… plant volatile research, as in other areas of plant biology, has come from the use of molecular
and biochemical … A large number of genes encoding enzymes of volatile biosynthesis have …

… Insect egg deposition induces a plant volatile pattern that attracts egg parasitoids and induces
the change of plant surface chemicals, thus arresting the egg parasitoids by contact cues …

… Volatile organic compounds emitted by plants represent the largest part of biogenic volatile
… Plant volatiles are formed through many biochemical pathways, constitutively and after stress …

… , biochemistry, physiology, and ecology of floral volatiles. With the significant progress in the
study of volatiles produced in the rest of the plant … all aspects of plant volatile biology. Floral …

… respond to plant volatiles or so … plant volatile sensitive sensilla. Thus, until we learn otherwise,
we assume a commonality in the underlying mechanisms of pheromone and plant volatile …

… To understand the function of volatiles from the plant's perspective, we need to query … to
plant volatile emissions for millions of years — the insects and microbes with which plants co-…

… understanding of the biochemical processes involved in their generation. Volatiles are
analysed … (11) is also a member of a class of so-called 'herbivore-induced plant volatiles' (HIPVs). …

… mediated by plant volatiles is the attraction of pollinating insects. However, floral volatiles
are not the only compounds emitted by plants but they may form plumes with volatiles released …

… The understanding of pheromone production has evolved from identifying biochemical …
of pheromones, plant volatiles, and other odorants. Biochemical transduction pathways are …

… of plant volatiles, their biosynthesis and regulation, and the metabolic engineering of the
volatile spectrum, which results in plant … ranging from genomics and biochemistry to ecology as …