Orthosilicic acid is the only directly bioavailable form of silicon for plants and acts as a highly efficient, systemic carrier and enhancer for nutrient uptake—including amino nitrogen and sulfur—when applied as a stabilizer, typically through choline-stabilized, foliar, or fertigation methods. Orthosilicic Acid as a Nutrient Carrier Enhanced Uptake Mechanism: Orthosilicic acid (OSA) acts as a biostimulant that improves the uptake and internal distribution of nutrients, including nitrogen (N), potassium (K), calcium (Ca), and magnesium (Mg), by promoting more efficient membrane transport.Synergy with Amino Nitrogen: OSA, when paired with amino acid-based biostimulants, helps plants manage nitrogen more effectively, promoting faster, greener, and more robust growth.Synergy with Sulfur Electrolytes: Research indicates that the combination of silicon (as silicic acid) with sulfur and nitrogen enhances the uptake of these nutrients in crops, increasing nutrient use efficiency and improving overall plant health.Stability and Delivery: To prevent it from polymerizing into insoluble silica, orthosilicic acid is often stabilized with choline, allowing it to be used in high-performance Liquid nutrient solutions for both root drenching and foliar application. Key Benefits of OSA-Carrier Formulations Stress Mitigation: Stabilized orthosilicic acid helps mitigate environmental stresses, such as heat, drought, and heavy metal toxicity (e.g., binding to aluminum in acidic soils).Structural Strength: By stimulating the formation of cellulose and pectin in cell walls, it increases structural firmness, resulting in stronger stems and reduced lodging.Pest and Disease Resistance: OSA enhances the physical barrier of plant tissues, increasing resistance to fungal diseases (like powdery mildew) and sucking insects.Improved Yield/Quality: Increased uptake of N and S, mediated by OSA, results in higher yields, improved fruit size, and better shelf life. Applications Foliar Sprays: Used in concentrations to provide rapid, direct absorption.Fertigation: Applied through drip irrigation to ensure constant, efficient nutrient absorption in the root zone.Hydroponics: Ideal for soilless systems where silicon deficiencies are common.
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Orthosilicic acid (H4SiO4) ions, released from silicate-based biomaterials, are potent agents for tissue regeneration, specifically accelerating angiogenesis, osteogenesis, and endothelial cell functionality. They promote healing by enhancing endothelial cell migration, activating stem cells, and stimulating vascular endothelial growth factor (VEGF) expression, often through the HIF-1α1 alpha1𝛼 signaling pathway.
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Orthosilicic acid ((\text{H}{4}\text{SiO}{4})) is the bioavailable form of silicon, which exists in connective tissue and may influence myelin thickness and integrity. Studies suggest that silicon plays a role in nervous tissue health, potentially impacting the structure of myelin sheaths, while other research indicates it can protect against aluminum-induced neurotoxicity, which affects myelin.