National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Study of the effect of migrastatics on the dynamics of tumour cell migration using a coherence-controlled holographic microscope
Muchová, Nikola ; Netíková,, Irena Štenglová (referee) ; Veselý, Pavel (advisor)
The thesis is focused on the exploitation of the coherence controlled holographic microscopy for the investigation of the influence of the supposed migrastatic drugs on the dynamics of cancer cell migration. The theoretical part briefly describes the history of holographic microscopy and the development of the holographic microscope at the Brno University of Technology in collaboration with Telight, Brno, including an insight into the design and principle of operation of the coherence-controlled holographic microscope. Next a brief description of current cancer treatments introduces new class of anti-cancer drug candidates designated migrastatics that should impair cancer cell migration and thus prevent late metastases formation. The main part of the thesis deals with the design of the experimental observation procedure and data processing using the holographic incoherent Quantitative Phase Imaging technique. The last part of the thesis is the subsequent analysis of the migrastatic effect of the selected drugs on cancer cells in vitro and the comparison of the obtained results with existing studies. Finally, the objectives with magnification 4x and 10x were evaluated and compared for starting “the Rapid Assessment of Cell Growth and Migration”.
Study of the effect of migrastatics on the dynamics of tumour cell migration using a coherence-controlled holographic microscope
Muchová, Nikola ; Netíková,, Irena Štenglová (referee) ; Veselý, Pavel (advisor)
The thesis is focused on the exploitation of the coherence controlled holographic microscopy for the investigation of the influence of the supposed migrastatic drugs on the dynamics of cancer cell migration. The theoretical part briefly describes the history of holographic microscopy and the development of the holographic microscope at the Brno University of Technology in collaboration with Telight, Brno, including an insight into the design and principle of operation of the coherence-controlled holographic microscope. Next a brief description of current cancer treatments introduces new class of anti-cancer drug candidates designated migrastatics that should impair cancer cell migration and thus prevent late metastases formation. The main part of the thesis deals with the design of the experimental observation procedure and data processing using the holographic incoherent Quantitative Phase Imaging technique. The last part of the thesis is the subsequent analysis of the migrastatic effect of the selected drugs on cancer cells in vitro and the comparison of the obtained results with existing studies. Finally, the objectives with magnification 4x and 10x were evaluated and compared for starting “the Rapid Assessment of Cell Growth and Migration”.

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2 Muchová, Natália
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