What is Vecell™?

Introducing Vecell, the next-generation, patent-pending liposome specifically designed for dietary supplements. Unlike post-formed liposomes, Vecell stands out by being a true liposome that is fully formed before encapsulation in a liquid capsule or liquid capsule, liquid, gel, or other dosage forms.

This advanced formulation ensures superior stability, enhanced bioavailability, and optimal nutrient delivery. Vecell's pre-formed structure allows for consistent absorption and effectiveness, making it a revolutionary choice for health-conscious consumers seeking maximum benefits from their supplements. Experience the future of dietary supplementation with Vecell, where innovation meets wellness.

How does Vecell's pre-formed liposome structure enhance its effectiveness

Vecell's pre-formed liposome structure enhances its effectiveness through several key mechanisms:

Stability:

Vecell Liposomes preserve structural integrity and protect the active ingredients from the harsh gastrointestinal tract environment, ensuring enhance nutrient bio-availability at the site*.

Bioavailability:

The consistent size and unique compositions of Vecell liposomes improve the bioavailability of encapsulated nutrients, ensuring more efficient absorption by the body*.

Controlled Release:

Pre-formed liposomes allow for a more controlled release of active ingredients, enhancing the sustained delivery and effectiveness of the supplements*.

How does Vecell's liposome structure compare to post-formed liposome structures?

Vecell's pre-formed liposome structure likely offers several advantages compared to post-formed liposome structures:

Consistent size and lamellarity:

Pre-formed liposomes can be carefully controlled for size and number of lipid bilayers, which is crucial for stability and drug delivery efficiency*. Vecell likely optimizes these parameters for dietary supplement delivery.

Enhanced stability:

Pre-formed liposomes tend to have better structural integrity and stability compared to those formed in the GI tract*. This could lead to a longer in vivo stability for Vecell products.

Improved bioavailability:

The unique composition of Vecell enhances the solubility and permeability of its payload, which lead to more predictable and efficient absorption of encapsulated nutrients*.

Controlled release:

Pre-formed liposomes allow for better control over the release profile of encapsulated compounds, potentially enabling sustained delivery of nutrients*.

Versatility:

Vecell's structure may allow for encapsulation of both hydrophilic and hydrophobic compounds, expanding its potential applications in dietary supplementation*.

Optimized for oral delivery:

Unlike some liposome structures designed for injectable drugs, Vecell is optimized to withstand the digestive environment and facilitate intestinal absorption of nutrients*.

While specific details of Vecell's proprietary structure are not provided, these general advantages of Vecell liposomes contribute to its effectiveness as a dietary supplement delivery system.

What are the key differences in the composition of Vecell's liposomes compared to post-formed liposomes

Vecell's liposomes differentiate from post-formed liposomes primarily through their unique composition and structural attributes:

Lipid Composition

Vecell utilizes specific phospholipids that optimize stability and permeability. While conventional liposomes may use natural unsaturated phosphatidylcholine, Vecell likely employs a blend that enhances the solubility and permeability of poorly absorped nutrients, ensuring better bioavailability. Enhances permeability, ensuring better nutrient encapsulation and delivery*.

Pre-formed Structure

Unlike other liposomes that may form in GI tract Vecell's liposomes are pre-formed, ensuring consistent size and lamellarity, which improves stability and bioavailability*.

Encapsulation Efficiency

Vecell's method ensures high encapsulation efficiency of both hydrophilic and hydrophobic compounds, leveraging controlled release mechanisms for sustained nutrient delivery*.

Each vecell undergoes rigorous quality control procedures to ensure:

Particle Size and Distribution:
  • Dynamic Light Scattering (DLS): Ensures optimal liposome size for absorption.
  • Transmission Electron Microscopy (TEM): Confirms spherical shape and dispersion of liposomes, minimizing aggregation.
Zeta Potential Measurements:

Zeta potential characterizes the electrical double layer and the nanoparticle. VeCell with optimized zeta potential are stable formulations without aggregation, stronger membrane binding and higher cellular uptake.

Encapsulation Efficiency:

HPLC assay: ensures the required amount of nutrients are encapsulated into Vecells.