| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_3885 |
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| Symbol | |
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| ID | 7103842 |
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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 | 4069747 |
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| End bp | 4073931 |
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| Gene Length | 4185 bp |
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| Protein Length | 1394 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643476889 |
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| Product | RTX cytolytic toxin protein A |
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| Protein accession | YP_002373990 |
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| Protein GI | 218248619 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | ATGGTACGAA ATATGGAAAT GACCCCATCT TCAGATGTTT CTCATGACTC ATTTCTCAGT
ATTGTTCCTG ATGAAAATGT AACCCATGCT GCTATTAATA ATGGCTCTTG GTTTGATGTT
AATACTTGGC AGAATGGATC GATTCCTAGT GATAATGCGA ATGTGCTTAT CTCAGAAGGA
GTAGAAGTTC TCTACGATCA AGAAAGTGAT GCTCGTTTAA AAACTGTCCG AATCGATGGC
ACTCTCAGCT TTGCCCAAGA TCAAAACACG AAAATGGTGG TAGATTTTAT CGGTGTTACT
GATACAGGAA CCCTAGCAAT TGGCACCGAA ACAAATCCGA TTCAAGATAG TCAACAAGCG
CAAATTATTT TTGCTCCCGT CGATCCCAAT AATGGAGCGA TCGATTTAGA GTGGGACCCC
AATCAATTCA GTCGAGGATT AATTGCCGAT CACGGAGCTT CAGTGAGTAT TGTGGGATCT
GAAAAAACCT CCTATGTGAC CTTGGCAGGA GATCAACTCG CTGGTTCAAC CCAACTGGTC
TTTTCTGAAC CCGTTCCCAG TGATTGGAAA GTGGGCGATC AGATAGTCTT AACGGGTACT
CAGTGGAATA ACAAAGGTTC CCATGAAGAC AATAGCAAAA GTCAAGATGA AGTTTTAAAG
ATTGAATCGA TTAATGGCAA TACAATTACT TTTAAACATA ATGATATTAA TGGAAACGCT
TTAAGATTTG ATCATACAGC ACCAGAAGGA TTTGATCTGG ATATTTATGT TGCTAATTTA
ACTCGTAACG TTAGTTTGGC AACCGAAGGG GGTGATGAAG CTCCTATTTC CGAACGAGGA
CATACGATGT TTATGGATCA CGATACCGTG ATCGAAAATG CAGGTTTTTA TGACTTAGGA
AGAACCAATA AAGATATTGT TCTTAATAAT CCTCAATTCG ATAGTGACGG TCATTTAATC
CCAGGAACGG GAACTAATGC CCAAGGACGT TATCCCATTC ATATCCATGA AGTTTTTCAA
CACGATCCCA ACGATCCTGG TACTGCTGAA ATCAACGGTA ATGCCATTTG GGGGAGTCCA
GGGTGGGGCG TTACCATTCA TAGCAGTCGA GCTACTGTAG AAGATAACGT CTCTTTTGAT
GTCTTAGGAG CGCACTACGT CAATGAACAT GGAGATGAGC AAACAATCTT TCGAGATAAT
ATTGCGATCA AAGCCTCTGG CTCAGTAACC GACCCTGATG CAAATCTAGT TCATCCTAGT
GACATCAGAG GTCAGTTAAA CGACTTTGGA TCAAGTGGTA TCGGATTTTG GGTCGCTACC
