Beiträge zur strahlenstimulation—IV. Der einfluss von licht- und temperaturänderungen sowie des bestrahlungszeitpunktes auf die strahleninduzierte wachstumsförderung Bei Lemna Minor L.

A. Feldmann
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Abstract

According to the results of the experiments, the radiation-induced stimulation cannot possibly have its origin in the increase in concentration of a single compound or its activation. There is a far more basic alteration of the organism which continues through many subsequent generations. Such a continuity is necessarily due to another cause. There is a certain parallelism to a dauermodification (persistent modification), both with regard to the steady-state condition and the induction process. The stimulation effects induced by X-irradiation also can be obtained by even a short-time modification of light and temperature conditions. Presumably the same principle of induction exists in both cases.

贡献给辐射刺激4。光照温度变化和辐照对辐照内辐射促进增长的影响
根据实验结果,辐射引起的刺激不可能来源于单一化合物浓度的增加或其活化。生物体有一种更为基本的变化,这种变化会延续许多后代。这种连续性必然是由于另一个原因。在稳态条件和归纳过程方面,都有一定的并行性。即使在短时间内改变光和温度条件,也可以获得x照射引起的刺激效应。假设在这两种情况下都存在相同的归纳法原理。
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