What is Hair GFC?
Hair GFC (Growth Factor Concentrate) treatment is a non-surgical anti-hair loss treatment designed to stimulate regrowth. Growth factors are naturally occurring proteins that stimulate cell regeneration & tissue repair, reviving dormant follicles.
How does Hair GFC work?
Hair GFC therapy harnesses growth factors derived from your own blood to stimulate hair growth. The process begins with a simple blood draw, from which the patient's plasma is isolated and concentrated to extract growth factors. These growth factors are then injected into the scalp at targeted areas affected by hair loss or thinning.
Once injected, the growth factors stimulate hair follicle cell regeneration & increase blood flow to the scalp to promote hair regrowth. Over time, GFC therapy leads to thicker, denser hair growth & improved overall hair health.
How can Hair GFC help?
Why choose Hair GFC?
Natural rejuvenation therapy
Minimally invasive, non-surgical treatment
Higher concentration of growth factors than PRP
Stops hair fall instantly
Long-lasting results
Zero to minimal downtime
Frequently Asked Questions
Hair GFC does not have any side effects. This natural hair rejuvenation treatment uses growth factor concentrate derived from your own blood.
The success rate of GFC treatments varies depending on individual conditions. Clinically, GFC has demonstrated an impressive success rate of 80%*.
We offer single sessions as well as Hair GFC packages as per customised treatment plan by our MD dermatologists. Check out our latest Hair GFC price & offers here.
GFC treatment for hair is generally well-tolerated with minimal discomfort, as it involves microinjections into the scalp. However, some people may experience symptoms such as mild pain, redness & swelling at the injection site, which can be relieved by applying ice to the treated area.
Hair GFC results typically begin to appear within 4 to 6 weeks, with noticeable improvements continuing over the next few months. Typically, 3-6 sessions are recommended depending on individual conditions.