| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_2777 |
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| Symbol | |
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| ID | 7111046 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 3076268 |
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| End bp | 3079195 |
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| Gene Length | 2928 bp |
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| Protein Length | 975 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643481026 |
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| Product | pyruvate phosphate dikinase PEP/pyruvate-binding |
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| Protein accession | YP_002378055 |
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| Protein GI | 218439726 |
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| COG category | [G] Carbohydrate transport and metabolism
[S] Function unknown |
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| COG ID | [COG0344] Predicted membrane protein
[COG0574] Phosphoenolpyruvate synthase/pyruvate phosphate dikinase |
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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 | 67 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTTTAA ATTCTCTTGG CACTCAGATG ACACTCTCAC AGGTTTGGGG TTGTTTACTT
ATCTTTGTTT TATGTCCTTT GTTGGGTGGA CTCCCCCTGA TTAATTGGAT AACCTACGCC
TTAACCGGAC GACAACTCTC TAAGTTAGGG ACGGGGAATG TTTCCGTCAG CGCCGCCTTT
TATCATGGCG GGACGTTTGT GGGAATTGTA GCGGTTATCT GTGAAGCGTT AAAGGGGATT
TTGGCGGTTT TGTTAGCGCG TCATTTTTTT CCCTCTGGGT CATTATGGGA GTTAGTTGCC
TTAATTGCCC TCATGATGGG ACGCTATTGG ATGGGAAGAG GTGCAGGAAC AACTAATGTA
TTTTGGGGGA TTTTAATTCA TGATCCCATT GCTGCTGCAC TAACCTTACT CATCGGAGGA
ATTAGTTTTA CGATTTTCCG CGATCGCTCT AGTGGGCGCT TAGTCGTTTT ATTTCTCTTA
GTCTTAATTT TAACCCTAAG ACACTCCACT CAGATAGACT ATATAATAAC CGCCTTGTTA
CTGGCTGGAT TATTGGCCTG GATTTATTCT AAAATTCCTG ATGATCTCGA TCTTCCCCAA
AGCGGTGTTA ACCCTGAATC AGAAAAAATG TTTTCCTTTT TCCGAGGCGA TAAAGCGATC
GTCACTCTCA ATGATAAACT GGAGGTTCGT AAAGTCGGAG AAAAAGCCGC CACTCTGTCT
TATTTAAAAC GTCTAGGGTA TTCTATTCCC GATGGTTGGG TAATTCGTCC TGGGGATGAT
CCTCAACCTT TTATAGATGC ACTGAACCCT TCAGCTAGTC ATCCTTTGGT GGTGCGGTCT
TCTGCCATTG GGGAAGATTC CGAAAATGCC TCCGCAGCCG GACAATACAC TACAGTCCTT
AATGTTACCA CCAAACAAGC TCTACAACAA GCCATTATCA CCTGTCAGAC TTCCTACAAT
AATCCTAATG CTATACAGTA CCGTCAGGAT AAACAACAAA CTGACTATGG AATGGCCGTT
TTAATTCAAA AACAGATCCG AGGGGTGTTT TCCGGGGTCG CCTTTAGTCG AGATCCTATT
GATAATTTTA ACCCTGATGT GGTGATAGAA GCCCTCCCCG GAGAAGCAAA CCAAGTTGTA
TCAGGACAGA TTACCCCTCA ACATTATCAT GTTGATATTC CCTCCGATGA AGCGGATGGA
GACATTACCT TGCAACAAGG AGAAAACGCA GATATTCACC CTAGTATTAT TAAAGAAGTC
GCTATTTTAG CTAGAGAACT CGAAGATCTT TATCATGGGA TTCCTCAAGA TCTCGAATGG
ACTTATGATG GTCAACAGGT CTGGTTATTA CAAAGTCGTC CCATTACTAC TCTACAACCG
ATTTGGACTC GAAAAATTGC GGCTGAAGTT ATTCCGGGGG TAATTCGTCC TTTAACCTGG
