Plants constantly interact with a wide range of life-threatening organisms including
herbivorous arthropods and pathogenic microbes. The plant fatty acid–derived jasmonates …

Plants have sophisticated defense systems to protect their tissues against the attack of
herbivorous organisms. Many of these defenses are orchestrated by the oxylipin jasmonate …

In any environment where plants grow, one can be quickly awestruck at the complex
relationships that occur between plants and insects. Striking variation in the types of …

Jasmonates (JAs) comprise a class of related oxylipin signaling molecules that have
overlapping roles in regulating both stress responses and development in plants. Stress …

As sessile and autotrophic organisms, plants have evolved sophisticated pathways to
produce a rich array of specialized metabolites, many of which are biologically active and …

The jasmonate family comprises lipid-derived oxidation compounds (oxylipins), which
function as plant hormones to regulate diverse developmental processes and defense …

Jasmonates are a growing class of signaling molecules and plant hormones which are
derived from polyunsaturated fatty acids via the octadecanoid pathway, and characterized …

Jasmonates, oxylipin-type plant hormones, are implicated in diverse aspects of plant growth
development and interaction with the environment. Following diverse developmental and …

Herbivore attack elicits defense responses in host plants by a complex chain of events that
starts with the introduction of herbivore-specific elicitors into the wounds at the feeding or …

Plants frequently live in environments characterized by the presence of simultaneous and
different stresses. The intricate and finely tuned molecular mechanisms activated by plants …