| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3520 |
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| Symbol | |
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| ID | 8392860 |
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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 | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | - |
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| Start bp | 3585688 |
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| End bp | 3588873 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 644981454 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003139177 |
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| Protein GI | 257061289 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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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 | 20 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAACTC AAACTAACCC TTCTCCTCCT AGTCTTAGCG GACTTGCTAT CCGTCAACAT
ATCGGGACTT TAATGTTAAC CTTAGCGGTT ATGGTGGTGG GAATTTTCCT AGTCACAACT
ATTCAAGTAG ACTTACTTCC TTCTATTACC TATCCCCGTA TTGGACTACG TTTAGATACC
CCAGGAATTG CCCCAGAAAT TGCCATTGAT GAGATTACTC GACCCCTAGA ACAAGCCTTA
TCGGCAGCAG AAGGGGTTGA ACAAATCTAT TCCCAAACCC GTGAGGGACA AGTTAGTTTA
GACTTGTTTT TTAGGGTAGG AGGGAATATT GATCAAGCGT TAAATGATGC TACTACAGCC
TTTAATCGTG CCAGAAATAC CTTACCCGAA AACTTAGAAA CACCCCGCTT ATTTAAAGCA
GATCCCTCTC AATTACCTGT TTACGAATTT GCCTTAACTT CCCCAATTAA AAAAGAAGTA
GAGTTGAGGG TATTTGCTGA TGAAGAATTA GGAAGAGAAC TAAGTGTTGT GCCTGGCGTT
GCCTTAGTGG ATGTCTCAGG AGGGGTAGAA GAAGAAGTAA GAATTAATAT TGATCTCAAC
CGTTTACAAG CGTTAGGAGT GGGATTAAAC GATGTTTTAG AGCGCTTAGA AGAAACCAAC
CAAGATGTTT CAGGAGGACG GTTATTAGGG GAAAATGGAG AACCCTTGAC CCGTGCTGTA
GGACGCTTTC AAAATGCCGA CGAAATTCGC AATTTATCCT TAGAAGTCAA TGGAGAAACC
TCCTCAATGA GTCCCTCTCG TCGAGTCTAT TTACGGGACT TTGCAGAGGT GATTGATGGC
ACGGAAGAAC AACGAATTTT TGTCTCTTTA AATGGGGAAC CTGCTGTTAA AATCAGTGTT
CAAAAACAAC CAGAAGCTAA TACCATTGAA GTTGTAGAAG CTGTTAAACA AAAGCTAGAA
GAATTAAAAC AAACCGGGAT TATTCCTGAA GATATTACCT TCGTCCCTAC CTTAGATGAA
TCGATTTTTA TTCGCAACGC CATTAATAAT GTTATTAGTT CGGGATTAAT GGGAACAGCT
TTAGCGGCGA TCGCGGTTTT ATTATTCTTA GGATCACTGC GTCAAACCTT CATTATTGTC
CTCTCTATTC CCTTAGCCAC CTTGGGAGCA ATTATCCTGA TGAAATTGTT TGGTTTATCC
CTTAATGTCT TTAGTTTAGG GGGGTTAGCG TTAGGGGTAG GAATTGTGGT GGATAACTCG
ATTGTTATGT TAGAAACCAT CGCAGAAGGC GTAGGTGTTA CCCCAGGAAA AGATAGTAAT
AGCCGTTTAA AATCTCATCA ATTAATTAAT CAGTCTATCG AAAGTAGTCA ATCAGTTGAA
TCAGCTTTAA TTGCCTCTAC TAGCACAAAT TTAGTTGCAG TCTTACCCTT TTTAATGATT
GGGGGATTTA TTTCTTTACT CTTTAATGAA TTGATTTTAA CTATTAGTTT TGCTGTTGCT
GCTTCTATTG TCGTAGCCTT AACAATTGTT CCTATGTTAA CCTCTCGTTT ATTAGCCATT
CCTTGGTCAA GTGGCTTAAC TAAATTCTGG CCTCTTTATT GGTTTAATCG GTCTTTTGAA
GCAGCCACCC AACAATATAA AAGATTTCTA ACGCTCTTAC TGAAATTTCG TTTATTTGTC
GTCCTCATCA CTTTTTTAGT CTTAGGAGGA ATCAGTTTAA ATTTAGCTTC CCATATTCCT
