Colostrum Hydrofluid has found special lovers.
The Colostrum Hydrofluid was developed as a microbiome care with a special focus on people with eczema. Now, fortunately, the Hydrofluid has also found its way to people with rosacea.Rosacea is a chronic inflammatory skin disease that causes recurrent episodes of skin redness, pustules and dilated veins, especially in women over 30.
Recent scientific findings suggest that rosacea, like eczema, may also be linked to the skin's microbiome.
People with rosacea have an increased colonization density of the skin mite Demodex, whose skeletal shell triggers an inflammatory reaction of the skin's immune system. The Demodex mite itself is in turn associated with the bacterium Bacterium oleronius. This microorganism in turn produces proteins that trigger an allergic and inflammatory reaction of the skin's immune system.
The bacterium Staphylococcus epidermidis, which is a natural inhabitant of the skin flora, is more common in rosacea. Scientific research results show that S. epidermidis shows a different manifestation at increased skin temperature, as is the case in rosacea due to increased blood flow. It produces an altered repertoire of proteins that activates the skin's immune system and can exacerbate symptoms of rosacea.
The absence of certain bacteria can also have a negative impact on skin health. Cutibacterium acnes digests fats on the skin's surface, creating an acidic pH and making the skin supple. There is significantly less C. acnes on skin with rosacea than on healthy skin.
In the composition of Colostrum Hydrofluid, we have placed great emphasis on minimal irritation potential and maximum skin soothing and skin barrier building as well as balancing of the skin microbiome. The pH value corresponds to that of healthy skin and the ingredients of the colostrum make it difficult for S. epidermidis to colonize the skin, thus potentially making room for C. acnes. Interaction with the skin mite Demodex and its associated bacterium B. oleronius has not been studied to date.