Glycine Liquid Amino Acid Liquid Fertilizer For Boosting Crop Yield In Agriculture

Glycine Liquid is a high-value byproduct from corn fermentation, rich in glycine used as a natural food additive. This economical brown amino acid liquid contains no heavy metal residues, delivering reliable safety for agricultural and aquaculture use.

1. Promote plant growth and development
   • Foliar fertilizer and nutritional supplement: Glycine can be used as a raw material for foliar fertilizer, directly absorbed by plants, supplement nitrogen sources, promote photosynthesis and chlorophyll synthesis, and enhance leaf vitality.
   • Improve stress resistance: By regulating plant metabolism, enhance drought resistance, cold resistance, and salt-alkali resistance, and alleviate the damage of environmental stress to crops.
   • Chelating agent effect: Glycine can form chelates with trace elements (such as iron and zinc) to improve the absorption and utilization rate of trace elements in fertilizers.
2. Improve soil environment
   • Regulate soil: The weak acidity of glycine can neutralize alkaline soil, improve soil structure, and promote microbial activity.
   • Reduce heavy metal pollution: By chelating heavy metal ions (such as lead and cadmium) in the soil, reduce their bioavailability and reduce toxicity to plants.
3. Disease and pest control
   • Induce disease resistance: Glycine can activate plant systemic resistance (such as SAR) and enhance resistance to fungal and bacterial diseases.
   • Biological pesticide synergist: Used in combination with pesticides to improve the adhesion and permeability of the liquid and reduce the amount of pesticides used.

1. Feed additive
   • Promote growth: As an amino acid supplement in feed, it improves the utilization rate of protein by fish and shrimp and accelerates growth.
   • Improve meat quality: Enhance protein synthesis in the muscles of aquatic animals and improve meat firmness and flavor.
   • Anti-stress effect: relieve stress response caused by transportation, high temperature or sudden change of water quality, and reduce mortality.
2. Water quality improvement
   • Degradation of ammonia nitrogen: glycine can be decomposed into non-toxic substances by microorganisms, reducing the content of ammonia nitrogen and nitrite in water.
   • Regulate pH: neutralize the alkalinity of water and maintain a suitable pH range (such as pH 6.5-8.5 for freshwater aquaculture).
   • Inhibit harmful bacteria: reduce the reproduction of pathogenic microorganisms (such as Vibrio) through competitive inhibition.
3. Seedling breeding and reproduction
   • Increase hatching rate: add glycine to fish egg hatching liquid to enhance embryonic development vitality and improve hatching success rate.
   • Larva nutrition enhancement: as a nutritional enhancer for live baits such as rotifers and artemia, it improves the survival rate of seedlings.

1. Feed nutrition enhancement
   • Balanced amino acid composition: supplement the deficiency of essential amino acids (such as lysine and methionine) in feed and optimize protein synthesis efficiency.
   • Improve feed palatability: The sweet taste of glycine can improve the taste of feed and increase the feed intake of livestock and poultry.
2. Animal health management
   • Enhance immunity: Promote immunoglobulin synthesis and improve the resistance of livestock and poultry to viral and bacterial infections.
   • Antioxidant and anti-stress: Remove free radicals and reduce the negative impact of heat stress (such as high temperature in summer) on animals.
   • Intestinal health regulation: As an energy source for intestinal mucosal cells, it maintains intestinal barrier function and reduces the incidence of diarrhea.
3. Improve reproductive performance
   • Improve reproductive rate: Adding glycine to breeding stock feed can improve sperm motility, egg quality and conception rate.
   • Promote lactation: Stimulate mammary cell metabolism, increase milk production and milk protein content of dairy cows.
4. Environmental protection and emission reduction
   • Reduce fecal ammonia emissions: By regulating nitrogen metabolism, reduce the volatilization of ammonia in livestock and poultry feces, and improve the air quality of farms.
   • Manure composting efficiency: Promote the decomposition of organic matter in feces and accelerate the composting process.