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Effects of Peanut Rust Disease (Puccinia arachidis Speg.) on Agricultural Production: Current Control Strategies and Progress in Breeding for Resistance

Yu You, Junhua Liao, Zemin He, Muhammad Khurshid, C. L. Wang, Zhenzhen Zhang, Jinxiong Mao, Youlin Xia

2024Genes12 citationsDOIOpen Access PDF

Abstract

Speg.) disease constitutes a significant global biotic stress, representing a substantial economic threat to the peanut industry by inducing noteworthy reductions in seed yields and compromising oil quality. This comprehensive review delves into the distinctive characteristics and detrimental symptoms associated with peanut rust, scrutinizing its epidemiology and the control strategies that are currently implemented. Notably, host resistance emerges as the most favored strategy due to its potential to surmount the limitations inherent in other approaches. The review further considers the recent advancements in peanut rust resistance breeding, integrating the use of molecular marker technology and the identification of rust resistance genes. Our findings indicate that the ongoing refinement of control strategies, especially through the development and application of immune or highly resistant peanut varieties, will have a profound impact on the global peanut industry.

Topics & Concepts

Rust (programming language)BiologyDisease controlAgronomyPlant disease resistanceResistance (ecology)AgricultureBiotechnologyGeneticsEcologyGeneComputer scienceProgramming languagePeanut Plant Research StudiesAgricultural pest management studiesSoybean genetics and cultivation