Metabolism ofS-BenzylO-Ethyl Phenylphosphonothioate (Inezin®) by Mycelial Cells ofPyricularia oryzae

Joint Action of Chemicals with Phosphorothiolate Fungicides on Rice Blast Fungus

“…If this type of synergism occurs between the amide compounds and PTL fungicides, one of the synergistic pair would be detoxified by the enzyme system which is susceptible to inhibition by the other member of the pair in the cells of wild type of rice blast fungus, but this detoxification and/or inhibition would not take place in the PTL-R clones of the fungus. The metabolism of PTL fungicides by a wild type of the fungus and its PTL-R clone have been studied and no difference in metabolism was found between the two lines of the fungus4, 8,9).…”

Pesticide Residues

“…Uesugi and Tomizawa (367) studied the metabolism of the organophosphorus fungicide, Inezin, S-benzyl O-ethyl phenylphosphonothioate in the mycelial cells of rice blast fungus.…”

Electrochemically Enabled Dehydrogenative Phosphorothiolation of 2H‐Indazoles under Electrolyte‐Free Conditions

“…Edifenphos, bearing C( sp 2 )−S−P, is treated to control and protect the rice blast diseases caused by pyricularia (Figure 1). [2c] In addition, S−P(O) containing motifs appear as distinctive structural unit in DNAzymes [3] . Accordingly, consequential efforts have been devoted to find new methods for the construction of C( sp 3 )−S−P, C( sp 2 )−S−P and C( sp )−S−P moieties containing organic molecules [4]…”