SuperLyso® Lysolecithin (Lipid Nutrients Enhancer/Lipid Nutrition Promoters): A Cost-Efficiency Solution for Large-Scale Animal Farming

The global livestock and aquaculture industries are currently facing common challenges such as rising raw material costs, shortage of fish oil and fish meal resources, tightened anti-animal growth-promoting substances policies, heat stress, and digestive deficiencies in young animals. Efficient oil emulsification, improvement of nutrient absorption rate, cost reduction and efficiency enhancement, and ensuring the health of animals’ intestines and livers have become the core demands of global breeding enterprises.

UniVOOK Industry, relying on its innovative targeted enzymatic hydrolysis technology, has developed the SuperLyso® series of lysolecithin (lipid nutrition enhancers). Different from traditional ordinary soybean lecithin, the SuperLyso® series lysolecithin, with their molecular structure advantages, stable production processes, and full species measured data, have become a new generation of biogenic functional emulsifiers and lipid nutrition enhancers suitable for all types of global breeding, including pigs, poultry, aquatic animals, and ruminants.

So, how does the mechanism of action, core advantages, global application effects, process standards, and global supply system of SuperLyso® lysolecithin work? How is UniVOOK Industry providing solutions for global feed mills, large-scale breeding farms, and formula research and development institutions to reduce costs and increase efficiency in animal breeding?

1. Core Technical System of SuperLyso® Lysolecithin (Lipid Nutrition Promoters)

1.1 Lysolecithin: Upgraded Product via Targeted Enzymatic Hydrolysis of Natural Lecithin

SuperLyso® lysolecithin are produced using non-GMO soybean lecithin as the raw material. We adopt a specific phospholipase targeted hydrolysis process to precisely cleave one fatty acid side chain on the glycerol backbone, generating active components including lysophosphatidylcholine (LPC), lysophosphatidylinositol (LPI), and lysophosphatidic acid (LPA). Proprietary targeted separation and purification technology enables controllable adjustment of the core active ingredient LPX content.

As endogenous substances naturally present in animal cell membranes, lysolecithin feature excellent biocompatibility, zero toxicity, and zero residue, fully complying with global safety standards for feed and food additives.

Conventional lecithin has a double fatty acid chain structure with weak hydrophilicity. In contrast, the single-chain structure of lysolecithin exposes hydrophilic groups and drastically enhances amphipathic properties. They spontaneously form 0.7 μm nano-sized fat mixed micelles in the aqueous intestinal environment of animals (micelle size of ordinary lecithin generally ranges from 3 to 5 μm). Smaller fat particles can be directly absorbed by intestinal villi, fundamentally resolving the industry-wide pain point of incomplete fat digestion and wasted energy.

1.2 Two Innovative Core Technologies From UniVOOK Industry

• Precision Targeted Enzymatic Hydrolysis Regulation Technology

Abandoning crude hydrolysis processes, the whole reaction is conducted under precise temperature and enzyme dosage control to lock the ratio of active components accurately. The batch-to-batch deviation of product activity is controlled within ≤3%. Custom formulations can be developed for different farmed species and dietary fat types (animal tallow, plant soybean oil, fish oil) to meet differentiated formulation demands across global regions.

• High-Temperature Resistant Stabilization Technology

The product is optimized for thermal stability. Under feed pelleting conditions of 85°C conditioning and 90-second high-temperature extrusion, the activity retention rate reaches 94.7%, while conventional common lecithin only retains 76.2% of its activity under the same conditions. It perfectly fits mainstream high-temperature extrusion aquafeed and pelleted livestock feed production lines in Europe, America, Southeast Asia, minimizing processing loss.

2. Four Core Functions of SuperLyso® Lipid Nutrition Promoters with Quantified Supporting Data

2.1 Powerful Fat Emulsification to Significantly Improve Fat Digestibility

As a water-in-oil bio-emulsifier, lysolecithin can emulsify saturated animal fats, unsaturated vegetable oils, and deep-sea fish oil simultaneously. Field trials verify that overall dietary fat digestibility can be increased by more than 15%. The improvement effect is particularly prominent in diets rich in saturated tallow, lifting the digestibility of hard-to-digest saturated fats by 20%. It fully activates dietary fat energy, allows reduced fat addition in feed formulas, and cuts raw material procurement costs directly.

2.2 Repair Intestinal Morphology, Strengthen Barrier Immunity, and Alleviate Stress and Diarrhea

Histological intestinal tests confirm that supplementation with lysolecithin significantly increases small intestinal villus height and reduces crypt depth. The intact intestinal structure expands the nutrient absorption area substantially. Meanwhile, it elevates the concentration of sIgA immunoglobulins in the intestinal mucosa, lowers inflammatory factor levels, and enhances innate intestinal immunity.