TCAATTAATT GTCCTCTAAC TTGTGGGGTA TGGGGGGAAA TTTTTAGCTT AGTTTTAGGA
AACCGGTCCA AAAATTTAGA GTTTTCCGAA ACCGCAACCC TCCACTATCA ACGAGCTTAT
TTTAATGCTA CTCTGTTAGG AACAATTTTC CGACGGATGG GACTACCTCC CGAAAGTTTA
GAATTTTTGA CGAGAGGGGC AAAATTTAGT AAACCTCCCA TTACCTCTAC TGTAATTAAT
ATCCCTGGAT TACTGCGGTT ATTAAAGCGA GAATGGAATT TAATCGAAGA GTTTAATCAG
GATTATCAAA CTTCCTTTAT TCCCACCTTA GACACCCTTA AAAACCAATC TTTAGATGAC
TTTTCCCCTC CAGAATTACT CGGACAAATA GAAACGATTT TAGATGTTTT AAAACGGGCG
ACTTACTATA GTATTCTTGC TCCTTTAAGT TTATCGTTGC GACAGGCGAT TTTAAAAGTT
AATCCCGAAC AATTAGATAA TTCCCAAACT CCAGAGGTTG CCTCATTGCG ATCGCTGTTA
AACTTAGCTC ATGATGCCCA AAAATTATTA CCGGTAAACC GTTTAAAAGT CGATAAATGT
CCGTCTTTAT TTGCTCATTT AGCGGAAATT CCCGACGGAG AAAACATATT ACAACGGTTT
AACCAGTGGT TAACTCGCTA TGGATATTTA AGTGAAGTGG CGACGGATAT TGCTGTTCCT
CGTTGGCAAG AACATCCCCA ACCCATGCGA GAATTATTTA CTCAATTTTT CTTAGAAGAT
GATAGGAATA CTCCCCTAAA TTTCCAACCG GAGCAACAAG ATTGGAAGAG TAATATCGTG
CAAAAAAGAC TCAATTTAAA AGGGCAAGTC ACGGAAGTTT ATTCTCAATT GTTGGCGCAT
TTACGCTGGC GTTTTATTAG GATAGAAACC CGTTGGTTAA CCTCTGGAAT ATTATCAGAA
ACTGGGGATA TTTTCTTCCT AAAATTTTCA GAAATTCGCT CTTTAATTTG TGAAACTGAT
GCTAATTTAT TGCCCAAAAT TCCCCAATTA ATACAATCCA GACGGAGGGA GTTTGAACAA
AATCAACAAT TAACCCAAAT TCCCTATGTT ATCTATGGTA ATCCCCCGGC TTCTGAACAG
TTAGCCCTTT CAACCCTGAC ACCCAAACAA CGACTCACCG GCATAGGTGC AAGTCCGGGA
CTGATAGAAG GAGAGATTAA AATTTTAACC CGATTTCAAA ATTTGACAGA CATTAATCAA
ACCACTATTT TAGTAGTGCC TTATACAGAT TCCGGATGGT CTCCTGTGCT AGCGAGAGCG
GGGGGATTAA TTGCCGAGGT AGGAGGCCGG TTGTCACATG GGGCAATCAT AGCACGAGAA
TACAAAATTC CCGCAGTCAT GGATGTACAT AATGCGACTC ACCTGTTACA AGATGGACAA
AAAGTTAGAC TCGATGGAGG GAGAGGAATC ATTGAAATTT TGTCCTAA
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| Protein sequence | MSLNSLGTQM TLSQVWGCLL IFVLCPLLGG LPLINWITYA LTGRQLSKLG TGNVSVSAAF
YHGGTFVGIV AVICEALKGI LAVLLARHFF PSGSLWELVA LIALMMGRYW MGRGAGTTNV
FWGILIHDPI AAALTLLIGG ISFTIFRDRS SGRLVVLFLL VLILTLRHST QIDYIITALL
LAGLLAWIYS KIPDDLDLPQ SGVNPESEKM FSFFRGDKAI VTLNDKLEVR KVGEKAATLS
YLKRLGYSIP DGWVIRPGDD PQPFIDALNP SASHPLVVRS SAIGEDSENA SAAGQYTTVL
NVTTKQALQQ AIITCQTSYN NPNAIQYRQD KQQTDYGMAV LIQKQIRGVF SGVAFSRDPI
DNFNPDVVIE ALPGEANQVV SGQITPQHYH VDIPSDEADG DITLQQGENA DIHPSIIKEV
AILARELEDL YHGIPQDLEW TYDGQQVWLL QSRPITTLQP IWTRKIAAEV IPGVIRPLTW
SINCPLTCGV WGEIFSLVLG NRSKNLEFSE TATLHYQRAY FNATLLGTIF RRMGLPPESL
EFLTRGAKFS KPPITSTVIN IPGLLRLLKR EWNLIEEFNQ DYQTSFIPTL DTLKNQSLDD
FSPPELLGQI ETILDVLKRA TYYSILAPLS LSLRQAILKV NPEQLDNSQT PEVASLRSLL
NLAHDAQKLL PVNRLKVDKC PSLFAHLAEI PDGENILQRF NQWLTRYGYL SEVATDIAVP
RWQEHPQPMR ELFTQFFLED DRNTPLNFQP EQQDWKSNIV QKRLNLKGQV TEVYSQLLAH
LRWRFIRIET RWLTSGILSE TGDIFFLKFS EIRSLICETD ANLLPKIPQL IQSRRREFEQ
NQQLTQIPYV IYGNPPASEQ LALSTLTPKQ RLTGIGASPG LIEGEIKILT RFQNLTDINQ
TTILVVPYTD SGWSPVLARA GGLIAEVGGR LSHGAIIARE YKIPAVMDVH NATHLLQDGQ
KVRLDGGRGI IEILS
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