| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_01674 |
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| Symbol | |
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| ID | 5556298 |
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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 | 1681367 |
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| End bp | 1686046 |
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| Gene Length | 4680 bp |
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| Protein Length | 1559 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640907165 |
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| Product | hypothetical protein |
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| Protein accession | YP_001444870 |
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| Protein GI | 156973963 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01643] YD repeat (two copies) |
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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 | ATGTTAGGTG CTGGCTGGCA GGTAAACTTG ACACAGTACA GCAACGTCAC GGAGCGACTT
TCTCTCGGTA AGGGGCAGAG CTATGTAAGA CTGGGAGAGA CTGAAGGAGA GTGGTCTCTA
GACTATGCGC TGAAGGACAT CCGTGTTATT GAAGATTCGG AGAACATCTA CGTCTACCAC
AAGGATGGCA CTCTTGAGAC ACTAACGTTT ATCAATGATA GTCATGATGT TGCTTATGTC
AGCACCATTC GTAATGCAGC TGGAAGGACA GTGTATTTTG ATTACACCTT CAAGAACGGG
GTTAATTTGT TGTCTGCACT CCGTGATGAA GAAATCACTT TGCTGGAAGT GACATACGGT
GACGGTATGA CAACATTTAC CAGCTACCCT GGAACCGGCG GGGAAGCGGT TTCCACTGTT
TATTATGGTG AATCTATCTA TAAGATTGTC TCACCGCTGG GTGAGGAAAC GAGCTTCTAC
TACAAGACGT TCGAGCAGAA CGGTTACCGA GGGTATTTGA TCACTCAAGT GAACTATGCA
GATGGCTCTC AGGAAACGGT GTATTACGAC AATAGGTTGG ATTTACCTCT AGGTGCTCCG
ATAAATTACC AACCCTCGTT GAGCCAACAT GTCCGGACAA ATGCTAGTGA AAATCCAGAT
ATTATCACTG ACTTCAATTT TGGTGAAGGA GAGGACGGTG ATTTCAATTA CTGGGGTAAT
AATAGTGGGG TTGACTGGAA CGACAATCGC GACACGCTGG CGGAATATGG TGGCAGCTAT
GCGTACCAGT GTTCGACAGT GTGTGGAGAC AAGCGCACCC GTTACCGCTT CAATAAGTTC
CATCAGTTGT TTGAGCAGAT TGAAACCACG GATGATATCC ACATCAAGAC CACTAGGATG
ACCTATTTCG GTAACGATAC CCTGCCTCAG TCACTACAAA CGGATGTGCG CTACTTGTTA
ATGTCCTCCA CCTTGATGGA GGTGACCGCA CCAGAAGGCA CTAGAACATT TGAGCAGACG
TTCGACTACG ATGAGTGGGG AAACCTGTTG GCACAGACCG AGGTCAGCGG TGTCATGCAC
CGTCTGTCCT ACTACCCACC AGAGGGGGAA GGGAACAGTT GCCCCGCCCA TCCTTTTGGT
TTTTCTTCCT TCCCCAGAGA GAAGGTCGCG GTGTCCGCTG ATGGCCTCTT CGAGAAACAC
TATGACTTGT CTTATAAGGC TATTCCGTCG GCGGACGGCA CCTTTGATAA TGTTCGCCTA
TCCAGCGTCG TGTATGGCGA TGACACGTTT AGCCTTTCCT ATTTTGAGCC AGGTGATACC
GGTGGTATTC AGGGGGAGCT GAAGCGCTTT TCGACCTTGG TGGACGGTAT CACTACCTTC
ATCGACATGC ACTATGCTCA AGGTGATGAC AGCCTTCAGC AAACGCGTAC ACTGACCGGG
GCCGACGGCC TGTCTGCCCG TCAACATAAT ACCACCTCCC GTTGGACGGG AGACATACTA
