The Role of Azelaic Acid and Zinc in Hair Regrowth

Taking vitamins for hair regrowth so as to stimulate hair production or decelerate baldness is a hot topic of dialogue for people with hair loss for quite a while. Androgenic alopecia (a.k.a. androgenic alopecia) afflicts an incredible number of men and appears to be most prevalent in populations who have adapted to some cold climate. Due to this, there is some suggestion that hair loss may be an evolutionary development to assist in fighting prostate type of cancer. Having less hair improves the absorption of ultraviolet radiation from sunlight which, subsequently, could lessen the chance of developing a prostate type of cancer.

However, not surprisingly speculation, what exactly is now clear would be that the male hormone dihydrotestosterone (DHT), which can be constructed from testosterone by an enzyme called 5-alpha reductase (5-AR), constitutes a significant contribution, not just in prostate enlargement, but to hair loss too. So, is it possible to grow hair faster and counter the results of 5-AR? Well, it may be possible since there are several freely available vitamins and supplements that appear in order to inhibit the act of 5-AR, hence inhibit the progress of hair loss.


Azelaic Acid

Azelaic acid can be a natural organic acid present in barley, rye, and wheat. It has developed into a popular element of hair conditioners and is also popular in treating acne. However, recent attention has focused on its potential in treating hair loss. Some studies appear to claim that azelaic acid, rather like zinc, can disrupt the creation of DHT. Furthermore, azelaic acid seems to be effective with zinc compounds to help inhibit DHT production. Adding vitamin B6 appears to further enhance this anti-DHT compound and 5-AR inhibition rates that go up to 90 percent happen to be claimed.


Zinc

There were several studies claiming to show the inhibiting effect of zinc compounds around the activity of 5-AR. It has prompted some researchers to take a position concerning the chance for zinc being valuable in disorders associated with raised degrees of DHT. A lot of the published 5-AR/DHT research have understandably focused on issues concerning prostate-related conditions; nevertheless, the results manage to reveal that when degrees of zinc are low, the conversion of testosterone to DHT by 5-AR is increased. In contrast, at higher zinc levels, producing DHT is significantly inhibited. One of the most readily absorbed type of zinc is zinc citrate; also, the presence of vitamin B6 appears to significantly raise the efficacy and bio-availability of this zinc compound.