| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_2232 |
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| Symbol | |
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| ID | 7109414 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | - |
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| Start bp | 2478454 |
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| End bp | 2481663 |
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| Gene Length | 3210 bp |
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| Protein Length | 1069 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 643480485 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_002377522 |
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| Protein GI | 218439193 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 54 |
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| Fosmid unclonability p-value | 0.977365 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTCACC AGCATCTTCC AAACTCTTTC AGTATCAGTA GTATATCCAT CCGACAACAT
ATCGGCACTT TAATGTTAAC TCTAGCGGTT ATCGTGGTGG GGATTTTTTT CATCACTAGC
TTACAAGTGG ATTTACTGCC TTCGATTACC TATCCTCGTA TCGGCGTAAG AATTGAAGCC
CCTGGTGTTT CCCCAGAGGT GGCGGTTGAT GAGATTACCC AACCCCTAGA AGAAGCCTTA
TCCGCTACAG AAGGAGTGGT GCAAGTTTTT TCCCAAACTA GAGAAGGACA AATTAGCCTT
GACCTCTATT TTCAACCGGG AGGAGATATC GATCAAGCCC TCAATGAAGC CACTGCGGCT
TTAAACCGGG CTACTAACCG CTTACCGGAT ACCCTCGAAC CCCCCCGTCT GTTTAAGGTT
GATCCTTCCC AATTACCGGT TTATGAGGTG GCGATTACTT CTCCCTCTCT AGAGGGGTTA
AAATTACGGG TATTTGCGGA TGAAGAATTA GCCAGAGAAT TAAGTGTTAT CCCTGGAGTA
GCTTCAGTAG ATGTTTCCGG GGCAGCCGCA GAAGAAGTTA GAATTAATAT CGATCTCCCC
CGTTTACAAG CCTTGGGAGT GGGCTTAACG GATGTTTTAG ATGCCCTGAG AGAACGAAAT
CAGGATATTT CCGGCGGACG AATTTTAGGC AGTCGGGGAG AACCTTTAAC CCGAACGATG
GGGCGCTTCC AAAATGCACA AGAAATACGC GATTTACAGA TTGAAGTTAA TACTAGAGAC
AATGCAGCCC CGACTAAACG GGTTTATTTA CGAGATTTTG CCGAAGTTAT TGACGGAACG
GAAGAACAAC GGATTTTTGT GACTCTCAAT GGTCAAGATG CGGTTAAACT TAGCATTCAA
AAACAAGCGG ATGCTAACAC TATACAAGTG GTTGAGGGAG TAAAAAAACG CCTTGAACAA
TTAAAACAAT CCGGTTTAAT TCCTGAAGAT ATGACTCTCA TTCCGACGTT GGATGAGTCG
ATTTTTATTC GCAATTCTAT TTCTAATGTG ACGACTTCGG GGTTATTTGG GGCAGGATTA
GCAGCGATCG CAGTTTTACT ATTTTTAGGG TCTATTCGTC AAACTTTAAT TATTGTTCTA
GCTATTCCGT TAGCGACCTT AGCGGCGATT ATTTTGATGA GATTGTTCGG ATTATCCCTG
AATGTGTTCA GTTTAGGGGG ATTAGCGTTA GGGGTGGGAA TTGTGGTCGA TAATTCCATT
GTGATGTTAG AAACCATCGC CGAAGGGGCC GGAATGACAC CCGGTAAAGA TAGTCGCTCA
AAATTAACCC CCCGTCAATT AATCACCCAA TCCATTAAGA GTAGTCAAAC GGTAGAATCT
GCCTTAGTCG CTTCCACTAG CACTAATTTA GTGGCGGTTT TACCTTTTCT GTTAATCGGA
GGATTTACTT CTCTTTTATT TAATGAATTA ATTCTTACTA TTAGTTTTGC GGTGGCGGCT
TCTATTCTCA TTGCTTTAAC GGTTGTGCCT ATGCTCACTT CTCGTCTGTT GGCCATTCCT
TTTAGTAGTC GATTAACCCG TTTTCCTCTG TTAAAAATTT TTAATCAACG CTTTGAAATC
GCTACAGAAA GTTACCGCAA TTTTTTAGGA AAAATTTTAC ACTATAAAAT TATTGTTATT
GCTTTGGTTT TGGGTATTTT AGGGGGAAGT AGTTGGTGGA TGGTCGGGGA AATTCCTCAA
