植物病原真菌分生孢子对γ射线、电子粒子和 X 射线（韧致辐射）辐照的敏感性。
Sensitivity of the conidia of plant pathogenic fungi to Gamma-rays, electron particles and X-ray (Bremsstrahlung) irradiation.
机构信息
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出版信息
World J Microbiol Biotechnol. 1995 Nov;11(6):610-4. doi: 10.1007/BF00361000.
Twelve species of plant pathogenic fungi were exposed to high-energy irradiation and their sensitivities compared by the irradiation (termed D 10) required to decrease the viability of conidia by 10%. The D 10 of conidia in 0.06 MXXX phosphate buffer and irradiated with gamma-rays at 32 to 35°C ranged from 0.16 to 0.71 kGy. When conidia were mixed with trehalose and vacuum dried, their sensitivity towards gamma-rays doubled. There was no identifiable trend in the response of dry conidia towards irradiation by gamma-rays, electron particles or X-rays.
十二种植物病原真菌接受了高能辐照，并通过辐照（称为 D10）使其分生孢子活力降低 10%来比较它们的敏感性。在 0.06 MXXX 磷酸盐缓冲液中，在 32 至 35°C 下用γ射线辐照的分生孢子的 D10 值范围为 0.16 至 0.71 kGy。当分生孢子与海藻糖混合并真空干燥时，它们对γ射线的敏感性增加了一倍。干燥的分生孢子对γ射线、电子粒子或 X 射线的辐射反应没有明显的趋势。
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