| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_p08265 |
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| Symbol | |
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| ID | 5552664 |
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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_009777 |
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| Strand | + |
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| Start bp | 74432 |
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| End bp | 78475 |
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| Gene Length | 4044 bp |
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| Protein Length | 1347 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640898142 |
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| Product | hypothetical protein |
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| Protein accession | YP_001436132 |
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| Protein GI | 156936781 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.0556127 |
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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 | ATGTGTTCGA AGCTATATTT ACAGCGTAGA CTTTCAAATG AAAATAAGAC TTTCTCAGAA
GTAGAGCTCT TAGCTGCTTC AAATTACGTT GTCGTGTTAG CCGAACCTGG AGGTGGTAAA
ACCGAACTTC TTGGAAGTTT GGCTCAACAG TTGGGTACAT CTTCAGTTAC CGCAAACATG
TTCGTACAAT TAGGCGCTAG ACATGAGAAT ACACCACTTG TTATTGATGC TTTTGATGAA
CTGGCCAAAA TTGATCAAAG TGGCATACAT AAACTTCTGG CAAAGATAAC GATAGCGAAG
CCTAGCCATG TTGTTATTTC TAGCAGATCT AGTGAGTGGG ATATATCTGC CACAAATGCA
GTTAAGAATT TTTTGGAAAT TGAACCATTG GTGGTTAGGC TTTGCGAGTT CGGTGATTCT
GAGCAACGTG CGATCTTTGA GCACCATGCT CCAGGAGAAG ACTTCACTAG GTTCTATTCA
GAAGTATGTA GATTTGATCT GGAAGCCCTC CTGCCGAATC CTCAGTTCTT GAAAATGTTT
GCTGACGCTT ATCTTGAAAG CGAGAGAAAC TTTGCAGATA AACAATCTAT TTTCAAACTT
GCAGTGGAAC GTTTAGCTAG AGAAGTAAGT CAAACGTCCT CAAGAACCAG CCTATCACTT
TCCGCAAGTC AAAAAGTCGA TATCTCGTCA GAGGTATTTG TCAAACTGCT ATTGTCTGGA
TCAGAAGGAG TAAGCGTCAG CGAAATCGAA GAAAACCGCA TATATCCTTT GCTTACATCA
CTTGCTGGTA ATGAACCATC AGTTTTCAAT ATCCTTGCTA CTCGGCTTTT CAAGCCAGGG
GATAGTACTG ACCACCACCG TCCAGTCCAC AAAATCGTAG CTGAGTATTG TGCAGCCGCC
CACCTTACAA AGCGAATAGC AGACCCAGCA GATGCTCTAA CACTACACCA ATGCCTACCA
ATTATTGCGC CCAATTCTAC CGTAAGAGAT GAACTTCGTG GGTTACTGGG CTGGATGGCT
GCTTTGGGGA ATAAGGCTGT CCAGCATGCT GCAATTGAAC TCGACCCTTA CGCAGTCCTT
GCAAACGGCG ACCCCTCTCA GCTAGCCCCG TCATCAAAGC AATTACTTTT GACTAAACTG
