| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_0528 |
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| Symbol | |
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| ID | 7102554 |
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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 8801 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011726 |
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| Strand | - |
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| Start bp | 546611 |
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| End bp | 549637 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 643473632 |
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| Product | cyclic nucleotide-regulated ABC bacteriocin/lantibiotic exporter |
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| Protein accession | YP_002370775 |
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| Protein GI | 218245404 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG2274] ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain |
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| TIGRFAM ID | [TIGR01846] type I secretion system ABC transporter, HlyB family |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACTTATA CTAGCGACAA TTTACCCAAT TTGCTGCAAA ATACTGCCCC TTTTGAGCAT
CTTCCCCAGT CAGTGATTCA ACAGTTGATT AACCGTAGTC AACCTTGGCG TTATCACATG
GGACAAGTAA TCCTGATGCG GGAAAAAATG CCCTCTGGGA TCATGATTTT ACTCGAAGGT
AAAGCACGAC TCCTCGGTTA TGATCCTCGG ACAAAAATGC CCCTAACCCT AAAATTGCTC
GAACCGGGGG CAATTATTGG CGGAGTTAAC GTCATCAGAG GAGTTCCCTG TGAAACGGCG
ATCGCCTCCA CCGAATGCGT AACGGTCATG GTCGATCAAG GGGAATTTCT TGACCTATTC
AATGAATATC CAGCATTTGG GTCATTCTTT AAAGACGACT GTAGCCTGAT AGAATTATTT
GAACTCTTAG GGAAACAACT CGATCAACAA GCCCAAGGAA TGGGCAATCT TAAGGAATTA
GCCCAAGAAA TCCTCCCTGA TACCAAAATT TACTATCTCA GTCCCGGCAA GCTGGCCCCT
GAAGACCTCA TCCCCCTACA AGATCCCGAT ACCGTCTGGT TAGTGAGTGG GGGAGGAACC
CTGGCGAATT GTCCTGTGGG AACTCAACTC AATCAACACG GGACAATTCC CCTCCTAGAA
GTCCCCGGAG AACAGCCTGT GCGGTTAGTC GGGTTTCCTC TGATTGAATG GCAAAACCTA
GGAAATTTAG CCCAAGAATC AACGAATCAA GCCAATCTCA CGGCAATACC CGACACGCCA
CACCTGATGA CCGATACCGC CGAAGATATT CCCTATGCTG AGGCAGAATT GGTCGGAAAA
GAAATTGAAC TCCCCTCAGA TAAGAATTTA AAGGGTAAAG GAAAGGCTTA TCCTGTCATT
CGAGGCAATA CTCCTTTGAG CATTGGGATT GCTTGTTTTC AGATGCTCAG TCAATATTTC
GGGATGCCTT TCCGCCGGGA TGTGATTCGG CGCATTTTAG CCGATCAACT GCAACGGACG
GGAAATCTTT CCTTACCCCT ATGTGGGGCA ATTGTCGAAT TAATGGGACT CAATGCCCAA
TTAATCACGA TTCGGGCTAA ATCCTTTACC CAACTCAAAA CCCCCGCCTT AATCAACTGG
CAAGACAGTT TAGCGGTACT CTATGAAGCC AGCGATCGCC AGATCGTTGT CGCGGTTCCC
GAATTGGGAC TAATTCACCG TTCCCCTGAA GAGTTTCTGC GCAGTTGGGG AGAACAAGGA
GACGTTTTAT TACTACAGAC AACAAAAAAT ACCCCTCAAG AACGGTTTGG GTTGCATTGG
TTTATCCCTT CTCTCATTAA ATACCGTCGC GTTTTAACGG AAGTCTTAAT CGCTTCCTTT
TTCGTGCAAC TGTTTGGATT AGCCAATCCC TTGATGATTC AGGTGATCAT CGATAAGGTC
ATTGTGCAAA ATAGTTCAGA TACCTTGCAA GTTTTAGGGG TTTTCCTCTT AATTATCGCT
