Ibadova G D, Khamrakulova V V, Lopatinskiĭ V V
Vopr Kurortol Fizioter Lech Fiz Kult. 1996 Jul-Aug(4):17-9.
In vitro experiments demonstrate stability of ascorbic acid pH solution and a 1.5-fold increase in ascorbic acid mass-transfer through semipermeable membranes in exposure to laser radiation and magnetic field generated by the device Uzor. Bioavailability of ascorbic acid was proved by adaptogenic and antioxidant effects of laser-magnetophoresis of 2% ascorbic acid solution applied to the affected joints in 79 patients with osteochondrosis. The above laser-magnetophoresis compared to reflex-segmental technique of laser-magnetotherapy is more effective and safe as to balneopathological reactions.
体外实验表明，抗坏血酸pH溶液具有稳定性，在暴露于由“Uzor”设备产生的激光辐射和磁场时，抗坏血酸通过半透膜的传质增加了1.5倍。79例骨软骨病患者将2%抗坏血酸溶液应用于受影响关节进行激光磁疗法，其适应原性和抗氧化作用证明了抗坏血酸的生物利用度。与激光磁疗的反射节段技术相比，上述激光磁疗法在浴疗病理反应方面更有效且更安全。
