ABA/GA Hormone Axis Modulation for Dormancy Release
plant biology Tags: germination, dormancy, hormone-signaling, ABA, gibberellin, ROS, plasma-agriculture
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How electricity interacts with plants, soil, and biological systems.
Potential differences driving ion movement in soil and plants.
Read more →Movement of charged particles under electric fields.
Read more →Electrical stimulation accelerates the rate of core metabolic processes in plant cells, including ATP synthesis, enzyme activity, and cellular respiration. This broad upregulation shortens developmental timelines and increases overall biomass production.
Read more →Electrical stimulation modulates the balance between reactive oxygen species (ROS) production and antioxidant enzyme activity, maintaining cellular redox equilibrium at an elevated set-point that supports both growth and pathogen defense.
Read more →Electrical signaling in plant tissues.
Read more →Mild electrical stimulation mimics the systemic acquired resistance (SAR) pathway, priming plants against both abiotic and biotic stressors without triggering the full energetic cost of active stress response. The resulting 'stress memory' persists beyond the stimulation period.
Read more →Exogenous electric fields alter the transmembrane potential of plant cells, directly influencing the opening and closing kinetics of voltage-sensitive ion channels. This modulation controls the flux of essential ions like potassium, chloride, and calcium, which are critical for metabolic signaling and nutrient uptake.
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