%0 Figure %A Hector, Stanton %A Willard, Kyle %A Bauer, Rolene %A Mulako, Inonge %A Slabbert, Etienne %A Kossmann, Jens %A M George, Gavin %D 2019 %T EPS production of the various isolates when grown on glucose, fructose or sucrose supplemented media (upper panels) %U https://scholardata.sun.ac.za/articles/figure/EPS_production_of_the_various_isolates_when_grown_on_glucose_fructose_or_sucrose_supplemented_media_upper_panels_/9493574 %R 10.25413/sun.9493574.v1 %2 https://doi.org/10.1371/journal.pone.0145487.s001 %K sugarcane stalks %K Cane Spoilage %K Dextranase treatment %K EPS production %K Incomplete hydrolysis profiles %K sucrose crystal formation %K 17 EPSs %K monosaccharide analysis %K Ribosomal RNA sequencing analysis %K 11 extracts %K 4 genera %K digestion profiles %K sucrose degradation %K Milled Sugarcane %K Gas Chromatography %K Leuconostoc mesenteroides %K Sucrose Yield %K Diverse Exopolysaccharide Producing Bacteria %K extracellular polysaccharides %K sugarcane deterioration %K Biochemistry %K Microbiology %K Cell Biology %K Genetics %K Biotechnology %K Environmental Sciences not elsewhere classified %K Chemical Sciences not elsewhere classified %K Ecology %K Immunology %K Inorganic Chemistry %K Plant Biology %X
The EPS was purified and subjected to digestion by dextranase enzyme, the product of which was separated by Thin Layer Chromatography. These results are summarised in Table 1.
%I SUNScholarData