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