种子辐射诱导发光随时间的延长,发光强度及发光强度的衰减速度逐渐降低.发光强度的衰减规律接近二级动力学反应规律.每粒种子吸收单位剂量辐射所产生的诱导发光强度及浸种初期的发光强度与幼苗的相对苗高之间具有显著的相关关系,这说明辐射敏感性高的种子吸收单位剂量在单粒种子内产生的诱导发光强度也高.辐照种子发芽后的发光强度比未辐照种子低.
The intensity of seeds luminescence induced by γ radiation and its decay speed both decrease gradually after the seed have been irradiated.The decay rule of the luminescence intensity follow nearly the second order reaction dynamics rule. The perseed luminescence induced by perdose correlate significantly with the seedling relative height,and the perseed or pergram seed luminescence at the soaking begining time correlate extremely significantly or significantly with the seedling relative height,these suggest that the higher radiosesitivity of the seed the higher intensity of seed luminescence induced by γ radiation. After germinating,the luminescence intensity of the irradiated seed is lower than that of the no-irradiated seed,this is because of the radianon inhibit the seedling growth.
陈有君,朱峰,马鹤林,康玉凡.种子辐射诱导发光与辐射敏感性关系的研究[J].生物化学与生物物理进展,1995,22(3):244-249
复制生物化学与生物物理进展 ® 2025 版权所有 ICP:京ICP备05023138号-1 京公网安备 11010502031771号