTC
GTCGATAACT ATCTCACACT TGCAGAAATG GAGCGCTTGG TGAGGTTGAC CAATGTACAT
GTTAAAGTAT TGGATGCTGA ATTACTCGAA TTCTCGATGT ACATGAAAGT AGAGGACAGT
GAGATTATCA CTGTTATTGA TAGAGCGATA GAATCCATTA CGCCAGCACA AAAACAAGTA
TTGAGAGAAA AATGGATCAC GTCTCGTCAG TGGCGTGGCA GTTTTGTTCC TTATCCTGAA
GTCTATGAAT TAGCGATGCA AGAAGACAAG CATCAAAGCA TGAATAAGGT GATGATTAAA
GGAGAAGAGA AATTTCTTTA TATGACTAAG TTTGAGTCAA CGAGAGGAGC CAGTGATTAT
TTTGCAGTAG TAGTGCCAGG TAAAGTAGTC ACTGATGCGG TCACTACTTG GTTATTTAAA
GCTATAGGAA TTACCACGTT AGTGATGTTG GTATTACTAC CATTGGCGTG GAAGGTTGGC
ACGCCAATTG TTAACTCAAT TTTGGCACTG AGAAAAGAAA CCATCAAAAT AAAAAATCGC
GAATTTGACC AGTTAGCACC AGTAGAAACG CGTATCAAAG AAGTTTCTGA TTTGTCTGAT
TCGGTCACTG AAATGACACA AGAGATTCAG CATCACGAGC AACAGCAAGA AGAGTTTGTT
GAAGCCTTTA TTCGCCTTAT CGCACAAGCG ATCGATGACA AGTCTCCTTA TACTGCGGGG
CACTGTAATC GTGTTCCAGA AATTGGCTTG ATGTTGGCAG AGGCAGTAGA GAAGTGCGAC
ACCGGGAAGT TCAAAGACTT TAAATTCAAC AATGACGATG AACGACGTGA ATTCCGTATC
GCGGCTTGGT TACATGACTG TGGCAAGATC ACGACGCCAG AACACGTCGT TGATAAAGGC
ACTAAGTTAG AAGCCAACTA CAATCGCATC AACGAAATTC GCACTCGCTT CGAGGTGTTA
AGACGAGATG CTGAAGTGGA AATGTGGAAA TCGATATCTA CTGGTGAGCT TTCAAAAGAA
GAGGCGCAAG CCAAGTTCGA CCAACGAGTT GCGCAATTGG ACGAAGACTT CCGATTTGTT
GCCAACGCCA ATGTGGGTGG CGAGTTCATG AGTGACGAGA AGATTGAGCG CATTAAACAA
ATTGCTCAAC AAACTTGGTT GCGTCACTAC GATGATCATC TCGGTCTTTC TCCATTTGAA
GAAATGATTA AGCCAAAATC TGACGTGACG CTGCCCGTGG TCGAAAATCT TTTGGCGGAT
AAGCCCGACC ATATTATCGA GCGCGTCCGC CCAATGGAAT GTGCACCGGA GCATGGCATT
AAGGTGCAAG TACCAGAACA TCAATACAAC TTGGGTGAGG TGTACAACCT GACCATTTCC
CGCGGGACGT TAACACCAGA AGACCGCTTC AAAATTAACG AGCATATGAT CAGTGGCATC
AAAATGCTGG GGGCACTGCC ATTCCCTCCG GAGTTAAGTA ACGTGCCGCG TTATGCTTCA
ACCCACCATG AGACGCTGAA AGGCACAGGC TATCCGCGTC GGTTGAGTGC GGAAGATTTA
TCAACCCCAG AACGCATCTT GGTGATTGCC GATATTTTTG AAGCGTTAAC CGCAGGAGAC
CGACCTTACA AAAAAGCCAA GCCAGTGAGC GTTGCTGTGG ACATCATGTA CAAGATGGCA
CTGGACGAAC ACTTGGATAT GGACTTGTTC TTGTTGTTCC TAGAAAGCGG GGTCTACCGT
GATTATGCCA ACAAGTTTAT GCCAGCCGAA CAGGTTGACG AGGTGGATAT TGAGAAGTAT
TTGAAGTCCA AATCATCAGA CGCGTAA
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| Protein sequence | MKTKSRTPRK LSIKFVVGSL FIFATAVTAL LGISLQYYFG KQMSEEHILT RLTMTATDIG
KHIQQIDASA TSSAGILRSV ADYTDTRFSV DEIQGVFVQT LIDNSEFYSI YFASPNEFFF
QVINLESSPV VREQIGATPE ERWVIIKVSG DEKARLKNTL YYSEEMVLLR QTVQKSNFYP
SRRPWYESAS RDSVYKTEPY LFQHLKITGQ SYSVRSKGAV IGVDTVLSSI SEKIISTELG
LKIEDGAEAF IFNDTGEVIA SSVKLFKEID IPASEPLVLN EQVKSLINGD RVIAVSNQND
WGPYDYTQGG EPEGYAIDVL KIIEQSTGIK FEFINGFNSR QLQDKYLKGD IDLLQSVAGV
KTNLGVKSLP VFTAQLAIAA KDDVFMPNSL TELKQETVGV VSGFGMKQWL FERYPDLNVV
EQPNLDAAKR ALYLGEITYL VDNYLTLAEM ERLVRLTNVH VKVLDAELLE FSMYMKVEDS
EIITVIDRAI ESITPAQKQV LREKWITSRQ WRGSFVPYPE VYELAMQEDK HQSMNKVMIK
GEEKFLYMTK FESTRGASDY FAVVVPGKVV TDAVTTWLFK AIGITTLVML VLLPLAWKVG
TPIVNSILAL RKETIKIKNR EFDQLAPVET RIKEVSDLSD SVTEMTQEIQ HHEQQQEEFV
EAFIRLIAQA IDDKSPYTAG HCNRVPEIGL MLAEAVEKCD TGKFKDFKFN NDDERREFRI
AAWLHDCGKI TTPEHVVDKG TKLEANYNRI NEIRTRFEVL RRDAEVEMWK SISTGELSKE
EAQAKFDQRV AQLDEDFRFV ANANVGGEFM SDEKIERIKQ IAQQTWLRHY DDHLGLSPFE
EMIKPKSDVT LPVVENLLAD KPDHIIERVR PMECAPEHGI KVQVPEHQYN LGEVYNLTIS
RGTLTPEDRF KINEHMISGI KMLGALPFPP ELSNVPRYAS THHETLKGTG YPRRLSAEDL
STPERILVIA DIFEALTAGD RPYKKAKPVS VAVDIMYKMA LDEHLDMDLF LLFLESGVYR
DYANKFMPAE QVDEVDIEKY LKSKSSDA
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