Stem Cell Therapy for Hair Loss (Alopecia) in Delhi
If you’d like to restore your hair but are hesitant to undergo hair transplant surgery, you should know that regenerative medicine offers a less invasive alternative.
What is Stem Cell Therapy for treating Hair fall?
In the human body, stem cells are basic building blocks with the unique ability to develop into specialized cell types. As a result, they have the ability to repair and heal quickly. Stem cells are extracted from your own fat tissue and concentrated before being injected into your scalp, where they can reverse hair follicle shrinkage and promote hair growth.By the age of 50, 50% of men have lost their hair. These are the ones. (Hair loss affects 99 percent of males with AR genes, and 60 percent of females). The genetic component accounts for 45 percent of the variance, with the remainder owing to medical or environmental factors. In women, hypothyroidism, stress, medications, age, and nutrition all play a role.
Who Can Benefit from Stem Cells and PRP?
Stem cell therapy have been shown to be most effective for:
- Those in the early stages of hair loss
- Patients who are not viable candidates for surgery
- Women who prefer to avoid hair surgery
- Those who don’t have enough quality donor hair for a transplant
Why use stem cells for Hair Loss Treatment?
Since stem cells are harvested from the patient’s own body and are therefore very safe and run a very low risk of infection reaction or rejection
Stem cell therapy for hair loss: How does the treatment work?
Human hair grows out of follicles in the scalp and goes through three stages of development. For the hair, the follicles serve as a source of power, energy, and nutrients. When testosterone is converted to dihydrotestosterone (DHT), it causes hair loss. DHT shrinks follicles, causing hair to thin and shorten. Hair follicles that are damaged prevent new hair from growing. Hair follicles shrink and stop responding to natural new growth stimulators as we get older, resulting in thinning and loss of hair. DHT has no effect on hairs at the back of the scalp or around the ears, so hair loss is less noticeable in those areas.
According to some studies, stem cells extracted from DHT-resistant hairs aid in the formation of new healthy follicles. When injected into hair follicles, stem cells can stimulate the growth of new cells, resulting in the formation of new follicles and hair. At the moment, stem cell therapy for hair loss only exists on paper, and the process is still being researched. Some clinics, however, offer stem cell treatments to regenerate shrunken follicles and promote healthy hair growth.
The inherent characteristics of stem cells are believed to have the following properties
- Scaffolding injected in the scalp helps the hair grow in right direction by orienting the follicles in the right direction.
- Improve the quality and texture of hair
- No side effects of the treatment. It takes about six sittings of the therapy (depending on the amount and stage of hair loss).
- Stemming hair fall completely in the treated area
What can stem cell therapy treat?
- Male pattern Baldness (male androgenetic alopecia)
- Female pattern baldness (Androgenetic alopecia)
- Cicatricle alopecia
Stem cell therapy for hair fall treatment in Delhi: The process
Hair loss stem cell therapy is an outpatient procedure. The procedure is divided into two parts. The stem cells are extracted from the healthy part of the skin with healthy hair follicles in the first step, which is a punch biopsy. This is accomplished by rotating a circular blade-like instrument over the skin to remove the tissue. After that, the tissue is spun in a centrifuge to separate the stem cells. The separated stem cells are then processed in a lab and multiplied many times over.
The balding area of the scalp is cleaned and disinfected in the second step of the procedure, after which the extracted stem cells are injected into the area. After that, the doctor will cover the area of your scalp, and you can go home and wait for the results. This procedure allows hair to grow from the follicles from which it was extracted as well as those from which it was transplanted.