Hair loss is a reality that affects both men and women.
Dihydrotestosterone is one of the main factors that causes hair loss, especially in men.
When asked the question, can dihydrotestosterone be blocked or reduced?
Yes, 5 αlpha reductase inhibitors are mainly used to treat androgenic alopecia and benign prostatic hyperplasia.
Treatments that can help block dihydrotestosterone hormone are finasteride and dutasteride.
Dutasteride is 3 times more potent than finasteride in inhibiting type II enzymes and 100 times more potent than finasteride in inhibiting type I enzymes.
It is an effective drug against alopecia, offering proven benefits and results. Finasteride acts on the enzymes that concentrate in the hair follicles. It can cause hair loss to slow down.
Treatments such as minoxidil or finasteride can help reduce hair loss and even promote hair growth in some cases.
There are natural foods rich in minerals and vitamins that help block DHT.
As testosterone in the blood increases, more testosterone is also converted to DHT, resulting in higher levels of DHT.
Due to the effect of the enzyme 5-alpha reductase, our bodies use testosterone to boost DHT production.
Tomato intake is rich in lycopene, tomato is a food that provides a natural blocker of the hormone that causes baldness or alopecia. The tomato must be cooked as it favors the absorption of nutrients better than if it were raw.
The regular incorporation of nuts such as almonds or cashews help to obtain vitamins such as Zinc and L-lysine, will help to naturally reduce your DHT levels.
Green tea is a food rich in antioxidants, it helps us to block the conversion of testosterone into DHT. Coffee or black tea have very similar effects that can also help you.
Eliminate sugar from your diet or reduce it. Excess sugar can be a barrier that blocks the benefits of other foods, thus losing their effects.
As it happens with sugar, all excesses do not benefit the body, the same happens with coffee intake. An excess of caffeine can lead to an excess of hormonal imbalances causing an increase in the production of DHT.