Liposomal Vitamin C Test Results / Bioavailability
On this page we publish our guarantee and test results regarding the particle size, which determine the bioavailability of liposomal vitamin C. Here you can see that we are producing a real liposomal product, which the measurement results clearly show. Only a truly liposomal product with the right particle size can achieve the effect that has often been described as positive. Bioavailability stands for the effectiveness of the liposomal product and therefore quality.
Here is the data that was collected during their investigations
As we have already explained on several other subpages of our website, the correct particle size of a liposomal product is the hallmark of quality and bioavailability. Only if these particles are small enough (nanometer range at approx. 100 – 250 nm) can our intestines absorb them and pass them on into the bloodstream.
The desired particle size should be around 100 – 250 nanometers.
These 100 – 250 nanometers are very, very small particles and are just 0.000 100 – 0.000 250 mm in size. Even a human hair seen in cross section is still huge in comparison to such a liposome. These liposomes cannot be seen with a normal microscope. You need an electron microscope! So you now have an idea of how tiny such particles are.
We continually carry out these examinations to ensure quality. Always ensure bioavailability. We want to offer the customer the highest possible quality because we are convinced that this is the only way we can survive on the market (which has become clear in the 8 years since our market launch).
That’s why we put in this effort and are only satisfied with our products when they fully meet all of our high standards.
It is also the case that our customers, some of whom are seriously ill (cancer and autoimmune sufferers), count on the effectiveness of our products, and we must live up to this responsibility in every case. Since this is not “just any” vitamin C drink that is sold to “just any” consumers for pure profit reasons, we are committed to producing only the best and most effective quality.Here are the detailed measurement results from Microtrac:
Here are the detailed measurement results from Microtrac:
The difficulties with particle size
In order to produce an effective liposomal vitamin C, the right particle size is required, which in this case has to be very small. It is relatively easy to work on the micro scale and produce particles of this size. But to get into the smaller nano range is much more complex and you have to be very careful that these particles don’t get too small. Because below 20 nanometers the surface tension of the particles increases and it can happen that these particles burst because of this tension. That would then make the product worthless and the effectiveness, i.e. bioavailability, would no longer exist.
That’s why these liposomes have to be the right size for our body in order to get the full benefit. Effective liposomal vitamin C falls and stands with the correct particle size.
How do you achieve this particle size?
As already mentioned, this procedure is not easy and requires a lot of energy. But where a lot of energy is needed, heat is also generated. However, this heat damages the lipid and destroys it. Therefore, effective cooling must be ensured during processing. This is done with a cooling coil, whereby the medium is repeatedly treated for a short time up to a temperature of 29 degrees and then cooled down again to around 4 degrees. Numerous such passes are important until the desired particle size is achieved.
Ultrasonic sonication
With very powerful ultrasonic devices, which emit high energy (ultrasonic) on the smallest diameter, the particles are continuously crushed in several passes. These ultrasonic waves, which hit the medium with over 3000 up to 5000 watts of power, shred the larger particles until they reach the right size after a few repetitions. As already mentioned, heat is generated during this process and with these energies, which must be cooled again and again. The liposome (lipid) does not tolerate heat and is therefore easily destroyed. So of course this has to be prevented.
At the tip of the power transmission, which is made of titanium (which is only about 3 centimeters in diameter), speeds of over 1000 km/h are achieved in operation. These cavitation velocities, which form when bubbles implode (also called bubble implosion), are called.
Therefore, the production of liposomal vitamin C is not very easy and in order to produce a real liposomal product, it requires quite a large financial effort.
The question of whether you can make liposomal vitamin C yourself can actually be answered with yes, but it requires the right equipment. However, this is impossible for household use, as such a product would then be astronomically expensive.
