NucleoFILL

NUCLEOFILL is a series of natural polynucleotide-based biostimulating gels. Produced by PromoItalia - the original!

Products from wild salmon semen
Undergoes a strong cleaning process
Low concentration of Uracile
Low concentration of heavy metals (< 0.02 ppm)
Different molecular weight (from 50 to 2500 kD)
pH 6.8-7.2
 

What is NucleoFILL?

PDRNs are the molecules that make up our DNA and genetic code, therefore they are very valuable molecules for the body and cells. Their main feature, in addition to transmitting information, is that they can activate several cell membrane receptors, triggering biological processes that are fundamental to the cells' life.

The chemical structure of PDRNs is able to activate specific cellular receptors based on the type of implant performed. Activation can be compared to unlocking the mechanisms of a lock, where the key is the PDRN and the lock itself is the cell's receptors.

Why choose NucleoFILL with PDRN?

The polynucleotide matrix from PromoItalia is able to activate processes for skin bioregeneration both at a deep level (fat and bone tissue), and at the level of the dermis (fibroblastic stimulation).

Different locks represent different receptors, which will open different doors, triggering different mechanisms in the cell. Thanks to PromoItalia research, people have learned to activate the receptors to stimulate anti-aging processes and restore optimal conditions in the skin.

What is PDRN?

The structure of PDRN is modified according to the size of the molecular aggregates, a bit like sugar, it is possible to find it in different forms, granulated in cubes or in extra fine powder. The substance is always the same, only the size of the molecular aggregate changes.

For PDRNs it is the same, we can have large aggregates (high molecular weight compounds), medium aggregates (with medium molecular weight) and very small aggregates (with low molecular weight). The structure and molecular weight are fundamental for the diffusion capacity and for the correct stimulation of cellular receptors.