Clinically Validated Liposomes (TEM)
Additional Information
Transmission electron microscopy (TEM) is a powerful tool that lets us see very tiny things, much smaller than what a regular microscope can show. Think of it like a super-microscope.
In TEM, we use a beam of electrons (which are much smaller than light particles) to look at an object or sample. The sample is usually a super-thin slice of something, no thicker than a human hair or even thinner!
Examining the structure of Rho's Liposomes is crucial as it reveals how the active ingredients are effectively encapsulated within these lipid spheres. Rho's Liposomal Delivery achieves over 90% encapsulation efficiency. This rate is remarkable, exceeding the efficiency of other Liposomal products on the market by tenfold.
Liposome Analysis
SIZE (NM) VS. NUMBER
Here is a typical analysis of a Rho liposomal product. The particle size post-digestion is determined using Dynamic Light Scattering (DLS). This data remains relatively consistent across our product range. While TEM (Transmission Electron Microscopy) images of individual liposome structures are intriguing, what truly matters is ensuring the right type of particles throughout the entire product.
The distribution of these spherical particles is of utmost importance. While isolated images can sometimes be misleading or represent only a small portion of the sample, DLS allows us to confirm that the entire sample adheres to the required "spheres" criterion. This comprehensive approach ensures the quality and consistency of our liposomal products.
Clinically Proven
LIPOSOMAL VITAMIN C CLINICAL STUDY
Rho liposomes are rigorously validated through a combination of TEM imaging and Dynamic Light Scattering. Furthermore, they have undergone clinical studies, which have been documented in peer-reviewed journals.
In a comparison between 4g of regular Vitamin C and 4g of Liposomal Vitamin C, the liposomal variant demonstrated significantly higher Vitamin C levels in the bloodstream. This resulted in a reduction in oxidative stress, even in stressful situations. The latest iteration of Liposomal Vitamin C from Rho Nutrition boasts a small particle size, with 92% of the particles consistently controlled for size, highlighting the unwavering quality of our product.
Proven Absorption
Particle Distribution
Particle Distribution
Extensively studied across multiple clinical trials, liposomal absorption in humans involves encapsulating nutrients and substances in liposomes, then administering them to the body. Clinically proven as a superior method, data indicates heightened bioavailability and effectiveness compared to other approaches.
Particle Distribution
Particle Distribution
Particle Distribution
Particle distribution is crucial in scientific experiments, aiding in understanding a sample's size, shape, and other traits. For liposomal particles, diverse techniques like photon correlation spectroscopy, dynamic light scattering, and fluorescence microscopy are employed to measure particle distribution accurately.
Micro-encapsulation
Particle Distribution
Micro-encapsulation
Complete encapsulation of nutrients is a burgeoning practice in the scientific domain. This technique involves enclosing nutrients within liposomes, forging a robust vehicle for storage and delivery. This approach offers a range of advantages, including heightened absorption, amplified bioavailability, and prolonged shelf-life and it enhances the overall effectiveness.