| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2006 |
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| Symbol | |
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| ID | 8391322 |
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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 | 2024324 |
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| End bp | 2027560 |
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| Gene Length | 3237 bp |
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| Protein Length | 1078 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644979987 |
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| Product | Lanthionine synthetase C family protein |
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| Protein accession | YP_003137732 |
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| Protein GI | 257059844 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4403] Lantibiotic modifying enzyme |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.517498 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.231336 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATACTA GAAAGATAAG AGAAAGTGAC TTACTATTAA TAGTTTCTAG AGCAACTTTT
CTATCAGAAA AAATTCAAGA TGCTTTTAAA AAAAAGGTTA ATCAGCAAGA ATTTGATCAA
AATTTAATTG ATAAACGGCT CAAAAATTGG TCTAGAGCAA TTGGAGGAGG AGACAACCTT
AAAAAGCGCA TTAACTGGGA CGAATTAGAC TTAAATTTTC TGGGTTATGT ACTAGGAAGT
GTCGATGTTT TTAACAATTC TTCCTTGCCA TTTTGGGCAG AAACTCTGAA AAATATCTTG
GAAAGTAATT TACCCTTATT TCATCCTATC AATGCACAGA ACAATTTACC GATAGATTCT
GATAATCCGC TTGCTTTTGA GGAGTTTTAT TTACCATTTA TTGAATTTAA TCGCTATCAA
TTATATAATC GATTTTCTAA AAATATTATT CAAGAATTGC TCACTCAACA AGCTTACTAT
GCTTTAGAAC GTAGGTTATT AGAACAACTG GTTAATTTAG GAACAGAAAC TTTACTATTT
GAATTTGACA AATTTCGTCA AAATAATATT GTTACTAACA AATCTACCAC TTCTGAAACA
CCCGAAAAAG CTAGATACAA TACTTTTATT GAAACCCTTC TCCAAGATAA AGGATTGAGG
TTTTTTCAGC AATACCCAGT TTTAGCTCGT CTTTTGACTA CAATTCTTCA TTTATGGTTA
GAATATACCG TAGAATTTTT ACAACGCTTA CAAGCTGATT TATCACTCAT TGAGTTGACT
TTTGGTGAGA CAAAAAATCT AGGTAAAGTT AAAGAGATTA ATACTTCTCT ATCAGATTAT
TATCATCAAA GCTATGTTTT AGATTTAACT TTTTTGTCAG GCAAAAAAAT AGTGTATAAA
CCTAAAAATT TAGCAATAGA TGCTGCATTT TATAAGTTTC AAGATTGGTG TAACCAACAA
AATATCACTT TGCCTTTCAA AGTAATCAAA ATTATTAATC AGGAGAAATA TGGCTGGCAA
GAATTTGTTT CACCTGAAGC ATTTGGAGAA GAAAAAGAGG TAAAAAACTT TTATCAAAGA
GCAGGGATGG TATTATCAAT GATCTATGTA TTAGGAGGCA AAAACTGTCA GAATATTGAC
TTGGTTGCTC AGGGAGAATT TCCGATTATC ATTGATGCTG ATTTTTTAAT GTCTCCTCTA
AAAAAAGAAT CTGATGAATC AGAAAACTGG TTTAGTAATT CCGTTGTCAA GACAGGTTTT
TTACCTTCTT GGGAGGGAGA CTATCTTTTG ACAGCTAATG CTCAAGATTC TAGTGTATTG
GGTGGTATTT TTCCTCAGCA AATTAATTCA TCACGAGAAT GGAAATTTAT TAATACAGAT
CAAATGAACT TGATTAATAA AACTGTTGTT ATTCCTCCTA AAAATAATGT CGTTGTTTTT
CAAGAAAAAA CAGTTTACCC TAATAATTAT CTCGAAGAAA TTATCACAGG TTTTGAGGAA
ATATACCGTC TTTTAAGCAA ACACAAAGAA AAGTTATTAA GTAAAGAAAG TCCCCTATTA
GATTTCAAAG TTTCTCAGTC AAAATTAACT TTATATCCTG CAGTTTCCTA CAAAATCCTA
TGTAAGCAAA GTCTCAATCC TCAATATTTA AGAAATGGAA TTGATTTTAG TCTTTTACTG
