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Diameter of the colonies of the strains of the fungi Trichoderma viride (Td), Epicoccum nigrum(E.n.), Gliocladium roseum (G.r.), Trichothecium roseum (T.r.) and the strain of the pathogenic fungus Mycosphaerella grossulariae (Auers.) Lind.CBS 235.37 (M.g.) on PDA medium

Diameter of the colonies of the strains of the fungi Trichoderma viride (Td), Epicoccum nigrum(E.n.), Gliocladium roseum (G.r.), Trichothecium roseum (T.r.) and the strain of the pathogenic fungus Mycosphaerella grossulariae (Auers.) Lind.CBS 235.37 (M.g.) on PDA medium

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Figure 3. Diameter of the colonies of the strains of the fungi...
Figure 4. Macroscopic view of the colony of Mycosphaerella grossulariae...
Figure 5. Macroscopic view of the colony of Mycosphaerella grossulariae...
Figure 6. Macroscopic view of the colony of Mycosphaerella grossulariae...
+1 Figure 7. Macroscopic view of the colony of Mycosphaerella grossulariae...
PRELIMINARY STUDY RELATED HIGHLIGHTING THE INHIBITORY EFFECT OF IN VITRO FUNGUS GROWTH MYCOSPHAERELLA GROSSULARIAE (AUERS.) LIND.BY SAPROPHYTIC FUNGI
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  • Nov 2015
Mycosphaerella grossulariae (Auers.) Lind., one of the most important pathogenic fungi which affect the black currant ecological crops cultivated for alimentary supplements and phytotherapeutics drugs production. The present study brings the new data related to the possibility of „in vitro” vegetative growth inhibition of fungus mycelium using sapr...
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... the five fungi grown on PDA medium, pathogenic fungi showed a significantly lower growth rate than saprophytic fungus Tricho- derma viride. The other saprophytic fungi showed also significantly higher growth rates, but lower than Trichoderma viride ( Figure 3, Table 3). ...