TCCTATTCTG CTTATGAGGG ATTTGAAAAT AATATTGTTA CAGGAACAGC AGATGCTGGC
ATTATAATCT ATGGAAAAAA CGATCTCAAT AGTGGGCCAA TTGTTTCTGT TGATAGTCTG
CCAGATGAAT TGAAATCGTT AGCAGGACCA AGAACAGAAA TTCACGCTTA TAAAATCCCT
GTGCAGCATT TTACTGGCAA TACTGTTTAT AATGCTGACG CGGGACTAGA AGTACGAGGG
GTGACTCGTG ATGACAATGG CTTTGATGCC AATGCGATTC AACACAATGT TCCGAATGTC
TATGATAATT TGACGATCTG GGGAGTACGA ACTTCAGGTA TAGAAGTTGC TTATTCTGGT
CGTACAACTA TTAAAGACTC ACTCGTTTTA GGGGACATTG ATAATCCGAT TCCTCGCACA
GGAGTTGCTA ATGCTTCGGG GGTCGGACTA GCGGTTGCTA AGGATGGACG GTATACAGTT
TATGAAAATG TTCATGTGGA AGGATTTACC ATTGGGGCAT TTATCACACA AACAGGAGGA
CAAGGTTATG ATAATGAGGC TCCCATTGGA GGAGGTCAGT TAATTGGTGG AGTTTTCAAA
AACAATATTT ACAATCTTCA TGCAGCCAGT GGCAGAGTAA ACAATGCGGC TAGTTCTAAG
CAAGTTGATC ATCTTTTATA TACACCGCCT TTAACCCCGT ATTATCAAAT GGACGGAACT
ACCATTTTTG AGATTCCTGA TAGTAATCTT GCTCCTGTTG CTCAATTTTT TACCCCATCA
GAAAGTGATC CATTTTATAC ATCTCCCACC AATGGATTAT CGGTAGCTTT TGATGCCAGT
CCTTCTTATG ATCCTGACTA TATCCCTGCT TACACATATA CAGAACAAGG AAGTTATACG
GCTGGTGATA ATACCATTGC CTCTTTTGCC TGGGATTTTA ATGGAGATGG ACAGTTCGAT
GATTATGGTC GTTATGTAAC TTACGCCTTT GATCAACCAG GACTTCACAC TGTCACCTTA
ACTGTTTTTG ATATCCAAGG TGCTAGCAAT ACTATCTCTC ATGAAATCAA CGTTACGCCT
GTTGCTAATA ATCAGATTAG AAATGGAGAT TTTAGTCAGC CGCTTTATCT AGATAGTTAC
GGACAATTAT ACTGGAATGA GATATTTAAA AGTCCCAGTA ATGTGGAACC TGGTGGAAAA
GAGGGTTGGT TTACTGGTGG TACATCCATG TGGAATTGGG ATGCAAATAC TGGAAGAGTT
TATGCTGATA ACTCAGGACG GCCAGGATTA TCTCAAATCA TTTATGATAA CCATGCTACT
CAAGGCTTAC AAACAGTTAG TTTTGATGCC ATTAATTTAG GGTCAGATAA TACACTCCGT
CTCGAAGTGC TTGGTATTAA TGGTCAGTTT GTTCTTTCCA ATAATAAGGA TTTATCCATT
ACAACCACAA ACTATAATAT TCCTCTAGAA GTGAATACGA TTCTAGATAC AGGTAATATT
GCAGCAACAA ACTTTGATTG GACAAATTTT AAGTGGGAAA ATCTTGATTT TGGACAAAAT
GGATATGAAT TTGTAGTCCT GCGCTTTTCA ACTGGTGGAG TTAGTTCAAC CGAATCTCAA
GCAATTGATA ATGTCTTTAT TGGCAATTCA TCGAACTTTT CAGGCACTCA AAATACCCCT
CCTCTGGCAG TTAATGATGT TGCGAAAACT GTTAAAAATC AATCAGTGAT GATTAATGTA
ACTGCTAATG ATAGCGATGC AGACGGAGAT TTTCTATTTA TTAAAAGTGT AAGTCAAGCT
ACCAATGGTA CAGTCGTTAA TAATGGAGAT GGGACTGTCA CTTATACCCC CTATACTCAA
TTTGTTGGTA ATGATAGTTT TGAATACACA ATTGTTGATG AGAAAGGTGC TACCAGTAAA
GCAACAGTTT CCCTAACCGT GGATAGTCCC CCAACCTCTA GTTTTCTATC TTTTAACAAC
TTCAACATTA CATCCTATGG GAAGAATCAA GATATTCAAG GGACGGCTAC CATAAAAGAC
AATGGTAATA CTTTTAATTT GGTAGGAAAT ACCTGGAAAA AAATCAATTT ACCCTATACT
GTTACAGCTA ATACTGTTTT AGAGTTCTCT TTCCAGAGTA ACCAAAAAGG GGAAATTCAT
ACTATTGGTT TTGATAATGA TAATCAGGAG TCATCAAATT TCAATTTCCA ATTATACGGA
