| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_3665 |
|---|
| Symbol | |
|---|
| ID | 5368148 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Marinomonas sp. MWYL1 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009654 |
|---|
| Strand | + |
|---|
| Start bp | 4140652 |
|---|
| End bp | 4143741 |
|---|
| Gene Length | 3090 bp |
|---|
| Protein Length | 1029 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 42% |
|---|
| IMG OID | 640806048 |
|---|
| Product | acriflavin resistance protein |
|---|
| Protein accession | YP_001342501 |
|---|
| Protein GI | 152997666 |
|---|
| COG category | [V] Defense mechanisms |
|---|
| COG ID | [COG0841] Cation/multidrug efflux pump |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 9 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 33 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGATATTG CTGCTTATTT TATTAAACGC AAAGTAACTA GCTGGATGGT CACGCTGATC
TTATTGGTTG GTGGTGTCAT TGCATTTACA AGCCTTGGGC AATTAGAGGA CCCTGAATTT
ACCATCAAGG ACTCTCTTAT CATTACCTAC TATCCTGGTG CTTCACCAGA ACAAGTAGAA
GAAGAAGTGA CTTACCCTAT TGAGCGCGAA CTTCAAAACT TACCTTACGT TGACAAAATC
ACATCGACGT CAAAAGCAGG CTACTCAAAA GTTCAACTGA CGATCAAAGA TACTTATCGA
GCAAAAGAGC TTAAGCAAAT ATGGGATGAA GTACGTAAGA AAATTCGCGA TATTTCCGGC
TCTTTCCCTA GTGGCGTTGC AACACCTATC GTTTTAGATG ACTTTGGTGA TGTATACGGT
GTGATGCTGG CGATCAATGG CGAAGGCTAC CCATATAAAG ACCTAAAAAA CTATGTTGAC
TATGTCAAAC GTGAGCTAGT TCTTGTTGAT GGCGTTGCTA AAGTCACCGT GGCTGCGGAG
CAAAACGAGC AAGTTACCAT TGAGATTTCT CGCTCCAAGC TAACTAATAT GGGGATCGCA
CCTAGTCAGC TAGAAACCTT ATTATCAAAC CAAAATAGCG TATCCAATGC TGGTAGCGTA
AAAGTGGGTA GCGAATATAT TCGCATAAGC CCTACCGGTG AATTTAAAGA TATTTCTGAA
CTTGAAAACC TCATTGTTGG AACACCAACA GACGGTAACT TAATTCGTTT GAGCGATATC
GCCACAATTA AGCGCGAATA TGTTGAACCA AGGACTCACA TTGTCGATTT TAACGGTGCT
AAATCTCTCT TACTTGGTGT TTCGTTTGCG TCGGGTGTTA ACGTCGTAAA AATTGGTGAA
GCATTAGAAA ATCGCATTGA AGAACTACAA TACCAGCAAC CTATTGGTTT AAATATGGAA
CCGATTTACT TCCAGTCTAA AGAAGTTGAG CGCTCCGTAT CAAATTTCCT ACTTAACCTA
GCTGAAGCAG TGGGTATCGT TATCCTAGTG CTGTTGGTAT TTATGGGCAT TCGTTCTGGT
ATCTTGATTG GTATCATTCT GCTGCTTACC ATTCTTGGCA CCTTCATTGT GATGGATTAC
TTCCATATCA ACCTACAGCG AATTTCCTTA GGTGGTTTGA TCATAGCGCT CGGGATGCTG
GTAGATAATG CCATCGTGGT GACCGAAGGT GTGCTCATTG GCATGCAAAG AGGCATGACC
AAATTACAAG CCGCCAGCGC AGTTGTAAAA CAAACCAAAT GGCCACTTCT AGGCGCTACC
GTCATTGCGG TTACAGCTTT CGCACCGATT GGTTTATCTC CAGATGCGGT CGGTGAATTC
GTTGGCTCAC TTTTCTATGT ATTGTTGATT TCTCTGCTAT TAAGCTGGAT CACAGCCATT
ACATTGACGC CTTTTTTCTG TGATTTATTC TTTAAAGAAA CGATCGAAAA AGCCAACAAT
GAAGATGGTT CAACAAAAGA GCTAGAAGAT CCTTATAAAG GTTTTATCTT TACCGGCTAC
AAATGGTTAT TAGATAAAGC CATGCATTAC CGTTGGATAA CTGTGATTCT GTTGGTCGGT
AGTTTGTTTA CTGCAGGTTG GGCATTCCAA TTTGTAAAAC AATCTTTCTT CCCACCTTCG
