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	Critical review of culture devices used for study of live cells in the microscope Ukropcová, Iveta ; Štrbková, Lenka (referee) ; Dostál, Zbyněk (advisor) Coherence-controlled holographic microscope (CCHM) is used mainly in live cell microscopy in vitro. The cells observed must be placed in a culture device which enables hologram registration. With using the quantitative phase imaging (QPI) the live cells are inspected. Conventional cultivation devices are usually not adapted to the QPI method. In this text requirements are specified for cultivation devices for CCHM. A critical review of commercially available cultivation devices is the crucial part of the thesis, as well as an assessment of whether these devices meet the specified requirements. This work also deals with the issue of microfluidic and its application to live cell imaging. In the last part of the text two hybrid cultivation devices optimized for CCHM are described, which allow microfluidic cellular experiments. Detailed record
	Critical review of culture devices used for study of live cells in the microscope Ukropcová, Iveta ; Štrbková, Lenka (referee) ; Dostál, Zbyněk (advisor) Coherence-controlled holographic microscope (CCHM) is used mainly in live cell microscopy in vitro. The cells observed must be placed in a culture device which enables hologram registration. With using the quantitative phase imaging (QPI) the live cells are inspected. Conventional cultivation devices are usually not adapted to the QPI method. In this text requirements are specified for cultivation devices for CCHM. A critical review of commercially available cultivation devices is the crucial part of the thesis, as well as an assessment of whether these devices meet the specified requirements. This work also deals with the issue of microfluidic and its application to live cell imaging. In the last part of the text two hybrid cultivation devices optimized for CCHM are described, which allow microfluidic cellular experiments. Detailed record
	Development of microfluidic analytical systems using microelectronics technology Grym, Jakub ; Spěšný, Michal ; Foret, František Detailed record

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