Savchenko A A, Bulygin G V, Nagirnaia L A, Mitroshina L V
Patol Fiziol Eksp Ter. 1996 Apr-Jun(2):24-7.
To study the mechanisms of immunocompetent cells' response to long-wave laser radiation in male Chinchilla rabbits after in vivo emission (lambda = 632.8 nm; emissive power, 19 mW) for 15 min, lymphocytes and thymocytes were identified in the projection areas of the thymus and femur and the levels of NADP-dependent dehydrogenases were measured. The changes found in the levels of thymocyte NADP-dependent dehydrogenases while exposing the rabbits to radiation in the area of the femur, as well as the area-related differences in the modulating effects of laser radiation on the activity of the lymphocytic enzymes under study indicate the mediated cellular metabolic regulation which is likely to be chiefly affected by the autonomic nervous system in the first postradiation minutes.
为研究雄性毛丝鼠兔在体内发射长波激光辐射（波长 = 632.8 nm；发射功率，19 mW）15分钟后免疫活性细胞对其反应的机制，在胸腺和股骨的投射区域鉴定淋巴细胞和胸腺细胞，并测量NADP依赖性脱氢酶的水平。在股骨区域对兔子进行辐射时，胸腺细胞NADP依赖性脱氢酶水平的变化，以及激光辐射对所研究的淋巴细胞酶活性的调节作用的区域相关差异表明，在辐射后的最初几分钟内，细胞代谢调节可能主要受自主神经系统介导，且这种调节是通过细胞介导的。
