| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mjls_4595 |
|---|
| Symbol | |
|---|
| ID | 4880294 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Mycobacterium sp. JLS |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009077 |
|---|
| Strand | + |
|---|
| Start bp | 4818713 |
|---|
| End bp | 4821835 |
|---|
| Gene Length | 3123 bp |
|---|
| Protein Length | 1040 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 64% |
|---|
| IMG OID | 640141898 |
|---|
| Product | MMPL domain-containing protein |
|---|
| Protein accession | YP_001072851 |
|---|
| Protein GI | 126437160 |
|---|
| COG category | [R] General function prediction only |
|---|
| COG ID | [COG2409] Predicted drug exporters of the RND superfamily |
|---|
| TIGRFAM ID | [TIGR00833] Transport protein
[TIGR03057] X-X-X-Leu-X-X-Gly heptad repeats |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 12 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 30 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | GTGACCGACG GCACTGCAGA TTCCCCAGGC CAGGCCACGC GCCGTGGCCA GCGGGACAAC
GGATCCCCCA ACCCGGCCGA AACCCGCGAG TACAGCGAAC GGTTGGCAGC GCTAGCCCGA
TTCACCCTCC GACACAAAGC GCTGGTCATC GGGGTATGGC TAGGCGCCGC GGTCGTCCTC
GCGTTGCTGT TCCCCCAGCT AGAAACCGTG GTGCGCCAAC AGTCGGTGGA CCTCATCCCT
CGCGATGCGC CGTCCTTGCA GACGGTTGAC CGCATGAGCG CCGCTTTCGG CGAAGAAGGC
TCAAAAACCA TGGTGTTCGT CGCCATGGAA GACCCCAATG GCTTGACTCC GACTGCACGG
CAGCGCTACG GCGAACTCGT GCGCCGGTTG CAGGGCGAAG GCAACCACGT CCTGCTGGTG
CAGGACCTAC TGTCCGATCC GATTACCGAA GCCCAGGCAG TCAGCGCCGA CCGCAAAGCT
TGGTACCTGC CCGTAGGTGT CACCGGCACC CTCGGAGACC CCACGGCCGC CGAATCGGTA
AACGCGGTGC GCAACATCGC CGCCGAGGTC TTCACCGGCT CGACCACGAC TGTGCAAGTG
ACGGGACCAC CGGCAACCTT CAGCGACATG ATCGCATCCG CCGAGCACGA CCTGCTGCTG
ATCTCAATCG CTACCGCGGG CGTGATCGCC CTGATCCTGC TGATCGTCTA CCGGTCGGTG
TTCACCGCGC TGTTACCGCT GCTAGTAATC GGGTTGAGCC TGGCAGTCGG GCGCGGCGTG
CTGTCCGCCC TCGGCGAGAT GGGCATGCCC GTCTCCCAGT TCACCGTCGC CTTCATGACT
GCGATCCTGC TCGGCGCGGG AACCGACTAC ACCGTATTTC TGATCAGCCG ATACCACGAA
CAGCGCCGCG CCCAAGTACC CGCCGATCAG GCCGTCATCC ACGCCACCGC CAGCATCGGG
CGCGTCATCC TCGCCTCCGC CGCCACCGTC GCACTCGCGT TCCTGGCCAT GGTCTTCGCG
CGGCTCAGCG TCTTCGCCGC CCTTGGCCCC GCGTGTGCCA TCGCCGTACT GTTCGGATTT
CTGGCCACCG TAACCCTGCT GCCACCGGTG CTGTCGCTAG CCGCCAAACG CGGCATCGGT
GAACCCAAAC CCGATCGCAC CCGCCGCTAC TGGAACAGCG TCGCCGTCGC CGTGGTCCGC
CGTCCCGTGC CACTACTCAT CGTCAGCCTG GTCATCTTGC TCGCCCTGTC GGCAGCGGCA
GCAACCATCA AAATCAGCTA CGACGACCGC AAGGGCCAAC CAGACACCAC GGCCAGCAAC
CTGGGCTACC ACCTGCTGGA CCGCCACTTC CGCAAAGACG TCGTCATCAG CGAATTCCTC
GTCGTGGAAA ATCCGACCGA CATGCGGACC GGCAAAGGAC TGGCCGATCT TGACGAGATG
GCCTCCCGCG TCTCCCAGAT CCCCGGCGTC ACCAAGGTTT CCGGAGTCAC CCGCCCCACC
GGAGAGCGCC TCGACCAAGC AGAACTGGCC TGGCAGAACG GCCAGATCGG CGACAAAATG
GCCGGCGCCG TCGCCGAGGG CAACTCCCGC AAGGACGACC TCACCAAACT CACCGACGGC
