LIXOFORD-H
Biotechnology is the use of living organisms or their components to make or modify products or processes for specific use. It is a powerful tool that can be used to develop natural products that are safe, effective, and sustainable.
THE NEXT GENERATION FOR
LIPOSOMAL-EXOSOME (SMART EXOSOME)
LIPOSOMAL-EXOSOME: The Next Generation of Skin and Hair Care
Liposomal exosome is a cutting-edge skin and hair care technology that combines the benefits of liposomes and exosomes to deliver
active ingredients to the skin and hair follicles in a more efficient and targeted way.
- Enhance Cellular Repair:
Liposomal exosomes deliver key growth factor and proteins directly to skin an hair cells, promoting accelerated repair and regeneration for rejuvenated appearance.
- Improved Absorption:
The liposomal delivery system ensures that exosomes pernitrate deeper into the skin and hair follicles, maximizing the effectiveness of active ingredients and improving overall results.
- Increased Hydration:
By delivering moisture-retaining compounds more effectively, liposomal exomes help maintain optimal hydration levels, leaving your skin and hair looking and feeling more nourished and supple.
- Reduced Inflammation:
Liposomal exosomes contain anti-inflammatory properties that can help soothe irritated skin and hair redness, leading to more even and calm complexion.
- Boosted Collagen Production:
Thru growth factor in exosomes stimulate collagen synthesis, improving skin elasticity and firmness while enhancing hair strength and resilience.
What are exosomes?
Exosomes are tiny vesicles that are released by all cells in the body. They contain a variety of molecules, including proteins, nucleic acids, and lipids. Exosomes play an important role in cell-to-cell communication and have been shown to be beneficial for a variety of skin and hair conditions.
What are liposomes?
Liposomes are synthetic or naturally occurring vesicles that are made up of a lipid bilayer. They can be loaded with various drugs or other therapeutic agents and can be designed to selectively target specific cells or tissues.
Potential applications of liposomal exosome for skin and hair
- Acne:
Liposomal exosome has been shown to be effective in reducing inflammation and killing bacteria, which can help to treat acne.
- Eczema:
Liposomal exosome has been shown to be effective in reducing inflammation and dryness, which can help to treat eczema.
- Dandruff:
Liposomal exosome has been shown to be effective in reducing dandruff and scaling, which can help to improve scalp health.
- Hair loss:
Liposomal exosome has been shown to be effective in simulating hair growth and preventing hair loss.
- Gray hair:
Liposomal exosome has been shown to be effective in delaying the appearance of gray hair.
Why Are Lixoford-H So Effective in Hair Rejuvenation?
- Targeted Delivery: The liposomal technology allows for targeted delivery of active ingredients precisely to hair follicles and cells that need rejuvenation. This optimizes absorption and efficacy.
- Advanced Actives: LIXOFORD-H contains a scientifically-designed cocktail of peptides, growth factors, amino acids, vitamins and minerals that work synergistically to stimulate hair growth and renew hair.
- Liposome Benefits: Liposomes protect the actives from degradation and improve stability as well as enhance penetration into the scalp compared to bare actives.
- Mimics Natural Process: The liposomes work similarly to natural exosomes, facilitating cell communication and rejuvenation in hair follicles. This stimulates the hair’s own regenerative processes.
- Anti-Hair Loss Effects: Ingredients in LIXOFORD-H have been shown to reduce hair loss, stimulate growth cycles, and prevent follicular miniaturization for fuller, thicker hair.
- Boosts Volume: LIXOFORD-H triggers increased proliferation of hair follicle cells, improving density and volume.
- Repairs Damage: The technology helps repair environmental and lifestyle damage to hair from factors like styling, UV exposure and pollution.
- Natural & Safe: LIXOFORD-H provides an effective and safer alternative to invasive hair restoration procedures to rejuvenate and revive hair.
Lixoford-H and Exosome Technologies?
What are the differences between Lixoford-H (Liposomal - Exosome) and Exosome Technologies?
Lixford-H Technology
- 5th Generation Booster
- Derived from biomolecules(Bipolar Lipids) designed as an exosome using Biotechnology method (Non animal or human source).
- All of its ingredients are included in the care and restoration of the hair.
- More efficient than exosome in the process and absorption of active ingredients.
- Response to the session: about 1-2 weeks later.
Exosome Technology
- 4th Generation Booster
- Derived from stem cell culture, from Human or animal origins.
- There are some ingredients that are not used in hair care and restoration, such as nucleic acids, whose action and pathway are unknown.
- Less efficient and absorption of active ingredients.
- Response to the session: about 3-4 weeks later.
Ingredients and Functions
- Amino Acids: Help stimulate collagen production and cell communication to improve elasticity and firmness. Examples include argireline, matrixyl 3000, and copper peptides.
- Growth Factor: Stimulate cellular regeneration and new growth in hair follicles. Include vascular endothelial growth factor (VEGF), epidermal growth factor (EGF), fibroblast growth factor (FGF).
- Keratin: Structural protein that makes up hair fibers. Helps reinforce hair elasticity and resilience.
- Biotin: Essential B vitamin that aids keratin infrastructure and helps prevent hair thinning.
- Zinc: Mineral that regulates oil glands and promotes healthy hair tissue growth.
- Vitamin E: Antioxidant that protects against damage from UV radiation and free radicals.
- Peptides: Help stimulate collagen production and cell communication to improve elasticity and thickness. Examples are copper peptides, proline-rich peptides..
- Niacin: Boosts microcirculation in the scalp to encourage new hair follicle growth.
- Green Tea Extract: Contains compounds that nourish hair and guard against breakage.
- Jojoba Oil: Natural moisturizer that mimics scalp’s sebum to moisturize hair and enhance growth.
- Liposomes: Enhances absorption, stability and targeted delivery of actives; hydrates and nourishes hair.
How do we make the liposome like exosome ?
To make liposomes that resemble exosomes, researchers have developed a number of methods, including:
- Co-opting exosome biogenesis pathways:
This method involves using the same proteins and lipids that are used by cells to produce exosomes to create liposomes. This results in liposomes that are more similar to natural exosomes in terms of their composition and structure.
- Surface modification:
This method involves attaching specific proteins or sugars to the surface of liposomes that are also found on the surface of exosomes. This makes the liposomes more likely to be recognized and internalized by cells.
- Size and shape control:
Exosomes are typically spherical vesicles with a diameter of 30-150 nanometers. Liposomes can be prepared to have a similar size and shape to exosomes using a variety of methods, such as sonication or extrusion through nanopores.
- Incorporating exosome-specific cargo:
Exosomes contain a variety of proteins, RNA molecules, and other molecules. Loading liposomes with specific exosome-specific cargo can improve their ability to communicate with other cells and deliver their therapeutic payload.
Lixoford (Liposomal – Exosome) technology is a next-generation drug delivery system that uses liposomes to encapsulate and deliver active ingredients to the skin and hair. Liposomes are more efficient than exosomes in the absorption of active ingredients, meaning that Lixoford technology can deliver more effective results with smaller doses.
Lixoford technology is loaded with important ingredients to maintain and restore healthy skin and hair, such as peptides, amino acids, growth factors, vitamins, minerals, and other elements. These ingredients work together to repair, solve, and restore skin problems and defects.
Lixoford technology is the next generation revolution in drug delivery and targeting, and it is expected to be widely used in aesthetic and cosmetics medicine.
