| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2159 |
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| Symbol | |
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| ID | 8391476 |
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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 | 2163421 |
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| End bp | 2166450 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644980137 |
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| Product | hypothetical protein |
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| Protein accession | YP_003137881 |
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| Protein GI | 257059993 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.135027 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.649366 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACCATC GACAAGAATG GCAAAATAGC TGCGTTGATG AAGCGTTGAT TAATCTCAAT
GTAACCGCAT TAGAAGGTAA TTCTCCCTCA GATTATTTGC TGTATTCTGA CGCACTACCT
AGACGTAACG ACGGTAGGGT CAGTGATTCT ATTTTAAGAC GCTACGAACA CACAGAACAA
GGAGGTTGGT GGTGCTCAGG GGTTGATGTC TTGACGGGAA ATGAGGATCT ATGGGGGTGT
TTTAAACCTA ATTCTCCCCG TATTAGCCAT GATCGCCATA AACCGATTAA ATACGAACAT
CCTCCCAACG CGCCAACGGG TATTTTTGCT TTGCGGGTTC CGTTGCATTT ATGGCAAGAT
ATCGAGCAAT CTTACCATTG TGATCTTACC ACAGAAGATA TTAATGAGCA ACTACCCGAT
TTAGGCTTTT GGCAATGGGT GATTAATCAT CCAAATATTC CCCTTTTTAT CACAGAAGGA
GCGAAAAAAG CGGGAGCATT ATTAACAGCA GGATACGTTG CGATCGCCCT TCCTGGGATT
AATAATGGTT ATCGAACTCC CCATGATGAA TTTGGCAACC GTATCGGGAA GTCCCGTTTA
ATTCCTCAAC TGGAAAAACT GGCTATTTCT GGTAGAAAAA TCTATATTGT TTTTGATCAA
GAGAGTAAAC CGAATACCAT TAAAGCAGTC AATACGGCTA TTAGAAATTT AGGCTATTTG
TTCACTCAAG CAGGATGTCA AGTTAATGTC ATTACTTGGT TAGTAGAATG GGGTAAAGGG
GTTGATGATT TTATTGCTAA TAAGGGACTA GATAAGTTCA AAGAAGTTTA TCAAAAAGCC
TTACCGTTAG AAACCTGGAA AGCACAAGGA TTAAGTCAAT TAACCTATCC CTATGATGTA
GAAGTTAATC GTCGCTATTT AGGAGAATTA GCTATTCCTA AAACGGCTCA ATTAATTGGC
ATTAAATCGG CTATTGGAAC GGGAAAAACC CAAGGGTTAG AAAAAATTGT TCAAGAGGCG
ATCGCCAATA ATCAAAAAGT CTTAGTCATT GGACATCGAA TTAAGTTAGT TGAACAACTT
TGTCAACGGT TTCAACTTCC TTATATTACG GAAATTCAGA ATTATGATGT TACCTTGGGA
TATGGATTAT GTATTGACTC ACTGCATCCT AATTCTCAAG CGAAGTTTAA TCCTGATGAG
TGGGAAAATA GTTTAATTAT TATTGATGAA GTCGAACAAG TTTTATGGCA TGGCTTAAAT
TCAGATACTT GTCAAAAAAA TCGAGTTTCT ATCCTTAAAT CTCTCAAAAT ATTACTACAA
ACGGTTTTAG AAACGCAAGG AAAAGTGTTT ATTGCCGATG CAGACTTAAG TGATATTTCC
TTAGATTATT TAATCTCTTT AACAGGAATT AATCTAAAAC CGTTTATTAT TAATAATACT
TGGAAACCCA CTAATAAAGA GTCATGGACA GTTTATAACT ATCCAGAAAC TACCCCTAAA
CGCTTAGTTA AAGATTTAGT CCAACATATT CAACAAGGAG GAAAACCGTT TATTTGTCTT
TCCGCACAAA AATTAACCAG TAATTGGGGA ACACAAACCC TAGAATCTTA CTTAAAAAAA
CAATTTCCTG ATGCTAAAAT ACTACGGATT GATTCTGAGT CTTTAACCGA TCCTAATCAT
