The intracellular polysaccharide (Ps) content of Candida rugosa grown on non‐hydrocarbon
and hydrocarbon substrates were determined. C. rugosa was grown in a mineral medium …

Monosaccharide formation resulting from hydrocarbon oxidation by Candida rugosa was
determined. C. rugosa was grown in a mineral medium containing 1% alkane (C10‐C17) as …

The free monosaccharide content of C. lipolytica (strain 4 124) cells grown on n‐
hexadecane was identified and found to be only glucose. The chromatographic analysis of …

The catabolic and anabolic D-glucose transformation of the yeast Candida spec. H has been
studied. By using 1-14C-D-glucose and 6-14C-D-glucose, measuring the 14CO2 liberation …

The catabolic and anabolic d‐glucose transformation of the yeast Candida spec. H has been
studied. By using 1‐14C‐d‐glucose and 6‐14C‐d‐glucose, measuring the 14CO2 liberation …

Candida bogoriensis, C. buffonii, C. diffluens, C. foliarum and C. javanica, produce an
extracellular polysaccharide which contains galactose, glucose, mannose, fucose and …

The surface-localized polysaccharide of alkane-grown cells of Candida tropicalis was
identified as mannan containing approximately 4% covalently linked fatty acids. Glucose …

Diphenylamine (DPA) inhibits the formation of glucan in Candida guilliermondii while
stimulating that of mannan. The total polysaccharide of cells decreases when growing in the …

A polysaccharide-fatty acid complex was isolated from the cell surface of Candida tropicalis
growing on alkanes. This complex was solubilized by Pronase treatment of whole cells. A …

Tani et al. have reported that Candida tropicalis Pk 233 grows in filamentous form in a
defined medium supplemented with 1.5% ethanol (vjv) or more. l) During growth in the …