TCAGAAACGG ACTTGGAGGA CGTGGTCACC GCATACAGTT ACGATCTTTC CGGTCGACTG
GTCGCGCGAA CGCACGCCAG TGGGACGGAT TATGAAAGTA CCGTCACTGT TGTGTACGAC
AACCTTCCAG ACGTCACCGA CTTGCCAGAC GGCCTGCTTC GGGTAGGAAA GCGGGTTCAG
GTTCGTACCC CCTCAGGTGT TACCCACGTT TATGTGGACG GAGAGCAGAG GAGTCTGTTC
ATCTACAAAA AGGATGAGCA TGGGAGTATG AAAAAAGTCG CGGAGAGCCG CTACGATGAA
CAGGGAAGGT TGTTATCCAA AGCTGTTTGG GATCACGTTT ACAGTGAAAG CGCTACAGAG
CCATTGTATG ACTGCATCAA CCGTGTTCAG TATACCTATG GCGTCTGGGG AGAGGTCACT
AGGGAAACTT ATCATGATGG CACTGTGAGG GATAAAGAGG TTGACCCTGT GGCCATGACG
GTCAGAGAGA GCCTTTCTAA TGGGGAGCAC CGTCTTTCTG GCCGCTTAAC CAGGCTGGAC
CTGTTTGGCA ACCCGGTAAG CCAGGTGCGT CTGGCCGTTG ACGGTGAAGC TTACAGCGAG
ACTACCCTTA CCTACGATGG TTTCGGCAAT CGGCAGAGTG TGACGACTCC AACCGGACGC
ACCACTTGTG TCGAAGAAAG GGATAAGTTC GACAGGCCGC TTTCCGTCAT AGATTATGAT
GGTAGTAGGC ATGATTTCCG TTATCTTAAC GGGAGCATCG GCGCGATGTT GGTCAGCATC
AACACATTAC CCGGTTCGAA CTTTAGCAAA GAGACTTCGG TTACTCGAGG GATTCAATCT
TACGATGGGC TAAGACGCAT TGTCGATAGA AGTGTTAACG GCATTTCTCG CGAGTACGAA
TATACAGGCA GCAGCCGAGT GCCCAGTAGC ATGACTAACG GACGAGGGCA GCGGATATCT
GTTGACTTTA TTCCTGAGAT AGGGGCACTT TCTAGCGTTG AAATTGCGTC TGATATCCAG
CAGTACAGCT ATGCGACACA AGACGGGAGC GAAGTGCCTC CTGGTGTCCT GCTCGGTGCC
AGCAATGGCA ATGGTAGTTA TGCCTATGAA TACAGCCCAG AAGGAAGATT GAAGAAGGCT
ACTCAGTCGT CGCCAGGGGG AGCCACTTCC GAGGTAGAAA CAACACAGTA CCTGCTGACG
GGAGGGCCTC TGGAGAGACA AGCCGCAGAC CGGGTTATTG GGTCGAAACT CGATAACTGG
GGAAGGCTAG CCGCCTCAAG AGACGGTGAT ATACAGACCA AGGTTGAACG TGATGATTTC
GGCCGGATAG AGACCATCAA GGCGTATCAG GAGGGCGAGC TAAAACAAAA GACCACCATC
ATCTACGATG ACTACAATAG GGAAGTCCAG AGGGTGACAG CCTCGCCCTA CCAGGAGGGC
ATCTTCAGTA TAGACAGTGA GTATGATAAG GAAGATCGGC TGATTCACAA GCACACTCTG
GCTGGCAGTC TGACATTAGA GGAATCCTAT GAATATGATG AAAAGAGCCG TCTGGTCATT
TACAGAACTG GCGAAGGGAC CAGTGATGAC ATGCTACCCT GTAATGAGTG CGGACGCCCT
ATTACCGGGC AAAGCTTTGA CTATGACGGA CTCGACAACC TGACTCGCCT CGTCACTGCG
TTCCCGAGTG GAGAGTCAGA CACGGCGGTG TTCCATTATG ATGTCCAACG GCTAACACAC
ATTACCCACT CCCTGACAGA GGGTAGCAAC GCCTACCCAG CAGAGGTATC GCTGACCTAC
GATGAAGACG GCAACCTGAC AGGAGTCGAG GCAGGAGGTA CGGTCACTCT GGCTCACAAC
GAACTGGGTC AGTTGATCCA ATACAACGAG ACTGCCTATT ATTATGATGC CCTCGGTCGT
CTCCAGCAAG CAGGGGAGAG CTACCGATAT TACCTTGATG ACACAGTAAT AACAGAGGAT
TCGGAAGACA CATCGGTAGA TCATGTTCGT CATGCTGCTC TCCCGGTTGC CGAGCGTCAA
TCCGGTCAGG CTCGATGGTT GGTGGCAGAC AGTAAGATGT CGGTCATCGC TGTTACGAGT
CCGAAAGGTA ACAACTGTAT CGCGTATACC CCTTCTGGAG AGGGAGGTAA CACAACAAGC
ATCGGATTTA ACGGTGAGCT GAAAGACCCT GCCAGTGGGG GGTACCTGCT GGGTAATGGC
ACCCGTCTCT ACCTGCCGAT GCTTGGCTGC TTTACGAGCA CAGACTCCTT GTCCCCGTTC
TCGGCAGGCG GTCTGAACCC TTATCGCTAC TGTAGCGGTG ATCCAGTTAA TCTGGCTGAC
TCGTCCGGGC ATATGGGGGA GGGCAGCACT GTGGCCGGTA TCTTCGGTAT TGTGGCGGGT