GAAATTTTAC CTCAAATTAA CACCGGACAA GCCTCTTTAC GGGCACAATT TCCCCCAGGA
ACTCCCTTAG AAACGAATCG AAAAATTATG GGGATCGCTG ATAAAATTCT CTTGGAACAA
CCGGAAGTCG ACTATGTTTT TACGACGGCA GGGGGGTTTT TGTTTGGGAG TAATACTAGC
GCCAACGTTT TAAGAGGGTC AAGTACGATT ACCTTAAAAC CCGCTACAGA TGTTGAAGCT
TTTGCCGAAA GAGTGACTCA AGAATTTGAG AAATTAAACT TAGTAGATAT TAATTTAAGC
GTATCCCCCG GACAATTGCG AGGATTATTT GTCAATAATT CACCGGTGCG GGGTGCAGAC
ATTGACCTTA TGTTACAGGG AAATGACCCC GATGCCTTAG CCCAAGGGGG AAAAGCCGTC
TTAAAAGCGT TAGGGGAAAA AGTTACCTTG GCGCGATTTC GTCCGGATGC AGACCCTCGT
CAACCAGAGA TTCAAATTCG TCCAGACTGG GAAAGAGTCG CCCAATTGGG GTTAACTGCC
GAAGAAATCG GGGACACGGT ACAAACCGCT TTAGAAGGGT CAATTCCCAC CCAATTACAA
CGAGAAAACC GTTTAATAGA TGTGCGGGTT AAATTAGATT CTCAGGCGAT TAAAAACCCC
TCTCAATTGG CACAATTGCC CTTATTTGTA GATAGTAATC GACAAATTCG TTTAGGAGAT
ATAGCGAAAA TTAGCGAAGG ACAAGCCCCA GGAGAAATAC AACGCATTAA TCAACGTCCG
GTTTTTTTGA TTGCTGGAAC TTTAGGAGAA AAGGTCAGTC TTAGTCAAGC TTTAGAAGAA
GTTAATTCGG TTTTGGCAGA GGTGGAACTT CCGCAAGGGG TTTCCTTTTT ACCGAGTCAG
GCCGAAGAAA GTAACCGCGA ATTACAATCT TCTCTCTCAA TTTTAGGCGG TTTAGCGGCC
TTTTTGGTGT TTGTGGTGAT GGCGGTTCAA TATAATTCTT TGATCGATCC TTTGGTGATT
ATGTTTACTT TACCTTTAGC GTTAGCGGGG GGGATTTTTG GATTATACAT CACTCAAACG
GCGATCGGGG CGACTGTGAT TGTTGGGGCT GTTTTATTAG TGGGAATTGT GGTCAATAAT
GCAATTATTA TGGTGGAATT AGCCAACCAA ATTTGGCAAA CCGAAGGGAT TAGTCGGAAA
GCGGCGATTC TCAAAGCTGC CCCTCAACGG TTGCGTCCGA TTTTGATGAC GACAATTACC
ACTGTTTTGG GGATGTTTCC TCTCGCTTTA GGGATGGGGG AAGGGTCAGA ATTTTTACAA
CCTTTAGGGA TTGTGGTTTT TTATGGGTTG TCTTTAGCTA CCCTTTTAAC CCTATTTATT
ATTCCTTGTT TCTATGTTTT ACTTCATGAT ATTCATTGGT TTCGTCCCAA ACAAGAACCA
GAAAAGGAGT TAGTTGATTA TTTAAATTAA
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| Protein sequence | MTHQHLPNSF SISSISIRQH IGTLMLTLAV IVVGIFFITS LQVDLLPSIT YPRIGVRIEA
PGVSPEVAVD EITQPLEEAL SATEGVVQVF SQTREGQISL DLYFQPGGDI DQALNEATAA
LNRATNRLPD TLEPPRLFKV DPSQLPVYEV AITSPSLEGL KLRVFADEEL ARELSVIPGV
ASVDVSGAAA EEVRINIDLP RLQALGVGLT DVLDALRERN QDISGGRILG SRGEPLTRTM
GRFQNAQEIR DLQIEVNTRD NAAPTKRVYL RDFAEVIDGT EEQRIFVTLN GQDAVKLSIQ
KQADANTIQV VEGVKKRLEQ LKQSGLIPED MTLIPTLDES IFIRNSISNV TTSGLFGAGL
AAIAVLLFLG SIRQTLIIVL AIPLATLAAI ILMRLFGLSL NVFSLGGLAL GVGIVVDNSI
VMLETIAEGA GMTPGKDSRS KLTPRQLITQ SIKSSQTVES ALVASTSTNL VAVLPFLLIG
GFTSLLFNEL ILTISFAVAA SILIALTVVP MLTSRLLAIP FSSRLTRFPL LKIFNQRFEI
ATESYRNFLG KILHYKIIVI ALVLGILGGS SWWMVGEIPQ EILPQINTGQ ASLRAQFPPG
TPLETNRKIM GIADKILLEQ PEVDYVFTTA GGFLFGSNTS ANVLRGSSTI TLKPATDVEA
FAERVTQEFE KLNLVDINLS VSPGQLRGLF VNNSPVRGAD IDLMLQGNDP DALAQGGKAV
LKALGEKVTL ARFRPDADPR QPEIQIRPDW ERVAQLGLTA EEIGDTVQTA LEGSIPTQLQ
RENRLIDVRV KLDSQAIKNP SQLAQLPLFV DSNRQIRLGD IAKISEGQAP GEIQRINQRP
VFLIAGTLGE KVSLSQALEE VNSVLAEVEL PQGVSFLPSQ AEESNRELQS SLSILGGLAA
FLVFVVMAVQ YNSLIDPLVI MFTLPLALAG GIFGLYITQT AIGATVIVGA VLLVGIVVNN
AIIMVELANQ IWQTEGISRK AAILKAAPQR LRPILMTTIT TVLGMFPLAL GMGEGSEFLQ
PLGIVVFYGL SLATLLTLFI IPCFYVLLHD IHWFRPKQEP EKELVDYLN
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