## Abstract The biotransformation of __l__βmenthol was investigated by using nine isolates of __Rhizoctonia solani__ (AGβ1βIA Rs24, Joichiβ2, RRG97β1; AGβ1βIB TR22, R147, 110.4; AGβ1βIC Fβ1, Fβ4 and Pβ1) as a biocatalyst. In the cases of __Rhizoctonia solani__ Fβ1, Fβ4 and Pβ1, almost all of the su
Growth inhibition of soil-borne pathogenic fungi by typical sterols
β Scribed by Tohru Ueda; Hideaki Kai; Eiji Taniguchi
- Book ID
- 118976691
- Publisher
- Elsevier Science
- Year
- 1990
- Tongue
- English
- Weight
- 528 KB
- Volume
- 22
- Category
- Article
- ISSN
- 0038-0717
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## Abstract __Actinomyces__ species I and II (tentatively identified awaiting confirmation) and __Trichoderma harzianum__ were isolated from soils grown to cassava plants. The __Actinomyces__ species inhibited the growth of five plant pathogenic fungi at a distance whereas __T. harzianum__ was an a
## Abstract The microbial transformation of __l__βmenthol (**1**) was investigated by using 12 isolates of soilβborne plant pathogenic fungi, __Rhizoctonia solani__ (AGβ1βIA Rs24, Joichiβ2, RRG97β1; AGβ1βIB TR22, R147, 110.4; AGβ1βIC Fβ1, Fβ4, Pβ1; AGβ1βID RCPβ1, RCPβ3, and RCPβ7) as a biocatalyst.