New Treatment Options for Rosacea Orange-Peel Skin and Enlarged Pores from Chronic Rosacea Inflammation and Activation of Fibroblast Growth Factor (FGF) around the Pores and Sebaceous Glands: Hot Topic in NRS Grants

Many rosacea sufferers have orange peel skin texture from the chronic rosacea inflammation around the pores and the activation of fibroblasts that cement the pores wide open. There is now a novel oral nutraceutical that turns off the fibroplasia and allows small to medium-size pores to constrict back 40% to 80% of their normal, non-rosacea size. It takes some time, but it works and the photos and diameter measurements before and after treatment confirm this novel action.

We are now looking into adding this ingredient into our new Rosadyn Clinical product that should be finished within six months after the proper testing.

Here is a short excerpt on this product. I will post before and after photos in subsequent posts:

Escin β-sitosterol PhytosomeR
Microcirculation and orange peel skin condition improver

The therapeutic benefits of Aescin (Escin) are demonstrated by scientific and clinical studies assessing its anti-oedema, and vasoactive properties. Escin β-sitosterol PhytosomeR in fact acts principally in capillaries, its mechanism of action being mainly related to the modification of the vascular permeability. It reduces the number and the diameter of the small pores of the capillary walls through which water exchange normally occurs. By reducing the fluid build up in the skin and subsequent fibroblast formation, our Escin Phytosome can reduce the severity of orange peel skin often associated with rosacea.

The addition of Beta-Sisterol to Escin is the first of it's kind and was added to augment the vascular actions and the skin fibroblast overactivity treatment. Furthermore, the addition of Phytosomes to this nutraceutical allows this active ingredient to "target" skin inflammation via mucopolysaccharide distribution and inflammatory markers like V-CAM, I-CAM and Skin-CAM -- Inflammatory Cellular Adhesion Molecules (CAM)

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Best,
Geoffrey

Dr. Geoffrey Nase
Ph.D: Neuro-Vascular Physiologist

Email: drnase1000@hotmail.com
Bibliography: http://drnase.com

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