Treatment of Alopecia with Regenerative Cell Therapy

This case demonstrates the effectiveness of regenerative cell therapy in promoting hair regrowth and addressing alopecia in patients who have not responded adequately to conventional treatments. By targeting hair follicle regeneration and improving scalp microcirculation, regenerative therapy offers new hope for individuals seeking effective management of alopecia. Further research and clinical studies are warranted to validate these findings and optimize treatment protocols for alopecia.

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Patient Information:

Age

59 years old

Gender

Female

Ethnicity

White

Medical History:

No allergies or genetic diseases. Moderate alcohol consumption (3-4 drinks per week), daily coffee intake (2-3 cups/day), and received multiple vaccines with boosters since childhood. Currently taking Rinvoq for the past 2 years to slow hair loss.

Presenting Complaint:

She presented with alopecia, a condition characterized by hair loss, despite being on Rinvoq, which had slowed but not reversed the progression of her hair loss. She sought treatment to address her alopecia and improve hair regrowth.

Treatment Approach:

In pursuit of hair regrowth, she opted for regenerative cell therapy. Over the course of four months, she underwent four treatment sessions, each consisting of six units of complete regenerative cell factors. The treatment was administered via intravenous infusion, subcutaneous injections, and topical application by micro-channel.

Clinical Course:

Following the completion of the four-month treatment protocol, she experienced noticeable improvements in her hair regrowth. The regenerative cell therapy targeted the underlying factors contributing to alopecia, including promoting hair follicle regeneration and improving scalp microcirculation.

Outcome:

Hair Regrowth: She observed visibly noticeable hair regrowth from the dermal root, indicating rejuvenation and activation of dormant hair follicles.

Increased Capillaries: The treatment resulted in increased capillary density in the scalp, facilitating better blood flow and nutrient delivery to the hair follicles, supporting healthy hair growth.

Continued Thickening: She reported continued thickening of her hair even after completing the initial treatment protocol, indicating sustained and ongoing improvement in her alopecia condition.

Follow-Up:

She continued to monitor her hair regrowth progress following the completion of the treatment protocol. Regular assessments confirmed sustained improvements in hair density and quality, supporting the long-term efficacy of the regenerative cell therapy.

Conclusion:

Reactivate Peak Performance.

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