Pure Lycopene Powder

Pure lycopene powder derived from Blakeslea trispora offers certain advantages over other sources of lycopene. It is a cost-effective option since the fungus can be mass-cultivated in controlled environments. Additionally, this form of lycopene powder can have a higher concentration of lycopene, offering a more potent supplement.

Lycopene powder is a red to dark red free-flowing powder prepared by micro-encapsulating lycopene from Blakeslea trispora with carriers. The product is soluble in cold water and provides the benefits of lycopene in a convenient, powdered option. The powder is widely used as a colorant and fortifier in functional food, beverages, dietary supplements, cosmetics, and pet food.

Ingredients Sheet

Specification (96%)

technical advantage

1. Molecular Breeding and Strain Engineering

Targeted Genetic Modification of the Carotenogenic Pathway

While the existing page notes that lycopene is sourced from Blakeslea trispora, the production strain was developed through molecular breeding rather than conventional screening alone. HSF applies transcriptome and proteomics analysis to identify key metabolic pathways, followed by directed evolution using UV and plasma-based ARTP mutagenesis. Published research on ARTP mutation breeding of B. trispora reports a 55% increase in lycopene concentration compared to the parent strain. Genetic manipulation of the bifunctional carRA gene, which encodes phytoene synthase and lycopene cyclase, has also been explored to redirect metabolic flux toward lycopene accumulation.

The strain library at HSF contains more than 100 superior industrial strains, providing a foundation for consistent production across batches.

2. Mated Fermentation and Oil-Supplemented Process Design

Two Mating Types in Controlled Proportions

Blakeslea trispora is a heterothallic fungus requiring the interaction of (+) and (−) mating types for carotenogenesis. The fermentation process uses a defined ratio of these two strains, with mated fermentation systematically optimized to support lycopene biosynthesis. The addition of vegetable oils-including sunflower and corn oils-to the fermentation medium has been shown in published studies to substantially increase lycopene production compared to oil-free controls.

The fermentation is conducted using fully automated equipment with precise control over temperature, oxygen, pH, and substrate feeding to regulate strain growth and transformation conditions.

3. Microencapsulation: Wall Material Design and Particle Engineering

A Delivery System Designed for Cold-Water Dispersibility

The 10% CWS beadlet is produced through HSF's VegeLipi® microencapsulation platform, which addresses the two persistent challenges of carotenoid formulations: oxidative instability and poor water solubility. The system uses protective wall materials that shield the lycopene core from light, heat, and oxygen exposure, with taste-masking mechanisms to reduce off-notes associated with the core material.

The platform operates as a modular production line capable of switching between different core oils, wall materials, active loadings (from 10% up to 70%), and particle sizes within 72 hours. Published research on lycopene microencapsulation reports encapsulation efficiencies exceeding 96% with improved physicochemical stability under harsh temperature conditions.

Flow Chart

Application

Pure Lycopene Powder has various applications and can be used in different ways. Here are some common applications of lycopene powder:

1. Dietary supplement: Lycopene is often consumed as a dietary supplement to support overall health and well-being. It can be taken orally in powder form, typically mixed with water, juice, smoothies, or food. Lycopene powder can provide a concentrated amount of lycopene, offering antioxidant and potential health benefits.
2. Food and beverage industry: Lycopene  is utilized in the food and beverage industry for its colorant properties. It can be added to various food and beverage products to enhance their appearance and add a natural red color. Lycopene is commonly used in sauces, soups, baked goods, desserts, candies, and beverages.
3. Health and beauty products: Lycopene powder is also used in health and beauty products, particularly in skincare and cosmetics. It is believed to have antioxidant and skin-protective properties, helping to reduce signs of aging, improve skin texture, and protect against UV damage. Lycopene powder can be found in facial creams, serums, lotions, and other skincare formulations.
4. Nutraceuticals and functional foods: Lycopene powder is incorporated into nutraceuticals and functional foods to enhance their nutritional value and potential health benefits. It can be added to capsules, tablets, health drinks, and other fortified food products targeted for specific health concerns such as heart health, eye health, and prostate health.

Package and Storage

Package: Packed in 1kg or 5kg sealed aluminum foil bags, 20kg or 25kg per drum.

Storage: Pure Lycopene Powder can be stored for 24 months in cool and dry place in the unopened original container. It shall be stored in tightly closed containers in cool and dry place, and protected from heat, light, moisture and oxygen.

HSF R&D Center

With its capability to advance projects from gene-level pathway engineering through to commercial-scale fermentation, HSF R&D Center offers a complete technological pipeline supported by core platforms for strain library construction, high-throughput screening, and automated process control.

Qualification

Certificates such as ISO9001, ISO22000, FAMI-QS, IP(NON-GMO), Kosher, Halal are in place.

Worldwide Exhibitions

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