ATTTTTGAAG CCCTATTAAC CACCCTGCGA ACCTATCTTT TTGTTGATAC CACCAACCGA
ATTGATATGA GTTTGGGGTC AGAAATTATC GACCACCTGC TACGCTTACC CCTGCAATAT
TTTGAAAAGC GACCCGTGGG GGAAATTTCC ACTAGGGTCA ATGAACTCGA AAATATTCGT
CAGTTTCTCA CGGGAACCGC CCTAACCGTG GTACTCGATG CCATATTTTC CGTGGTCTAT
GTGGTGGTTA TGGTCATCTA CAGCCCCCTG TTAACCTTAG TGGCCTTGGG CATTATTCCC
TTTTTCATTG CGATGACCTT GATCTTTTCT CCCACCATTC GCCGTCAATT ACGCGCTAAA
GCCGAACGAA ACGCCGAAAC TCAGTCCTAT TTAGTAGAGG TCATGTCTGG GATTCAAACC
GTCAAGGCAC AAAATATTGA ACTGCGATCG CGCTGGCAAT GGCAAGACAA ATACGCCCGT
TACGTCTCGG CCGGCTTTGA TACGGTGATT ACTTCCACCC TAGCCAGTTC TACGAGTAAT
TTTCTCAACA AACTCTCAGG ACTCTTGGTG CTTTGGGTGG GAGCCTATTT AGTCCTCGAT
CAGAAACTTA GCTTAGGACA ATTGATCGCT TTCCGCATTA TTGCCAGTTA CGTCACCTCA
CCGATTTTAC GACTGACCCA ACTTTGGCAA AATTTCCAAG AAACCGCCCT TTCATTGGAA
CGGTTAGCCG ATATTGTCGA TACGCCCCAA GAAGCAGAAG AGGATCGGCA AAATATCCCC
ATGCCTTTGA TTCAAGGGGC AGTTAAATAC GAAAATGTCT GTTTTCGCTT TAAACAACAT
GGCCCCTTGC AACTGTACAA CGTCAATATT GATTTTCCCC CCGGCACGTT TATCGCCATT
GTTGGGCAAA GTGGAGCCGG AAAAAGTACC CTCACCAAAT TAATTTCACG GCTGTATGAG
CCAGAATCGG GACGGATTCT CATTGATGGC TATGATATTT CTAAAGTCGA ACTCTATTCG
CTGCGTCGTC AGGTGGGAGT CGTTCCCCAA GATACCCTCT TATTTGATGG AACAGTTCAG
GAAAATATCG CCCTGACTAA CCCCGATGCC AGTACTGAGG AAATTATTGA AGCGGCGACC
GTAGCAGCCG CCCATGACTT TATTATGAGC TTGCCGAGTG GGTACAATAC CAGGGTAGGG
GAAAGAGGCG CAGCCCTATC CGGGGGACAA CGCCAACGGA TTGCGATCGC CCGTTCCGTC
TTACAAAATC CCCGTATTTT AGTCCTCGAT GAAGCCACCA GTGCCCTCGA CTATGCTACT
GAACAACAGG TTTGTACTAA TTTATTAGAA GCGATGAGCG ATCGCACTGT CTTGTTTATT
ACCCACCGTC TGGGGTCTAT TAGAAATGCT GATGTTATCG TTATGATGGA TGCCGGATCA
GTCGTAGAAC AGGGAACTCA TGAAGAATTA ATGGCCATGA AAGGACGATA CTACTATTTG
TATCAGCAAC AGGAAGCGAA TCAGTAA
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| Protein sequence | MTYTSDNLPN LLQNTAPFEH LPQSVIQQLI NRSQPWRYHM GQVILMREKM PSGIMILLEG
KARLLGYDPR TKMPLTLKLL EPGAIIGGVN VIRGVPCETA IASTECVTVM VDQGEFLDLF
NEYPAFGSFF KDDCSLIELF ELLGKQLDQQ AQGMGNLKEL AQEILPDTKI YYLSPGKLAP
EDLIPLQDPD TVWLVSGGGT LANCPVGTQL NQHGTIPLLE VPGEQPVRLV GFPLIEWQNL
GNLAQESTNQ ANLTAIPDTP HLMTDTAEDI PYAEAELVGK EIELPSDKNL KGKGKAYPVI
RGNTPLSIGI ACFQMLSQYF GMPFRRDVIR RILADQLQRT GNLSLPLCGA IVELMGLNAQ
LITIRAKSFT QLKTPALINW QDSLAVLYEA SDRQIVVAVP ELGLIHRSPE EFLRSWGEQG
DVLLLQTTKN TPQERFGLHW FIPSLIKYRR VLTEVLIASF FVQLFGLANP LMIQVIIDKV
IVQNSSDTLQ VLGVFLLIIA IFEALLTTLR TYLFVDTTNR IDMSLGSEII DHLLRLPLQY
FEKRPVGEIS TRVNELENIR QFLTGTALTV VLDAIFSVVY VVVMVIYSPL LTLVALGIIP
FFIAMTLIFS PTIRRQLRAK AERNAETQSY LVEVMSGIQT VKAQNIELRS RWQWQDKYAR
YVSAGFDTVI TSTLASSTSN FLNKLSGLLV LWVGAYLVLD QKLSLGQLIA FRIIASYVTS
PILRLTQLWQ NFQETALSLE RLADIVDTPQ EAEEDRQNIP MPLIQGAVKY ENVCFRFKQH
GPLQLYNVNI DFPPGTFIAI VGQSGAGKST LTKLISRLYE PESGRILIDG YDISKVELYS
LRRQVGVVPQ DTLLFDGTVQ ENIALTNPDA STEEIIEAAT VAAAHDFIMS LPSGYNTRVG
ERGAALSGGQ RQRIAIARSV LQNPRILVLD EATSALDYAT EQQVCTNLLE AMSDRTVLFI
THRLGSIRNA DVIVMMDAGS VVEQGTHEEL MAMKGRYYYL YQQQEANQ
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