Naegleria gruberi: NAEGRDRAFT_78612 Help Entry NAEGRDRAFT_78612  CDS       T01241                                  Name (RefSeq) transketolase   KO K00615   transketolase [EC:2.2.1.1] Organism ngr  Naegleria gruberi Pathway ngr00030   Pentose phosphate pathway ngr00710   Carbon fixation by Calvin cycle ngr01100   Metabolic pathways ngr01110   Biosynthesis of secondary metabolites ngr01200   Carbon metabolism ngr01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:ngr00001]  09100 Metabolism   09101 Carbohydrate metabolism    00030 Pentose phosphate pathway     NAEGRDRAFT_78612   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     NAEGRDRAFT_78612   09109 Metabolism of terpenoids and polyketides    01051 Biosynthesis of ansamycins     NAEGRDRAFT_78612 Enzymes [BR:ngr01000]  2. Transferases   2.2  Transferring aldehyde or ketonic groups    2.2.1  Transketolases and transaldolases     2.2.1.1  transketolase      NAEGRDRAFT_78612 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Transketolase_N Thiaminase_I-like_N Transket_pyr Transketolase_C_1 Transketolase_C DXP_synthase_N DUF498 Motif Other DBs NCBI-GeneID:  8849639 NCBI-ProteinID:  XP_002680761 JGI:  Naegr1_78612 UniProt:  D2V4Z5 Structure PDBPDBj LinkDB All DBs AA seq 1025 aa AA seqDB search MSTQPKTLTVGLFPYLPSWNENGNEVKLINLIKDVLPTQVSGYNIEYTEFDCYSDASLQS LPDVFSTDSIFLPYLVSLGGVKSLDESLVRGVTGDLHSFVSSSASVNGSVYGFPQYLCSN FLLSSPNATQQASSLLELAQKVGYEQIVYPDVASSSSFTVFGLYQQLLQSSSSAAVDIKA SDLPQSGDQVNKDITQKYRTILDSTVVASQREYINSVKQGKPISNYYVGYSESMCEIKDI IRDQQYNVQLIGTSDKPYVYTDVLALNSNLCDEKQKVAVEVIKNLLTNTLVLDLLGLGLT LPANKNGIAHLAKSSNFYAQLSQQFDAKESEVRVLRCVDFANKEVKNCAGVLRPFLQHIA VATLRCLTADTVEKAKSGHPGMPIGMSPIAYVLWKFFFKSSKDDVNWLNRDRFVLSNGHG CTLLYAMLHLTDCNLSLDDLKNFRSLHSKTPGHPEYGHTEGVDATTGPLGQGVCNAIGMA LSEAHLAARFNKDGQNIFDHHTYVFLGDGCLMEGVAMEGLSFAGHQKLNKLIVFYDDNSI TIDGKTELTFTQNTPEVMRGFGWHVIVVDKADNDLVGIKEAILEAHTVTDKPIMIVCKTT IGYSSKVQGTAKVHGSPLGADGLKNLKETCGFTGNDFFHVPEIVRKDFATVINRNSEKLS QWKQVKSAYDTTHATESQLLQRMINHELEGDVMEKLPKYLEQKKIATRSTSQQVLNAIYP LIPSLVGGSADLTPSNLTDVTGCQDFQPNNRVGRYIRFGVREHAMVAIANGILYHGVLRT YVGTFLNFASYALGAIRLSALSGLPNIYVFTHDSIGLGQDGPTHQPVEVLPMLRAIPNHI VFRPADGRETSGAYLWAVQSKKTPSSMILSRQDLPQLTGTDISKVALGAYVIQGDATPDV VLVGTGSEVSLMVEAAEKLKANLKVNVVSMPSWELFVRQSEEYRKTVFPDGIPVVSAEAS STFGWTSFAHYAVGMTTFGASAAAEEVYKLLKITSDNVAEKATKLVTKYGKQAPRLSLSL VGEEL NT seq 3078 nt NT seq  +upstreamnt  +downstreamnt atgtccactcaaccaaagacactcactgttggtctcttcccatatcttccttcttggaat gaaaatggcaacgaagttaaattgatcaatttgatcaaggatgttttgccaactcaggtt tccggatataatatcgaatataccgaatttgattgttacagtgatgctagtcttcaaagt cttccagatgttttctcaactgatagcattttccttccatatcttgtttctttgggtggt gtcaagagtttggatgaatcattggttcgtggtgttactggtgatttgcatagttttgtt tcctcaagtgcctctgtcaatggttccgtttatggtttcccacaatacttgtgctcaaac tttttattgtcctcaccaaatgctactcaacaagcatcttcccttttagaattggctcaa