Author: Paul Arthur Hedin

Publisher:

Published: 1985

Total Pages: 560

ISBN-13:

Physiological basis of phloem transport of agrichemicals; Interference by herbicides with photosynthetic electron transfer. New appoaches to chemical control of plant pathogens. Elicitation of diases resistence in plants by the expression of latent genetic information. Use of subtoxic herbicide pretreatments to improve crop tolerance to herbicides. Regulation of plant growth and development by endogenous hormones. Plant bioregulators: overiew, use and development. Effects of allelopathic chemicals on crop productivity. Use of transition-State theory in the development of bioactive molecules. Role of mixed-function oxidades in insect growth and development. Inhibition of reproduction in insect control. Potent antifeedants from the African medicinal plant Bersama abyssinica. Cockroach control with juvenoids. Some chemical ecological approaches to the control of stored-product insects and mites. Phytochemical disruption of inset development and behavior. Proallatocidins. Propiomate and methyl malomate metabolisn in insects. Suicidal destruction of cytochrome P-450 in the desing of inhibitors of insect juvenile hormone biosynthesis. Detoxification enzyme relationships in arthropods of differing feeding strategies. Endotoxin of Bacillus thuringiensis isaelensis: broad-spectum toxixity and neural response elicited in mice and insects. Bioassay of anti juvenile hormone compounds: an alternative approach. Applications of immunoassay to paraquat and other pestides. Role of natural product chemistry. Do plants psychomanipulate insects. Protein hydrolysate volatiles as insect attractants. Beetles: pheromonal chemists par excellence. Sexual messages of moths: chemical themes are known and new research challenges arise. Alkaloidal ant venoms: chemistry and biological activities. Use of natural products and their analogues for combating pests of agricultural and public health importance in Africa. Insect antifeedant terpnoids wild sumflower: a possible of resistance to the sunflower moth. Insect feeding deterrents from semiarid and arid land plants. Secondary metabolites from plants ans their alleolochemic effects. Insect antifeedants metabolites from plants their allelochemic affects. Insect antifeedants from the peruvian plant Alchornea triplinrvi a Why are green cterpillars green.