Titlebook: Biological Radiation Effects; Jürgen Kiefer Textbook 1990 Springer-Verlag Berlin Heidelberg 1990 Activation.Endoplasmatisches Reticulum.Ph

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Special Aspects of Cellular Radiation Action,ere. The action of long-wavelength UV and visible light is certainly important from an ecological point of view but also with regard to some medical applications. Radiowaves and ultrasound are also becoming to play a role in diagnosis and sometimes therapy, and there is some concern in the public ab

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Theoretical Models of Cellular Radiation Action,t predominantly to bring radiation biology from a descriptive to a higher theoretical level but more to allow estimates in dose ranges where direct experimental determinations are not feasible or even possible. A well known and important example is the behaviour at very low doses and dose rates. All

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Acute Radiation Damage,t of the chapter is devoted to the acute radiation syndrome as it develops after whole-body exposure to ionizing radiation and which is mainly caused by the impairment of cell division in the renewal systems of the blood-forming organs and the alimentary tract. In the last section, the acute “radiat

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urg or Chernobyl. These considerations, however, were not the reason for writing this book although it is hoped that it will also be helpful in this respect. The interaction of radiation with biological systems is such an interesting research objective that to my mind no special justification is nee

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Klimawandel und Resilience Management down the progression of cells through the cycle; this effect is reversible with low doses. The inhibition of DNA synthesis is particularly relevant in this respect and will, therefore, be discussed in more detail.

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Menschliches und Spekulatives zur Zukunft,by the impairment of cell division in the renewal systems of the blood-forming organs and the alimentary tract. In the last section, the acute “radiation sickness” in its clinical form is briefly described.

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Radiation Effects on Subcellular Systems, DNA are outlined. A special section deals with repair phenomena at the subcellular level. The chapter includes also a description of “gene mapping”, which demonstrates how radiobiological approaches may be successfully applied to problems of general molecular biology.

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Radiation and the Cell Cycle, down the progression of cells through the cycle; this effect is reversible with low doses. The inhibition of DNA synthesis is particularly relevant in this respect and will, therefore, be discussed in more detail.