Total reducing sugars detected using the Anthrone Assay. Sarah D'Adamo Robert E. Jinkerson Eric S. Boyd Susan L. Brown Bonnie K. Baxter John W. Peters Matthew C. Posewitz 10.1371/journal.pone.0085812.t001 https://plos.figshare.com/articles/dataset/_Total_reducing_sugars_detected_using_the_Anthrone_Assay_/1070777 <p>Intracellular reducing sugar content in cultures of Tetraselmis GSL1 and Tetraselmis QNM1, grown and acclimated to dark, anoxic conditions at the indicated times and NaCl concentrations (w/v).</p> 2014-01-21 09:03:16 Biochemistry metabolism Metabolic pathways Plant biochemistry Energy production enzymes biotechnology Environmental biotechnology ecology Marine ecology Evolutionary biology Evolutionary systematics phylogenetics Organismal evolution Eukaryotic evolution Genomic evolution Marine biology marine and aquatic sciences Marine technology reducing sugars anthrone