GCCGACCAGC TCGCCGACGG CCTCGCCCAA CTCGACAGCA CCGTGCGCAC CGCCTTCACA
CCACTAGCCG GAATCCTCAC CCAAGCCCAA TCCGCAGGAA CTCAGGTCAA CCAATTCCGG
CCGCTGCTGC AACAACTTTC CGCCACTGCC CCCGCCGTCG ACCAAGCCAT CCAATCCGGC
CCAGGACTAC GACCGCTGGC CAACCAAGCC CAAAACGCAA TCACTCAACT CGACCCACTC
GTCGGCGCCC TCAACACCTC ACCCTGGTGC GCCACCACCC CACAATGCGC CCAAATCCGC
AACCAGGTCC AGATCCTGGT CACTCTGCGC GACAACGGAT TCTTCAACCA AATCGCCGAC
CTCGGGGACC GCTACGATCC CGCCACCAAT GCCACCGTTG GTGGCACCCT CGCCAACGTC
CAGAACGCAG TCGCCTCACT GGACAAGGCA TTCGGAGCCC TGGGTGACCC CGCCGACCTG
ACCACAAATC TCCGCCGATT GCAGGACGGA ATCGGACAGC TGGCCTCCGG CGCCCAAGCA
CTCGCCACCG GCGTCCGCAC CCTCGCCGAC AGCAACATCG AAATGCTGTC CGGCATGAGC
CAGATCGCCA CCCAACTACA GAACTCCTCG CGCGCAGCGG CCGACTCCGA CTCCTCGAGC
GGTTTCTACC TGCCCGCCAA CGCATTCGAG AACCGGCAAT TCACCGACGT CGCCGAACAA
TTCCTCTCAC CGGACGGCAA AACAGCGCGG TTCATGATCG AAAGCAGCCA CGACCCATAC
AGCGTTGAAG CCATGGACCT CGCCAGCCGC ATCACCGACA CCGCCAACAC CGCACGACCC
AACACGTCAC TCGCCGACGC CACCGTGTCC GTAGCCGGCT TCCCCGCCGT CAACTCCGAT
ATCCAACGAC TCCTCTGGGC CGACTTCGCA CAACTAGCCA TCGCCACCAT CATCATCGTC
GGCGTCATCC TGGTCCTACT ACTGCGCGCA CTCCTAGCAC CGCTCTACCT ACTAGGCACC
GTCGTGCTCA ACTACCTCGC ATCACTCGGC ATCGGCGTCG TAGTCTTCCA ATGGGGACTG
GGCCACGAAA TCGCCTGGCC CGTACCGCTG CTGGCGTTCA TCATCCTCGT CGCCGTCGGC
GCCGACTACA ACATGCTGCT CGTCTCACGG CTCCGCGAAG AATCCGGAAC CAACATCCGC
GTCGGCGTCC TGCGCACCGT GGCAAACACC GGAGCCGTCA TCACCTCCGC TGGCCTCATA
TTCGCCGCCA GCATGTTCGG CCTCATGGTC GGCTCAGTCG CCATCATGAT CCAAGCCGGC
CTCATCATCG GCTTCGGGCT GCTGCTCGAC ACCTTCCTCG TGCGCACCCT CACCGTGCCC
GCCATCGCCA CACTCCTACG CGAAGCCAGC TGGTGGCCCA CCAAAGCAAC AAACCCGCGA
CCCGGTCAGA CCAACCCAGG AGGCATTAAG GACGCACCTC ACGTGCTGGT CCAGGAGAGG
TGA
|
|---|
| Protein sequence | MTDGTADSPG QATRRGQRDN GSPNPAETRE YSERLAALAR FTLRHKALVI GVWLGAAVVL
ALLFPQLETV VRQQSVDLIP RDAPSLQTVD RMSAAFGEEG SKTMVFVAME DPNGLTPTAR
QRYGELVRRL QGEGNHVLLV QDLLSDPITE AQAVSADRKA WYLPVGVTGT LGDPTAAESV
NAVRNIAAEV FTGSTTTVQV TGPPATFSDM IASAEHDLLL ISIATAGVIA LILLIVYRSV
FTALLPLLVI GLSLAVGRGV LSALGEMGMP VSQFTVAFMT AILLGAGTDY TVFLISRYHE
QRRAQVPADQ AVIHATASIG RVILASAATV ALAFLAMVFA RLSVFAALGP ACAIAVLFGF
LATVTLLPPV LSLAAKRGIG EPKPDRTRRY WNSVAVAVVR RPVPLLIVSL VILLALSAAA
ATIKISYDDR KGQPDTTASN LGYHLLDRHF RKDVVISEFL VVENPTDMRT GKGLADLDEM
ASRVSQIPGV TKVSGVTRPT GERLDQAELA WQNGQIGDKM AGAVAEGNSR KDDLTKLTDG
ADQLADGLAQ LDSTVRTAFT PLAGILTQAQ SAGTQVNQFR PLLQQLSATA PAVDQAIQSG
PGLRPLANQA QNAITQLDPL VGALNTSPWC ATTPQCAQIR NQVQILVTLR DNGFFNQIAD
LGDRYDPATN ATVGGTLANV QNAVASLDKA FGALGDPADL TTNLRRLQDG IGQLASGAQA
LATGVRTLAD SNIEMLSGMS QIATQLQNSS RAAADSDSSS GFYLPANAFE NRQFTDVAEQ
FLSPDGKTAR FMIESSHDPY SVEAMDLASR ITDTANTARP NTSLADATVS VAGFPAVNSD
IQRLLWADFA QLAIATIIIV GVILVLLLRA LLAPLYLLGT VVLNYLASLG IGVVVFQWGL
GHEIAWPVPL LAFIILVAVG ADYNMLLVSR LREESGTNIR VGVLRTVANT GAVITSAGLI
FAASMFGLMV GSVAIMIQAG LIIGFGLLLD TFLVRTLTVP AIATLLREAS WWPTKATNPR
PGQTNPGGIK DAPHVLVQER
|
|---|
| |