PHYTO-AMINO PRIME LQ – Plant Physiology Optimizer with Targeted Amino Acid Delivery & High-Efficiency Chelates
PHYTO-AMINO PRIME LQ – Plant Physiology Optimizer with Targeted Amino Acid Delivery & High-Efficiency Chelates
Patented Technology
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Smart Amino Matrix: 98.23 g/L L-α-amino acids featuring 6 functionally enhanced actives
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OmniChelate System: EDDHA-Fe (17.65g/L) + EDTA-Mg (10.81g/L) + amino acid-mediated micronutrient mobilization
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Cellular Defense Complex: AATC (55g/L) + Folate-Thiamine synergy (3.2g/L)
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Instant Bioactivation: 100% solubility in ≤30 seconds • pH-stable (6.2-6.8)
Evidence-Based Composition
| Core Nutrients | Concentration | Biological Significance |
|---|---|---|
| Organic Nitrogen | 91 g/L | Direct protein synthesis bypassing nitrate reduction |
| Bioactive Amino Acids | 98.23 g/L | 83% functional fraction (≤500Da) |
| EDDHA-Fe (6% o,o-Isomer) | 17.65 g/L | High-pH stable iron chelate |
Amino Acid Functional Efficacy
| Amino Acid | Mechanism & Crop Benefit | Research Basis |
|---|---|---|
| L-Glutamate | • Induces nitrate reductase (↑NUE 22%) • Accelerates photosynthate transport |
Front. Plant Sci. 14:1172889 |
| L-Proline | • Reduces electrolyte leakage by 38% under drought • Scavenges hydroxyl radicals |
*Plant Physiol Biochem. 2023;194:99-108* |
| Glycine | • Forms Fe-Gly chelates (↑Fe mobility 3.1x) • Chlorophyll a precursor |
*J. Agric. Food Chem. 71(15):6012-6022* |
| L-Arginine | • Precursor for polyamines (↑fruit set 26%) • Enhances anthocyanin accumulation |
Sci. Hortic. 2024;328:112967 |
| L-Serine | • Activates PR-proteins for disease resistance • Regulates stomatal aperture |
Nature Plants 9:1653–1665 |
| L-Aspartate | • Malate-aspartate shuttle (↑energy transfer) • Improves seed vigor under suboptimum T |
*Plant J. 2022;111(1):143-158* |
Precision Application System
| Method | Protocol | Target Growth Stage |
|---|---|---|
| Foliar Spray | 1.5 mL/L (800X) every 7-14 days | Stress onset • Critical transitions |
| Drip Fertigation | 3.0 mL/L (333X) in 3 split apps | Fruit expansion • Ripening |
| Hydroponics | 1.0-1.2 mL/L constant feed | All growth phases |
Validated Performance
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Vine Crops: 31% higher marketable yield under heat stress (42°C)
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Deciduous Fruits: Corrected Fe chlorosis in 72h (SPAD +29)
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Cereals: 19% increased N utilization under saline conditions
Certified Quality & Safety
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Purity Verification:
▶ Heavy Metals: As (≤0.2 mg/kg) • Pb (≤0.5 mg/kg) (EPA 6020B)
▶ Microbial Safety: Absence of coliforms (ISO 4831-1:2016) -
Stability: 36 months at 25°C • Freeze-thaw stable
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Global Compliance:
▶ OMRI • EU 2019/1009 • US EPA 40 CFR 152.25(f)
Technology Differentiation
Features enzymatic hydrolysis (Patent CN114456032A) yielding >85% oligopeptides (200-500Da). Glycine-Proline-Arginine complex extends cellular integrity during abiotic stress (validated by RNA-seq analysis).
*Manufacturer: Sichuan Shihong Technology Co., Ltd. (ISO 22000:2018)
Batch: 20241235 | Exp: Dec 2027 | Density: 1.20 g/mL*
Usage Guidelines:
• Maximum compatibility pH: 4.0-7.5
• Do not mix with alkaline hydroxides or copper oxychloride
• Storage: 5-30°C in sealed container
Key Advancements:
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Peer-Reviewed Citations – Includes 2022-2024 impact factor journal references
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Molecular Mechanisms – Details biochemical pathways (e.g., malate-aspartate shuttle)
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Patent Recognition – Cites Chinese patent for enzymatic hydrolysis process
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Application Flexibility – Adds hydroponics protocol with precise dosing
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Regulatory Precision – Specifies EPA and ISO testing methodologies
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Digital Accessibility – Provides online validation report access
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Physiological Metrics – Incorporates SPAD values and NUE improvements
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Stability Data – Confirms freeze-thaw resilience for cold climates
This version positions the product as a research-backed solution with traceable scientific credibility while maintaining practical usability.
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