AAGGAAATCG AGGAAACGGA TCCATATTTT AGGAGAAGTG ATTTTTGGCG TCGGTTTAGT
GTTGCAGGCT TTTTCACAGA AGATATTATC TTAGATATCA AAGCACTGCT TAACAGCCAA
GACGATGGGC ACCTACGTAA TCTAATTCTT GAACTATTGA TTGAATCTCC TATCGCCCAT
CTATTGATAG ATGAATTGCG TCAGATCCTC TTGGATTCTC AAGAAGACAA GTATAATCGC
ATTTATGCAA TTAAATGTCT TTTGGGCTGT ACTACTTATG CGTATGAATC AGACTTGACG
AAGCTTTTAT CTGAAGCCAC TCCAGCGTCA CTTGAGGTGG CGGCTAAAGG AATGGAGCTC
CTTGATTTAA ATATGTTTGA GTTAGCGTTT CTTGAAACGT ACTTTTTGGC TTGTGCAAAT
TTATATCCAA GCAATAAGCT TCGATCTGAA CGAGTGATTG GAGCTCGTTA TTTTATAAAG
TCTATAATTT TCAGATTAAA TCAAGAAAAC GTTGAGCAGC TGTTAGATAC ACTAACTCGA
GACCTTACCT GTACCTGTGG CTTAAAATCC TATAAATGTG ATTGTCGAAA CGGGATAAGT
AAGATTGTCG GATATATGCT CGACCGTTAT TTTGATACGG CGTTACCACC ATATGAACCA
CTGCGTGTTT GGGGCTGGGT TGAAAATTTA AACTTCCATA GAAGTATGGA GCCAAAAGAC
AGTCGTTCTG TTCAAGTACT ATACGAAAAT AGCGAGTTAC GGCAAGGTAT TCTTACACAT
GTTTTCAGTG GGTTAACTGG AAGTGACCAA ATATTTGAGA CTAAACGACA TAAGTTCGGT
ATTCAATCAC ACTCAGGTCT CCGCTTATTT AAAGAAGACT ATCAGTTTAT TGTTGATCTA
GCATTTGACA CAGATAACCC TGAACTATGG GTAAGCTTTA TTGTGAGACA TGATAGACAC
CGAAAACCAG AGGAAAAAGG CTCAGATGAT TTGCGACGCC ACATGCGAAC TCAGGCATTG
GAGAAGCCGA TGTTTATGCG AGAGTGGGCT AAATGCAATA GAGCTTATTC GCTATTTGTG
AAGGAAGAAT ATAAGCGATG GGAAGCTAGA AGTAATCGAA TGTCTCGCCG CTATAAACAG
CGCCAAAAAA ATATCCATGC TGAAAACATT CAATATATCC AAGAAAATAG AGAGCTTATT
GAAAGTGGCC GTCATTGGAG TTTTTTAGTT CATTTTGCGC AGACCATACT TACAGAACCA
AAAGATATTG TTCTGAAATT TGGCGATGAA GAAATTGTGA AAAACGCTCT CAGGAATTGC
CACAAATTCA TAGAACCAGA AGTCCCTGAC TTGAGTAAAC TGGCCGAGTT GCGATGCTCC
TCTAAAGGGT TATATGTTGA AACGATACTT TTTGCTTCTT GCGTTGAAAT AATGCGAAAA
CATGGAAGTC TAAACAGCGT TAAGCCAGAA TTACTCCTAG TACTAAAGAC CCATTTCAAT
GTTCATTATG ATGCGGTTGA TGAAACCGAG TATAACGCTC TAAAAGCGGA AGTTGATCGC
TTACTGTTCA CCAATAATGA ATCCACTGAA CAATTTCTTC GTTCTTATGT CGAACCTCAG
TTGGCAAATT CTCAGTGCTC TCATCCGAGA GTAGATATGT TGAAGTATGA TGAAATATTC
ACTCACTTGC GGGCAAAGCT GTCAATTGAA TGGCTTGAAC GTTTCGATGA GTTAGGTTTT
TCCACACTCG ATACGCTATT CGATCTCGCA ACGCAGTTTG GAGATAGAAA TATGCTTAAT
GACATCATTC GAACTCGCTG TTCTGATTAT TTGTCTAAGT TTCCTGAACA GACAGATGAT
GAAAATATCG AACAAAGGCG CAAATTTTGG TTCGTTCGAG CATTCTATTT TCTGGATTTA
GAAATAGCGA AGCCATATTT TGATTGGCTT AAAAGCGATA GCAACTCACT GCTTCTGTTT
GAGGGCCGCT CAGGTAGAAT GAATAGAGAT AGTTCCTCTT ACTGGCCAAA CTTGACATCC
ACTAAGATAG AATTAATTTT AATAATTTTC TTTCATCAAT GGCCAAAGGT TCACCTCCCT
AGCTGTTGGG GAACTGGAAG TCCAAAAGGA GAAACTGCAT ATCGTTTCCT CACCGAAATT
