Androgenetic alopecia, also known as male pattern baldness or women’s pattern hair loss, is one of the wider causes of hair thin in both men and women. Although the topical menu oxidal is an approved therapy, its limited ability to dissolve the water and penetrate the skin reduces its effectiveness. Reporting to researchers Modern materials of health care It has been found that Steviside, which is a natural meter removed from the Stevia plant, can help improve how well the drug is absorbed through the skin.
In the tests using the mouse model of allopathia, a dissolution patch that consists of both stevioids and menu oxidal, which successfully encouraged the hairpack to re -enter the growth phase, resulting in new hair growth.
“The use of stevioids to enhance the delivery of menu oxidal,” said Lang Kong, co -author of PhD, PhD, PhD, PhD, PhD, PhD, Sydney University in Australia.
Androgenic allopathia develops slowly over time and is affected by both genetic and hormonal factors. The condition occurs when the hair follicles are rapidly sensitive to the hydrotestosterone (DHT), which is derived from a hormone testosterone. This sensitivity causes the strap to shrink, which leads to low and better and better ways until the growth is stopped. Although the sample and development between men and women is different, the same is the same.
Currently, the treatment options are limited, which is one of the few widely approved topical therapies. Manoxidal works by increasing blood vessels and increasing blood flow around hair leaves, which can increase the phase of hair cycle growth and stimulate new stresses for development. However, since the drug does not easily pass through the outer layer of the skin and dissolves poorly in the water, its full potential is not often felt. Patients should apply it permanently for several months before seeing the results, and nevertheless, the reaction varies from the person to another.
This challenge has forced researchers to find new ways to improve how Manoxidale is transported to the skull. Increasing the permeability of the drug’s skin can make the treatment more efficient, reduce the frequency of application, and potentially lower side effects related to high use. These discoveries that can serve as a steroid natural absorption enhancement for scientists provide a new direction for scientists seeking to protect both hair loss treatment and effectiveness.
