Growth Factor Concentration Therapy for Hair Loss

What Is Growth Factor Concentrate Therapy?

Growth factor concentrate therapy, or GFC treatment, is a relatively new method developed to help individuals experiencing skin rejuvenation and hair loss. GFC is a non-surgical procedure that promotes hair growth by using the patient's own blood platelets. It is a more potent kind of platelet-rich plasma (PRP) with better outcomes. This is not the typical PRP therapy; this approach is more advanced.

During this process, high-concentration growth factors are taken out of platelets and injected straight into the skin or scalp in place of platelets. The blood is collected, mixed, and left to stand for 30 minutes in a GFC tube, releasing growth factors, including PDGF (platelet-derived growth factor), VEGF (vascular endothelial growth factor), EGF (epidermal growth factor), and IGF-1 (insulin-like growth factor), from the platelets. GFC is extracted and applied to the targeted skin area after centrifugation for around ten minutes. It is a perfectly safe procedure that thickens and densifies hair in thinning or damaged areas by injecting growth factors and improving the local blood supply. Patients can achieve optimal results with this cutting-edge in just three to four sessions. As a result, it is the ideal process to restore hair loss.

What Is the Procedure for Growth Factor Concentrate Therapy?

Growth factor concentrate therapy promotes cell growth and healing; growth factors are extracted from the patient's blood and reinjected into the skin or scalp.

The standard protocol for treating GFC is as follows:

• Consulting: The patient will first consult a hair care specialist to review their expectations, goals, and medical history. They will go over the process, possible results, and associated dangers.

• Blood Collection: Similar to a routine blood test, a tiny volume of blood is taken on the day of the therapy using a sterile syringe. After that, the blood is moved into four GFC tubes, each divided equally to accommodate 15 to 16 ml (milliliter) of blood.

• Centrifugation: After the blood has been collected, it is put in a centrifuge and centrifuged at 3,400 rpm for ten minutes. The blood is centrifuged to separate the plasma, white blood cells, red blood cells, and platelets. Platelet-rich plasma (PRP), a particular layer abundant in platelets and growth factors, is removed. More processing is carried out in the case of GFC to concentrate the growth factors more than in regular PRP.

• Activation: A particular procedure may then activate the concentrated growth factors. This activation stage is essential because it causes the platelets' growth factors to be released, preparing them for action when the platelets are injected into the intended region.

• Injection: Next, using tiny needles, the activated GFC is injected into the desired regions. In terms of hair restoration, this will be the scalp, especially the thinning hair patches. Areas of the face, neck, or other body parts where skin rejuvenation is needed may be targeted.

How Is GFC Different From PRP?

Growth factor concentrate therapy and platelet-rich plasma therapy are autologous treatments from the patient's blood.

However, they have many differences, as follows:

• The main difference between these two therapies is the concentration and make-up of the solutions. Platelets and plasma are extracted from blood containing a range of growth factors to produce platelet-rich plasma (PRP). On the other hand, GFC is more of a particular growth factor that is more advantageous in healing and regeneration processes.

• Both treatments involve taking the patient's blood and processing it. Centrifugation is used in PRP preparation to separate the platelets and plasma from the other blood components. Centrifugation is also the first stage in GFC, but it also involves other processes to concentrate and remove growth factors from the platelets.

• While GFC has fewer plasma platelets and a higher concentration of growth factors, PRP combines platelets and plasma. Also, because of the concentration and purification of growth factors, GFC is typically thought to have a higher efficacy than PRP.

What Are the Advantages of Growth Factor Concentrate Therapy?

The growth factor concentration therapy has the following benefits:

• GFC increases hair volume and thickness while reducing hair loss.

• For people who are experiencing the early stages of alopecia, it is very beneficial.

• Because neither WBCs (white blood cells) nor RBCs (red blood cells) are engaged, the likelihood of pain and inflammation is reduced.

• The process ensures quality and ease.

• Few sessions are required to get the best outcomes.

• Made entirely safely from the candidate's blood.

• There is no chance of contamination, as blood is drawn using a syringe and further analyzed to ensure the safety of the GFC treatment.

• Unlike PRP treatment, the process does not extract any additional blood cells.

• The GFC hair treatment can be customized to the patient's exact specifications, guaranteeing a development plan that considers the patient's unique hair issues.

• Since GFC hair treatment is non-surgical, it may be pleasant and secure for those who do not like intrusions.

• The effects of GFC hair treatment can last up to a year, which is longer than other hair remedies and means fewer follow-up sessions are required.

• In contrast to other hair re-establishment methods, which can result in an artificial appearance, GFC treatments usually offer natural-looking results.

What Are the Side Effects of Growth Factor Concentrate Therapy?

GFC treatment's safety profile is good. If there are any side effects, they are usually mild and temporary. These could include:

• Mild swelling or soreness at the injection site, although they usually go away in a few days.

• An infection is possible with any injection-based procedure. To reduce this risk, proper sterile practices are necessary.

• An allergic reaction to the ingredients used in the growth factor concentrate's production or to the local anesthetic, if one is used, is possible but unlikely.

• Not every patient reacts well to GFC treatment. Some patients may not see a noticeable improvement in their condition, which can be discouraging and necessitate different therapies.

• Rarely, the injection site may develop scar tissue in the body, which could be uncomfortable or lead to issues.

Conclusion:

Growth factor concentration therapy is a promising and innovative approach to treating hair loss. This therapy stimulates hair follicles, promotes hair regrowth, and improves scalp health by leveraging the body's natural growth factors. It is proven effective for various types of hair loss, including alopecia areata. Compared to conventional treatment options, growth factor therapy offers a less invasive and safer alternative with fewer side effects.