Cellulose regulation in plant-pathogen interactions: A review

Abstract

Cellulose, a key component of plant cell walls, plays a crucial role in shaping the interactions between plants and microbes, especially during pathogenic attacks. This article examines the complex regulatory mechanisms that control cellulose synthesis in the context of plant defense. By examining signaling pathways, transcriptional regulation, and cross-talk mechanisms, the dynamic balance between growth and immunity during pathogen perception is highlighted. These findings improve our understanding of plant defense strategies and provide valuable clues for improving plant resilience and promoting sustainable agricultural practices. Unraveling the regulatory networks of cellulose production in response to pathogens not only deepens our understanding of host-pathogen dynamics but also opens avenues for innovative approaches to enhance plant immunity and address global food security challenges.