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The potential for Botrytis populations exposed to UV radiation to develop tolerance to the Trichoderma metabolite6-pentyl-alpha-pyrone (6-PAP) and the 6-PAP analog massoialactone was determined using 14 different Botrytis isolates. There was significant isolate variation in germination of Botrytis conidia after UV exposure. Plating conidia onto sublethal doses of 6-PAP yielded no 6-PAP tolerant mutants. After UV irradiation, two Botrytis mutants grew on normally lethal doses of 6PAP, while 59 mutants grew on normally lethal doses of massoialactone. 6-PAP mutants were cross resistant to normally lethal doses of massoialactone, whereas massoialactone mutants were not able to grow on normally lethal doses of 6-PAP. After one generation of growth on kiwifruit slices, 6-PAP mutants lost tolerance to normally lethal doses of 6-PAP. However after three generations of growth on kiwifruit slices, 6-PAP plus massoialactone mutants retained tolerance to normally lethal doses to massoialactone.

proceedings of the new zealand weed and pest control conference/new zealand plant protection/proceedings of the ... national weeds conference/proceedings of the new zealand weed control conference/proceedings of the new zealand plant protection conference

<i>Botrytis</i> tolerance to 6phenylalphapyrone and massoialactone