aaggttggttatgaacaaattgtttatccagatgttgcctcttctagttctttcacagtt ttcggattgtatcaacaattactccaatcatcatcatcagctgcagttgatatcaaggcc tctgatcttccacaatctggtgaccaagtcaacaaggatatcactcaaaaatatagaacc attttggattcaacagttgttgcctctcaaagagaatatattaactctgtaaagcaaggt aaaccaatttcaaactactatgtcggatatagtgaaagtatgtgtgaaattaaggatatc atcagagatcaacaatacaatgttcaactcattggtacctctgataagccatacgtttat actgatgttttggctttgaattccaatttgtgtgatgaaaagcaaaaggttgctgttgaa gttatcaagaatttattgactaatactttagttttggacttgttgggtctcggattaact ctcccagccaacaagaatggtattgctcatttggctaaatcatcaaacttttatgctcaa ttgagccaacaattcgatgccaaggaaagtgaagttagagttttgagatgtgttgacttt gctaacaaggaagttaagaattgtgctggtgtcttgagaccattccttcaacatattgct gttgctactttgcgttgtttgactgctgacactgtcgaaaaggctaagagtggtcaccct ggtatgccaattggtatgtcaccaattgcctatgttttgtggaagttcttcttcaaatca tctaaggatgatgtcaattggttgaacagagatagatttgttttgagtaatggtcacggt tgtacattgctttatgccatgttgcacctcactgattgtaacttgagtttggatgatctc aagaatttcagaagtttgcattccaagactcctggtcacccagaatatggtcacactgaa ggtgttgatgctactactggtccattgggtcaaggtgtttgtaatgctattggtatggct ctctctgaagctcacttggctgctcgtttcaataaggatggacaaaatatctttgatcac cacacctatgttttccttggtgatggttgtttgatggaaggtgttgctatggaaggtctc tcatttgctggtcaccaaaagttgaacaagttgattgttttctatgatgacaatagtatt actattgatggtaagactgaattgacctttactcaaaatactccagaagtcatgagaggt tttggatggcacgtaattgttgtcgacaaggctgataatgacttggttggtattaaggaa gctattttggaagctcacactgttactgacaagccaatcatgatcgtttgtaagactaca attggttattcctcaaaggttcaaggtactgctaaggttcacggttctccattgggtgct gatggattgaagaatttgaaggaaacttgtggtttcactggtaatgatttcttccatgtt ccagaaattgtcagaaaggactttgctactgtcattaatagaaatagtgaaaagctctct caatggaagcaagttaaatctgcctatgataccactcatgctactgaatcccaactcctc caaagaatgattaatcacgaattggaaggtgatgttatggaaaagttgccaaaatacctc gaacaaaagaagattgctaccagatctacatctcaacaagttttgaatgccatctatcca ctcattccttctctcgttggtggttcagctgacttgactccatccaacttgactgatgta actggatgtcaagatttccaaccaaacaatagagttggtagatatatcagatttggtgtc cgtgaacatgccatggttgctattgccaatggtattctctatcatggtgttcttagaacc tatgttggtacattcttgaactttgcttcatatgctttgggtgctatcagattgagtgcc ttgtctggtcttccaaatatttatgttttcactcatgacagtattggtcttggtcaagat ggtccaactcaccaacctgttgaagttttaccaatgttgagagccattccaaatcacatt gttttcagacctgctgatggtagagaaaccagtggtgcttatttgtgggctgttcaatca aagaagactccatcctcaatgattctttctcgtcaagatttgccacaattgactggtact gatatttcaaaggttgctttgggtgcctatgttattcaaggtgatgctactcctgatgtt gtccttgttggtactggttctgaagtttccctcatggttgaagctgctgaaaagttgaag gctaaccttaaggttaacgttgtttccatgccaagttgggaattgtttgttcgtcaatca gaagaatacaggaagactgtcttcccagatggtattccagttgtcagtgccgaagcttca tcaacctttggttggacaagctttgctcactatgctgttggtatgactactttcggtgct agtgctgctgctgaagaagtttacaaactcctcaagattacctcagacaatgttgctgaa aaggccaccaaattggttaccaagtatggtaagcaagctccaagactcagcttgtctctt gttggtgaagaactctaa

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