The Scanning Electron Microscope (SEM) shows that at the tip of the hair it is thin, weak and has no pigmentation. As ExoBalance™ Hair Regrowth Solution is applied, the second SEM shows an increase in size, strength and has pigmentation. As the scalp continues to be brought back to its natural healthy state, the hair in the third SEM shows that it has become thicker and stronger. The fourth and final SEM shows that the hair, which is less than 2 inches, has almost doubled in diameter in only four months.
What is happening here is the hair follicle has been choked by sebum, dead skin and an over production of flora. This will slowly suffocate the hair follicle, reducing the size of the hair and slow the growth of the hair. That is why in the first SEM the hair is thin, weak and has no pigmentation. If not treated, the hair will suffocate and all that will remain is a thin, weak non-pigmented hair in a dormant state. By using ExoBalance™ Hair Regrowth Solution, we can reverse this and bring back your hair naturally.
The right side of the slide shows the hair as thick, strong and with pigmentation. As the hair grows out, it begins to be choked out by sebum, dead skin and an over production of flora. The slide shows the hair in the middle as thin, weak and with no pigmentation. ExoBalance™ Hair Regrowth Solution is added to the scalp. As the scalp continues to be brought back to its natural healthy state, the hair starts to become thicker, stronger and has pigmentation. This is seen on the left side of the slide.
What's happening here is the hair follicle is strong and in its healthy state. Over time, the hair is becoming choked out by sebum, dead skin and an over production of flora. This will slowly suffocate the hair follicle, reducing the size of the hair and taking away its pigmentation. Using ExoBalance™ Hair Regrowth Solution reverses this death cycle and brings the scalp back to its natural state and in turn, brings back the hair. This is seen on the left side were the hair is thick, strong and has pigmentation.
SEM taken by:
Laura Tuhela-Reuning, PhD Ohio Wesleyan University.