| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ent638_0345 |
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| Symbol | |
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| ID | 5111517 |
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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 | Enterobacter sp. 638 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009436 |
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| Strand | - |
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| Start bp | 393189 |
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| End bp | 396500 |
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| Gene Length | 3312 bp |
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| Protein Length | 1103 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 640490510 |
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| Product | hypothetical protein |
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| Protein accession | YP_001175084 |
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| Protein GI | 146310010 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG3264] Small-conductance mechanosensitive channel |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.742298 |
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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 | 0 |
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| Fosmid unclonability p-value | 0.00000473028 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | unclonable |
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Sequence |
| Gene sequence | GTGCGCCTGA TAATTATTTT TCTGATGGCC TGGTGCCTCA GTGTGGGGGC GTATGCAGCA
ACAGTCCCCG ACGCCAAACA AATCACCCAG GAACTGGAAC AGGCTAAAGC GGCAAAACCC
GCTCAGCCCG AGACCGTTGA GTCGCTCCAG GCCGCCCTGA ATGCGCTTGA AGAACGTCAA
GGCTCTCTTG AGCGTGCGCA GCAGTATCAA CAAGTTATTG ATAACTTCCC TAAACTCTCG
CAAACGTTAC GTTCACAGCT GACGAATCTG CGCGATGAGC CGCGTGACGC GCCATTGAGT
ATGACGTCCG ACGCCCTGAA TCAGGAAATC CTGCAGGTCA GCAGCCAGTT GCTGGAAAAA
AGCCGTCAGG CGCAGCAGGA ACAAGAGCGC GCCCGCGAAA TCGCGGATTC CCTGAGCCAA
CTGCCGCAAC AGCAAACCGA TGCCCGTCGC CAGCTCAATG AAATTGAACG CCGGATTGGG
ACGCAGCCGG GTAACACCCC GCAAAATCTC AGTTTGCAGG CGGAATCAGC CAAACTAAAA
GCCCAGGTTG ATGAGCTTGA GCTCGCCCAA CTGTCGGCCA ATAACCGTCA GGAACTGGCG
CGTATGCGTT CAGAACTGGC GCAAAAGCAG AGCCAGCAAC TTGATGCCTA TCTGCAAGCT
CTGCGCAATC AGTTGAACAG CCAACGCCAG CGTGAAGCCG AGCGCGCGCT GGAGAGCACC
GAACTGCTGG CGGAAAACAG CGAAAACCTG CCTGCGGGCA TCGTCGATCA GTTCAAAATT
AACCGTGAGC TTTCTGCTGC GCTTAACCAA CAGGCTCAGC GTATGGATCT GGTGGCGTCT
CAACAGCGCC AGGCCACTAA TCAGACGCTG CAGGTGCGTC AGGCCCTGAA CACGTTGCGT
GAGCAATCGC AGTGGCTCGG CTCATCGAAT TTACTCGGTG AAGCCTTGCG TGCGCAGGTT
TCGCGTCTGC CGGAAATGCC AAAGCCGCAG CAGCTCGACA CCGAAATGGC GCAATTGCGC
GTTCAGCGTC TGCGTTTTGA AGATCTGCTC AACAAACAGC CGCAAATTCG CCAGCTTAAG
CAGGCGGATG GTAAGCCGTT GACCAGCGAG CAAAACCGTA TTCTGGAAGC GCAACTGCGT
ACCCAGCGCG AACTGCTGAA CTCGCTGTTA CAGGGCGGTG ATACGCTCAT TCTCGAACTC
ACCAAGCTGA AAGTCTCCAA TAGTCAGCTT GAAGACGCGC TGAAAGAAGT CAACGAGGCG
ACGCATCGCT ATCTGTTCTG GACCTCTGAT GTTCGGCCCA TGACCTTCTC CTGGCCCATT
GATATCGTGC AGGATCTGCG TCGTTTGATT TCGCTGGATA CGTTTGGTCA GGTGGGCAAA
GCGAGCGTGA TGATTCTCAC CAGCAAAGAG ACCATCTTCC CGCTGATGGG CGCATTGATT
CTGGTGGGGT TTAGTATTTA CTCGCGCAGG CATTTCACCC GCTTCCTGGA ACGTTCCAGC
