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Radiation research. Supplement最新文献

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Interactions above 10 GeV. 10 GeV以上的相互作用。
Pub Date : 1967-01-01
F P Cowan
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引用次数: 0
Effects of acute exposure to high-energy protons on primates. 高能质子急性暴露对灵长类动物的影响。
Pub Date : 1967-01-01
S T Taketa, B L Castle, W H Howard, C C Conley, W Haymaker, C A Sondhaus
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引用次数: 0
Radiobiological studies with heavy particles as related to therapy. 与治疗相关的重粒子放射生物学研究。
Pub Date : 1967-01-01
J H Lawrence
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引用次数: 0
Genetic effects of high-LET radiations in mice. 高let辐射对小鼠的遗传影响。
Pub Date : 1967-01-01
A G Searle, R J Phillips
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引用次数: 0
Acute effects of high-energy protons and alpha particles in mice. 高能质子和α粒子对小鼠的急性影响。
Pub Date : 1967-01-01
J K Ashikawa, C A Sondhaus, C A Tobias, L L Kayfetz, S O Stephens, M Donovan
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引用次数: 0
Survival, chromosome abnormalities, and recovery in heavy-ion and x-irradiated mammalian cells. 重离子和x射线照射下哺乳动物细胞的存活、染色体异常和恢复。
Pub Date : 1967-01-01 DOI: 10.2307/3583714
Skarsgard Ld, Kihlman Ba, L. Parker, Pujara Cm, S. Richardson
The dose response of mammalian cells to ionizing radiation is dependent among other things on the stopping power (dE/dx), or total linear energy transfer (LETo), of the radiation used, as has been shown by a number of recent investigations (1-10). The object of much of this work has been to gain information about the radiosensitive sites involved in the response mechanism as the spatial distribution of the radiation energy deposition is altered. The effect studied in most of these experiments was the survival of colony-forming ability. In this paper are summarized the results of our studies on survival of colony-forming ability (2, 3) and chromosome damage(4) following exposure to radiations of different LEToo ,along with preliminary data on the recovery of cells between fractionated doses. More detailed papers on our studies of survival and chromosome damage will be found elsewhere.2
哺乳动物细胞对电离辐射的剂量反应除其他外取决于所使用的辐射的停止功率(dE/dx)或总线性能量转移(LETo),最近的一些研究表明(1-10)。这项工作的大部分目的是获得有关辐射能量沉积空间分布改变时响应机制所涉及的辐射敏感部位的信息。在这些实验中,大多数研究的影响是群体形成能力的生存。本文总结了我们在不同LEToo辐射下对集落形成能力(2,3)和染色体损伤(4)的存活研究结果,以及在不同剂量间细胞恢复的初步数据。关于我们对生存和染色体损伤的研究的更详细的论文将在其他地方找到
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引用次数: 133
Physiological effects of space cabin atmospheres. 太空舱大气的生理效应。
Pub Date : 1967-01-01 DOI: 10.2307/3583734
E. Roth
In the past, the pressure of engineering commitments involved in the development of spacecraft required that decisions on space cabin atmospheres be made early, often before the physiological tolerance to unnatural gaseous environments could be determined. Selection has been based primarily on engineering grounds, with the burden of proof on the physiologist that the proposed environments could not be tolerated. While this approach has been adequate for previous flights, it has serious drawbacks in the longer and more hazardous missions projected for the future.
在过去,由于研制航天器所涉及的工程承诺的压力,需要尽早就空间舱内的气氛作出决定,通常是在确定对非自然气体环境的生理耐受能力之前。选择主要基于工程学的理由,生理学家承担举证责任,证明所提议的环境是无法容忍的。虽然这种方法在以前的飞行中已经足够了,但在未来预计的更长、更危险的任务中,它有严重的缺点。
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引用次数: 2
Effects of sonic irradiation on yeast. 超声波辐照对酵母的影响。
Pub Date : 1967-01-01 DOI: 10.2307/3583716
V. W. Burns
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引用次数: 5
Space-flight-related stresses on the central nervous system. 与太空飞行有关的中枢神经系统压力。
Pub Date : 1967-01-01 DOI: 10.2307/3583735
R. Schoenbrun, W. R. Adey
Space flight related stresses effects on central nervous system function, discussing centrifugal acceleration, whole body vibration and brain irradiation
航天相关应力对中枢神经系统功能的影响,讨论离心加速度、全身振动和脑辐照
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引用次数: 1
Mutation-induced and nuclear inactivation in Neurospora crassa using radiations with different rates of energy loss. 不同能量损失率辐射对粗神经孢子虫突变诱导和核失活的影响。
Pub Date : 1967-01-01
F J de Serres, B B Webber, J T Lyman
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引用次数: 0
期刊
Radiation research. Supplement
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