GAAGGAGCAG CACGCACCTA TTTAGCCTCT GAAAAAAAAC CGTATTGTTG GTCAATTTTA
CCAGCAGAAA TCAAAGCATT GCAACAGTTA ACTATTCCTT ATTTTCAGAT ATCCTGTGAT
AATGATTCGT TAGACATTGG ACTAGATAAA CCCCTTGAGC ATTTTTTTAC AACTTCTAGT
TATCAGAAGT TAATGACTCA ATTAAAAAGT CTAGATGAAA AAGATTTAGC GTTACAGATT
CAACTCATTC GATTAAGTTT TTATGCTAAA AAAGTTCATC TAACCCAAGG AAATCTTAAA
GATTTAGGAA CTTATTGCCA ATTTTCTCCC CTGACTTCTG AAGAACTTCT AGAAGAGGCT
GTCAGAATGG GTAACGCTCT TGTTAATAAT GCTATTCATC ATGGAGATAA TTGTAACTGG
ATTGAGCTAG AATATATGTA TAAAGCCAAT CGCTATCGAC TTAAAGCCTT AGATAATTCT
TTATTTTTAG GCAGAATTGG AGTGAGTTTA TTTTTGGCAG CTTTAGCGAA AATAACAGGT
AAAAATCAAT TTAAAGAGGT TGCTTTAGCT AGTATTTTTC CTCTGCGTAA AGCCATTAAA
CAAGGACAGT TACCCCTAAC ATTATCAGAA AGAAACTTGG GAATTATCGG TTATGGTGGT
TTGCTCTACA GCTTCACAAA AATTAGTCGG TTTTTAGAAG AATCAACCCT ATTAGAAGAT
GGCAAAAAGA TCGTGAATTT TATAACTAAA AAAGCGATCA CAAAAGATCA TCAACTCGAT
ATTATTTTTG GAGCAGCCGG AGCAATTTTA GGACTCTTAG CACTCTATCA AGAAACAGAA
GATCAACAAG TATTAGACAC TGCCATAGAT TGTGGTAATC ATCTATTATC TCAACGAACC
GAGACTTTTC CTAAAGCTTG GTTAACTGTA TCGCAGTCGA AAAAGCCTTT AACTGGGTTT
TCTCATGGTG TAGCTGGAAT AGTTCTTTCC TTATTACGAC TGTTTTCAGT AACAGGAAAT
ACTGCTTATT TAGAAGCAGC AAAAGAAGGC ATAGAATATG AAAAAAATAC CTTGGACTTA
TCACGACAAA ACTTGCCAGA TTTGGCATTA GAGCAGACAC AAATAAATTC CATGACGCTT
TTATATGCTT GGTGTAACGG TAGTGCCGGA ATTGGATTAA GTCGTTTAGG AAGCTTACCT
ATTCTTCAAC TAGAGGACAT AGACTCAGAG ATTAAAGCAG CATTAAAAAC GACTCAAAGA
TATTGTCAAG AAATTAACCA AGATATAGAT AGTCTCTGCT GTGGAACTTT TGGACGAACT
GAGTTATTTG TGGTTGCTTC ACAAAAATTA AATAATCAGG AATGGCTACA AGATGCTAGA
AAACAGGCAG CTTGGATTAT GGCAAGAAGA AAAGAAAATC AAGAATATTG TTTGTTTTCC
CACTTGGCTA GTTCTGATTT GAATCCTAAC TTTTTTAAAG GCAGTGCAGG AATAGGGTAT
CAACTTCTGC GCTTAGCTTA TCCAGAATCT TTTCCGTCTG TTCTGATTTT AGAATAA
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| Protein sequence | MNTRKIRESD LLLIVSRATF LSEKIQDAFK KKVNQQEFDQ NLIDKRLKNW SRAIGGGDNL
KKRINWDELD LNFLGYVLGS VDVFNNSSLP FWAETLKNIL ESNLPLFHPI NAQNNLPIDS
DNPLAFEEFY LPFIEFNRYQ LYNRFSKNII QELLTQQAYY ALERRLLEQL VNLGTETLLF
EFDKFRQNNI VTNKSTTSET PEKARYNTFI ETLLQDKGLR FFQQYPVLAR LLTTILHLWL
EYTVEFLQRL QADLSLIELT FGETKNLGKV KEINTSLSDY YHQSYVLDLT FLSGKKIVYK
PKNLAIDAAF YKFQDWCNQQ NITLPFKVIK IINQEKYGWQ EFVSPEAFGE EKEVKNFYQR
AGMVLSMIYV LGGKNCQNID LVAQGEFPII IDADFLMSPL KKESDESENW FSNSVVKTGF
LPSWEGDYLL TANAQDSSVL GGIFPQQINS SREWKFINTD QMNLINKTVV IPPKNNVVVF
QEKTVYPNNY LEEIITGFEE IYRLLSKHKE KLLSKESPLL DFKVSQSKLT LYPAVSYKIL
CKQSLNPQYL RNGIDFSLLL EGAARTYLAS EKKPYCWSIL PAEIKALQQL TIPYFQISCD
NDSLDIGLDK PLEHFFTTSS YQKLMTQLKS LDEKDLALQI QLIRLSFYAK KVHLTQGNLK
DLGTYCQFSP LTSEELLEEA VRMGNALVNN AIHHGDNCNW IELEYMYKAN RYRLKALDNS
LFLGRIGVSL FLAALAKITG KNQFKEVALA SIFPLRKAIK QGQLPLTLSE RNLGIIGYGG
LLYSFTKISR FLEESTLLED GKKIVNFITK KAITKDHQLD IIFGAAGAIL GLLALYQETE
DQQVLDTAID CGNHLLSQRT ETFPKAWLTV SQSKKPLTGF SHGVAGIVLS LLRLFSVTGN
TAYLEAAKEG IEYEKNTLDL SRQNLPDLAL EQTQINSMTL LYAWCNGSAG IGLSRLGSLP
ILQLEDIDSE IKAALKTTQR YCQEINQDID SLCCGTFGRT ELFVVASQKL NNQEWLQDAR
KQAAWIMARR KENQEYCLFS HLASSDLNPN FFKGSAGIGY QLLRLAYPES FPSVLILE
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