Sep 2026· World Journal of Microbiology & Biotechnology· Vol 42· 0 citations· 111 references
Medicine
TL;DR
This review synthesizes current understanding of phytoplasma–plant interactions, covering phytoplasma biology, genome evolution, and the infection cycle across plant and insect vector hosts, and examines the molecular functions of key effectors, SAP11, SAP54/PHYL1, SAP05, TENGU, SWP1, and recently identified virulence factors.
Plant viruses depend on insect vectors for dissemination in complex agroecosystems and often exploit plant and insect physiology to enhance transmission. This review synthesizes recent advances in understanding cross-kingdom exchange of non-coding RNAs (ncRNAs) as a central mechanism shaping plant-virus-vector interact...
Dinesh S. Pujara, C. Casteel· Current Opinion in Virology· 0 citations
Plant immunity is orchestrated through an intricate network of signaling pathways that enables plants to perceive, respond to, and adapt to a wide range of biotic and abiotic challenges. Increasing evidence indicates that phytohormones not only regulate immune responses but also mediate dynamic interactions between pla...
Fungal phytohormones regulate development, growth, and metabolism, thereby playing key functions in their ecological context and concluding that fungi have an intrinsic and autonomous hormonal physiology that underpins their ecological adaptability and success.
David A. García-Estrada, Melanie Ruvalcaba-Villagrán, Axel G. Sánchez-Fonseca et al.· Microbiology and Molecular B...· 0 citations
This review synthesizes current knowledge on the biosynthesis and functional mechanisms of key growth-regulating compounds across kingdoms, with emphasis on their roles in mediating plant–insect interactions within broader ecological and evolutionary contexts.
Muthu Thiruvengadam, Ali Sobhanizadeh, B. Fazeli-Nasab et al.· Phytoresearch and Technology· 0 citations
Classical plant immunity models rely on pattern-triggered immunity (PTI) and effector-triggered immunity (ETI), yet these frameworks largely overlook the rhizosphere microbiome as a functional determinant of disease resistance. Plants act as holobionts, their root exudates comprising flavonoids, coumarins, benzoxazinoi...
Su Sun, Jia-Rong Li, Liu-Fei Liu et al.· Microbiology Research· 0 citations
Key translational challenges, including pleiotropy, genetic background effects, pathogen adaptation, transgene footprints and regulatory divergence, that must be addressed to harness S genes for durable and agronomically balanced crop resistance are highlighted.
Can Chen, Yu-Zhe Shi, Han-Wen Miao et al.· New Plant Protection· 0 citations
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