Hair Restoration PRP Method

Many patients come to us desiring to transform the appearance of their hair due to thinning or recession, but they do not need or desire the FUE method of transplanting healthy hair follicles from one area of the head to another. We have developed a unique and effective option for these patients using growth factor injections that are used as part of the FUE method to improve results.

A fuller head of healthier hair can be achieved through a series of three growth factor injections that are given one month apart in one of our convenient office locations. The injections are created using the patient’s own blood, which is spun down and combined with a natural filler that, when combined with growth factors will stimulate collagen production and cell proliferation in treated areas.

This unique treatment option is perfect for a patient with mild thinning who wants to restore the affected area(s) with fuller, denser hair or a patient who has cosmetic concerns but does not wish to be treated with the FUE method. During a consultation, your doctor will discuss your personal concerns, goals, and expected results from this treatment option.

It is important to note that all growth factor treatments are not equal…

Our team is highly experienced in the creation and implementation of Growth Factors.  For hair restoration, this unique treatment option can provide exceptional results with minimal discomfort and downtime.

The growth factor injections will be scheduled for three consecutive months, during which patients typically experience a 19.7% increase in hair density in the treated area(s).

The injections will stimulate collagen and cell production, resulting in a natural regrowth of hair that will be healthy and lasting.

By the end of the first year, most patients can expect to see a 38% increase in the density of hair in treated areas.

Full, natural looking hair will continue to grow from rejuvenated, healthy cells as a result of the growth factor injections.

Hair Restoration Philadelphia