TCCCGCGTGG GTAAAGTGAC GCAGGACCAC TTCTGGCTTA CGCTGCGCAC CGTTTTCTGG
TCGATACTGG TGGCGTCACC GCTGCCGGTT CTGTGGATGA CGCTCGGATA TGGCCTGCGA
GAAGCGTGGC CATATCCGCT CGCCGTGGCG ATTGGCGATG GCGTAACCGC CACGGTTCCG
CTGCTATGGG TGGTGATGAT TTGCGCCACT TTTGCCCGTC CCAATGGCCT GTTTATCACC
CACTTCTCCT GGCCGCGCCA ACGTGTGTCG CGCGCGATGC GCTATTACCT GTTGAGCATC
GGACTGATTG TGCCGCTGAT TATGGCGCTG ATTATGTTCG ATAATCTTAA CGACCGTGAA
TTTTCCGGCT CGCTCGGACG GCTGTGCTTT ATGCTGATCT GCGGCGCGCT GGCGATGGTC
ACTCTGAGCC TCAAACGCGC GGGCATTCCA CTGTATGTCG ATAAAACCGG CAGCGGCGAC
AACATGGTGA ACCGTATGCT GTGGAACTTG CTGCTCAGCG CCCCGCTGGC GGCAATTCTC
GCCGCTGCCG TGGGGTATCT CGCCACCGCG CAGGCGCTGC TGGCCCGTCT GGAAACGTCG
GTCGCGATCT GGTTCCTGCT GCTGGTGGTG TATCACGTCA TCCGCCGCTG GATGCTGATT
CAGCGGCGCC GACTGGCGTT CGATCGCGCC AAGCATCGCC GAGCTGAAAT TCTTGCCCAA
CGTGCACGTG GTGAAGAAGA TCCGCACAGC ACCAGCAGTA CAGAAGGCAA TATGGATGTC
GATGAAGTCG AGCTGGATCT TGACGCCATC AGTACCCAGT CCTTGCGGCT GGTGCGATCC
ATCCTGATGC TGATCGCGCT GTTGTCGGTC ATCGTTCTGT GGTCGGAAAT CCACTCGGCG
TTCGGCTTCC TGGAGAACAT TTCGCTGTGG GATGCCACCT CGACCGTTCA GGGTGTCGAA
AGCATTGAAC CGATAACGCT GGGTGCAGTG CTGATAGCGA TTCTGGTCCT GATTATCACC
ACCCAACTGG TGCGAAACTT CCCTGCCTTG CTGGAACTGG CGCTGTTGCA GCATCTGGAT
TTAACCCCCG GCACCGGGTA CGCCATCACC ACCATCACTA AATATCTGAT TCTGCTGTTT
GGCGCGCTGA TGGGCTTTTC GATGATAGGT ATTGAATGGT CTAAGCTGCA ATGGCTGGTT
GCCGCGCTGG GTGTCGGGTT GGGCTTTGGC TTGCAGGAGA TCTTCGCCAA CTTTATTTCG
GGCCTGATCA TTCTGTTCGA GAAACCGATT CGTATTGGCG ATACCGTGAC GATCCGCGAT
CTGACCGGAA GCATTACCAA GATCAACACC CGCGCCACGA CGATCAGCGA CTGGGATCGC
AAAGAGATCA TCGTGCCGAA CAAAGCGTTT ATCACCGAAC AGTTTATCAA CTGGTCGCTT
TCCGACTCCG TGACGCGCGT GGTGCTCACC GTGCCTGCGC CATCGGACGC CAACAGCGAA
GAGGTGACGC AGATTCTGTA CACGGCGGCG GAGCGCTGTT CGCTGGTGAT TGATAATCCG
GCACCGGAAG TGTTCCTGGT GGATTTACAG CAGGGGATTC AAATTTTCGA GCTGCGTATC
TACGCCGCTG AGATGGGGCA CCGTATGCCG CTGCGTCACG AAATCCATCA GCTGATTCTG
GCGGGCTTCC GTGAACACGG GATTGATATG CCGTTCCCAC CGTTCCAGAT GCGTCTGGAA
ACACTCGATG GACGTAAAAC GGGTAGAACA CTGTCGTCGG CAACGCGTAA GCGCACGGCG
GGGAGTTTGT AA
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| Protein sequence | MRLIIIFLMA WCLSVGAYAA TVPDAKQITQ ELEQAKAAKP AQPETVESLQ AALNALEERQ
GSLERAQQYQ QVIDNFPKLS QTLRSQLTNL RDEPRDAPLS MTSDALNQEI LQVSSQLLEK
SRQAQQEQER AREIADSLSQ LPQQQTDARR QLNEIERRIG TQPGNTPQNL SLQAESAKLK
AQVDELELAQ LSANNRQELA RMRSELAQKQ SQQLDAYLQA LRNQLNSQRQ REAERALEST
ELLAENSENL PAGIVDQFKI NRELSAALNQ QAQRMDLVAS QQRQATNQTL QVRQALNTLR
EQSQWLGSSN LLGEALRAQV SRLPEMPKPQ QLDTEMAQLR VQRLRFEDLL NKQPQIRQLK
QADGKPLTSE QNRILEAQLR TQRELLNSLL QGGDTLILEL TKLKVSNSQL EDALKEVNEA
THRYLFWTSD VRPMTFSWPI DIVQDLRRLI SLDTFGQVGK ASVMILTSKE TIFPLMGALI
LVGFSIYSRR HFTRFLERSS SRVGKVTQDH FWLTLRTVFW SILVASPLPV LWMTLGYGLR
EAWPYPLAVA IGDGVTATVP LLWVVMICAT FARPNGLFIT HFSWPRQRVS RAMRYYLLSI
GLIVPLIMAL IMFDNLNDRE FSGSLGRLCF MLICGALAMV TLSLKRAGIP LYVDKTGSGD
NMVNRMLWNL LLSAPLAAIL AAAVGYLATA QALLARLETS VAIWFLLLVV YHVIRRWMLI
QRRRLAFDRA KHRRAEILAQ RARGEEDPHS TSSTEGNMDV DEVELDLDAI STQSLRLVRS
ILMLIALLSV IVLWSEIHSA FGFLENISLW DATSTVQGVE SIEPITLGAV LIAILVLIIT
TQLVRNFPAL LELALLQHLD LTPGTGYAIT TITKYLILLF GALMGFSMIG IEWSKLQWLV
AALGVGLGFG LQEIFANFIS GLIILFEKPI RIGDTVTIRD LTGSITKINT RATTISDWDR
KEIIVPNKAF ITEQFINWSL SDSVTRVVLT VPAPSDANSE EVTQILYTAA ERCSLVIDNP
APEVFLVDLQ QGIQIFELRI YAAEMGHRMP LRHEIHQLIL AGFREHGIDM PFPPFQMRLE
TLDGRKTGRT LSSATRKRTA GSL
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