Product Specification

Glycine Solution Nutritional Choice For Enhanced Muscle Repair And Improved Skin Health LA-9

Introduction to Glycine Liquid

Glycine liquid is a fermentation byproduct derived from corn food, serving as a cost-effective brown amino acid liquid. It is free from heavy metals, ensuring it is very safe for use.

Product Composition

Key Applications

Agricultural Benefits

1. Promoting Plant Growth and Development:

   • Foliar Fertilizer and Nutrient Supplement: Glycine can be used as a raw material for foliar fertilizers, directly absorbed by plants to provide nitrogen, enhancing photosynthesis and chlorophyll synthesis, and increasing leaf vitality.
   • Improving Stress Resistance: By regulating plant metabolism, glycine enhances resistance to drought, cold, and salinity, alleviating damage from environmental stressors.
   • Chelating Agent: Glycine can form chelates with trace elements (such as iron and zinc), improving the absorption and utilization of micronutrients in fertilizers.

2. Soil Environment Improvement:

   • Soil Adjustment: The weak acidity of glycine can neutralize alkaline soils, improving soil structure and promoting microbial activity.
   • Reducing Heavy Metal Pollution: By chelating heavy metal ions (such as lead and cadmium) in the soil, glycine lowers their bioavailability and reduces toxicity to plants.

3. Pest and Disease Control:

   • Inducing Disease Resistance: Glycine can activate plants' systemic resistance (such as SAR), enhancing their resistance to fungal and bacterial diseases.
   • Biopesticide Synergist: When used in combination with pesticides, glycine improves the adhesion and penetration of the pesticide solution, reducing the amount needed.

Aquaculture Benefits

1. Feed Additive:

   • Growth Promotion: As an amino acid supplement in feed, glycine increases protein utilization efficiency in fish and shrimp, accelerating growth.
   • Meat Quality Improvement: Glycine enhances protein synthesis in aquatic animals, improving meat firmness and flavor.
   • Stress Resistance: It helps alleviate stress caused by transport, high temperatures, or sudden changes in water quality, reducing mortality rates.

2. Water Quality Improvement:

   • Ammonia Degradation: Glycine can be decomposed by microorganisms into non-toxic substances, lowering ammonia and nitrite levels in water.
   • pH Regulation: It neutralizes alkalinity in water, maintaining suitable pH ranges (e.g., 6.5-8.5 for freshwater aquaculture).
   • Suppressing Harmful Bacteria: Glycine reduces the proliferation of pathogenic microorganisms (such as Vibrio) through competitive inhibition.

3. Hatching and Breeding:

   • Increasing Hatching Rates: Adding glycine to fish egg incubation solutions enhances embryo vitality and improves hatching success.
   • Nutritional Enhancement for Larvae: It acts as a nutritional booster for live feeds such as rotifers and brine shrimp, increasing the survival rate of larvae.

Feed Application Benefits

1. Nutritional Enhancement:

   • Balancing Amino Acid Composition: Glycine supplements essential amino acids (such as lysine and methionine) in feed, optimizing protein synthesis efficiency.
   • Improving Feed Palatability: The sweet taste of glycine enhances feed flavor, resulting in increased consumption by livestock.

2. Animal Health Management:

   • Boosting Immunity: Glycine promotes the synthesis of immunoglobulins, enhancing livestock resistance to viral and bacterial infections.
   • Antioxidant and Stress Relief: It helps eliminate free radicals and mitigates the negative effects of heat stress (such as those occurring during high summer temperatures).
   • Gut Health Maintenance: Serving as an energy source for intestinal mucosal cells, glycine supports gut barrier function and reduces the incidence of diarrhea.

3. Improving Reproductive Performance:

   • Enhancing Fertility Rates: Adding glycine to breeding stock feed can improve sperm motility, egg quality, and conception rates.
   • Promoting Lactation: It stimulates metabolic activity in mammary cells, increasing milk production and protein content in dairy cows.

4. Environmental Benefits:

   • Reducing Ammonia Emissions from Manure: By regulating nitrogen metabolism, glycine decreases ammonia volatilization from livestock manure, improving air quality on farms.
   • Enhancing Composting: Glycine promotes the decomposition of organic matter in manure, accelerating the composting process.