Amino Acid
Premium Microbial Fermentation Amino Acids | Corn-Based Plant Nutrition
Unlock the full potential of your crops with LYS Biotech’s premium range of amino acid fertilizers. Unlike traditional chemically hydrolyzed products, our amino acids are produced through advanced microbial fermentation using high-quality corn starch as the substrate. This sustainable, plant-derived process ensures exceptional purity, 100% L-type bioavailability, and eco-friendly solutions for modern agriculture.
What Are Amino Acids?
Amino acids are the fundamental structural units of proteins and enzymes in all living organisms. Its general chemical formula is R-CH(NH₂)-COOH (α-amino acid), containing two functional groups: an amino group (-NH₂) and a carboxyl group (-COOH).
For plants, they are more than just nutrients; they are the “metabolic engines” that drive every growth stage.While plants can naturally synthesize their own amino acids from nitrogen, carbon, hydrogen, and oxygen, this biological process is highly energy-intensive. During critical growth stages (such as flowering and fruit set) or under environmental adversity (drought, extreme heat, or salinity), a plant’s internal production often cannot keep up with its needs.
Why Plants Need Exogenous Supplementation: Directly applying exogenous amino acids from LYS Biotech allows plants to bypass the complex, energy-consuming metabolic synthesis process. This “shortcut” helps plants conserve vital energy, enabling them to respond rapidly to environmental challenges and maintain growth even under stress.
Core Functions of Amino Acid in Plant Development
- Protein Synthesis: Building the essential cellular structures and enzymes required for healthy development.
- Photosynthesis Support: Serving as precursors to chlorophyll, ensuring vibrant green leaves and efficient solar energy capture.
- Hormone Regulation: Acting as precursors to plant growth regulators like auxins, which control root and fruit development.
- Chelation Effect: Naturally binding to micronutrients (like Zinc, Iron, and Manganese) to make them more mobile and easier for the plant to absorb.
Why Choose Fermentation Plant-Based Amino Acids?
The Power of Microbial Fermentation
At LYS Biotech, we move beyond the limitations of acid hydrolysis. Our manufacturing process utilizes specific strains of microorganisms to ferment glucose derived from corn starch.
- Precision: This metabolic process allows us to produce specific, high-purity amino acids (like Glutamic Acid, Lysine, or Threonine) rather than a random mixture.
- Cleanliness: The process occurs in a controlled environment, eliminating the harsh chemicals, high salt residues (chlorides), and heavy metals often found in animal-based hydrolysis products.
Sourced from Nature: Corn Starch Origin
Our commitment to safety begins with our raw materials. We exclusively use renewable corn starch as the carbon source for our fermentation process.
- 100% Vegan & Plant-Based: Ideal for organic farming and markets demanding animal-free inputs.
- Consistency: Unlike animal waste (feathers, leather) used in other fertilizers, corn starch offers a stable, standardized quality, ensuring every batch of our amino acids performs consistently in the field.
100% L-Type Amino Acids for Maximum Bioavailability
Plant cells are highly selective; they can only effectively utilize amino acids in the L-configuration.
- The Problem with Chemical Hydrolysis:Strong acids often “racemize” amino acids, converting a significant portion into the inactive “D-form” which plants cannot use.
- The Fermentation Advantage:Microbial fermentation naturally produces 100% L-type amino acids. This means every gram of LYS product is fully bioavailable, requiring less energy for the plant to absorb and metabolize, leading to faster growth responses.
Environmental Safety & Soil Health
High-salt fertilizers are a silent killer of soil microbiome health. Because our fermentation process does not require hydrochloric acid for breakdown, our amino acids are:
- Low in Chloride & Salt:Prevents soil salinization and leaf burn, making them safe for sensitive crops and drip irrigation systems.
- Eco-Friendly:The production process has a significantly lower carbon footprint and produces less wastewater compared to chemical processing industries.
Key Functions in Agriculture
Glutamic Acid: Acts as a precursor for chlorophyll synthesis and stimulates stomatal opening.
Lysine: Essential for pollen germination and prolonging pollen tube length.
Proline: (Produced via associated pathways) Critical for cell wall strengthening and osmotic stress regulation.
Aspartic Acid: Enhances seed germination and acts as a nitrogen reserve.
Frequently Asked Questions
Fermentation amino acids are produced through microbial metabolism (e.g., yeast) under mild conditions into specific amino acids. They are purer and contain only L-type amino acids. Primarily used as premium biostimulants, their main functions enhance stress resistance and crop quality.
Hydrolyzed amino acids are made by boiling protein in acid, resulting in a mix of amino acids, high salt content, and varying purity.This process may disrupt some structural integrity，but lower production costs,more suitable for providing foundational nutritional supplementation to field crops.
Absolutely. Our fermentation-derived amino acids have excellent water solubility and a neutral pH profile, making them highly compatible with NPK fertilizers, calcium, magnesium, and most trace elements without precipitation.