Plant immunity unravelling the complexity of plant responses to biotic stresses

Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen evolution can overcome disease resistance that is conferred by individual plant resistance genes, an enhanced understanding of the plant immune syst...

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Published in	Annals of botany Vol. 119; no. 5; pp. 681 - 687
Main Authors	Miller, Robert Neil Gerard, Alves, Gabriel Sergio Costa, Van Sluys, Marie-Anne
Format	Journal Article
Language	English
Published	England Oxford University Press 01.03.2017
Subjects	bacteria binding proteins biotic stress Citrus crop losses cytokinins Cytokinins - physiology disease control disease resistance evolution food security fungi host plants Host-Pathogen Interactions immune response innate immunity insect pests metabolism Nematoda Oomycetes pathogens peptides Phytoplasma Plant Diseases - immunology Plant Diseases - microbiology Plant Diseases - parasitology Plant Diseases - virology plant growth Plant Growth Regulators - physiology plant hormones Plant Immunity - genetics Plant Immunity - physiology plant response Preface PREFACE: PART OF A SPECIAL ISSUE ON PLANT IMMUNITY resistance genes viruses cytokinins defensins terpenoids lectins phytoplasma PAMP-triggered immunity nematodes citrus plant antiviral immunity induced resistance fungi source/sink dynamics NLRs effector-triggered immunity
Online Access	Get full text
ISSN	0305-7364 1095-8290 1095-8290
DOI	10.1093/aob/mcw284