ATTCTGAGTA TTTTGTTCAC GATAGCCACT GGTGGTGCAT CCCTGAGTAT TACGGCGATG
GTGGGGATAG GACTGGAGAC TGCGGGCGTT GTGGCGTCTG CGGCGAACTT GGCACGAGGA
GCTGGTAGTT CCGCTCAGAC GCAGCTATTA ATGGAGGGGA GTGAGCAGAA CAGCGGAATG
TCAGTCGGAG AGGCTATCGG GATAGCTGTG GGTGTGTTGG CTGTGCTCGC TGGAGCGGGA
GCAGGGATGG TTAAGTGGAG AAAAACAAGA GCTTGGAGGT CACGTCATAC TTCTTTAAAT
AGAAATAGCA AGGGATTACT AGAAAATACA CATATAGGTG ACCGAAGTGG AGTAGAACAA
AGTGTATATA GACTTGATCA CTCGACCCCA GAGGAGATTA GACTAAATGG CTTTAGAGCA
TCTCAAGACT TTGGAGCTAT CCCAAAAGCA ATTGATGGCG ATGCGTTGAT TGTTGCAGAG
ACACTAAATG GTGTAGAGCA ATACCATAAA ATTGGTGGGG GACAAGGGCA CATATATCGA
ATTCGAAGTG AAGGCATACG AGGTTTCTCT CTCAATCAAA ATATTGAACA CAACCTAAAT
GACTTAAAAG TTCATCTAGA TTTAGACCTT GACGAGTCTA TTAACCCTTA TATTGATCGT
GCAGATTTAA TGGAGGAAGC TCATATTGAG CTTGAAACAG TCAATAGGGA ACGTCATTCA
AGAGTCAAAT ATATGGGGCC TTTAAATATA CTTAATGACA TGCCAGATGT TTTAAAATGA
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| Protein sequence | MLGAGWQVNL TQYSNVTERL SLGKGQSYVR LGETEGEWSL DYALKDIRVI EDSENIYVYH
KDGTLETLTF INDSHDVAYV STIRNAAGRT VYFDYTFKNG VNLLSALRDE EITLLEVTYG
DGMTTFTSYP GTGGEAVSTV YYGESIYKIV SPLGEETSFY YKTFEQNGYR GYLITQVNYA
DGSQETVYYD NRLDLPLGAP INYQPSLSQH VRTNASENPD IITDFNFGEG EDGDFNYWGN
NSGVDWNDNR DTLAEYGGSY AYQCSTVCGD KRTRYRFNKF HQLFEQIETT DDIHIKTTRM
TYFGNDTLPQ SLQTDVRYLL MSSTLMEVTA PEGTRTFEQT FDYDEWGNLL AQTEVSGVMH
RLSYYPPEGE GNSCPAHPFG FSSFPREKVA VSADGLFEKH YDLSYKAIPS ADGTFDNVRL
SSVVYGDDTF SLSYFEPGDT GGIQGELKRF STLVDGITTF IDMHYAQGDD SLQQTRTLTG
ADGLSARQHN TTSRWTGDIL SETDLEDVVT AYSYDLSGRL VARTHASGTD YESTVTVVYD
NLPDVTDLPD GLLRVGKRVQ VRTPSGVTHV YVDGEQRSLF IYKKDEHGSM KKVAESRYDE
QGRLLSKAVW DHVYSESATE PLYDCINRVQ YTYGVWGEVT RETYHDGTVR DKEVDPVAMT
VRESLSNGEH RLSGRLTRLD LFGNPVSQVR LAVDGEAYSE TTLTYDGFGN RQSVTTPTGR
TTCVEERDKF DRPLSVIDYD GSRHDFRYLN GSIGAMLVSI NTLPGSNFSK ETSVTRGIQS
YDGLRRIVDR SVNGISREYE YTGSSRVPSS MTNGRGQRIS VDFIPEIGAL SSVEIASDIQ
QYSYATQDGS EVPPGVLLGA SNGNGSYAYE YSPEGRLKKA TQSSPGGATS EVETTQYLLT
GGPLERQAAD RVIGSKLDNW GRLAASRDGD IQTKVERDDF GRIETIKAYQ EGELKQKTTI
IYDDYNREVQ RVTASPYQEG IFSIDSEYDK EDRLIHKHTL AGSLTLEESY EYDEKSRLVI
YRTGEGTSDD MLPCNECGRP ITGQSFDYDG LDNLTRLVTA FPSGESDTAV FHYDVQRLTH
ITHSLTEGSN AYPAEVSLTY DEDGNLTGVE AGGTVTLAHN ELGQLIQYNE TAYYYDALGR
LQQAGESYRY YLDDTVITED SEDTSVDHVR HAALPVAERQ SGQARWLVAD SKMSVIAVTS
PKGNNCIAYT PSGEGGNTTS IGFNGELKDP ASGGYLLGNG TRLYLPMLGC FTSTDSLSPF
SAGGLNPYRY CSGDPVNLAD SSGHMGEGST VAGIFGIVAG ILSILFTIAT GGASLSITAM
VGIGLETAGV VASAANLARG AGSSAQTQLL MEGSEQNSGM SVGEAIGIAV GVLAVLAGAG
AGMVKWRKTR AWRSRHTSLN RNSKGLLENT HIGDRSGVEQ SVYRLDHSTP EEIRLNGFRA
SQDFGAIPKA IDGDALIVAE TLNGVEQYHK IGGGQGHIYR IRSEGIRGFS LNQNIEHNLN
DLKVHLDLDL DESINPYIDR ADLMEEAHIE LETVNRERHS RVKYMGPLNI LNDMPDVLK
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