Lipoza-Vit C (Liposomal Vitamin C)

“Enhanced Immune & Antioxidant Support with Advanced Liposomal Delivery”

Vitamin C is an essential water-soluble nutrient involved in a wide range of physiological functions, including antioxidant defense, collagen synthesis, immune support, and iron absorption. However, conventional Vitamin C has limited absorption due to rapid metabolism and excretion.

Lipoza-Vit C is developed using advanced liposomal technology, where Vitamin C is encapsulated within phospholipid vesicles. This system enhances stability, protects against degradation, and enables improved absorption and sustained release, ensuring higher bioavailability and superior functional efficacy.

Key Functional Highlights (Benefits)

Experience the advantages of advanced liposomal curcumin technology designed to support better absorption, stability, and overall formulation performance.

Applications

Suitable for a wide range of nutraceutical and functional health formulations across multiple dosage formats.

Capsules

Ideal for convenient daily nutraceutical supplementation.

Sachets & Powder Blends

Designed for quick-mix and on-the-go nutritional applications.

Tablets

Suitable for stable and easy-to-consume health formulations.

Gummies

Perfect for enjoyable and consumer-friendly wellness products.

Liquid Nutraceutical Formulations

Optimized for high-performance liquid nutraceutical applications.

Mouth Melt Powders

Fast-dissolving powders for convenient and effective nutrient delivery.

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Dynamic Light Scattering (DLS) for particle size measurement

Dynamic Light Scattering (DLS) is employed to evaluate the particle size distribution and polydispersity of liposomal formulations, providing essential information on colloidal stability, dispersion uniformity, and potential bioavailability.
For example – Lipoza®-Curcumin

Zeta Potential Analysis for surface charge and stability

Zeta potential analysis provides insight into the surface charge and colloidal stability of liposomal formulations, where higher negative values indicate improved dispersion stability and reduced risk of particle aggregation.
For example – Lipoza®-VitC

Absorption and permeability through models like Caco-2 cell lines.

Caco-2 studies utilize human intestinal epithelial cell monolayers to evaluate the permeability and predicted absorption of test substances across the gut barrier.

For example – Lipoza-Glutathione
Demonstrated superior permeability, showing 0.95% transport compared to 0.29% for Reduced L-Glutathione—an approximate 3.28-fold increase. This enhanced permeability, despite lower glutathione content, indicates improved intestinal absorption and supports its potential as a more bioavailable form of glutathione supplementation.

1.TEM-Based Structural Analysis of Liposomal Formulations

Transmission Electron Microscopy (TEM) provides high-resolution visualization of liposomal morphology, enabling assessment of vesicle size, shape, and internal structure. Liposomes generally appear as well-defined spherical vesicles with a distinct bilayer and a darker core region.
For example – Lipoza®-Q10

2.SEM-Based Surface Characterization of Liposomes

Scanning Electron Microscopy (SEM) offers detailed visualization of surface morphology, enabling assessment of particle texture, external structure, and overall physical characteristics of liposomal powders. This technique helps confirm uniformity, surface smoothness, and morphological integrity of the formulation.
For example – Lipoza®-Fe
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