ACAACTCCCA TGTTCTATAT GGACATTCAG ATGCCTGAAG GAACCCATAT TGATAGCACT
TACGCTACGG TAAAGCAGAT TGAAAGTGAT CTTTTAAAAG ACGATCGTAT TAACTACGTG
ACATCTACAA CAGGTCAAGG CGCTTTGCGC TTCATGCTTA CTTACAATGC GACGCAAGCT
AACTCTAGTT ACGCTCAGTT CATCATTCGA ACTAAGAGCA CAGACGTTAT TCCAGACTTA
CTCAAAGATC TGTATTACAA AATGCAAGAA GAGTATCCAG AGCTAGAGGT AAAACTAGAA
CGTTTACAAT TAGGGCCAGC AAGTGGTGCT AAGCTTGAAG CTCGTATTAG CGGTCCAGAT
CCAAAGTACT TACGTCAAGT GAGCGCACAA ATTCAAGACA TTTACCGCAA AGACGGTGGC
CTTGAAAATA TTAAAGACAA CTGGCGCCAG CCTGTTAAAG TGCTTCGCCC TCTCTTTAAT
GATGCGCAGG CTCGACGTCT AGGTATCAGC AAAAAAGAGC TAGACGAAGT GCTGTTAACC
AACTTCACAG GGTCGCAAAT TGGCTTATAT CGTGAAGGCA CAGATCTGTT ACCAATTGTA
AGAACTGCAC CAGAAAATGA ACGAGTTTCT ATTGACCAAA TTCGTGACTT GCAGATCTAT
AGCCCAGCAA CAGGATCTTA TGTGACCCTT TCTGCACTAG TATCTGGTTT TGAAACCGTG
TGGGAAGACC CAATCATTGA ACGTAGAGAT CGTAAACGTA CTATCACTGT GATGGCTGAC
CCTAAGATTT TGGGTGATGA AACTGCAATG GCGATCTTCT CTCGTACTCG TGGCGCAATC
GAAGCGATTC ATTTACCGCC AGGTTACGTA TTAGATTGGG GTGGTGAATA CGAAAGCAGT
ACCGATGCTC AAGCTAATAT ATTCAAGGCT TTGCCTATGG GTTACCTGTT TATGTTTATC
ATTACCATCT TACTGTTTAA CTCAATTCGC GTACCGTTAA CAATTTGGTT CTGCGTACCA
TTAGCACTGA TCGGGGTTTC AACTGGATTG TTGGTAATGA ACTCTGCATT CAGCTTTATG
GCGCTACTCG GCTTCCTAAG CTTATCAGGT ATGACGGTGA AAAATGGTAT CGTATTGGCA
GATCAAATAA ACTATGAACT AGAGCAAGGC ACAGAGAAAT ATGAAGCCAT TTTCATCTCC
GCTGTAAGTC GTGTTCGCCC AGTTTGTATG GCTGCTATCA CCACCATCCT TGGTATGGTG
CCATTATTGT ACGACGCTTT CTTTGAGGGC ATGGCTGTGG TTATTTCCTT CGGCTTAGGT
TTCGCAACAA TACTGACATT GATCGCTGTA CCTGTGTTTT ACACAATATT ATTCCGAGTC
AAATATCGTC ATCACGAAGA CTTTGAATAA
|
|---|
| Protein sequence | MDIAAYFIKR KVTSWMVTLI LLVGGVIAFT SLGQLEDPEF TIKDSLIITY YPGASPEQVE
EEVTYPIERE LQNLPYVDKI TSTSKAGYSK VQLTIKDTYR AKELKQIWDE VRKKIRDISG
SFPSGVATPI VLDDFGDVYG VMLAINGEGY PYKDLKNYVD YVKRELVLVD GVAKVTVAAE
QNEQVTIEIS RSKLTNMGIA PSQLETLLSN QNSVSNAGSV KVGSEYIRIS PTGEFKDISE
LENLIVGTPT DGNLIRLSDI ATIKREYVEP RTHIVDFNGA KSLLLGVSFA SGVNVVKIGE
ALENRIEELQ YQQPIGLNME PIYFQSKEVE RSVSNFLLNL AEAVGIVILV LLVFMGIRSG
ILIGIILLLT ILGTFIVMDY FHINLQRISL GGLIIALGML VDNAIVVTEG VLIGMQRGMT
KLQAASAVVK QTKWPLLGAT VIAVTAFAPI GLSPDAVGEF VGSLFYVLLI SLLLSWITAI
TLTPFFCDLF FKETIEKANN EDGSTKELED PYKGFIFTGY KWLLDKAMHY RWITVILLVG
SLFTAGWAFQ FVKQSFFPPS TTPMFYMDIQ MPEGTHIDST YATVKQIESD LLKDDRINYV
TSTTGQGALR FMLTYNATQA NSSYAQFIIR TKSTDVIPDL LKDLYYKMQE EYPELEVKLE
RLQLGPASGA KLEARISGPD PKYLRQVSAQ IQDIYRKDGG LENIKDNWRQ PVKVLRPLFN
DAQARRLGIS KKELDEVLLT NFTGSQIGLY REGTDLLPIV RTAPENERVS IDQIRDLQIY
SPATGSYVTL SALVSGFETV WEDPIIERRD RKRTITVMAD PKILGDETAM AIFSRTRGAI
EAIHLPPGYV LDWGGEYESS TDAQANIFKA LPMGYLFMFI ITILLFNSIR VPLTIWFCVP
LALIGVSTGL LVMNSAFSFM ALLGFLSLSG MTVKNGIVLA DQINYELEQG TEKYEAIFIS
AVSRVRPVCM AAITTILGMV PLLYDAFFEG MAVVISFGLG FATILTLIAV PVFYTILFRV
KYRHHEDFE
|
|---|
| |