| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_1925 |
|---|
| Symbol | |
|---|
| ID | 8428904 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Desulfotomaculum acetoxidans DSM 771 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_013216 |
|---|
| Strand | + |
|---|
| Start bp | 2037801 |
|---|
| End bp | 2040863 |
|---|
| Gene Length | 3063 bp |
|---|
| Protein Length | 1020 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 46% |
|---|
| IMG OID | 645034254 |
|---|
| Product | acriflavin resistance protein |
|---|
| Protein accession | YP_003191388 |
|---|
| Protein GI | 258515166 |
|---|
| COG category | [V] Defense mechanisms |
|---|
| COG ID | [COG0841] Cation/multidrug efflux pump |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 11 |
|---|
| Plasmid unclonability p-value | 0.553474 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 22 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | TTGGGGCTGA TTGAAGCAGG ATTAAAATAC CGCAAGATAA CTCTGATGTT CTTTATTATG
GCCGTAATTC TCGGAATAAT CAGTTTTATC AATATGCCCA GATTCGAGGA TCCTCAAATC
AAAGTTTTCA TGGCTCAGGT ACAGACCGTT TATCCCGGCG CCAGCCCGGA ACAGGTGGAG
GCTTTGGTTA CAAAGCCCTT AGAAGAGAAG ATAGACGAGT TGAAAGAAGT CAGTAAGATA
ACTTCCAGTT CAGCCAACGG TTTTTCCAAT ATAATGGTAG AGATAGCGCC GGAATCGGAC
CAGAAAAAAG CCTGGGATAA TATGCGTCAG AAGGTAAACG AGGCTAGATT ACTTTTACCC
TCGGGAGCCG GTGAACCAGA GGTAAATGAC GAAGTAAACA AAACAAGCTG CTTGATTATT
CACCTGATCC CTCCTGCGAA TTTGCCGGTT GCTTCTATCA GGGAAATTGC AGATGACTGG
AAGGATTCTA TTAAACAAGT ACCGGGTGTT GAAAAAATTG AGGTAATGGG ATTACCCGAA
CAGCAGGTAC AGATAATTTT GGATCCGTCT GCACTGGCTG CCAGACGGTT AAGCTGGACT
CACCTGGCTG ATGCCTTGCA AAAACGTAAT GTCAGTATAC CAGGCGGTAC CTTGCGAGAG
GGAGAAACGG GTTTCATGGT GGAGCCGTCT GGTGAGTATA GTAACCTGGA AGAAATAAAG
GATACGATTA TTTACCAACC GGTTGGTGGA ACTGCGGTTA AGGTCAAAGA TGTCGCCTCG
GTGAAACTCG TACACGCTCG TAATGACGTC CTGGTTAAAA GCAGTGACAA TTCAGCAGTA
GCCTTGGCCA TTTTTCCTAA GGAGGGGCAT ACCGTTTTTG ATGTTAATGA AAAAGTGCAG
GCAAAGATTA AGGAAATGAA AAAGGATCTT CCTTCCGGCG TAGAAGTCCA AAGCGTTTAT
GACCAGTCTG AAAGTGTGAA AAAGAAATTT GATGAGTTAT GGCGCGAGTT GCTTACTGGT
ATGGGCATGG TATTGCTTAT ATGTGTACTG GGGTTGCATT GGCAAACAGC GGTTATGACG
GCTTTGGCCA TCCCAGTCTC AGTGGCTGTT GGATTTGGTC CATTAGCTTC TATGGGCGTA
GACTTACAAC AGATGTCTCT TGCTGCTTTG ATTATAGCCC TGGGTATTTT AGTAGATGAT
GCCATAGTGG TGAATGACAA TATCGAACGG CATATCTTAC TGGAAACAGA CAGATATACA
GCAGTTCTGA GCGGTACCAG GGAAGTAGCA GTATCAATTT TGACATCCAC CATAGCTACT
GTGGCAGGCT TTATTCCGCT GATCCTGTTG CGGGGCAATA TTGGGGAGTT TATACGCTCC
TTGCCTTTGG TTGTAGCTGT AACCATGTCG GCTTCTATGG TTGTTTCCTT ATGGTTGGTG
CCCATTATGC GTTACTGGAC TGCAGGTCGA GTGAAAAAAA ACATCAGGGA AAAGGCCTTC
GGACAGAGCG GGCCGTTAGG TCCCTTCCTG AACAGACTAA GCACCTGGTA CGAAGCATTG
CTGTCTAAAT GCCTCAAGTT GCCTTTTTTG ACGGTAACGG TAGCCCTTTT GGTCAGTGCC
