Acaryochloris marina: AM1_6318 Help Entry AM1_6318          CDS       T00617                                  Symbol tal Name (GenBank) transaldolase   KO K13810   transaldolase / glucose-6-phosphate isomerase [EC:2.2.1.2 5.3.1.9] Organism amr  Acaryochloris marina Pathway amr00010   Glycolysis / Gluconeogenesis amr00030   Pentose phosphate pathway amr00500   Starch and sucrose metabolism amr00520   Amino sugar and nucleotide sugar metabolism amr00710   Carbon fixation by Calvin cycle amr01100   Metabolic pathways amr01110   Biosynthesis of secondary metabolites amr01120   Microbial metabolism in diverse environments amr01200   Carbon metabolism amr01230   Biosynthesis of amino acids amr01250   Biosynthesis of nucleotide sugars Module amr_M00001   Glycolysis (Embden-Meyerhof pathway), glucose => pyruvate amr_M00004   Pentose phosphate pathway (Pentose phosphate cycle) amr_M00007   Pentose phosphate pathway, non-oxidative phase, fructose 6P => ribose 5P Brite KEGG Orthology (KO) [BR:amr00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     AM1_6318 (tal)    00030 Pentose phosphate pathway     AM1_6318 (tal)    00500 Starch and sucrose metabolism     AM1_6318 (tal)   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     AM1_6318 (tal)   09107 Glycan biosynthesis and metabolism    00520 Amino sugar and nucleotide sugar metabolism     AM1_6318 (tal) Enzymes [BR:amr01000]  2. Transferases   2.2  Transferring aldehyde or ketonic groups    2.2.1  Transketolases and transaldolases     2.2.1.2  transaldolase      AM1_6318 (tal)  5. Isomerases   5.3  Intramolecular oxidoreductases    5.3.1  Interconverting aldoses and ketoses, and related compounds     5.3.1.9  glucose-6-phosphate isomerase      AM1_6318 (tal) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  TAL_FSA PGI Motif Other DBs NCBI-ProteinID:  ABW31248 UniProt:  B0C7G4 LinkDB All DBs Position 6385089..6387968 Genome browser AA seq 959 aa AA seqDB search MSVAQTLTQPNALQKLKDYHQSVWFDYIRRCSLESGELQELVADAEIQGVTSNPAIFQKA IAGSTDYDAALSALERDHDQDAITLYEQLAIADIQATADILKPLYDRTNRLDGYVSLEVS PYLAEESEQSLQEAKRLWQTVNRPNLMIKVPATPAGIPVIQQLISEGINVNVTLLFSQTA YLAVAEAYISGLEAYTAQGGDPSHIASVASFFISRIDTAIDAQIAERLKAPDIDRQTTVL LQSLQGKVAIANAKRVYQDYLQLCQGSRWQALAQKGAQPQRLLWASTGTKNPQYRDVLYV EELIGAETVNTIPPSTLAAFRDHGQPRASLTEGVKEADLVIASLPEVGINLDAVTDHLLA QGVQLFQQAFDQLLSAVEHKREVQLGDALNRQTYSLPPDLEAKVQATLQDWQTTGKVRRL WAMDASLWTGTDESQWLGWLGTTEDQLAHLTTLESLSRDVQALDINHILLLGMGGSSLCP EVMKLTFGQVDGYPELLVLDSTDPAQVQAMVDQMDLKRTLFIVSSKSGSTLEPNIFQQYF FDLVQQAIGPEVAGSRFIAITDPGSQLQQVAEACHFRHLFFGLPSIGGRYSALSNFGMVP AACMGVDVAQFLDAAEEMVHSCAASVPAIDNPGVVLGIVLGEAAQQGRDKLTLIASPGIA DIGAWLEQLLAESTGKDSTGIIPVNQEPLGVNYDCDRIFAYIRLDAAPDPAQDQQVAALK AAGHPVIQICVTDAYQLGQEFFRWEMATAVAGAVLNIHAFNQPDVEASKIATRQLTDAYE QTGLLPTETPIFQEAGLQLFTDPDNVAVLTASLSAEPSLCGFLHAHLSRIHPGDYFALLA YIQMNEVHREQLQIMRKTVCDHKQVATCLGFGPRFLHSTGQAYKGGPNTGVFLQITGQDE VDIPIPGHGYSFGVVKAAQARGDFQVLAERKRRVLRVHLVSDIELGLNTLRVAIQGALP NT seq 2880 nt NT seq  +upstreamnt  +downstreamnt