Intestinal section comparison of jejunum and ileum

• Control group (Con): Sparse and short intestinal villi
• Enzyme preparation group (ENZ): Limited improvement
• LPL lysophospholipid group: Neat, elongated intestinal villi and optimal integrity of intestinal mucosa

For weaned piglets, young chicks, and juvenile shrimp suffering from weaning/feed transition stress, the product markedly reduces nutritional diarrhea rates and boosts survival rates of young livestock by 6%–10%, aligning with global antibiotic-free breeding policies (comprehensive antibiotic restrictions in the EU, Southeast Asia, and South America).

Jejunum & Ileum Histology Comparison

2.3 Protect Liver and Gallbladder, Partially Replace Bile Acids, and Prevent Fatty Liver

Livestock in fattening stages and aquatic animals commonly face insufficient bile secretion and lipid accumulation in the liver. SuperLyso® lipid nutrition promoters accelerate hepatic bile circulation and metabolism, speed up lipid transport and decomposition in the liver, and effectively prevent fatty liver in fish and shrimp, excessive abdominal fat in broilers, and fatty liver in periparturient dairy cows.

In low-fish-meal aquafeed formulas, it can replace 30% of bile acid dosage, enabling cost-effective formula optimization amid tight supplies of fish meal and fish oil. Trials on whiteleg shrimp in South America and Southeast Asia show that diets with low fish meal supplemented with this product achieve a 21% feed intake increase and a 10% weight gain rate, with farming performance comparable to high-cost high-fish-meal formulas.

2.4 Boost Absorption of Liposoluble Nutrients, Antioxidize and Relieve Heat Stress

Fat-soluble nutrients including Vitamin A/D/E, fish oil Omega-3, and trace minerals rely on fat micelles for absorption. Nano micelles formed by lysolecithin encapsulate liposoluble nutrients simultaneously, raising their absorption rates by 12%–18%. Additionally, the product elevates the activity of antioxidant enzyme SOD and reduces levels of oxidation product MDA. For tropical Southeast Asia and the Middle East with high-temperature breeding environments, it effectively mitigates reduced feed intake and growth retardation caused by heat stress, improving feed conversion ratio (FCR) by 4%–7% for broilers during hot seasons.

3. Field Application Performance Across All Farming Species (Species-Specific Trial Data)

3.1 Swine Farming (Large-Scale Pig Farms in Europe & America, Piglet Production in China & Southeast Asia)

1. Weaned Piglets

Supplementation of 1000 mg/kg SuperLyso® in complete feed over a 28-day trial period delivers: 15% higher average daily gain (ADG), 14% higher average daily feed intake (ADFI), 10% higher final body weight, and a 40% drop in piglet diarrhea rate. It perfectly resolves digestive disorders caused by insufficient endogenous bile and digestive enzyme secretion post-weaning.

During fattening, it optimizes FCR by 3%–5%, raises lean meat percentage by 7.4%, and reduces backfat thickness by 17.72%, improving carcass quality to meet high-end pork slaughter standards in Europe and America.

• Periparturient Sows

Alleviates negative energy balance, raises fat content in lactation milk, improves piglet birth weight and weaning uniformity, and lowers risks of reproductive disorders.

3.2 Poultry Farming (Broilers, Layers, Ducks – Widely Adopted Globally)

1. Meat Poultry (Ross 308, AA Commercial Broilers)

Continuous supplementation of 100 mg/kg in complete feed throughout the standard 42-day breeding cycle significantly increases daily weight gain and optimizes FCR by 3.8%. Under 36°C heat stress, stable feed intake and nutrient absorption are maintained. The yield of breast and leg meat rises, with comprehensive improvements in meat water retention and tenderness. The performance boost is more pronounced in high-tallow diets, matching low-cost tallow-based feed formulas popular in Europe and America.

• Laying Poultry

Promotes deposition of fat-soluble vitamins and unsaturated fatty acids in egg yolks, lifts laying rate by 2%–3%, reduces cracked egg ratio, and extends peak laying period.

3.3 Aquaculture (Whiteleg Shrimp, Marine & Freshwater Fish – Essential Product in Southeast Asia & South America)

Rising prices and tight supply of global fish meal make low-fish-meal formulas an inevitable trend for the aquaculture industry. Trials on whiteleg shrimp fed low-fish-meal diets with SuperLyso® record a 21% feed intake increase, 10% higher weight gain rate, 8% improved specific growth rate (SGR), and stable survival rate of around 76%. Farming performance of low-fish-meal diets matches that of expensive high-fish-meal formulas, greatly cutting feed formulation costs.

Trials on Atlantic salmon in mariculture show a 5% higher final body weight, normalized serum lipid indicators, reduced liver burden, and lower incidence of fatty liver and liver rot in marine fish.

