| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_0623 |
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| Symbol | |
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| ID | 8389929 |
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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 | 631901 |
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| End bp | 634816 |
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| Gene Length | 2916 bp |
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| Protein Length | 971 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644978648 |
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| Product | pyruvate phosphate dikinase PEP/pyruvate-binding |
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| Protein accession | YP_003136404 |
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| Protein GI | 257058516 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [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 | 5 |
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| Plasmid unclonability p-value | 0.252366 |
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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 | 19 |
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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 | ATGACATCCG TTTGGGGTTC TTTATTAATC TTTCTCTTTT GCCCAATTTT AGGGGGACTT
CCCCTGATTA ATTGGATTAA TTACTTTTTT ACGGGACGCA AACTTTCCCA ATTGGGGACG
GGTAATATTT CTGTTTCTGC GGCCTTTTAT CATGGGGGGA CTTTAGTCGG CATTCTAGCA
GCTTTATCAG AGGCTTCTAA GGGAATTATA GCGGTTTTGT TAGCCCGTGC CTTTTTTCCC
CTAGACCCTA TTTGGGAATT GATCGCCTTA ATATCCCTCA TTATGGGACG ATATTGGATA
GCAAAAGGGG CAGGAACGAC TAATTTATTT TGGGGAATGA TCGCCCATGA TTGGCAAGCT
ACTCTATTAA CAGCGTTAAT TGCTGGAGGA AGCTTTACGA TTTTCCGCGA TCGCGCTACG
GGTCGTTTAA TTGCTTTATT TCTGTTAGCA TTTATCCTAA CCGTTAGACA TCCCTACGAC
CCCGGTTATA TGGTCATGTC TTGGTCTTTA TCAGGGTTAG TCGCTTGGAT TTTTGCTAAA
ATTCCTGATG ATTTAGACTT ACCCGAACCT GGAACTAAAC CCTATTCAAA AAAGATGTTT
CGATTCTTTC GAGGAGATAA CGCTATTTTA TCCTTAAACC GTCAACTCAA TCCCGAAAAA
GTTGGGTCAA AAGCTGCTAC TTTAGCCTAC CTAAAACGGT TAGGTTATCA AGTTCCTGAG
GGTTGGATTT TGGTTCCTGG CGATGATCCC CAACCTTTAT TAGACTATCT TGAACCATCA
ATTGATTACC CTTTTGTTGT CCGTTCTTCG GCTTTAGAAG AAGATACAGC AACTTCATCA
GCAGCAGGGC AATATTTGAC GATTTTAAAT GTTACCAGCA CCGAGGAATT AAAAGCAGCT
ATTTTAGATT GTTTAAACTC CTATAATCAC CCTAATGCAG TGCGTTATCG TCGGGATAGG
GGACAACATG ATGAAGGAAT GGCGGTACTG ATTCAACCTC AAATTAAAGG CGTATTTTCA
GGGGTTGCTT TTAGTCGAGA TCCAGTCAAT CCTATTAATA ATATTGTTGT CGTAGAAGCT
TTGCCAGGCG AAGCAACACG GGTTGTTTCT GGTAAAATTA CACCTGAACA ATATCGGGTA
GAAATTTACC ATGATCAGGA AGCGGATGCT GTGAGAATTC AAACCTTAAA TTCTGATCTT
GAACTCTCTA GAGATGTCCC TGATCATATT GTTGAAAAAG TCGCTATTTT AGCACGGGAT
ATTGAAGACT TATATCATGG CATTCCTCAA GATATTGAAT GGAGTTACGA TGGACAACAA
TTATGGTTAT TACAAGCGCG ATCAATTACC ACTTTACAAC CGATTTGGAC TCGAAAAATT
