| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_4567 |
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| Symbol | |
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| ID | 7106066 |
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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_011727 |
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| Strand | + |
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| Start bp | 13803 |
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| End bp | 16559 |
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| Gene Length | 2757 bp |
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| Protein Length | 918 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 643477436 |
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| Product | TOPRIM domain protein |
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| Protein accession | YP_002374534 |
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| Protein GI | 218249164 |
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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 | ATGTTACTTA AATTCTTTAA TCGGGGGACA GGCAAAGGTA AGGGACCCGT TGAATATATT
CTTAATGCCA CCGATACCAA GGGAATACCT AGGGAACCAC AACCCGAATT ACTCAAAGGA
AACCCCCAAC AAATTATTAC CCTCATTGAT TCGTTGGATT TCAAACATAA ATATACGAGT
GGGGTTATCT CCTTTGCCCC TACTGATGCG CCAACGAATG AACAACTTGA AGCTATCATT
ACATCCTTTG AGGATACGGC TTTTGCTGGA CTCGAACCCG ATCAGTATGA CATTTTATGG
GTAAAGCACA CTCACACTGG GGGCGGTGCT ACCGCACTCG CGGAGCGAGG CCGCGTGGAA
TTACATTTTG TTACCCCTAG AGTTGAATTA ACTACTGGCA AAAGCTTAAA CATCGCCCCC
CCTGGAGCTA ATTACTATTT TGAACCTTGG CGTGATTATT GGAACATGAC TCACGGGTGG
GCAAGTCCCA ATGACCCCCA ACGGGCTAGA ACTTACTATC CTGGTTATCA TGCTCTCATT
GATGCCCAAA ATTGTCGCCT AGAACTGAAT GGGCAAAAAC CCGTTAGCCG TGATGATGCT
CGTAAACTGA TCACTAACTA TCTGACGGCG TACATTGAAG AGGGACAGAT CCAAAATCGG
AATGACATTG TTACCACCCT CGAAGAGGCT GGCTTTACTA TTACAAGGCA AGGCGATAAC
TATATCACCG TTACTCATGA TGACTTACAT CAACGTATTC GCTTAAAAGG AGGAATTTAT
AGTGCATCTT GGCGACTTGG AGCAGAATTT ACGGCAGAAA CTCGAACAGA ACCGAAAACA
GGCGGATCTG ATTGTGGAGC AGAATTTACA ACAATTTCAG ACAAACTCGC AGCATATCTT
CAAAAACGCC GAGATTTCCA TCGACAAAAA TATGGGGCGC ATTACCCATC AAGTCCTGAT
TTGGTCGAAA TGGATGGCTT ATTTCCCGGC GGCGACTTTG CTTGTGACCT TAGTGGGTAC
CTTGGCCGGC AGTTGGGGGA TGAGTCGATA TTTAACGAGT CAGTTCAGAC AGATTCAAAT
GAACCAACAA ACCCTCAACC AACTCAAGCA GAAGACTTGG GGGGTGGAAC TCTATCAAAG
CAAGGAGGGC AAGTTCATCA TTCTACCCCC CAACAGCCAT TACCAAACCG ATTGGAAATG
CAACGGGAAG CCCTGTCTCA AGCTGTAGAT AATGACCCTT TGAATAGACT CGAAACTCTG
TTTAAAACGG TAGATAATGA CCTATTAGAA AGAGAACAAA CTCTGTCTAA AACGGTAGAT
AATCTCCCAT TAGCCAGACT AGAATCCCTG TCTAATCCTC TAGATAATCT CTCATTACCA
