Benzoic acid secretion from chickpea roots is linked to persistent colonisation by specific Burkholderia microbes across diverse soils.
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Plant, Cell & Environment
Wiley · Plant Physiology & Photobiology · ISSN 0140-7791, 1365-3040
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Benzoic acid secretion from chickpea roots is linked to persistent colonisation by specific Burkholderia microbes across diverse soils.
- Open access
Exogenous arginine enhances cold tolerance in tea plants by increasing cuticle thickness through a CsSDG36-H3K4me3-CsKCS3 regulatory module.
Hymenoscyphus fraxineus resists European ash defenses by depleting host compounds, with 48% of detected chemicals significantly reduced after fungal growth.
- Open access
Coumarin inhibits Alternaria alternata growth and infection by disrupting ROS homeostasis, membrane integrity, and ergosterol biosynthesis, and activates the HOG pathway.
- Open access
Peptide signalling functions as a control layer that governs signal prioritisation in plant stress networks, influencing responses to combined stresses.
Combined heat stress and phosphate deficiency induce a non-additive epigenomic state in Arabidopsis, characterized by widespread CHH hypomethylation and altered regulatory potential.
Pepper CaAIAR1 E3 ligase reduces drought tolerance and ABA sensitivity by promoting CaADBZ1 degradation, with silencing enhancing drought resilience in pepper plants.
Overexpression of EdVP1 from Elymus dahuricus increases wheat yield by over 14% under low-phosphorus conditions, improving phosphorus use efficiency and root architecture.
Many plant long noncoding RNAs (lncRNAs) contain small open reading frames (sORFs) that encode functional micropeptides, revealing a dual role in plant immunity.
RING-type E3 ubiquitin ligases are key regulators of crop quality and stress responses in fruit and vegetable plants, with diverse functions in post-translational modifications.
Ethylene regulates stomatal responses through a bidirectional mechanism involving both closure-promoting and antagonistic pathways.
Inflorescence photosynthesis in Avena fatua supports seed development and influences leaf senescence, with CO2 assimilation rates of 6.54 μmol m−2 s−1.
Zm5PTase25 acts as a negative regulator of low phosphate-induced leaf senescence in maize, with its silencing accelerating senescence and overexpression delaying it.
Moderate water deficit increases tomato fruit levels of lycopene and ascorbic acid by up to 1.7-fold through SlNAP2-mediated gene activation.
DNA damage response (DDR) components, including SOG1 and HOS1-RECQ2, are linked to plant heat stress responses, highlighting DDR as a key regulator of thermotolerance.
Internal stem water storage in Pinus sylvestris increases from 10% to 55% of daily transpiration during drought conditions, highlighting its role in drought resilience.
Plant plasma membrane nanodomains exhibit context-dependent organization linked to physiological responses, with evidence showing changes in protein clustering and redistribution during stress.
Elevated HCAAs in tomato enhance structural reinforcement, redox balance, regeneration, and volatile signalling during wound responses.
Elevated cytokinins in poplar during rust infection promote susceptibility by suppressing defenses and increasing nutrient availability, especially with ortho-topolin.
RAP2.3 is essential for MYB51 and SIGMA3 expression during multifactorial stress in Arabidopsis thaliana, with mutants showing significantly lower survival under salt, excess light, and heat stress.
IMPORTIN β4 promotes nuclear accumulation of CONSTANS, enhancing FT activation and accelerating flowering in Arabidopsis, with loss delaying flowering and reducing FT expression.
Low-intensity stem boring by Lixus ochraceus is linked to increased growth and reproductive success in Strigosella scorpioides in the Gurbantunggut Desert.
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Topics moving, week to 23 Oct 2026
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