3.4 Ruminants (Calves, Periparturient Dairy Cows – Large Pastures in Europe & Australia)

Supplementation in calf milk replacer drastically improves milk fat digestibility and reduces indigestion and diarrhea in calves. Addition to periparturient dairy cow diets alleviates postpartum energy imbalance, lowers ketosis incidence, boosts post-calving milk yield, and improves subsequent reproductive performance, fitting refined nutritional programs for large European pastures.

Recommended Inclusion Levels by Animal Species

Farming Species	Recommended Dosage	Applicable Scenarios
Weaned piglets, young chicks	800–1000 mg/kg complete feed	Stress periods, starter feeds, antibiotic-free nursery feeds
Finishing pigs, grow-finish broilers	100–300 mg/kg complete feed	Whole fattening cycle, high-fat diets
Layers, breeding poultry	150–250 mg/kg complete feed	Stable egg production & quality, extended peak laying period
Fish & shrimp (extruded aquafeed)	200–400 mg/kg complete feed	Low-fish-meal formulas, high-temperature aquaculture
Calves, periparturient dairy cows	300–500 mg/kg complete feed	Milk replacers, postpartum energy regulation

Usage Tips: The powder form can be directly mixed with carriers for premix addition; the liquid oil-soluble form can be added inline with the oil dosing system. It demonstrates excellent synergistic effects with compound enzyme preparations and probiotics to further maximize farming profitability.

4. Unique Competitive Advantages of SuperLyso® Lipid Nutrition Promoters vs. Peer Products

• Customizable Active Components to Adapt to Global Formula Differences

Generic commercial lysolecithin feature fixed component ratios and cannot adapt to varying fat raw materials across regions. UniVOOK Industry customizes LPC/LPI activity ratios based on primary dietary oils used by clients (tallow in Europe, palm oil in Southeast Asia, fish oil in South America) to amplify emulsification and nutrition-promoting effects, delivering superior formula compatibility over universal products.

• Superior Processing Stability Compatible with Diverse Global Production Lines

It withstands high-temperature extrusion, high-pressure pelleting, and low-temperature liquid feed addition. Two dosage forms (solid powder and liquid oil-soluble) are available to suit high-end premix production lines in Europe, simple pellet mills in Southeast Asia, and aquafeed extrusion lines worldwide.

• Full-Spectrum Safety & Compliance for Global Market Circulation

The product complies with China National Standard GB/T 23882 for feed phospholipids, EFSA feed and food additive regulations of the EU, and FDA feed safety specifications of the United States. Free of heavy metals and solvent residues, it smoothly passes customs inspection and regulatory registration in the EU, ASEAN, and the Americas.

• One-Stop Global Supply Chain Services

Custom compliant repackaging and multi-specification packaging solutions are provided to deliver stable customized supply chain services for clients in Europe, Southeast Asia, Australia, and South America.

5. Cross-Industry Applications of UniVOOK Industry Lysolecithin: Human Nutrition, Pharmaceuticals & Cosmetics

UniVOOK Industry’s leading manufacturing technology enables production of lysolecithin with ultra-high LPC content. The SuperMate® series lysolecithin feature LPC content ranging from 20% to 40%, with outstanding transdermal absorption, barrier repair, and ultra-stable emulsification performance, applicable to skincare products and oral Omega-3 health supplements:

• Human Nutrition: Acts as a nano-emulsification carrier for fish oil EPA/DHA, raising fish oil absorption rate from the traditional 20%–30% to over 60%, solving the pain points of fish oil oxidation and poor water solubility.

• Cosmetic Skincare: Applied in lotions, essences, and facial masks for deep moisturization and skin barrier repair with mild, non-irritating properties. It is a popular bio-emulsifier for natural organic beauty brands, with broad cross-industry global market potential.

Outlook for Global Cooperation From UniVOOK Industry

Against the backdrop of green upgrading and persistently high raw material costs across the global breeding industry, lysolecithin lipid nutrition promoters have evolved from high-end specialty additives into essential products for cost and efficiency optimization in large-scale farming.

SuperLyso® lysolecithin manufactured by UniVOOK Industry integrate self-developed controllable targeted enzymatic hydrolysis technology, customizable product portfolios, and trial data validated by research institutions and farms across multiple global regions. Balancing high performance, processing stability, and regulatory compliance, the product line covers all swine, poultry, aquaculture, and ruminant breeding segments, with expandable applications in human nutrition and cosmetics.

UniVOOK Industry provides integrated solutions including product customization and feed formulation optimization for feed enterprises and large farming groups worldwide. We cooperate with global partners to leverage high-efficiency bio-nutrition technology to achieve improved breeding performance, reduced production costs, and antibiotic-free sustainable farming, jointly empowering high-quality, sustainable development of the global livestock and aquaculture industries.