| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_004053 |
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| Symbol | |
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| ID | 8557792 |
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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 sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | - |
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| Start bp | 2713632 |
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| End bp | 2716616 |
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| Gene Length | 2985 bp |
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| Protein Length | 994 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 646407154 |
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| Product | hypothetical protein |
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| Protein accession | YP_003286678 |
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| Protein GI | 262394824 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR03296] M6 family metalloprotease domain
[TIGR03501] gammaproteobacterial enzyme C-terminal transmembrane domain |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.0000445976 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | TTGAAGTTCA ACACACTCGC CTTGACTATG CTAACTGCGC TTCTTGCAGG TAAGAGCATG
GCAACTACTC CGCCATCACC AGTTTGGCAT ACTATTGCGT TGAGCGATGG TACCTCTAGT
GAGGCAATTT TACGCGGCAC TGCCGATTTC CACTGGTTTG AAGATAAACA AGGTAATGCC
TTGGTTCATG AAGATGGCAT TTGGTTTTTT GCACAGATTC AGCGCGAGTC AGACATCCCA
ACGTTACGCT CGACGGGTGT TGCTAAAACT CAATCGAGTG ATGCGCCTGA ATTGGCGAAG
TTTCGCCCGG ATCTACAAGT TAAGCCGCAG TTATCTTCTC TAAAAACCAT TGAACCGATG
GCGCGCCAAA ATCTATTGCG TTCGGCGCAA GGTTATCAGG CGATGAGTAG CTCATCGATG
AAGCAACAAC CACTGTTGGT TGTGCAAGTC TCCTTTGATG ACCAAGCAAT GGTGCATGAC
TTCGAACAAC GTGTGTTTAA TACCGATGGC CAAAGCGTTG TCGATTATTT TGATAAAAAC
TCTCAAGGGA AATTCAAAGT TGTCCCTGCG ATTGAGAGTT ATGGTACCGC GAATGATGGT
GTGATCAATG TGACCGTGGC GCAAAGCCAC CCAAATTGCC ACTCTAGCTC AACTGACAAG
ACTTGCACTG CCAAGTTGAA TGCGGTCTTC ACCGAAGCAT ATCAAAAACT GGATCCGTAC
TTTAATCTTT CGGCTTACGA CAGCAATCAA AATGGTACCG TAGAACCGTC AGAACTCTCA
GTTATGTTTA TTTTTGCGGG TGGCGACCGT TCAACCGGAT TCCTTGATCG TCCTTCTATT
TGGCCTCATA AATTCTCTCA CGACGATGTG ACACTAGATG GCAAAAAAAT TGCTGATTAC
TGTGTGTTTG CTGACTACCA AGTTGATCAT CAAGCGACGT TAGGCGTGAT CGTACATGAG
CTTGGCCACT TAATGCTTGG CTTGCCGGAT TTGTACGCAA GGAACAGTGA TGCTTCGATC
GGTTCTTGGG GCGTGATGGG CGGTGGTTCA TGGGCACAGA AACCGGGAGA CTCATACGCA
GGAGACACGC CAGTGAACAT GAGTGCGTGG AGCAAACACG CCGCTGGTTT CGTAGTACCA
ACGATCACTC ATGAAAGCCC GATGCCTATT TCCGTGAACA ACGACGATGT CAAACTGGTG
TATCTCGACC CGTACTTGAA AGAGTTTGGC CCACGCGTTT ATTTGGAAAA CCGTACCTTT
AGCGGTTACG ACCGAGCATT GGCGGCAGAA GGCATACTAG CGACGTCGGT TAATGTCCAG
AATCGCTTTA ACGATGTTGG CGCGATGCAG GTTCAAATCA TGCAGTCCGA TGGTCTGAAT
GAGTTAGAAC ATGATGGAAG CAGTGATGCC GGCGATTTGT ATCCTAATGG TGGCAATGTC
