Annals of Applied Biology · 1958 · 12 citations · 3 references
Life SciencesBotanyPlant SciencesCrop ProtectionPlant BiochemistryPlant-microbe InteractionsChemical Defense In PlantsPlant Defense ResponsesPlant PathogenesisPlant-pathogenic FungiPlant Defense CompoundsPyridine Chemistry
Limited systemic protection of broad bean against Botrytis fabae and of cucumber against Cladosporium cucumerinum has been observed as a result of the application of pyridine‐ 2 ‐thiol‐N‐oxide and its carboxymethyl derivative. Apparently this protection is, to some extent, the result of translocation of the chemicals in the plants. It was found that the vapour phase of pyridine‐ 2 ‐thiol‐ N ‐oxide plays an additional role in the chemotherapeutic activity. There is no evidence that the copper chelate of pyridine‐ 2 ‐thiol‐ N ‐oxide is translocatable in plants. Root applications of these three compounds had no chemotherapeutic effect.
3
The relationship of structure to microbiologic activity in the N-oxides.
Finola C. Leonard, Barkley Fa, Brown Ev et al. · PubMed · 1956 · 17 citations