Research into Rosacea

In recognition of the fact that April is Rosacea Awareness Month, it seemed appropriate to talk a little about some of the recent research into the causes of rosacea, which will hopefully, in turn, lead to better treatments and prevention.

Honing in on one specific cause of rosacea may be impossible, however, researchers are now uncovering some promising theories and doing further studies to help solidify what they have found thus far.

The results of some of the research being done points to the following causes:

  • Blood vessel disorder
  • Genetic predisposition
  • Demodex folliculorum (skin mites)
  • pH balance
  • Cathelicidins

The theory behind the blood vessel disorder is that pimples and/or the tissue growth associated with phymatous rosacea is instigated by the fluid built up in blood vessels, causing them to expand. This fluid can set off inflammation. Structural abnormalities have been noted in the blood vessels of rosacea patients studied.

A lot of attention is being given to the study of Demodex folliculorum…skin mites…as another very viable cause of rosacea. It is a little disconcerting to think about mites living on our skin, but it is a reality that researchers believe makes rosacea a struggle for many. The diet of these mites consists of dead skin cells. The mites make their homes in our hair follicles on our bodies, preferably our faces. When studying the skin samples taken from those suffering from rosacea, researchers recently found the skin mite population of the study group to be much higher than those without rosacea.

As we recently discussed in a blog about acne, when sebaceous glands get clogged with oil and dead skin, inflammation (pimples) can occur. This reaction can also be caused by hair follicles clogged by skin mites. One study conducted by researchers in Ireland found that bacteria carried by the skin mites caused adverse reactions in rosacea patients and not in those who did not suffer with rosacea.


Another condition that can contribute to outbreaks of rosacea is the pH of the skin. A higher acidic pH aggravates rosacea. A couple of the things that can affect the acidity of the skin are the foods you eat, what you drink, and the amount of stress you are experiencing. Commonly known foods and drinks that can affect rosacea are those that are spicy (hot) and red wine. A more complete list is provided here.

Finally, on our list are cathelicidins, molecules that are a part of our bodies’ normal bacteria-fighting immune system. Our bodies routinely will call on cathelicidins to help in response to “dangers” that are sensed, such as spicy foods, stress, and high heat. A study by Dr. Richard Gallo from the University of California-San Diego helped to determine that the makeup of cathelicidins in rosacea patients is different and more abundant. According to the research, an additional enzyme, kallikrein, is present in large amounts, which stimulates the cathelicidin unnecessarily, causing skin inflammation. One therapy being looked at involves bringing cathelicidin levels into a normal range through the use of Vitamin D.

Although rosacea is a condition that can have life-long negative affects on patients’ lives, the research that is being done is promising in that, along with certain lifestyle changes, there may be new and better therapies on the horizon.

Poly-Organic Peel on the Way

A couple of weeks ago, I talked about “desquamation”, the process by which your body sheds old, dead skin cells naturally. This week I wanted to touch on chemical peels and how they can assist in removing dead skin while also addressing other skin issues.

As your skin ages and suffers years of sun damage, the texture of it can become rough, discolored, and it can begin to lose its firmness. Exfoliation can help, but normal exfoliation is a superficial process restricted to the stratum corneum. Chemical peels accelerate the normal desquamation process and generate a quicker exfoliation of the stratum corneum.

Chemical peels can be superficial, but based on the type of peel, they can also reach to a medium depth, affecting deeper cell layers in the epidermis. Medium-depth peels are used to treat discolored skin, hyperpigmentation, fine lines, wrinkles, sun damage and precancerous skin lesions. Medium-depth peels usually take between 30 and 60 minutes to administer. Side effects include moderate stinging or discomfort for 30-60 minutes.

The depth of peels depends on the active ingredient(s), the concentration of the active ingredient(s), the number of passes or layers applied, the type of skin (thin or thick), the type of skin preparation (eliminating residual sebum and creating an even pH), the application technique, the anatomic location, the application contact time and finally, the spacing of subsequent peels.

The way in which they work is that the chemical peels create a wound in the epidermis, which stimulates cell growth (the healing process) and the formation of important substances deficient in sun damaged and aging skin. But all peels are not created equal and their effectiveness and the depth to which they will go depends on the ingredients in your peel. Superficial peels typically use one or two active ingredients, such as alpha hydroxy acids (glycolic acid) or beta hydroxyl acids (salicylic acid) to remove the epidermis, or uppermost layer of skin. Medium-depth peels penetrate deeper into the epidermis.

Single agent peels lack uniform penetration due to the variability of skin penetration. Peels with multiple ingredients produce a synergistic effect and more uniform sloughing of the stratum corneum, in addition to having a reparative effect on the deeper layers of the skin.

I’m very excited about our (Rx Systems PF) new, soon-to-be-released Poly-Organic Peel. Our Poly-Organic Peel is a novel, cutting-edge new peel designed to repair photo-damage and brighten skin tone. We’ve created this peel by selecting a combination of complementary ingredients with different modes of action to produce a synergistic affect, creating a brightening and lightening peel, while also improving cell growth, exfoliation, and firmness.

Our combination of exfoliative and reparative natural organic acids includes a unique, innovative blend of peeling agents:

  • alpha-hydroxy acid (glycolic acid)
  • beta-hydroxy acid (salicylic acid)
  • dicarboxylic acid (azelaic acid)
  • aromatic organic molecule (resorcinol) and
  • hydroxyl-pyrone (kojic acid)

Rx Systems PF’s Poly-Organic peel can be layered onto the skin to achieve a mild or medium depth peel. During your Poly-Organic Peel, you will experience a warm, tingling sensation. You may experience redness, tightening, and dryness following your peel. One to three days following your procedure you will notice mild to moderate peeling of the skin that can be concealed with the use of a moisturizer. There is no required downtime from our Poly-Organic Peel, however, a moisturizer with appropriate sunscreen should be applied every morning. In order to maintain your results, it is critical to avoid sun damage. Recovery time for mild chemical peels is usually 24-48 hours. Recovery time for medium depth peels ranges from 3-4 days to 1 week.

After one treatment you may find your complexion much improved and wrinkles less noticeable, however, for optimum results, we recommend one peel per month for six months.

This Poly-Organic Peel must be administered by an anesthetist and, upon its release, will be found at salons that use Rx Systems PF products.