How to judge hair follicle necrosis

Having thick hair is the wish of many people, especially nowadays, many people use inappropriate shampoo or have irregular diet, which causes necrosis of hair follicles, hair loss, and whole hair falling out. Healthy hair looks black, shiny and glossy. If there is a problem with our scalp or the hair follicles are unhealthy, the hair will become dry, split and have other problems. So how do we determine whether the hair follicles are necrotic?

Judgment method:

In the early stages of hair loss, the hair will become thin, soft and sparse. At this time, it can be treated through self-regulation and medication. However, if timely measures are not taken, or the original lifestyle is continued, hair loss will only become more and more serious. At this time, no hair growth potion can make the hair grow again, because the hair follicles have atrophied and necrotic. You can go to a regular hair transplant hospital for professional hair follicle testing to solve the problem of how to determine whether the hair follicles are closed.

How to determine hair follicle necrosis? - How to deal with it

In the case of hair follicle necrosis, the only way for hair loss patients to restore their original appearance is through hair transplant surgery. The healthy hair follicle tissue at the back of the head is extracted and then transplanted to the area of ​​hair loss. After the implanted hair follicles establish a new blood circulation relationship, new hair will grow with all the properties of the original hair and will not fall out permanently, thus completely curing hair loss.

The hair follicle is a structure that goes deep into the dermis tissue. The top of the hair follicle is connected to the sebaceous gland, which has the function of secreting sebum and moisturizing the scalp and hair. There is a bundle of arrector pili muscles in the middle of the hair follicle, which extend obliquely upward to the epidermis. During the growth period of hair, the hair follicles can extend into the subcutaneous tissue. The nutrients for its growth are provided by the dermal papilla. Both hair follicles and hair are differentiated from the hair matrix cells in the lower part of the hair bulb. The hair follicles are composed of the inner and outer hair root sheaths. The hair roots, which are wrapped in hair follicles, are connected to the sebaceous glands. The sebaceous glands are divided into multiple lobules. The appropriate amount of secretions produced by the sebaceous glands can be discharged from the hair follicles and reach the surface of the hair shaft, which increases the hair's luster while also making it smooth. However, excessive sebum secretion can also clog the pores. When the pores are overly clogged and not relieved, seborrheic dermatitis occurs. If allowed to develop, hair loss will occur.

According to the hair transplant team's clinical research data over the years. The secretion of DHT, a male hormone, is the root cause of hair loss. This hormone mainly affects the hair follicles on the forehead and top of the head; the hair follicles on the back of the head are not affected by DHT. Nearly 50 years of clinical observation have shown that transplanted hair can grow again and will not fall out again like the original hair.