Aphanizomenon flos-aquae: HEQ12_11810 Help Entry HEQ12_11810       CDS       T07103                                  Symbol ppsA Name (GenBank) phosphoenolpyruvate synthase   KO K01007   pyruvate, water dikinase [EC:2.7.9.2] Organism aflo  Aphanizomenon flos-aquae Pathway aflo00010   Glycolysis / Gluconeogenesis aflo00620   Pyruvate metabolism aflo00680   Methane metabolism aflo00720   Other carbon fixation pathways aflo01100   Metabolic pathways aflo01110   Biosynthesis of secondary metabolites aflo01120   Microbial metabolism in diverse environments aflo01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:aflo00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     HEQ12_11810 (ppsA)    00620 Pyruvate metabolism     HEQ12_11810 (ppsA)   09102 Energy metabolism    00720 Other carbon fixation pathways     HEQ12_11810 (ppsA)    00680 Methane metabolism     HEQ12_11810 (ppsA) Enzymes [BR:aflo01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.9  Phosphotransferases with paired acceptors     2.7.9.2  pyruvate, water dikinase      HEQ12_11810 (ppsA) SSDB OrthologParalogGFIT Motif Pfam:  PPDK_N PEP-utilizers_C PEP-utilizers Intein_splicing LAGLIDADG_3 Motif Other DBs NCBI-ProteinID:  QSV67540 LinkDB All DBs Position 2600671..2604288 Genome browser AA seq 1205 aa AA seqDB search MLQIEHNQEHSQINQEALVLPFNSVGIADIPFVGGKNASLGEMIQQLSSKGVKVPHGFAT TAYAYRYFITGAGLEVKLRKIFADLDVEDMANLQECGKQARSLMLETPFPLELQEAIAKS YQNLCQEYSIDTDVAVRSSATAEDLPDASFAGQQETYLNVHGIKSVLESCHKCFASIFTD RAISYRQMRGFDHFEVALSVGVQKMVRSDLASSGVMFSIDTETGFQNAALITAAYGLGEN IVQGAVNPDEYLVFKPTLKQGYKPILQKRLGTKEIKMIYDLGGSKLTKNISVPQLERHQF ALNDQEILQLAEWTCIIEDHYSQIRGITTPMDIEWAKDGVTGELFIVQARPETVQSQKSK TVLKTYQLKEKSQVLLTGRSVGEMIGQGQARVILDVSQINLFQAGEVLVTNRTDPDWEPI MKKASAIVTNSGGRTCFDGETKILTNQGFMTIQQIYEQGYQGLSTLALNTKTHQMEWKPI EDAMKRTSKTIGVSVSQTGKVTDNILRLTPDHKMVNLRNGEYTKTEIQEMLDTQEMVLVS QNIPTLGDNKNQEADLAYLIGGIITDGSIYTSRTHGEVQFIQKCLPEKQAFIATMNDKMN AVYGKSFTPCEKPVSSGYVRGKQVKGQATAYRVYSKAIAYDLKQKEQQITQILLENTSEV SYHFLGGLIDGDGCYANNRINIYISEENLLQAVIIACLKINTVPQVTRNRHIYNVQIVEK LEQILEYTQRVKGEVTPRTIQTRFFATNQLFDDNVTGEIKLRKDKNLLISDKQLREIGQF EQLLQGDIRMQRVVKVVDEVDAEVYNITVANHHNYLVFTDKYTPVVVCNCHAAIIAREMG IPAIVGCGNATTILETEQEITVSCAEGETGQVYSGLLKFEIQELTLDNLPRTRTKIMMNV GNPEEALGLTAIPNDGVGLARMEFIIANHIKAHPLALLHFDKLEDELAKYKISELTAQYE NKAEFFITKLAQGIGTIAAAFYPKPVIVRLSDFKSNEYANLLGGRQFEPKEENPMIGWRG ASRYYDPRYCEGFALECEAMKRVRNEMGLTNMILMIPFCRTPEEGKRVLAEMAKNGLVKG ENGLEVYVMCELPSNVLLADEFSQIFDGFSIGSNDLTQLTLGLDRDSELVAHLFDERNEA VKRIIAKAITTFKQNGRKIGICGQAPSDYPEFARFLVQQGIDSISLNPDSVIKTMLEIAK AERGE NT seq 3618 nt NT seq  +upstreamnt  +downstreamnt atgctgcaaattgaacacaaccaagaacatagccaaattaatcaagaagctttagtatta ccctttaattccgtgggaattgcagatattccctttgtaggtggtaaaaacgcttcttta ggggaaatgattcaacaattaagttccaaaggggtgaaagttcctcatggttttgcgaca actgcttatgcttatagatactttattactggggctggtttagaagtaaaactgaggaag atttttgcagatttagatgtggaggatatggctaatttgcaagaatgtggcaaacaagcc agatcattaatgttagaaaccccatttccgctagaattgcaagaagcgatcgctaaatcc tatcaaaatctctgtcaagaatatagtatagatactgatgtggctgttcgttctagtgcc acagccgaagacttaccagatgctagttttgcgggacaacaggaaacttacctgaatgtt catggcattaaaagcgtattagaatcttgccataaatgctttgcttctatcttcacagac