As part of an in-depth phytochemical characterization of C.
roseus aiming to discover new bioactive principles, we decided
to investigate the phenolic compounds accumulated by this plant.
Phenolics represent the most abundant and widely spread class
of plant natural products, playing important functions for the
plant, including support of the plant body, protection against
biotic and abiotic stresses, herbivore deterrence, and signaling
in plant-plant and plant-microbe interactions. For humans, plant
phenolics are the basis of several plant-derived drugs and
recently they have attracted much attention due to their
implication in protection against cancer, cardiovascular and
neurodegenerative diseases, associated to their antioxidant
activity (5, 6).
fatigue (3).
As part of an in-depth phytochemical characterization of C.roseus aiming to discover new bioactive principles, we decidedto investigate the phenolic compounds accumulated by this plant.Phenolics represent the most abundant and widely spread classof plant natural products, playing important functions for theplant, including support of the plant body, protection againstbiotic and abiotic stresses, herbivore deterrence, and signalingin plant-plant and plant-microbe interactions. For humans, plantphenolics are the basis of several plant-derived drugs andrecently they have attracted much attention due to theirimplication in protection against cancer, cardiovascular andneurodegenerative diseases, associated to their antioxidantactivity (5, 6).fatigue (3).
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