Alteromonas stellipolaris R10SW13: AVL56_16955 Help Entry AVL56_16955       CDS       T04403                                  Name (GenBank) phosphoenolpyruvate carboxylase   KO K01595   phosphoenolpyruvate carboxylase [EC:4.1.1.31] Organism aaw  Alteromonas stellipolaris R10SW13 Pathway aaw00620   Pyruvate metabolism aaw00680   Methane metabolism aaw00710   Carbon fixation by Calvin cycle aaw00720   Other carbon fixation pathways aaw01100   Metabolic pathways aaw01120   Microbial metabolism in diverse environments aaw01200   Carbon metabolism Module aaw_M00168   CAM (Crassulacean acid metabolism), dark Brite KEGG Orthology (KO) [BR:aaw00001]  09100 Metabolism   09101 Carbohydrate metabolism    00620 Pyruvate metabolism     AVL56_16955   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     AVL56_16955    00720 Other carbon fixation pathways     AVL56_16955    00680 Methane metabolism     AVL56_16955 Enzymes [BR:aaw01000]  4. Lyases   4.1  Carbon-carbon lyases    4.1.1  Carboxy-lyases     4.1.1.31  phosphoenolpyruvate carboxylase      AVL56_16955 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEPcase PEPcase_2 Motif Other DBs NCBI-ProteinID:  AMJ95830 LinkDB All DBs Position 3973052..3975673 Genome browser AA seq 873 aa AA seqDB search MHTHYDAELKDTVRYLGKTLGETIKNQLGQEWLDRIEKIRKDGRASYQGDTSCSDELKET FKTMTDSDLLTVGRAFAQFLNLGNIAEQEYNSAMNVDASIDALFKHLDKADLTVDKVQEA VGKLNIDLVLTAHPTEVTRRTLIHKHKELADCLQAVHQESLTDADRSKVETRVADLISQA WHTEEIRSVRPTPVDEARWGFSVIENSLWEAVPDFLRELDGRLQEDYSVSLPLDASPVQF SSWMGGDRDGNPFVTSKVTEQVLLLARKRAAKLFALDLDRLQVELSMYDCNDALREKVGD ANEPYRALLRPLLDRFVATRDGIADYLAGKNPDSSNWIESNDELLEALLLCHQSLIDCGM DVVAKGLLLDTIRRARVFGIHLLRLDVRQDSERHADVFSELTRYLGLGDYSQWSEEDKQA FLLRELGSKRPLFPAQWGASDDVKEVLDTCKVVAKHSKHGFGIYIISMASEPSDVLAVQL LLKESGVDWPMPVAPLFETLDDLNNSPSVMRKLLSIDWYRGYVKGRQFVMIGYSDSAKDA GALAAGWAQYQSQEALVAIAEEFNCSLTLFHGRGGTIGRGGLPAHAAIYSQPPGSLEGGF RVTEQGETIRYKFGMPKLAKRSLGIYASAIIEAMLFPPPAPKEEWRELITTMAGQGRDNY RGTVRHDKDFVPYFRVATPEQELGKLPLGSRPSKRKPQGGIESLRAIPWIFAWAQTRLVL PSWLGVMRAIDSVKNAENEKVVNEMFAEWPFYRSRLSMLDMVFHKADPRISEAYDERLVP EELKHFGAALREELKESIASLLELTGEDDIMKTDPLGKESMEIRAAYLQPLHYLQIELLD RIRKAGDDAQNTALERAMMVTITGIATGMRNTG NT seq 2622 nt NT seq  +upstreamnt  +downstreamnt atgcacactcattacgatgctgaactaaaagatacagttagataccttggcaaaacgcta ggtgaaaccatcaaaaaccaattaggccaagagtggcttgatcgcattgagaagattcga aaagacggccgagcgtcttatcagggagacacgagttgtagtgacgaactgaaagaaact ttcaaaacgatgactgacagcgatttgttgacggtaggtcgtgctttcgcacagtttcta