agggctatttcctaccgacaaatgagaggttttgatcattttgaagtagcattatcagtg ggtgtccaaaaaatggttcggtccgatttagcctcttctggggtgatgttttccatagac accgaaacaggttttcaaaatgctgctttaattaccgctgcttatggtttaggtgaaaac atcgttcaaggtgcagttaaccccgatgaatatttggtatttaaaccaactttaaaacaa ggatataaacccattctccaaaaacggttgggaacaaaagaaattaaaatgatttatgat ctaggtggatcaaaattaactaaaaatatctccgttcctcaacttgaacgtcatcaattt gctctaaatgatcaagaaatattacaactagctgaatggacttgtatcattgaagatcat tattcccaaattcgaggaataaccacaccaatggatattgaatgggcaaaagatggggta actggtgaattatttatcgtccaagctagaccagaaaccgttcaatctcaaaaatcaaaa accgttctcaaaacttatcaactcaaggaaaaaagtcaagttttattaacaggtcgaagt gtgggggaaatgatcggtcaaggtcaagctagagtaattctagatgtatcacaaattaat ctctttcaagctggagaagtgctagttaccaatcgcacagaccccgactgggagccgatt atgaaaaaagccagcgctattgtcactaactctgggggacggacttgttttgatggagag acaaaaattctcaccaatcaaggttttatgaccattcagcagatttatgaacaaggatat caaggattatcaactttagccctcaacaccaaaacccatcaaatggaatggaaacccatt gaagatgccatgaaacggacatctaaaacaattggtgtgagtgtatctcaaactgggaaa gtcacagataatatcctgcgattaactcctgatcataaaatggtcaatcttcggaatggt gaatataccaaaactgagattcaagaaatgttagatactcaggaaatggtgcttgtatct cagaatattcccacattgggtgacaacaaaaatcaagaagctgatttagcttatctgatt gggggaatcatcacagacggttcaatttacactagtcgaactcatggggaagttcagttt attcaaaaatgtttaccagaaaaacaagcattcatagctactatgaatgacaaaatgaat gctgtttatggtaaatcttttactccttgtgagaaaccagtatcttcaggttacgtccga ggaaaacaggtaaaaggacaagctacagcttatcgtgtttattctaaagctatagcttac gacttaaaacaaaaggaacaacagattacccaaattctcctagaaaacacttcagaagtt tcttatcactttttagggggtctaattgatggtgatggttgctatgctaataatcgcatt aacatctatatctctgaagaaaacttactacaagctgtcattattgcttgtttaaaaatt aatactgttcctcaagttaccagaaatcgtcatatctacaatgtccaaattgtagaaaaa ttagagcaaattttagaatatacccaacgagtcaagggagaagttactccaagaactatt caaacccgtttctttgctactaatcaactatttgatgacaatgtaacaggagaaatcaaa cttagaaaagataaaaatctcctaatttctgataaacaactccgtgaaataggtcaattt gaacaacttctgcaaggtgatattcggatgcaacgagttgttaaagttgtagatgaagta gacgctgaagtttataatattactgttgcgaatcatcataattatctagttttcacggat aaatatactcctgtggttgtttgtaactgtcatgcagcaattattgctagagaaatgggc attcctgctatcgttggttgtggaaatgcgaccacaattttagaaactgaacaagagatt actgttagttgtgcagaaggggaaacaggtcaagtttattcaggtttattaaagtttgaa attcaagaattaactttagataacttgccccgaactcggactaaaattatgatgaatgta ggtaatcctgaagaagccctgggtttaactgcaattcctaatgatggtgttggtttagca agaatggaatttattattgctaatcatattaaagcccatcctttagcattattacatttt gacaaattagaagacgaacttgccaaatataaaattagtgaattaactgcacaatatgaa aacaaagccgaattttttattactaaattagcccaaggtatcggcacaattgcggctgca ttttatcctaaacctgtaattgtgagattgtctgatttcaaaagtaatgaatatgctaat cttttaggaggtagacaatttgaacccaaagaagaaaatccgatgattggttggcgtggt gcttctcgttattatgatccccgttattgtgaaggttttgctttagagtgtgaggctatg aaacgggtcagaaatgaaatgggtttaaccaatatgattttgatgattcccttttgtcgt acccccgaagaaggaaaacgagtattagcagaaatggcaaaaaatggtttagttaaaggt gaaaatggcttagaagtttatgtaatgtgtgaattacccagtaacgttttattagctgat gaatttagccaaatttttgacggtttctctattggttctaatgatttaacacaattaaca ttaggattagatcgagattctgaattggtagcacatttatttgatgaacgcaatgaagct gtaaaacgaataattgctaaagccataactacatttaaacaaaatggccgcaaaattggt atttgtggacaagcgcccagcgattatccagaatttgcccgctttctcgttcaacaaggt atagattctattagtctgaatcctgattctgttattaagaccatgttagaaattgcgaaa gcagaaagaggggaatag

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