By far, the most important reason for the incredible performance of Spectral.RS is the implementation of Nanosome microspheres as the carrier agent of active ingredients. The process of creating Nanosome structures requires the use of ultra-sonic radiation and other sophisticated techniques that are proprietary to DS Laboratories.
These cell like structures could be readily viewed under a microscope with just a tiny sample of liquid. Particularly impressive is that these structures, unlike liposomes, remain intact even when exposed to temperatures over 30° Celsius and pH as low as 3 (organic acid only) and as high as 14.
Nanosomes act as a delivery system and its layers are physiologically similar to the material of cell membranes. In theory, when a cosmetic containing liposomes is applied to the skin, they begin to merge with the cellular membranes and then release their payload of active materials into the cells. The result, is that the delivery of ingredients can be targeted for the intended cells and the release takes place over an extended period of time.
One major advantage is that active ingredients continue acting at the target site of treatment where hair loss occurs over the course of many hours. However, these positive effects depend on the composition, size, vesicular structure, and the presence of appropriate lipids.
Nanosome manufactured by DS Laboratories is the only microsphere that delivers on the full promise of encapsulation technology.
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When a cosmetic containing liposomes is applied to the skin, the liposomes begin to merge with the skin's cellular membranes, releasing their payload of active materials into the skin's cells.
