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The Scintigrafic detection of inflammation in patients examined in the Motol University Hospital since 2007 to 2009.
BRHEL, Jan
This bachelor?s thesis outlines an attempt to describe, to the professional public, the principles of imaging of inflammation in the human body using the methods of nuclear medicine. Two types of imaging of inflammation are described: scintigraphy of labeled leukocytes in vitro and scintigraphy of labeled leukocytes in vivo. The course of the examination, preparation and use of radiopharmaceuticals, indications, contraindications, imaging, etc. are described for both types of methods. The next section of thesis consists in comparsion and evaluation of the data obtained from the hospital system (UNIS), relating to the above tests in 2007 ? 2009 at the University Hospital in Motol employing European standards in nuclear medicine. The results are presented in the from of tables and graphs. The work was intended to confirm the hypothesis mentioned in the bachelor?s thesis and to create an overall idea of the quantities of these tests. Last but not least, it is useful to compare the competitiveness of nuclear medicine with other imaging methods, such as computer tomography and magnetic resonance imaging.
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Detection of Ionizing Radiation in Radiological Controlled Area of Nuclear Power Plant Temelín.
DOUDOVÁ, Vendula
The power plant Temelin is equipped with the modern system of radiation control. The system meets high technical standard. It ensures the control of all parameters according requirements of our legislative and government authority. The system provides the control in such dimension to have necessary information about irradiation of workers and the population in neighbourhood, outlets to environment, and about the situation in the some selected technological circuits and systems. It is necessary to monitor the integrity of barriers in every mode of power plant Temelin including emergency and post-emergency conditions. The working environment in contained area of the power plant Temelin is monitored with stationary monitoring system and with the mobile instruments according the approved operational manual. The workplace monitoring is realized with surveillance, measurement, evaluation and recording parameters of ionizing radiation field and the occurrence of radionuclides in working area, especially the dose equivalent on the working area and the volume activities in the environment and the surface activities.
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