Titlebook: Biological Dosimetry; Cytometric Approache Wolfgang G. Eisert,Mortimer L. Mendelsohn Conference proceedings 1984 Springer-Verlag Berlin Hei

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https://doi.org/10.1007/978-94-007-1156-3en cell doubling times. Chromosome structural changes can be observed microscopically in stained preparations of mitotic cells but this requires tedious counting For a rapid determination of cellular sensitivity which might provide predictions of responses of tumors to various treatments, a new tech

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,Synthesis of?Planar Complex Linkages,ells with radiation-induced chromosome aberrations plotted against the existing A-bomb dosimetry system (T65D), and the new dosimetry systems from ORNL (Oak Ridge National Laboratory) and LLNL (Lawrence Livermore National Laboratory). Preliminary analysis-shows that the inter-city difference in aber

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https://doi.org/10.1007/978-94-009-7060-1perm represents one of the most dramatic differentiation pathways in biology. Table 1 illustrates some of the reporductive tract events within this differentiation pathway that can be modified by environmental agents. Some of the specific events underlying sperm maturation currently under investigat

Gesture

Walther Meyer zur Capellen,Walter Rathssays for reproductive effects are attractive because of the potential for obtaining samples for monitoring human populations. Visual analysis of sperm morphology has been used for many years as one component of semen assessment. More recently it has been found that shape abnormalities are induced b

Devastate

Kinematik der sph?rischen Schubkurbelonsible for the radiation-induced reduction of DNA-synthesizing testicular cells are the most sensitive cells we know in adult mammals. The D.-dose of murine S-phase diminution is about 0.25 Gy. The dose-response relationship of S-phase reduction with 200 kV X-rays is shown in the range from 2.5 Gy

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Walther Meyer zur Capellen,Manfred Wernerbecause of loss of essential function; and a salvation by providing the degrees of freedom with which selection caused genetic diversity and evolution. Geneticists and more recently molecular biologists have been fascinated by the mechanisms of mutation and repair. Now regulators and public health a

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