Book Chapter10.1007/978-1-4684-6247-0_7
The Temperature Effect
Hermann Dertinger,Horst Jung +1 more
- 01 Jan 1970
- pp 91-101
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TL;DR: This chapter examines the dependence of inactivation rate on the temperature during exposure, and some additional features of the indirect effect will become apparent, the significance of which is enhanced by the observation of a remarkable uniformity in the temperature-dependence of many biological systems under irradiation.
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Abstract: In Chapter 5, target molecular weights for various enzymes were calculated from the 37%-doses measured at room temperature, and the results compared with the true molecular weights of the irradiated biomolecules. As there is no rational reason to attach any special significance to the results obtained at room temperature, the dependence of inactivation rate on the temperature during exposure will now be examined. In some ways, this chapter could be considered as an extension of the target theory; furthermore, some additional features of the indirect effect (see Chapter 6) will become apparent, the significance of which is enhanced by the observation of a remarkable uniformity in the temperature-dependence of many biological systems under irradiation.
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References
Über einige Wirkungen von Strahlen. I
TL;DR: In this paper, a Hypothese uber die Vorgange bei der Absorption von Strahlen im biologischen Gewebe, in photographischen Platten, Kolloiden und anderen Stoffen wird aufgestellt.
111
Effect of the irradiation temperature on the production of free radicals in solid biological compounds exposed to various ionizing radiations.
TL;DR: The results were interpreted to indicate that three different processes are involved in the inactivation mechanism-one that is temperature-independent, and two that depend on the irradiation temperature but can be distinguished by different activation energies.
Combined thermal and primary ionization effects on a bacterial virus.
W. R. Adams,Ernest Pollard +1 more
TL;DR: These results are discussed in terms of a tentative hypothesis that in the dry state the simultaneous breaking of three adjacent bonds of energy 9300 cal./mole will inactivate the virus.
41
Temperature dependence of ionizing radiation effect on dry lysozyme and ribonuclease.
TL;DR: The temperature dependence for dry irradiation is confirmed by the trypsin work, but without indications of plateaulike increments in target mass with increasing temperature, a suggestion made in the reports of the earlier data.
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