atgagtgttgctcaaaccctaactcaacccaatgccctgcaaaagctaaaggattatcat cagtccgtttggtttgactatatccgtcgctgttccttggaaagtggagagttacaagaa ctagtagccgatgcagaaattcagggggtcacctctaatccggccatttttcaaaaggcc attgcaggaagcacggattatgatgctgccttgtctgccttagagcgggaccatgaccag gatgcgattaccctgtacgaacaattggcgattgcagatattcaagcgactgcggatatc cttaagcccctttacgatcggacaaatcgattagatggctatgtcagtctagaagtttca ccttatctggcggaggagtcggagcagagcctccaggaggctaaaagactatggcagacg gtgaaccgacctaacttaatgatcaaagtgccagcgacccccgctggcattcccgtgatc cagcaattgatcagtgaaggcattaacgttaatgttacgctgctgttttctcaaaccgcc tacctagcggtagcagaagcatacatatcagggctagaagcctatacggctcaaggcggt gatccgagccatatagccagcgtcgccagcttctttattagccgcatcgataccgctatt gatgcccaaatcgctgaacgcttaaaagccccggatatcgatcggcaaaccacggtcctg cttcaaagcttgcaaggcaaagttgcgatcgcaaatgccaaacgggtctaccaggattat ctacagctttgccaaggaagccgctggcaggcgcttgctcagaaaggtgctcagccccag cgtctgctatgggccagtacagggaccaaaaacccccaatatcgcgatgttctctatgtc gaagagctaatcggggctgagaccgtcaatacgattccgccgagcaccttggcagcgttc cgggatcatggtcagcctcgtgccagcctaacggaaggggtcaaagaggcggatctggtg attgccagcttgcctgaagtgggcattaatcttgacgcggtcacggatcatctgttggct cagggggttcagctctttcagcaagccttcgatcagctgctcagtgccgttgaacataag cgcgaggtccagctcggtgacgcgttgaatcggcagacgtacagcctaccgccagatctg gaggccaaggtgcaagccaccctgcaggattggcaaacgactggcaaggtgcgacggctg tgggcaatggatgcctctctctggacaggtactgatgaaagccagtggttggggtggcta ggaaccacggaagatcagttagctcacctcacaaccctagaatctttgtcccgagacgtg caggcattggatattaaccatattcttcttttagggatggggggatcgtctctgtgcccc gaggtaatgaagctcacctttggacaggtggacggttatccagaactgctcgtgctcgat tctaccgatccggcccaggtgcaagcgatggtggatcaaatggacctcaagcgcactctg tttattgtctccagcaagtcgggcagtaccctggaacccaatatttttcagcaatacttc tttgacctggtccagcaagcgatcgggccagaggtggcggggtctcggtttattgccatc accgatccaggttctcagctccagcaggtcgcagaagcgtgccacttccgtcatctgttt tttggccttcccagcattggcggtcgatactcagccctctctaactttggtatggtgcca gcggcctgtatgggcgtcgatgtcgctcagtttctcgatgctgcggaggaaatggtccat tcttgtgctgcctcagttccggctatagataatccaggggtggtcctcggcattgtttta ggagaagccgcccaacagggccgagataaactgaccctgatcgcgtcgccaggcattgcc gatattggagcttggttggaacagctcttggctgagtccacaggtaaagatagcactggc attatcccggtgaatcaagaaccattgggggtgaattatgattgcgatcgcatctttgcc tacattcgtttagacgcggcccccgatccagcccaggaccagcaggtcgctgccctgaaa gcggcaggccatcccgtgattcagatttgtgttaccgatgcctaccagctgggccaagaa ttttttaggtgggagatggctacggctgtggcgggggcagtcctgaacattcatgccttt aaccagccggatgtagaagccagtaaaattgccacccgtcagctcacggatgcctatgaa caaacgggccttttgcctaccgaaactccgattttccaggaggctggactgcagttgttt accgacccagacaatgtggctgtgctcacggcatccttaagtgctgaacccagtttatgc gggtttctccatgcccatttgagccgtatccatccaggggactactttgccctgctggcc tatatccaaatgaatgaggtccaccgcgaacaactgcagattatgcggaaaacggtctgc gatcacaaacaggtggccacctgccttgggtttggtcctcggtttctccattccactggc caagcctataagggtggccccaacacaggtgtttttctccaaatcaccggtcaagacgag gtcgatattcccatccccggacatggctacagctttggggtcgttaaagccgcccaagct cggggagattttcaagttctagcggaacgcaaacgtcgggtccttcgagtccatttagtc agcgatatcgaattaggactaaacaccctgcgcgttgctattcagggagctttgccctag

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