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• W17525850 abstract "Apoptosis, a ubiquitous programmed cell death (PCD), is the essence of the biological system. Like animals, plants also endure apoptosis for growth and development and in response to environmental insults. In plant disease response, localized PCD is a characteri stic phenotype, and stands for both a symptom of susceptibility and resistance. Sphingolipid and its phosphorylated derivatives, synthesized in plants through ceramide biosynthetic pathway, are the signal molecules negotiated by the pathogens to trigger the endogenous PCD during susceptible disease response. A resistant di sease response in most cases is characterized by hypersensitive response (HR)-linked PCD at the infection site of an avirulent pathogen in recognition of a number of i ntrinsic signals such as caspases, reactive ox ygen/nitrogen species, salicylic acid, mitogen-activated protein kinase, membrane ion channels, etc., cascading either alone or in combinations through a ‘coordinated si gnal transduction’ pathway. Selective inhibition or indu ction of apoptosis can be successfully employed to control plant diseases caused by necrotrophic or biotrophic pathogens respectively. Transgenic expression of animal anti apoptotic genes in plants provides broad-spectrum disease resistance against compatible obligate path ogens. Similarly, plant- and animal-derived proapoptotic genes can be engineered to be expressed in plants for act ivating HR-linked resistant disease response against biotrophic pathogens. The promises and challenges of therapeutic modulation of apoptosis for plant disease management are also discussed." @default.
• W17525850 created "2016-06-24" @default.
• W17525850 creator A5013448248 @default.
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• W17525850 creator A5067048506 @default.
• W17525850 date "2005-01-01" @default.
• W17525850 modified "2023-09-26" @default.
• W17525850 title "Apoptosis in plant disease response: A close encounter of the pathogen kind" @default.
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