aatctaggtaatattgctgagcaagaatataacagtgcaatgaacgttgacgcgtctatt gatgcattgtttaaacatctagataaagcagacctcacggttgataaagtgcaagaggct gtaggcaagttgaatatcgacttggtattaacggctcatcctaccgaggtaactcgtcgt actcttattcataaacataaagagttagcagactgcttacaggctgtacatcaagagtct ttaaccgatgcagatagaagcaaggtagaaacccgtgttgctgatttaattagccaggct tggcatacagaagaaattcgttctgttcgccctacccctgttgatgaagctcgctggggc ttctcggtaatcgaaaattctctttgggaagcggttcctgatttcttgcgcgaactagat ggccgtttacaagaagactacagtgtatcgcttccgctagacgcttcaccggtacaattt agttcttggatgggcggtgaccgcgacggtaacccgttcgtcacctctaaagttaccgaa caagtcctgctgttggcacgtaaacgtgccgcaaaacttttcgctttagacttagatcgc ttacaagttgagttatctatgtacgactgcaacgacgcactgcgtgaaaaagtaggtgat gcgaacgaaccttaccgtgcgctacttcgtcctttgcttgaccgctttgttgccacaaga gacggcattgctgactacttggcaggtaaaaatccagattcctctaactggattgaaagc aatgacgagctattagaagccctactactttgccaccagtcactaatcgactgcggtatg gatgttgttgctaaaggtttattgttagacaccattcgccgtgcccgcgtcttcggaatt cacttacttcgtttggacgtacgtcaagattcagagcgtcacgccgacgtatttagtgaa ctaactcgctaccttggtcttggtgactattctcagtggagcgaagaagacaagcaagcc ttcttgctacgtgaacttggttcgaaacgaccgctattccctgctcaatggggtgcatct gatgatgtgaaagaagtacttgatacgtgtaaagtagtggctaagcatagtaagcacgga tttggtatttacattatctcgatggcgagtgagccatcagacgtacttgcggttcaatta ctgcttaaagaaagcggtgtagattggccaatgccggtagcgcctttgtttgaaacactg gacgaccttaacaactcgccaagtgttatgcgcaaattactttctatcgactggtatcgt ggctatgtaaaaggccgccagtttgtgatgattggttattcagattcagccaaagatgct ggcgcactagcggcaggttgggctcaatatcaatctcaagaagcgctagtggctattgct gaagagtttaactgttcacttaccttgttccacggtcgtggcggtacaataggccgcggc ggtttacctgcccacgcagctatttactcacagcctccaggttcattagaaggtggattc cgcgttactgaacaaggcgaaaccattcgttataaattcggtatgcccaaactggccaaa cgaagcttaggcatttatgccagcgcgataattgaagccatgttgttcccacccccagcg ccaaaagaagagtggcgtgaacttattaccactatggcgggacaaggtcgtgataactat cgcggcacagttcgccatgataaggatttcgtaccttatttccgcgtagctacgcctgaa caggaactgggtaagttaccgctaggcagccgaccctctaagcgtaaaccacaaggtggt atcgaaagtcttcgtgctatcccttggatatttgcatgggcacaaacgcgccttgtatta ccatcttggttgggtgtaatgcgcgctatcgatagcgtgaaaaatgccgagaacgaaaaa gtcgtgaatgaaatgtttgccgaatggccattctaccgctcacgcctttcgatgctcgac atggtattccataaagcggatccacgtataagtgaagcttacgatgagcgcttagttcca gaagagcttaagcatttcggtgcagcacttcgagaggagctcaaagaaagtatcgcctca ttactggagcttactggcgaagacgacatcatgaagaccgatcctctaggcaaagagtcg atggaaattcgtgccgcgtatttgcaaccccttcactacttacaaattgaattgctagat agaattcgtaaagcaggtgacgatgcgcaaaatacagcattagagcgtgccatgatggta accattactggtattgctaccggcatgcgtaatacgggttag

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