Why do some people develop hair loss while others do not? While there are many possible reasons why this scenario happens, one of the closest answers is probably genetics. The question you should be asking is the possibility of passing this problem to children.
The role genetics play in many health conditions is so complex that it is possible for scientists to only be scratching the surface of the problem. When it comes to hair loss, especially androgenetic alopecia (or male-pattern baldness), researchers identified at least one gene called AR. This is an androgen gene receptor. Androgens are hormones responsible for regulating primary and secondary sexual characteristics of both males and females, including hair growth.
Where do these genes come from? For many years, people have believed that the mother is at fault since the X chromosome may be carrying the gene. According to some studies, however, men who have fathers with male-pattern baldness are more likely to experience the same than people whose dads have never experienced hair loss. In other words, as long as the parents have it, there is a good chance that their children will experience the same.
State the Difference
Although genetic-related hair loss can happen in both men and women, the pattern could be different, especially in the front. Among males, hair can 'recede' and form an M pattern eventually. For women, hair loss begins in the center or the crown, leaving the hairline near the temple unaffected.
What Can Be Done?
Genetic-related hair loss may be partial or permanent, and there is no known cure for it. Nevertheless, there are treatments in the UK like follicular unit transplantation that can help you. Although some see this procedure as costly, it has a high success rate and could give you the results you want than other options.
Hair loss may be a symptom of an underlying condition, but by itself, it does not cause any serious health problem. If it lowers your self-esteem, though, take a chance and do something about it.