1998Angewandte Chemie International EditionRequires access

Induced Chemical Defense in Plants

Frank Schröder

Open publisher page 23 citations

Abstract

Surprising parallels exist between the chemical defense mechanisms of plants and animals. The biosynthesis of defensive substances in plants can be induced by microbial or herbivoral attack. Recent results demonstrate that the chemical defense of plants is mediated by lipid-based signaling systems. Volicitin (1) acts as a chemical signal in a tritrophic interaction of plants and insects. Derivatives of jasmonic acid (2) play a key role in directing the chemical defense response.

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What this paper is about

Surprising parallels exist between the chemical defense mechanisms of plants and animals. The biosynthesis of defensive substances in plants can be induced by microbial or herbivoral attack. Recent results demonstrate that the chemical defense of plants is mediated by lipid-based signaling systems. Volicitin (1) acts as a chemical signal in a tritrophic interaction of plants and insects. Derivatives of jasmonic acid (2) play a key role in directing the chemical defense response.

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OpenAlex reports 23 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Surprising parallels exist between the chemical defense mechanisms of plants and animals. The biosynthesis of defensive substances in plants can be induced by microbial or herbivoral attack. Recent results demonstrate that the chemical defense of plants is mediated by lipid-based signaling systems. Volicitin (1) acts as a chemical signal in a tritrophic interaction of plants and insects. Derivatives of jasmonic acid (2) play a key role in directing the chemical defense response.

Key concepts: Jasmonic acid, Chemical defense, Plant defense against herbivory, Defence mechanisms, Chemical communication, Chemical biology, Biology, Chemical control

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