ATTTCAGATA CATCGACCCC AAGTCTGAGA GCGATCGCCG GGTTTGATAC TGGGGTTCGT
ATTTCCAACA TTGCCAGCAA TACCAACGGC GGCAGTTTTT CTCTTGAGCA TATAAACGAG
CCAAATAAAT CGGCATGGTT GAACTCTCTT CACCAAGGTT ATGTGTACGC AAGTGGCAGT
AACACTCTGG CGGTATCATT GGATTTGAAT GCTGAGACAA AGCTTGATGG TCTTCAACTT
TACGCGCAAA GCAATAGCGC TCAAAGTGAC ATGACTTATC GAGTATGGCG ATTCCCATTC
TCAGGTAACG TGGGCTACCG ATTAATATTG GATCAGAACA ATGCTGAACT TTTACAGCAA
GGTAGCTTCC AAAAGCCATC CCGAATTTTA TTCCCTCAAC CAAGCCAATT AAGTGCGGGT
CAGCACCTGT TAGTAGTGGA ATTAGAAGGC GGTGAATTTG AATCGAACTT TGACTTTGGC
CGCTTACTAA AAACTGAAAA ATCATCTCTG CCTGTAATGT GGACTGGTAA TTACAACGAG
ATAGGTACGT TTGGTTTAGA GCAAGCCGGA TTCTCTTATG TTCCGTTCGC AGCACTCTTG
AATGTGGAGG CGAACAACAT TGTTGAAGCG AAAGCTGATT CACTGCAAAC CGATAAGAAT
ACGCCAATCG ATCTGAACCT GATGGACAAT GATTTCATGG CCATAGGATA TCAGTTCAAT
GTGGACATTG TGCAGAAGCC TGAGCACGGC ACCATTTCTG GCAACCAATA CCAACCTGAA
GCTAACTTCG TTGGTTTGGA CAGCTTCCAA TATCGTTTGC TGTCTACGGA CGGCGTGTAT
TCGTCTTCGG TTGTGAGCGT GCAGGTCGAA GTACTTGGTA GTAATGAAGC ACCAAAAGCG
CTCATCGATG TGGATAGCCA AAAGATTACT GCTGGACAGA AAGTAACATT GTCGGCGGCA
AACAGCACAG ATGCGGATGG CGATGTGTTG AACTACCGAT GGGAGCAATT GGCTGGTACT
TCAGTTTCTA TCGGAAATTC GACCAGTGCT ACGGCAAGCT TTACAGTGCC TCAAGGTATA
AAAGCGGGTG AGGTTCTGAC ATTCCGTCTA ACTGTTACTG ATCCAAGTAA TGAAACCTCC
AGTGCTACCG TCAATTTAAC CATGCAAAAC GCAGCGCCAG TCACGTTAGC AGATACGGCG
ACCGTTGCCG TTGGTGAAAG CATTGTGATT GATGCTGCTG GCAATGATTC GGATGTGAAT
GGCGATAAAC TGGTTGTAGA AAGCGTACAG AACCTAACGG GCGTGGGAAG TGCGAGTGTA
GAGAATGGTA AAATTCGTTT TCAAGCTCCG GATAGTGCGG TTGATAACAT CAAGCTGCAA
TACACGGTTT CAGATGGCAA CGGTGCTACC GCAATAGGTG AAGTGACCGT TACGGTTGTC
GCTTCCTTGA AAACAACGAC ATTCAAGAAC TCTGAAGGTA GCGGCAGTGT TTCTTATTGG
GCTCTGATGT TACTCGTTGC ATTGGGCTGG CGACGCCGCG TCTAA
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| Protein sequence | MKFNTLALTM LTALLAGKSM ATTPPSPVWH TIALSDGTSS EAILRGTADF HWFEDKQGNA
LVHEDGIWFF AQIQRESDIP TLRSTGVAKT QSSDAPELAK FRPDLQVKPQ LSSLKTIEPM
ARQNLLRSAQ GYQAMSSSSM KQQPLLVVQV SFDDQAMVHD FEQRVFNTDG QSVVDYFDKN
SQGKFKVVPA IESYGTANDG VINVTVAQSH PNCHSSSTDK TCTAKLNAVF TEAYQKLDPY
FNLSAYDSNQ NGTVEPSELS VMFIFAGGDR STGFLDRPSI WPHKFSHDDV TLDGKKIADY
CVFADYQVDH QATLGVIVHE LGHLMLGLPD LYARNSDASI GSWGVMGGGS WAQKPGDSYA
GDTPVNMSAW SKHAAGFVVP TITHESPMPI SVNNDDVKLV YLDPYLKEFG PRVYLENRTF
SGYDRALAAE GILATSVNVQ NRFNDVGAMQ VQIMQSDGLN ELEHDGSSDA GDLYPNGGNV
ISDTSTPSLR AIAGFDTGVR ISNIASNTNG GSFSLEHINE PNKSAWLNSL HQGYVYASGS
NTLAVSLDLN AETKLDGLQL YAQSNSAQSD MTYRVWRFPF SGNVGYRLIL DQNNAELLQQ
GSFQKPSRIL FPQPSQLSAG QHLLVVELEG GEFESNFDFG RLLKTEKSSL PVMWTGNYNE
IGTFGLEQAG FSYVPFAALL NVEANNIVEA KADSLQTDKN TPIDLNLMDN DFMAIGYQFN
VDIVQKPEHG TISGNQYQPE ANFVGLDSFQ YRLLSTDGVY SSSVVSVQVE VLGSNEAPKA
LIDVDSQKIT AGQKVTLSAA NSTDADGDVL NYRWEQLAGT SVSIGNSTSA TASFTVPQGI
KAGEVLTFRL TVTDPSNETS SATVNLTMQN AAPVTLADTA TVAVGESIVI DAAGNDSDVN
GDKLVVESVQ NLTGVGSASV ENGKIRFQAP DSAVDNIKLQ YTVSDGNGAT AIGEVTVTVV
ASLKTTTFKN SEGSGSVSYW ALMLLVALGW RRRV
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