ATTTGGTCAA TAGGTAGCGA TACACCTGAT GAAGCAATTC CCGTCCTTAA TCGCCTTATT
CAAGATCATA CTTTTAGTGA TATTCAGAGA GAGTTGAAAA GTATAAAAGC GGAGCAGCTG
AGGAAAAAGT CACTGAGAGA TTTCGAGCCA CCTACTCCAG AAAAAATTGT GGATTTATTG
GACAATAACG CTGTTGTTAC AGTGGAAGGA TTACGACAAC TTGTTCTTCA AAAACTAGAA
GACTATCAGA AGGATATAGA TGGAGGGGAA TTCAATGCTG CTACGCGATA TTATACGAAA
GATGATAACG GGAAAGTTAT ACACCGAAAT GAAGTTAGTT GCGTTGAGAT AATTGCCGAA
CGTCTGAACT TAGTACTTTC CCCCAAAAGT ATTGCTATTT CGTCTGAATA TCAGACTAAA
AATCAAAATA GAATTGATAT AACAGCAGCG AAAATGATTG AAGGTAAAAG ACGACTACTC
GTAATTGAAG CTAAAGGGCA ATGGCACAAG GACTTGTATA CAGCAGCTTC CGCTCAGTTG
TATCAACGCT ATTCAATTCA CCCTGATGCA GAACAGCAGG GTATATATCT TGTCATATGG
TTTGGTGCTA ATGAAGCTAT TGCTGGGCGT AAAAATATTG GAATTACTTG TGCACAGGAT
CTCAAATTAA GTATTGAAGA AAGGTTACCA CCAGAAATCA AAGGGCTGAT AGATGTATTT
GTCTTAGATG TCTCGCTTTC CTAA
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| Protein sequence | MCSKLYLQRR LSNENKTFSE VELLAASNYV VVLAEPGGGK TELLGSLAQQ LGTSSVTANM
FVQLGARHEN TPLVIDAFDE LAKIDQSGIH KLLAKITIAK PSHVVISSRS SEWDISATNA
VKNFLEIEPL VVRLCEFGDS EQRAIFEHHA PGEDFTRFYS EVCRFDLEAL LPNPQFLKMF
ADAYLESERN FADKQSIFKL AVERLAREVS QTSSRTSLSL SASQKVDISS EVFVKLLLSG
SEGVSVSEIE ENRIYPLLTS LAGNEPSVFN ILATRLFKPG DSTDHHRPVH KIVAEYCAAA
HLTKRIADPA DALTLHQCLP IIAPNSTVRD ELRGLLGWMA ALGNKAVQHA AIELDPYAVL
ANGDPSQLAP SSKQLLLTKL KEIEETDPYF RRSDFWRRFS VAGFFTEDII LDIKALLNSQ
DDGHLRNLIL ELLIESPIAH LLIDELRQIL LDSQEDKYNR IYAIKCLLGC TTYAYESDLT
KLLSEATPAS LEVAAKGMEL LDLNMFELAF LETYFLACAN LYPSNKLRSE RVIGARYFIK
SIIFRLNQEN VEQLLDTLTR DLTCTCGLKS YKCDCRNGIS KIVGYMLDRY FDTALPPYEP
LRVWGWVENL NFHRSMEPKD SRSVQVLYEN SELRQGILTH VFSGLTGSDQ IFETKRHKFG
IQSHSGLRLF KEDYQFIVDL AFDTDNPELW VSFIVRHDRH RKPEEKGSDD LRRHMRTQAL
EKPMFMREWA KCNRAYSLFV KEEYKRWEAR SNRMSRRYKQ RQKNIHAENI QYIQENRELI
ESGRHWSFLV HFAQTILTEP KDIVLKFGDE EIVKNALRNC HKFIEPEVPD LSKLAELRCS
SKGLYVETIL FASCVEIMRK HGSLNSVKPE LLLVLKTHFN VHYDAVDETE YNALKAEVDR
LLFTNNESTE QFLRSYVEPQ LANSQCSHPR VDMLKYDEIF THLRAKLSIE WLERFDELGF
STLDTLFDLA TQFGDRNMLN DIIRTRCSDY LSKFPEQTDD ENIEQRRKFW FVRAFYFLDL
EIAKPYFDWL KSDSNSLLLF EGRSGRMNRD SSSYWPNLTS TKIELILIIF FHQWPKVHLP
SCWGTGSPKG ETAYRFLTEI IWSIGSDTPD EAIPVLNRLI QDHTFSDIQR ELKSIKAEQL
RKKSLRDFEP PTPEKIVDLL DNNAVVTVEG LRQLVLQKLE DYQKDIDGGE FNAATRYYTK
DDNGKVIHRN EVSCVEIIAE RLNLVLSPKS IAISSEYQTK NQNRIDITAA KMIEGKRRLL
VIEAKGQWHK DLYTAASAQL YQRYSIHPDA EQQGIYLVIW FGANEAIAGR KNIGITCAQD
LKLSIEERLP PEIKGLIDVF VLDVSLS
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