Hair Restoration in Burleson, TX

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What Is Hair Restoration?

Hair loss is a major concern for many men and women, whether it's caused by genetics, age, hormones, health conditions, or years of over-styling. With recent advances in research within the hair restoration field, new treatments have been created to help combat the condition. Our advanced nonsurgical procedure is showing remarkable results in slowing, stopping, and reversing hair loss. Hair restoration has also shown promising outcomes in patients with alopecia areata and thinning eyebrows. By combining a powerful solution of hair growth factors and bioactive proteins, Dr. Mukhtar Anees and the team at Med Spa at Seena One can help encourage hair growth, resulting in longer, thicker, and healthier locks.

How is the Hair Restoration procedure Performed?

This minimally invasive procedure can be performed during a brief, one-hour in-office visit. The process starts with obtaining a small amount of your blood and putting it in a specialized machine, which spins the blood at high speed to separate the platelets from the remainder of the blood components. After that, a local anesthetic will be applied to your scalp, and the concentrated platelet-rich plasma is introduced into areas of your scalp that are bald or thinning. Finally, microneedling is performed on the scalp to create micro-trauma and micro-channels to the skin, which allows penetration deep into the skin. Our routine for nonsurgical management of hair loss consists of initial treatment and maintenance therapies about every nine months to a year.

Stimulate New Hair Growth

This hair restoration procedure is a scientifically backed choice for those struggling to find a hair loss solution. At Med Spa at Seena One, we are proud to offer effective and innovative solutions to address hair loss. To hear more about our hair restoration treatment sessions, we invite you to contact our Burleson, TX office today.

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*Individual results are not guaranteed and may vary from person to person. Images may contain models.