Sporulation and the Macromolecular Composition of the Mycelium and Arthrospores of Geotrichum candidum
Knud Allermann, F. FLOTO, John Elmerdahl Olsen, O. SORTKJÆR, I. KIER
Abstract
Knud Allermann, F. FLOTO, John Elmerdahl Olsen, O. SORTKJÆR, I. KIER
Abstract
Abstract In submerged culture the mycelium of Geotrichum candidum breaks into fragments (arthrospores) which are either cylindrical or ellipsoidal in shape; the proportion of each spore type depends upon the glucose concentration in the medium. Above 0.2% glucose the ellipsoidal type prevails, whereas the cylindrical type is more abundant at lower glucose concentrations. The cylindrical spores and the mycelium have a very similar macromolecular composition, but the ellipsoidal spores have less RNA and protein and more carbohydrate than the mycelium.
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Abstract In submerged culture the mycelium of Geotrichum candidum breaks into fragments (arthrospores) which are either cylindrical or ellipsoidal in shape; the proportion of each spore type depends upon the glucose concentration in the medium. Above 0.2% glucose the ellipsoidal type prevails, whereas the cylindrical type is more abundant at lower glucose concentrations. The cylindrical spores and the mycelium have a very similar macromolecular composition, but the ellipsoidal spores have less RNA and protein and more carbohydrate than the mycelium.
Key concepts: Mycelium, Geotrichum, Spore, Macromolecule, Chemistry, Composition (language), Carbohydrate, Botany