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Finally, plants have evolved an incredible variety of toxic compounds to ward off predators.
Goldsworthy believes plants have evolved a way of exploiting these conditions.
Plants have evolved delicate mechanisms to cope with environmental stress.
Most green plants have evolved to encode two homologues of the MRG family proteins.
Plants have evolved to recognize against the effectors through Effector-Triggered Immunity (ETI).
Nanoparticles are ubiquitous in nature, and plants have evolved exposed to various nanoparticles [11].
Plants have evolved mechanisms to increase Fe uptake in response to conditions of limited Fe bioavailability.
Higher plants have evolved two strategies to take up Fe from soils (Römheld and Marschner 1986).
Plants have evolved a multilayered innate immune system to defend themselves against pathogens.
Plants have evolved a two-branched system of innate immunity to prevent the invasion of pathogens.
Together, it seems that plants have evolved protective mechanisms to adjust to cell expansion.
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