目前有关幅射所引起蛋白质损伤的机制问题,还了介得很少,一般认为幅射促使酶的损伤,与其分子中某些基团例如:巯基、吲哚、苯酚、咪唑、甲巯基等基团的改变有关。本文着重于观察幅射后细胞色素 C 和血红蛋白分子中氨基酸降介的方式。取提纯后的细胞包素 C和血红蛋白配成溶液,充以氮气,使保持无氧状态下,以0.6—2.0兆电子伏特进行γ射线照射,其剂量范围在10~5—5×10~7仑。 Currently on the mechanism of protein damage caused by radiation problems, but also mediated a very small, generally believed that radiation to promote enzyme damage, and some of its molecules such as: mercapto, indole, phenol, imidazole, methylmercapto and other Related to the change of the regiment. This article focuses on ways to observe the reduction of amino acids in cytochrome C and hemoglobin molecules after radiation. The purified inclusion complex C and hemoglobin dubbed a solution, filled with nitrogen, to maintain the state of oxygen, with 0.6-2.0 trillion electron volts γ-ray irradiation, the dose range of 10 ~ 5-5 × 10 ~ 7 Lun.