Mercurialis annua (annual mercury): 126673587 Help Entry 126673587         CDS       T10153                                  Name (RefSeq) GDP-mannose 3,5-epimerase 1   KO K10046   GDP-D-mannose 3', 5'-epimerase [EC:5.1.3.18 5.1.3.-] Organism mean  Mercurialis annua (annual mercury) Pathway mean00053   Ascorbate and aldarate metabolism mean00520   Amino sugar and nucleotide sugar metabolism mean01100   Metabolic pathways mean01110   Biosynthesis of secondary metabolites mean01240   Biosynthesis of cofactors mean01250   Biosynthesis of nucleotide sugars Module mean_M00114   Ascorbate biosynthesis, plants, fructose-6P => ascorbate Brite KEGG Orthology (KO) [BR:mean00001]  09100 Metabolism   09101 Carbohydrate metabolism    00053 Ascorbate and aldarate metabolism     126673587   09107 Glycan biosynthesis and metabolism    00520 Amino sugar and nucleotide sugar metabolism     126673587 Enzymes [BR:mean01000]  5. Isomerases   5.1  Racemases and epimerases    5.1.3  Acting on carbohydrates and derivatives     5.1.3.18  GDP-mannose 3,5-epimerase      126673587 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Epimerase GDP_Man_Dehyd 3Beta_HSD NAD_binding_4 NAD_binding_10 Polysacc_synt_2 RmlD_sub_bind Motif Other DBs NCBI-GeneID:  126673587 NCBI-ProteinID:  XP_050223745 LinkDB All DBs Position LG3:complement(3580994..3583842) Genome browser AA seq 376 aa AA seqDB search MGSTDGATYGAYTYENLEREPYWPSEKLRISITGAGGFIASHIARRLKSEGHYIIASDWK KNEHMSEDMFCHEFHLADLRVMDNCLKVTEGIDHVFNLAADMGGMGFIQSNHSVIMYNNT MISFNMLEASRINGVKRLFYASSACIYPEFKQLETNVSLKESDAWPAEPQDAYGLEKLAT EELCKHYTKDFGVECRIGRFHNIYGPFGTWKGGREKAPAAFCRKAITSTDKFEMWGDGIQ TRSFTFIDECVEGVLRLTKSDFREPVNIGSDEMVSMNEMAEIVLSFEDKKLPIHHIPGPE GVRGRNSDNTLIKEKLGWAPTMKLKDGLRFTYLWIKEQIEKEKSKGVDLSVYGSSKVVGT QAPVQLGSLRAADGKE NT seq 1131 nt NT seq  +upstreamnt  +downstreamnt atgggaagtaccgacggagcgacctatggtgcttacacctatgagaatctcgagagggaa ccttactggccatctgagaagctcagaatttccattaccggagctggcggtttcattgcc tctcacattgctcgtcgtttgaaaagcgagggtcattatattattgcttctgactggaag aagaatgagcacatgtcagaagatatgttctgtcatgaattccatctcgcggatctgagg gtcatggacaattgcttgaaggttactgagggcatcgaccatgtgtttaaccttgctgct gatatgggtgggatgggtttcatccagtccaaccactctgtcattatgtataataacacc atgattagcttcaacatgcttgaggcctctaggattaatggtgttaagaggctcttctat gcctcaagtgcttgcatttaccctgaatttaagcaactggagactaatgtgagcttgaag gagtctgatgcctggcctgcagagcctcaagatgcttatggcctggaaaaactcgcaaca gaggaattgtgcaagcactataccaaggactttggagttgaatgccgcattggaagattc cacaacatttatggtccttttggaacatggaaaggtggcagggaaaaggcacctgctgct ttttgcaggaaggccatcacttccaccgacaagtttgagatgtggggggatggaatccaa acccgatccttcactttcattgatgaatgtgttgaaggtgtgcttagattgactaagtcg gacttccgggagcctgtgaacatcggaagtgatgaaatggttagcatgaatgagatggct gagattgttctgagctttgaggacaagaagcttcccatccatcatattcctggcccagaa ggtgtccgtggccgtaactccgacaacaccttgatcaaagagaagctcggttgggctcct acaatgaagctaaaggatggcctgagattcacatacttgtggatcaaggaacagattgag aaggagaaatctaaaggagttgacttgtctgtttatggatcttcgaaagtggtgggcact caagcaccggtgcagctaggatcactccgtgccgctgatggcaaagaatga

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