Haymaker W, Look B C, Winter D L, Benton E V, Cruty M R
Aviat Space Environ Med. 1975 Apr;46(4 Sec 2):467-81.
The primary objective of the experiment was to determine whether a specific portion of the high Z-high energy (HZE)* galactic cosmic ray particle spectrum, especially particles with Z greater than or equal to 6, can produce microscopically visible injury of brain and eye tissues. Pocket mice (Perognathus longimembris), obtained from the California desert, were selected as the biological target. Five of these mice were flown on Apollo XVII. Not only the brain and eyes but also many other tissues of these animals were studied for evidence of cosmic ray particle damage. The lack of prior experimental evidence as to the character of the potential injury induced by HZE particles required reliance on the physical characteristics of particle radiation in ascertaining the probable nature of the injruy. These characteristics and the key aspects of the experiment are summarized in this paper. Subsequent articles in this special supplement give details of the biological, engineering, and dosimetric aspects of BIOCORE together with the results.
该实验的主要目的是确定高原子序数-高能(HZE)*银河宇宙射线粒子谱的特定部分,特别是原子序数大于或等于6的粒子,是否会对脑和眼组织造成微观可见的损伤。从加利福尼亚沙漠捕获的囊鼠(长鼻更格卢鼠)被选为生物靶标。其中五只小鼠搭乘阿波罗十七号飞行。不仅对这些动物的脑和眼,还对它们的许多其他组织进行了研究,以寻找宇宙射线粒子损伤的证据。由于缺乏关于HZE粒子所致潜在损伤特征的先前实验证据,因此在确定损伤的可能性质时,需要依赖粒子辐射的物理特性。本文总结了这些特性以及实验的关键方面。本特刊后续文章将详细介绍生物核心实验(BIOCORE)的生物学、工程学和剂量学方面以及实验结果。