TCTACATTTA TGTTGATACC TATTATGGGT ATTCAGTTTT TTCCTTATGC TGAGAAATCT
GAGTTTATCA TTGATATTAA CACACCAAAA AGCAGCAGCT TACATGAGAC TGAGGCAGTG
GTCGGGCAGG TAGTCCGAAA GGTTAAGGAG CAGATCGGTG TTAAGGAAGT ATTTGTTTAT
ATCGGCCACC AGCTTCCAAA ATTTTATTAT AATGAGCTTT CTGGTGGGCG TGGGGAAACC
TTAACTCAAC TATTGGTAGT TTCCAACCAA GAGCCTAAAG AGACACATCA ACTGGCAGCA
AAGCTGCGCG GCGAATTAAC CGGTGCTATC CCCGGATCCA GAGTAACGGT GCGGGAATTG
GAGCAGGGCC CACCGGTAGG TCCGCCTGTG TCCATTCGCA TAAAAGGAGA TGATTTATCC
GAACTCCGCA CGCTGGCAGA TCAGGTAATA GATATTTTAA AACAAGTCCC TGGTACAGTC
AATGTCCATG ACGATATGGG CTCGGATACC TATTCTGTCA AGGTGAACTC TTCACCGGAG
CTTACCGCCC GTTGGGGAGT AGCGGAGAAA GATATCGCCA ATTCGGTTCG CATGGCTGTG
GACGGATTGG AAATCAGCAA TTATCGCAAG GGAGATAAAC TTTATCCGAT AGTGCTCCGT
ACCAGTGAAG CCGAGGATGC CAGCCTATCC AATATGAGCA GCATTTGGGT GCCTTCCTGG
AAAACTGGTT CCATTCTCCC ATTGGCTCAG GTAGCCACGG TGGATGTCGG CTGGAATACG
GGAACTATTA ACCGGCACAA CTTGAAAAGG GTAATCAATG CCCGTGCGTA CACGGATGGT
ACACTTCCGG ATAACATTAT TAAGGCGGCC TCAGCCAAGA TCGCAGCTAT TCCTATACCC
AAAGATTATA AGATAGAATA TGGGGGAGAG AACGAAGAGC GTGACTTAGC CTTTGCTAAA
ATTGGTAAAT TATCTATAGT TGTTTTATTG TTGATATATG TAATTATAGC CATACAGTTT
TATTCATTGA CCAAACCGGC TGTTATTCTT TTGTCTGTGT TTCTGGCTAT TTCCGGAGCT
GTCCTGGGTT TGTATGTAAC CGGAACGCCG TTGGGATTTA TGGCCTTGTT GGGTGTGGTT
AGCCTGTCGG GTATAGTGGT GCGAAATGGT ATCATGCTGG TGGAGTTTAT TGAGGTAGGC
TTAAAACAAG AGTTGCCTCT TTACGGGGCT ATATTGGAAG CCGGAAAAGT TCGCCTGCGC
CCAATACTTT TAACTGCAGC TACAGCAGTG AGCGCACTCC TGCCTATGGC TATAACGGGT
GGTAGTCTGT GGCGACCTAT GGCGGTGAGC ATCATCAGTG GTTTAATATT TTCCACCGTT
CTGACTTTAA TTGTGGTACC TAGCGTATAT CTTTTGATTA CGAAACGTAA ATTAGCTGGG
TAA
|
|---|
| Protein sequence | MGLIEAGLKY RKITLMFFIM AVILGIISFI NMPRFEDPQI KVFMAQVQTV YPGASPEQVE
ALVTKPLEEK IDELKEVSKI TSSSANGFSN IMVEIAPESD QKKAWDNMRQ KVNEARLLLP
SGAGEPEVND EVNKTSCLII HLIPPANLPV ASIREIADDW KDSIKQVPGV EKIEVMGLPE
QQVQIILDPS ALAARRLSWT HLADALQKRN VSIPGGTLRE GETGFMVEPS GEYSNLEEIK
DTIIYQPVGG TAVKVKDVAS VKLVHARNDV LVKSSDNSAV ALAIFPKEGH TVFDVNEKVQ
AKIKEMKKDL PSGVEVQSVY DQSESVKKKF DELWRELLTG MGMVLLICVL GLHWQTAVMT
ALAIPVSVAV GFGPLASMGV DLQQMSLAAL IIALGILVDD AIVVNDNIER HILLETDRYT
AVLSGTREVA VSILTSTIAT VAGFIPLILL RGNIGEFIRS LPLVVAVTMS ASMVVSLWLV
PIMRYWTAGR VKKNIREKAF GQSGPLGPFL NRLSTWYEAL LSKCLKLPFL TVTVALLVSA
STFMLIPIMG IQFFPYAEKS EFIIDINTPK SSSLHETEAV VGQVVRKVKE QIGVKEVFVY
IGHQLPKFYY NELSGGRGET LTQLLVVSNQ EPKETHQLAA KLRGELTGAI PGSRVTVREL
EQGPPVGPPV SIRIKGDDLS ELRTLADQVI DILKQVPGTV NVHDDMGSDT YSVKVNSSPE
LTARWGVAEK DIANSVRMAV DGLEISNYRK GDKLYPIVLR TSEAEDASLS NMSSIWVPSW
KTGSILPLAQ VATVDVGWNT GTINRHNLKR VINARAYTDG TLPDNIIKAA SAKIAAIPIP
KDYKIEYGGE NEERDLAFAK IGKLSIVVLL LIYVIIAIQF YSLTKPAVIL LSVFLAISGA
VLGLYVTGTP LGFMALLGVV SLSGIVVRNG IMLVEFIEVG LKQELPLYGA ILEAGKVRLR
PILLTAATAV SALLPMAITG GSLWRPMAVS IISGLIFSTV LTLIVVPSVY LLITKRKLAG
|
|---|
| |