The combination of 0.1% GSE and 1% chitosan achieved a significant result, reducing the spore germination rate to only 25%, indicating an apparent combined antifungal effect of chi- tosan and GSE. For comparison, the antifungal activity of 0.1% TBZ on gray mold was also examined. According to the results in Fig. 1, 29% of the spores germinated after 60 s immersion in 0.1% TBZ. Thus, the GSE or GSE + chitosan treatment could inhibit spore germination of B. cinerea to a greater extent than 0.1% TBZ.
Chitosan has been shown to be fungicidal against several fungi, including B. cinerea (Ben-Shalom et al., 2003). The min- imum inhibitory concentration (MIC) reported for B. cinerea was 10 ppm
The combination of 0.1% GSE and 1% chitosan achieved a significant result, reducing the spore germination rate to only 25%, indicating an apparent combined antifungal effect of chi- tosan and GSE. For comparison, the antifungal activity of 0.1% TBZ on gray mold was also examined. According to the results in Fig. 1, 29% of the spores germinated after 60 s immersion in 0.1% TBZ. Thus, the GSE or GSE + chitosan treatment could inhibit spore germination of B. cinerea to a greater extent than 0.1% TBZ.Chitosan has been shown to be fungicidal against several fungi, including B. cinerea (Ben-Shalom et al., 2003). The min- imum inhibitory concentration (MIC) reported for B. cinerea was 10 ppm
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