Lyc-O-Beta® S Beadlets beta-carotene

Fermented Microencapsulated β-Carotene Ingredient
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Fermentation-derived source: 

β-carotene produced via precision fermentation of Blakeslea trispora, considered a natural-equivalent form.

Patented microencapsulation:

Advanced encapsulation system improves oxidative stability, light and heat resistance, and reduces odor.

Formulation compatibility: 

Suitable for capsules, tablets, powder sachets, and liquid food matrices.

International certifications:
 
Halal, Kosher, FSSC22000, and GMP certified.

Origin USA

Nature


Halal


Patent


Sustainable


Allergen free


Clean Lable


    This combination does not exist.

    Intenational Literature

    Microencapsulated carotenoids demonstrate improved stability

    (Kennedy et al., 2015).


    This includes:

    • β-carotene is widely studied for its nutritional role, absorption characteristics, and stability

    Note: This content is for research reference only and does not constitute efficacy claims.

    Target Audience

    Students with prolonged screen use
    Office workers with heavy visual demand
    Seniors focused on daily nutritional maintenance

    Applications

    Capsules

    Tablets

    Powder sachets

    B​everages

    Resource Center

    FAQ

    What is Lyc-O-Beta® Patented Microencapsulated β-Carotene?

    Lyc-O-Beta® is a β-carotene raw material utilizing advanced microencapsulation technology. It is derived from the precision fermentation of Blakeslea trispora and offers high stability and formulation compatibility.

    Is the source of Lyc-O-Beta® carotene natural?

    Yes, this raw material is produced through the fermentation of Blakeslea trispora and is a natural-equivalent form, meeting the market demand for natural sources.

    What is the primary value of Lyc-O-Beta® patented microencapsulation technology?

    This technology significantly enhances the oxidative stability, light resistance, and heat resistance of β-carotene. It also effectively reduces the raw material's characteristic odor and improves compatibility with various formulas.

    Which product dosage forms is Lyc-O-Beta® suitable for?

    Due to its microencapsulated nature, it is highly suitable for use in capsules, tablets, powder packs, and general food matrices like liquids, demonstrating excellent application flexibility.

    What international quality certifications has Lyc-O-Beta® carotene passed?

    The raw material has passed multiple international management system certifications, including Halal, Kosher, FSSC22000, and GMP, ensuring its safety and high quality.

    What are the suggested storage conditions for Lyc-O-Beta®?

    To maintain the activity and stability of the raw material, it is recommended to store it in a cool, dry place, avoiding high temperatures and direct sunlight.

    Why is carotene more stable after microencapsulation?

    Microencapsulation acts like a protective layer for carotene, isolating it from external oxidative stress. According to manufacturer experiments, it maintains good potency at both 25°C and 40°C.

    What is the difference between fermented carotene and traditional synthetic carotene?

    Fermented carotene is derived from microbial precision fermentation, such as the Blakeslea trispora used in Lyc-O-Beta®, and is considered a natural-equivalent form, which is more preferred by modern consumers than purely synthetic types.

    How does microencapsulation technology improve the sensory experience of the product?

    It effectively reduces the characteristic odor that β-carotene raw materials may naturally have, making the flavor of end products like powder packs or tablets more acceptable to consumers.

    What is Blakeslea trispora?

    It is a microbial source used to produce natural β-carotene. Through a precision fermentation process, it can yield β-carotene nutrients identical to the natural form.


    References

     Sharma, K. D., Karki, S., Thakur, N. S., & Attri, S. (2012). Chemical composition, functional properties and processing of carrot—a review. Journal of food science and technology, 49(1), 22-32.

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