ACACAATCTT GGGGAATTCA GGACTTTAAA AATTACCAAA ACTCAACTGG AGGGTGGCAA
AATTATCGCA TTGAAGTAGG AAAATTTTTC ACTGGTCAGA TGTCCTATTT AACATTTGCC
AATGATCATG ATGTTACCAA TCCAAATGCA CAAAGTGGAT TTTCTAATAT TAAAATATAT
GAAGCAACTG CCAACTCAAC CAATCCAGTC CCATCATCTT CAACAACCAC TACTACTGGA
ACGACATCTC AAACTACTAC GATAGCGGGA ACGTCAGCCG ATGATCTCAT TAATGGAACC
TCTGGTAATG ATATCTTAAC GGGTAACTCA GGCAATGACA CTTTAATTGG CAATGCAGGG
GATGATGTCC TCACCGGCGG CACGGGAAAT GATCTGCTCT CTGGTGGTTC AGGAGGAGAT
ACCTTTAATT ATCAGTTGGG TGATGGTAGC GATCGCATTC AAGATTTTCA ATCAGGAGAT
ACCATCAACC TCACTGGCAT TAATGCTAGT TCTGTCCAAT TTATTGGACA AGGATCGGAT
ACTTTTGTGA CTACGGGTAA TAATCAAGGT ATTCTCCTAG AAGGCATCCT ACCTAATGCT
CTTTCTCTAG CTATTTTGCC TGATGTTCTC CAGATTACTA TTTAG
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| Protein sequence | MVRNMEMTPS SDVSHDSFLS IVPDENVTHA AINNGSWFDV NTWQNGSIPS DNANVLISEG
VEVLYDQESD ARLKTVRIDG TLSFAQDQNT KMVVDFIGVT DTGTLAIGTE TNPIQDSQQA
QIIFAPVDPN NGAIDLEWDP NQFSRGLIAD HGASVSIVGS EKTSYVTLAG DQLAGSTQLV
FSEPVPSDWK VGDQIVLTGT QWNNKGSHED NSKSQDEVLK IESINGNTIT FKHNDINGNA
LRFDHTAPEG FDLDIYVANL TRNVSLATEG GDEAPISERG HTMFMDHDTV IENAGFYDLG
RTNKDIVLNN PQFDSDGHLI PGTGTNAQGR YPIHIHEVFQ HDPNDPGTAE INGNAIWGSP
GWGVTIHSSR ATVEDNVSFD VLGAHYVNEH GDEQTIFRDN IAIKASGSVT DPDANLVHPS
DIRGQLNDFG SSGIGFWVAT SYSAYEGFEN NIVTGTADAG IIIYGKNDLN SGPIVSVDSL
PDELKSLAGP RTEIHAYKIP VQHFTGNTVY NADAGLEVRG VTRDDNGFDA NAIQHNVPNV
YDNLTIWGVR TSGIEVAYSG RTTIKDSLVL GDIDNPIPRT GVANASGVGL AVAKDGRYTV
YENVHVEGFT IGAFITQTGG QGYDNEAPIG GGQLIGGVFK NNIYNLHAAS GRVNNAASSK
QVDHLLYTPP LTPYYQMDGT TIFEIPDSNL APVAQFFTPS ESDPFYTSPT NGLSVAFDAS
PSYDPDYIPA YTYTEQGSYT AGDNTIASFA WDFNGDGQFD DYGRYVTYAF DQPGLHTVTL
TVFDIQGASN TISHEINVTP VANNQIRNGD FSQPLYLDSY GQLYWNEIFK SPSNVEPGGK
EGWFTGGTSM WNWDANTGRV YADNSGRPGL SQIIYDNHAT QGLQTVSFDA INLGSDNTLR
LEVLGINGQF VLSNNKDLSI TTTNYNIPLE VNTILDTGNI AATNFDWTNF KWENLDFGQN
GYEFVVLRFS TGGVSSTESQ AIDNVFIGNS SNFSGTQNTP PLAVNDVAKT VKNQSVMINV
TANDSDADGD FLFIKSVSQA TNGTVVNNGD GTVTYTPYTQ FVGNDSFEYT IVDEKGATSK
ATVSLTVDSP PTSSFLSFNN FNITSYGKNQ DIQGTATIKD NGNTFNLVGN TWKKINLPYT
VTANTVLEFS FQSNQKGEIH TIGFDNDNQE SSNFNFQLYG TQSWGIQDFK NYQNSTGGWQ
NYRIEVGKFF TGQMSYLTFA NDHDVTNPNA QSGFSNIKIY EATANSTNPV PSSSTTTTTG
TTSQTTTIAG TSADDLINGT SGNDILTGNS GNDTLIGNAG DDVLTGGTGN DLLSGGSGGD
TFNYQLGDGS DRIQDFQSGD TINLTGINAS SVQFIGQGSD TFVTTGNNQG ILLEGILPNA
LSLAILPDVL QITI
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