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A 2-year field experiment reveals that plant secondary metabolites can be harnessed to increase crop productivity through plant-soil feedbacks under agronomically realistic conditions.

Signalling and metabolic interactions of the plant energy organelles, chloroplasts and mitochondria, depend on the nuclear regulatory protein RCD1.

Active DNA demethylation at some defence gene promoters is causal for DNA binding of WRKY transcription factors as well as for transcriptional activation of these genes during plant immune response.

Molecular and biochemical methods provide the first evidence of toxicity of imidacloprid causing developmental retardation in honeybee larvae, highlighting the potential risks of prolonged exposure to insecticides during animal development.

C. elegans nematodes use a sensory-neuronal circuit to determine whether to defend themselves from hydrogen peroxide attack or to freeload off orthologous protective defenses from bacteria in their surrounding environment.

P4-ATPase BbCrpa detoxifies secondary metabolites via a unique vesicle-mediated transport pathway that targets the compounds into vacuoles.

Genetic analyses reveal that the TIR1/AFB auxin receptors have broadly overlapping functions throughout plant development, but that the AFB1 receptor has a specialized role in a rapid auxin response.

Successful stable transformation of the dinoflagellate chloroplast genome.

A ménàge à trois introduces extra DNA only to plant embryos, thus skipping endosperm-induced seed hybridization barriers.

The endopeptidases ECS1 and ECS2 regulate double fertilization and their modulation is a powerful tool for the induction of haploids and the formation of triparental plants, which are two agronomically relevant breeding targets.