CAAGAAATTC TACCAAAAAT TAACACTGGA CAAGCTAGAT TAACAGCTCT ATTTCCGCCC
AATACTTCCC TAGAAACCAA CCGTAAAGTG ATGGCAATCG TAGACGATAT TATGCTACAA
CAGCCTGAAA CACAATATTC TTTTACCACA GCAGGAGGCT TTTTATTTGG AAGAAATACT
AATGAAAATG TCCTCAGAGG GTCAAGCAAT ATTGCTCTTA AACCCGGAAC CAATGTCCAA
GCATATACGG AACGAGTTAG CGAAGAATTA GACAAATTAA ATTTAGTTCA AACTCGGCTC
AGATTAAGTC CTGATGAAGT TCGAGGACTA GTTTTAAATA ATTCTCCCGT TAGGCAAGCT
GATATTGATA TTATCCTCCA AGGAAACGAC CAAAATACCC TAGAACAAGC GGCCGAACAA
CTCCTAAATT CCTTAGAAGA AAAGGCAACT TTAGCAAGGT TTCGTCCTGA TGCTGATTCC
CGTCAAACAG AGATCCAAAT TCGCCCAGAT TTTGAGCGTT TAGCTGCCTT TAATTTGACG
ATGGAAGATA TTAGTAGCTC CCTAGAAACT GCCCTTCAAG GGACTGTTCC CACCCGCTTA
CAGAGAGAAA ACCGCTTAGT AGATATTCGG GTACAACTCG ATCGCGCTTT AATTAACCGT
CCCTCTCAAT TAGAGCAAAT TCCCCTATTT ACCCCAAATA ACCGACTAAT TCGACTGGGA
GATGTGGCTA CTATCGAACA AGGACGGGCT CCGGCGGAAA TTCAACGGAT TAATCAGCGT
CAGGTCATGA TTATTGTCGG CAATTTAAGT GAGGGAGCTA GTTTAAGCGC GGCTTTACAA
GAAGTGAACC AAGTATTAGG AGAATTAGAG TTACCAGAAG GGGTCAGAAT TTTACCTAGT
AATGCCCAAA AAAGTAACGA ACAATTGCAA GCTTCTTTAG GCATTTTAGG CGGGTTAGCT
GCCTTTTTGG TCTTCGTTGT CATGGCAGTT CAATACAATT CTTTAATCGA TCCTTTGGTG
ATTATGGTAA CGCTTCCCTT AGCGCTTGGT GGGGGAATTT TAGGACTGTA TGTTACCCAA
ACCGCTATCG GTGCAACGGT AATAGTCGGG GCAGTTCTTT TAGTGGGAAT TGTCGTGAAC
AATGCAATTA TTATGGTGGA ATTAGCGAAC CAAATTCGCG CCGAAAAACA CTGCGATCGC
AAAACAGCTA TTCTAGAAGC ATCTCCTCAA CGGTTACGTC CTATTTTAAT GACAACTATT
ACCACCGTCT TAGGAATGTT TCCCCTCGCC TTAAATTTAG GGGCGGGAGG AGAATTTTTA
CAGCCATTAG GAATAGTCGT TTTTTCCGGT TTGTCCTTAG CAACGCTGTT AACCTTATTG
ATTATTCCCT GTGTTTATTT ATTGTTACAT GATCTCTTCA AACCTTTGAT CAAATTAATG
AGTTAA
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| Protein sequence | MKTQTNPSPP SLSGLAIRQH IGTLMLTLAV MVVGIFLVTT IQVDLLPSIT YPRIGLRLDT
PGIAPEIAID EITRPLEQAL SAAEGVEQIY SQTREGQVSL DLFFRVGGNI DQALNDATTA
FNRARNTLPE NLETPRLFKA DPSQLPVYEF ALTSPIKKEV ELRVFADEEL GRELSVVPGV
ALVDVSGGVE EEVRINIDLN RLQALGVGLN DVLERLEETN QDVSGGRLLG ENGEPLTRAV
GRFQNADEIR NLSLEVNGET SSMSPSRRVY LRDFAEVIDG TEEQRIFVSL NGEPAVKISV
QKQPEANTIE VVEAVKQKLE ELKQTGIIPE DITFVPTLDE SIFIRNAINN VISSGLMGTA
LAAIAVLLFL GSLRQTFIIV LSIPLATLGA IILMKLFGLS LNVFSLGGLA LGVGIVVDNS
IVMLETIAEG VGVTPGKDSN SRLKSHQLIN QSIESSQSVE SALIASTSTN LVAVLPFLMI
GGFISLLFNE LILTISFAVA ASIVVALTIV PMLTSRLLAI PWSSGLTKFW PLYWFNRSFE
AATQQYKRFL TLLLKFRLFV VLITFLVLGG ISLNLASHIP QEILPKINTG QARLTALFPP
NTSLETNRKV MAIVDDIMLQ QPETQYSFTT AGGFLFGRNT NENVLRGSSN IALKPGTNVQ
AYTERVSEEL DKLNLVQTRL RLSPDEVRGL VLNNSPVRQA DIDIILQGND QNTLEQAAEQ
LLNSLEEKAT LARFRPDADS RQTEIQIRPD FERLAAFNLT MEDISSSLET ALQGTVPTRL
QRENRLVDIR VQLDRALINR PSQLEQIPLF TPNNRLIRLG DVATIEQGRA PAEIQRINQR
QVMIIVGNLS EGASLSAALQ EVNQVLGELE LPEGVRILPS NAQKSNEQLQ ASLGILGGLA
AFLVFVVMAV QYNSLIDPLV IMVTLPLALG GGILGLYVTQ TAIGATVIVG AVLLVGIVVN
NAIIMVELAN QIRAEKHCDR KTAILEASPQ RLRPILMTTI TTVLGMFPLA LNLGAGGEFL
QPLGIVVFSG LSLATLLTLL IIPCVYLLLH DLFKPLIKLM S
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