GCGGCAGAAG TTATTCCTGG TGTGATTCGT CCTTTAACCT GGTCTATTAA CCGTCCCCTA
ACTTGTGGGG TGTGGGGAGA AATTTTTACT TTAGTATTAG GAAAACGCGC CCAAGGATTA
GACTTTAATG AAACGGCAAG GTTACACTAT CAAAGGGCTT ATTTTAATGC CACTTTATTA
GGTAAAATTT TTCTGAGAAT GGGACTTCCC TCTGAAAGTT TAGAATTTTT AATCAGGAGA
ACAAAATTTA GCAAGCCGCC TTTAATCTCT ACTTTATATA ATTCCCTTGG GTTAATTCGT
TTATTAAAAA AAGAATTGAG TTTAGAAAAA GATTTTAATC GAGATAATAA AAATTTATTT
GAGCCTCAAC TTAAACAAAT TAATGAACAA TCTTTGTCAG CGTTATCTCC CCCAGAATTA
TTGACCAGAA TAGAGAGTAT TTTATTAACA TTAAAACGAG CAACTTATTA TAGTATTCTT
GCTCCCTTAA GTTTTGCTTT AAGACAGTCT ATTTTTAACG TTTCATTAGA ACAATTAGAT
AACTCTTCTC TACCGGAAGT TGCTTCTTTA GAAGCTTTAA CTAACCTTGC TAATAGAATA
CGTTCTTTAG TTAATATTTC TGAAATTAAT CATAGTGATT CTCTGTTTAA TTATCTAGAA
AATAATCCAC AAGGGCAAAC AATTATAAGA GAGTTTAATC AAATTTTAGA ACAATATGGT
TATCTCAGTG ATGTGGCGAC AGATATTTCT ATTCCCTGCT GGAAAGATCA TCCTCAATCT
ATAGAACAAT TATTGACACA ATTAGTATTA AATCAGAAAA ATTCACCGCC TAAAATAACT
AAATATTCTG AGAAAAAAGG TAAACTTGGA AAAGTTCAAC AGAGATTAAA CATCAAAGGC
AAAGTAACCT CTGTTTATTC TCAATTATTA GCCCAATTAC GCTGGACATT TCTAGCATTA
TCAGAAATTT GGTATCAACA AGAAATACTA CTAGAGAAAG AGGATATTTT TTATCTAACT
TATCAAGAAA TTCGTGAGGT AATTACAGAA CAAAAAACAG AATTTAAAGA ACAAATTAAA
CAGAGAAAAG AGAAATTCAA GGAAAATCAA CAACTAGAAA CGATTCCTTA TATTGTCTAT
GGAAATATTC CTCCAAATTT AACGTTATTT GAGGCTTCAT CTTTAACCTC AACCCGTCAA
TTAAGGGGAA TTGGTGCAAG TGTTGGCCAA GCAACAGGAA AGGTCAAAAT CATCAGAAAT
TTACAATCTT TTCCCTCTAT TGAACCTAAT ACTATCCTGG TGGTTCCCTA TACAGACTCA
GGATGGGCTC CCCTTTTATC CAGTGCTAGT GGTATCATTT CAGAAGTGGG AGGAACCCTC
TCTCATGGGG CAATTGTTGC GCGAGAATAT GGCATTCCTG CTGTTATGGA TATTCCCCAG
GTAACTCAAC GCTTAAAAGA CGGACAATGG GTTAGAATTG ATGGACAACA AGGTATCGTA
GAAATTATCG AAAATAACAC GATTAATAAG TTATAA
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| Protein sequence | MTSVWGSLLI FLFCPILGGL PLINWINYFF TGRKLSQLGT GNISVSAAFY HGGTLVGILA
ALSEASKGII AVLLARAFFP LDPIWELIAL ISLIMGRYWI AKGAGTTNLF WGMIAHDWQA
TLLTALIAGG SFTIFRDRAT GRLIALFLLA FILTVRHPYD PGYMVMSWSL SGLVAWIFAK
IPDDLDLPEP GTKPYSKKMF RFFRGDNAIL SLNRQLNPEK VGSKAATLAY LKRLGYQVPE
GWILVPGDDP QPLLDYLEPS IDYPFVVRSS ALEEDTATSS AAGQYLTILN VTSTEELKAA
ILDCLNSYNH PNAVRYRRDR GQHDEGMAVL IQPQIKGVFS GVAFSRDPVN PINNIVVVEA
LPGEATRVVS GKITPEQYRV EIYHDQEADA VRIQTLNSDL ELSRDVPDHI VEKVAILARD
IEDLYHGIPQ DIEWSYDGQQ LWLLQARSIT TLQPIWTRKI AAEVIPGVIR PLTWSINRPL
TCGVWGEIFT LVLGKRAQGL DFNETARLHY QRAYFNATLL GKIFLRMGLP SESLEFLIRR
TKFSKPPLIS TLYNSLGLIR LLKKELSLEK DFNRDNKNLF EPQLKQINEQ SLSALSPPEL
LTRIESILLT LKRATYYSIL APLSFALRQS IFNVSLEQLD NSSLPEVASL EALTNLANRI
RSLVNISEIN HSDSLFNYLE NNPQGQTIIR EFNQILEQYG YLSDVATDIS IPCWKDHPQS
IEQLLTQLVL NQKNSPPKIT KYSEKKGKLG KVQQRLNIKG KVTSVYSQLL AQLRWTFLAL
SEIWYQQEIL LEKEDIFYLT YQEIREVITE QKTEFKEQIK QRKEKFKENQ QLETIPYIVY
GNIPPNLTLF EASSLTSTRQ LRGIGASVGQ ATGKVKIIRN LQSFPSIEPN TILVVPYTDS
GWAPLLSSAS GIISEVGGTL SHGAIVAREY GIPAVMDIPQ VTQRLKDGQW VRIDGQQGIV
EIIENNTINK L
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