Treatment of hair loss with carbon dioxide (CO₂)

🔹 A local increase in CO₂ concentration promotes a more efficient release of oxygen from hemoglobin at the tissue level — a well-documented physiological mechanism known as the Bohr effect.

🔹 Following CO₂ administration, rapid capillary vasodilation occurs. Research data indicate a significant increase in local blood flow within minutes, confirming a predictable physiological response rather than an empirical effect.

🔹 By optimizing microcirculation, the therapy may support the physiological transition of hair follicles from the telogen (resting) phase to the anagen (active growth) phase within the hair cycle.

🔹 Early signs of reduced hair shedding may be observed after several sessions; however, noticeable improvement in hair density requires a full treatment course and consistency.

🔹 The scalp is one of the most highly vascularized regions of the human body, which explains the increased sensitivity of hair follicles to changes in microcirculation.

🔹 In this context, interventions aimed at optimizing microvascular flow may have a visible impact on hair quality. The hair follicle is a metabolically active structure with high energy demands, highly dependent on a continuous supply of oxygen and nutrients. Reduced tissue perfusion rapidly affects hair density and quality.

🔹 Carboxytherapy can be integrated into combined therapeutic protocols alongside mesotherapy and individually tailored topical treatments to achieve a synergistic effect and progressive aesthetic outcomes.

📍 Available at the Chișinău branch, 63 M. Eminescu St.
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