AGACAAGAAA CTCTGTCTAA TCCTTTAGAT AATACCCCAT TATCAAGACA AGAAATTTTG
TCTAATTCTT TAGATAATGA CCGATGGGGA AAACAAGAAC AAGCCCTACT TAATGCTGTC
AACGAAGACG ATGAATCAAC TCGAAAAAGA ATTACTAGAA ACCTTCAAGA ACTTTGCCGT
GAGCTACGAG GAGGACAAGA AAGAACAACA GAAATTAATC ACCAATTCCC TCGAACAACA
GAGCAAAAGA TTGGAGTCTT TAATCACTCA ACAGAACGAA TTAATCAAGA ACTTCTCAGA
AACAATCAAC TCCTTCAGCA ACACACTGAC CGACTTATCC GAGAGAATCA ACAAGCTAGA
GAACGCCTAT CAAGACATCA TGAACGTCTT AGAAGAATAA AGGAACAACA ATTCAGAGAA
CTGGATAAGT TTAAAACTGA TATTAATCTG GCTGATTATG CTCAAACTCT AGGTTATGAG
GTAAATAAAA AGAAAAGTTC GGTTAATTGT CTTGTGCTTA AAGATAACCA AGGGGATAAG
ATACTCGTTG GTATTAATCA AGCTGATGGT CACTATTTTT ATTCGTCGGT TAATGATGAT
AGGGATAAGG GGTCTATTAT TGACTTTATT CAGAAGAGAA GAAACCTCAA TTTAGGAGAA
GTCAGAAAGG AACTTAGACC CTGGTTAAAT AATCCTTATT CTCCTAAAGA AGCAACGCCT
AAACTAACGC CAATTACTCA AGATAGACAG AAAATCTTAA CTGAATTTGA AGGCTTTCAA
GTAATCGTAA CTCATCCTTA CCTAACCCAA CGGGGGATTA CTCCAGAAAC GTCTAATCTC
CCCCGTTTTC AAGGGATAAT CTACATGGAT AGCCGTAATA ATCTTATTTT CCCCCACCAA
GACCGTGAGG GGGTTTGTGG CTATGAAATC CGCCATCAGG CGTTTAAGGG CTTCTCCTCC
GGTGGGACTA AGGGGTTATG GTGTTCTCAG GGAGCTTCTA CCGATACGAA GCTGGTTATC
TGTGAAAGTC CCCTGGACTG CTTGAGTTAT CATCAGTTAT TTCCTGATGA GACTACCCGT
TACATGGCCA CGGGAGGGAC TTTATCGGAG AAGCAAAAAG ATTTACTCCA AGGGGCGTTG
ACAAAAATTA ATGATTTGGG GGGAGAGATT ATTGTAGCGA CGGATAAGGA TGAAGCGGGT
CAGAAAATGG CTCAGGAATT AAGGAATCTT GCCCCATCTA CGGCTCAAAT GAGTCGGGTC
GTGCCTACCC ATCATAAGGA TTGGAATGAG GCTTTAATGG CTGAAATTCG ACGGCAAAGG
GAGCAGGAGC AGGAACAACA ACAGAAACGT AGTCGGGGTA GGGGTTTGTC AAGGTGA
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| Protein sequence | MLLKFFNRGT GKGKGPVEYI LNATDTKGIP REPQPELLKG NPQQIITLID SLDFKHKYTS
GVISFAPTDA PTNEQLEAII TSFEDTAFAG LEPDQYDILW VKHTHTGGGA TALAERGRVE
LHFVTPRVEL TTGKSLNIAP PGANYYFEPW RDYWNMTHGW ASPNDPQRAR TYYPGYHALI
DAQNCRLELN GQKPVSRDDA RKLITNYLTA YIEEGQIQNR NDIVTTLEEA GFTITRQGDN
YITVTHDDLH QRIRLKGGIY SASWRLGAEF TAETRTEPKT GGSDCGAEFT TISDKLAAYL
QKRRDFHRQK YGAHYPSSPD LVEMDGLFPG GDFACDLSGY LGRQLGDESI FNESVQTDSN
EPTNPQPTQA EDLGGGTLSK QGGQVHHSTP QQPLPNRLEM QREALSQAVD NDPLNRLETL
FKTVDNDLLE REQTLSKTVD NLPLARLESL SNPLDNLSLP RQETLSNPLD NTPLSRQEIL
SNSLDNDRWG KQEQALLNAV NEDDESTRKR ITRNLQELCR ELRGGQERTT EINHQFPRTT
EQKIGVFNHS TERINQELLR NNQLLQQHTD RLIRENQQAR ERLSRHHERL RRIKEQQFRE
LDKFKTDINL ADYAQTLGYE VNKKKSSVNC LVLKDNQGDK ILVGINQADG HYFYSSVNDD
RDKGSIIDFI QKRRNLNLGE VRKELRPWLN NPYSPKEATP KLTPITQDRQ KILTEFEGFQ
VIVTHPYLTQ RGITPETSNL PRFQGIIYMD SRNNLIFPHQ DREGVCGYEI RHQAFKGFSS
GGTKGLWCSQ GASTDTKLVI CESPLDCLSY HQLFPDETTR YMATGGTLSE KQKDLLQGAL
TKINDLGGEI IVATDKDEAG QKMAQELRNL APSTAQMSRV VPTHHKDWNE ALMAEIRRQR
EQEQEQQQKR SRGRGLSR
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