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Abstract	Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen evolution can overcome disease resistance that is conferred by individual plant resistance genes, an enhanced understanding of the plant immune system is necessary for the long-term development of effective disease management strategies. Current research is rapidly advancing our understanding of the plant innate immune system, with this multidisciplinary subject area reflected in the content of the 18 papers in this Special Issue. Advances in specific areas of plant innate immunity are highlighted in this issue, with focus on molecular interactions occurring between plant hosts and viruses, bacteria, phytoplasmas, oomycetes, fungi, nematodes and insect pests. We provide a focus on research across multiple areas related to pathogen sensing and plant immune response. Topics covered are categorized as follows: binding proteins in plant immunity; cytokinin phytohormones in plant growth and immunity; plant-virus interactions; plant-phytoplasma interactions; plant-fungus interactions; plant-nematode interactions; plant immunity in Citrus; plant peptides and volatiles; and assimilate dynamics in source/sink metabolism. Although knowledge of the plant immune system remains incomplete, the considerable ongoing scientific progress into pathogen sensing and plant immune response mechanisms suggests far reaching implications for the development of durable disease resistance against pathogens and pests.
AbstractList	Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen evolution can overcome disease resistance that is conferred by individual plant resistance genes, an enhanced understanding of the plant immune system is necessary for the long-term development of effective disease management strategies. Current research is rapidly advancing our understanding of the plant innate immune system, with this multidisciplinary subject area reflected in the content of the 18 papers in this Special Issue.BackgroundPlants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen evolution can overcome disease resistance that is conferred by individual plant resistance genes, an enhanced understanding of the plant immune system is necessary for the long-term development of effective disease management strategies. Current research is rapidly advancing our understanding of the plant innate immune system, with this multidisciplinary subject area reflected in the content of the 18 papers in this Special Issue.Advances in specific areas of plant innate immunity are highlighted in this issue, with focus on molecular interactions occurring between plant hosts and viruses, bacteria, phytoplasmas, oomycetes, fungi, nematodes and insect pests. We provide a focus on research across multiple areas related to pathogen sensing and plant immune response. Topics covered are categorized as follows: binding proteins in plant immunity; cytokinin phytohormones in plant growth and immunity; plant-virus interactions; plant-phytoplasma interactions; plant-fungus interactions; plant-nematode interactions; plant immunity in Citrus; plant peptides and volatiles; and assimilate dynamics in source/sink metabolism.ScopeAdvances in specific areas of plant innate immunity are highlighted in this issue, with focus on molecular interactions occurring between plant hosts and viruses, bacteria, phytoplasmas, oomycetes, fungi, nematodes and insect pests. We provide a focus on research across multiple areas related to pathogen sensing and plant immune response. Topics covered are categorized as follows: binding proteins in plant immunity; cytokinin phytohormones in plant growth and immunity; plant-virus interactions; plant-phytoplasma interactions; plant-fungus interactions; plant-nematode interactions; plant immunity in Citrus; plant peptides and volatiles; and assimilate dynamics in source/sink metabolism.Although knowledge of the plant immune system remains incomplete, the considerable ongoing scientific progress into pathogen sensing and plant immune response mechanisms suggests far reaching implications for the development of durable disease resistance against pathogens and pests.ConclusionsAlthough knowledge of the plant immune system remains incomplete, the considerable ongoing scientific progress into pathogen sensing and plant immune response mechanisms suggests far reaching implications for the development of durable disease resistance against pathogens and pests. Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen evolution can overcome disease resistance that is conferred by individual plant resistance genes, an enhanced understanding of the plant immune system is necessary for the long-term development of effective disease management strategies. Current research is rapidly advancing our understanding of the plant innate immune system, with this multidisciplinary subject area reflected in the content of the 18 papers in this Special Issue. Advances in specific areas of plant innate immunity are highlighted in this issue, with focus on molecular interactions occurring between plant hosts and viruses, bacteria, phytoplasmas, oomycetes, fungi, nematodes and insect pests. We provide a focus on research across multiple areas related to pathogen sensing and plant immune response. Topics covered are categorized as follows: binding proteins in plant immunity; cytokinin phytohormones in plant growth and immunity; plant-virus interactions; plant-phytoplasma interactions; plant-fungus interactions; plant-nematode interactions; plant immunity in Citrus; plant peptides and volatiles; and assimilate dynamics in source/sink metabolism. Although knowledge of the plant immune system remains incomplete, the considerable ongoing scientific progress into pathogen sensing and plant immune response mechanisms suggests far reaching implications for the development of durable disease resistance against pathogens and pests. Background Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen evolution can overcome disease resistance that is conferred by individual plant resistance genes, an enhanced understanding of the plant immune system is necessary for the long-term development of effective disease management strategies. Current research is rapidly advancing our understanding of the plant innate immune system, with this multidisciplinary subject area reflected in the content of the 18 papers in this Special Issue. Scope Advances in specific areas of plant innate immunity are highlighted in this issue, with focus on molecular interactions occurring between plant hosts and viruses, bacteria, phytoplasmas, oomycetes, fungi, nematodes and insect pests. We provide a focus on research across multiple areas related to pathogen sensing and plant immune response. Topics covered are categorized as follows: binding proteins in plant immunity; cytokinin phytohormones in plant growth and immunity; plant–virus interactions; plant–phytoplasma interactions; plant–fungus interactions; plant–nematode interactions; plant immunity in Citrus; plant peptides and volatiles; and assimilate dynamics in source/sink metabolism. Conclusions Although knowledge of the plant immune system remains incomplete, the considerable ongoing scientific progress into pathogen sensing and plant immune response mechanisms suggests far reaching implications for the development of durable disease resistance against pathogens and pests. Background Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen evolution can overcome disease resistance that is conferred by individual plant resistance genes, an enhanced understanding of the plant immune system is necessary for the long-term development of effective disease management strategies. Current research is rapidly advancing our understanding of the plant innate immune system, with this multidisciplinary subject area reflected in the content of the 18 papers in this Special Issue. Scope Advances in specific areas of plant innate immunity are highlighted in this issue, with focus on molecular interactions occurring between plant hosts and viruses, bacteria, phytoplasmas, oomycetes, fungi, nematodes and insect pests. We provide a focus on research across multiple areas related to pathogen sensing and plant immune response. Topics covered are categorized as follows: binding proteins in plant immunity; cytokinin phytohormones in plant growth and immunity; plant–virus interactions; plant–phytoplasma interactions; plant–fungus interactions; plant–nematode interactions; plant immunity in Citrus; plant peptides and volatiles; and assimilate dynamics in source/sink metabolism. Conclusions Although knowledge of the plant immune system remains incomplete, the considerable ongoing scientific progress into pathogen sensing and plant immune response mechanisms suggests far reaching implications for the development of durable disease resistance against pathogens and pests.
Author	Alves, Gabriel Sergio Costa Miller, Robert Neil Gerard Van Sluys, Marie-Anne
AuthorAffiliation	1 Universidade de Brasília, Instituto de Ciências Biológicas, 70910-900, Brasilia, DF, Brazil 2 Universidade de São Paulo, Instituto de Biociências, 05508-090, São Paulo, SP, Brazil
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Copyright	The Author 2017 The Author 2017. Published by Oxford University Press on behalf of the Annals of Botany Company. All rights reserved. For Permissions, please email: journals.permissions@oup.com The Author 2017. Published by Oxford University Press on behalf of the Annals of Botany Company. All rights reserved. For Permissions, please email: journals.permissions@oup.com 2017
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Keywords	cytokinins defensins terpenoids lectins phytoplasma PAMP-triggered immunity nematodes citrus plant antiviral immunity induced resistance fungi source/sink dynamics NLRs effector-triggered immunity
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Snippet	Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As pathogen... Background Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As... Background Plants are constantly exposed to evolving pathogens and pests, with crop losses representing a considerable threat to global food security. As...
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SubjectTerms	bacteria binding proteins biotic stress Citrus crop losses cytokinins Cytokinins - physiology disease control disease resistance evolution food security fungi host plants Host-Pathogen Interactions immune response innate immunity insect pests metabolism Nematoda Oomycetes pathogens peptides Phytoplasma Plant Diseases - immunology Plant Diseases - microbiology Plant Diseases - parasitology Plant Diseases - virology plant growth Plant Growth Regulators - physiology plant hormones Plant Immunity - genetics Plant Immunity - physiology plant response Preface PREFACE: PART OF A SPECIAL ISSUE ON PLANT IMMUNITY resistance genes viruses
Subtitle	unravelling the complexity of plant responses to biotic stresses
Title	Plant immunity
URI	https://www.jstor.org/stable/26527398 https://www.ncbi.nlm.nih.gov/pubmed/28375427 https://www.proquest.com/docview/1884163051 https://www.proquest.com/docview/2315252207 https://pubmed.ncbi.nlm.nih.gov/PMC5378191
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