GCTGCTTACC AGTGTATTAA GCAACTTAAT GAGATTTTAT TAGATTATGA TATTGTCCTA
GCCAGTCCTT CTATTGAGAC GGGAGTTAGT ATTGATATTA AAGGACATTT TACCTCAGTT
TGGGGGTTAG CTCAAGGAGT ACAAATAGCT ACCTCGGTTT GTCAATCGTT AGGACGTATT
CGGGATAATA TACCGCGTTA TCTTTGGGTT GCTTCCTATG GGTTTAATAA AATAGGAAAT
GGTTCAACTT CCATACCTAA TTTGTTAACC TCTAACCATC GTGTCACACA ATTAAATGTT
CGTTTGTTGC AACAATCTGA TCTAGAAGCA TTAGAGGATA TTGATACAGA ATTTCAAGCA
GAATCATTGC TGTGTTGGGC AAAAATGGCA GTTCGTGTGA ATGCTTCCAT GATTCATTAT
CGAGAGTCTA TTTTACGGAT ACTTGAACAA CAAAATCATC AAATTTATCC TAATACTAAG
GTAATTCAAT CTTCACGAAA TAAAAACAAT CAAAATAACA ATAAAAGCGA TCAAACGTCT
AACCAATTAA CCGAAGTAAT TGAAATAATT AGAGAAGAAA ACTATCAAGC AGAATGTCAA
GCTATTGCCC AAGCAGAAGA ACTAACGGAT CAAAAATATC GTCATTTAAA CAAACGATTA
GTTAAAACAT CCCTAGAACG TCATCAACTG AGAAAATATA ATTTACAACG ACGTTATTGC
ATTCCTGTTA CCCCTGAATT AGTCGCTTTA GATAATGAAG GATGGTACCA GAAACTTAGG
TTACATTATT TCCTAACAAT AGGACGCTGT TATTTAGCTG ATAGAGATAC TATTGTTGCT
CAAAAATTGA TTAACAAAGG ACACGGTAGT TTATTTATTC CCGACTTTAA TGGTTGCCAA
TTAGGGGCAA TTATTGGAAC GATGGAAGTT TTAGGATTGC CTGTTTTATT GTCAAATAGT
CAACGGAAAT TAAAACCCGT AGATGAAGAT TTACAAACCA TGGCTAAGAT GGCTATTAAA
AATCGTTCAG AGATCAAAAC TATTCTGGGA ATTGGTATTG CTAAAAACTC CAGTCCTATT
ACAATTATTC GACGATTATT AGATAAAATT GGCTATGGAT TGACTTGTAT TGGTTTAGAA
ACAGTCGCTA AAAAGCGGGT TCGAGTTTAT CAAGTTGTTC CTCCTAATGA TCAACGCGAA
GAAGTGTTTA AACAATGGTG GTATAGGGAT GAAAATTGTC CAGGGAGTTC CGAACCCTGG
TTTGAAGAAT ATACTATCGC TAAATCAAAT CTGAGTCAAA ATCAACAAGA AGGATCTAAA
AATTATATTC AATTGAGTTT AGAATTGTAA
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| Protein sequence | MNHRQEWQNS CVDEALINLN VTALEGNSPS DYLLYSDALP RRNDGRVSDS ILRRYEHTEQ
GGWWCSGVDV LTGNEDLWGC FKPNSPRISH DRHKPIKYEH PPNAPTGIFA LRVPLHLWQD
IEQSYHCDLT TEDINEQLPD LGFWQWVINH PNIPLFITEG AKKAGALLTA GYVAIALPGI
NNGYRTPHDE FGNRIGKSRL IPQLEKLAIS GRKIYIVFDQ ESKPNTIKAV NTAIRNLGYL
FTQAGCQVNV ITWLVEWGKG VDDFIANKGL DKFKEVYQKA LPLETWKAQG LSQLTYPYDV
EVNRRYLGEL AIPKTAQLIG IKSAIGTGKT QGLEKIVQEA IANNQKVLVI GHRIKLVEQL
CQRFQLPYIT EIQNYDVTLG YGLCIDSLHP NSQAKFNPDE WENSLIIIDE VEQVLWHGLN
SDTCQKNRVS ILKSLKILLQ TVLETQGKVF IADADLSDIS LDYLISLTGI NLKPFIINNT
WKPTNKESWT VYNYPETTPK RLVKDLVQHI QQGGKPFICL SAQKLTSNWG TQTLESYLKK
QFPDAKILRI DSESLTDPNH AAYQCIKQLN EILLDYDIVL ASPSIETGVS IDIKGHFTSV
WGLAQGVQIA TSVCQSLGRI RDNIPRYLWV ASYGFNKIGN GSTSIPNLLT SNHRVTQLNV
RLLQQSDLEA LEDIDTEFQA ESLLCWAKMA VRVNASMIHY RESILRILEQ QNHQIYPNTK
VIQSSRNKNN QNNNKSDQTS NQLTEVIEII REENYQAECQ AIAQAEELTD QKYRHLNKRL
VKTSLERHQL RKYNLQRRYC IPVTPELVAL DNEGWYQKLR LHYFLTIGRC YLADRDTIVA
QKLINKGHGS LFIPDFNGCQ LGAIIGTMEV LGLPVLLSNS QRKLKPVDED LQTMAKMAIK
NRSEIKTILG IGIAKNSSPI TIIRRLLDKI GYGLTCIGLE TVAKKRVRVY QVVPPNDQRE
EVFKQWWYRD ENCPGSSEPW FEEYTIAKSN LSQNQQEGSK NYIQLSLEL
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