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Recipes in the Květy Magazine and Their Transformations in the Era of Socialism
Jedličková, Adéla ; Končelík, Jakub (advisor) ; Zábrodská, Kristina (referee)
This thesis uses analytical tools of a qualitative nature, namely historical, content and linguistic analysis, to observe the elements, examples and manner of propaganda and its projection into culinary recipes in the Květy magazine between 1951 and 1989. It describes not only the transformation of the magazine's content and the related increase in the proportion of media content devoted to culinary recipes and related topics, but also the development of the recipes themselves, taking into account the use of ingredients. The thesis further treats findings such as the increasing share of carnivore recipes and places them in the economic and political context. It also focuses on the ways of regime propaganda projection into media content, which was manifested, for example, in recipes devoted to the cuisines of so-called "friendly" countries. Further, it focuses on the methods of how certain foods were promoted in the analysed period. It explains why such content disappears in times of prosperity and reappears in times of scarcity. It also explores why certain food can be encountered in particular segments of the studied period. Furthermore, the thesis describes the form of advertising content at the time and mentions the most frequent columns dealing with the subjects under study and the...
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In vitro evaluation of photodynamic activity of tetrapyridoporphyrazine derivatives for treatment of solid tumours.
Jedličková, Adéla ; Macháček, Miloslav (advisor) ; Šimůnek, Tomáš (referee)
Charles University in Prague Faculty of Pharmacy in Hradci Králové Department of Biochemical Sciences Candidate: Bc. Adéla Jedličková Supervisor: Mgr. Miloslav Macháček Title of diploma thesis: In vitro evaluation of photodynamic activity of tetrapyridoporphyrazine derivatives for treatment of solid tumors Nowadays, cancerous diseases belongs among the main causes of death, incidence continues to rise. Therefore research in the area of tumor treatment significantly focuses on the development of new potential anticancer drugs and therapeutical approaches. Photodynamic therapy (PDT) belongs to clinically approved therapeutic methods for the treatment of the malignant and nonmalignant diseases. PDT is composed of three main components - photosensitiser (PS), light and oxygen, all of them are non-toxic on their own. However, their interaction leads to a generation of highly reactive molecules. This method is based on absorption of light with appropriate wavelenght by PS and subsequent energy transfer from photon to surrounding molecules, especially to oxygen. This transfer leads to a generation of cytotoxic reactive oxygen species (ROS) of which singlet oxygen plays a main role. ROS subsequently causes a damage of surrounding cell structures, which leads to irreversible damage of cell functions and...
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In vitro evaluation of photodynamic activity of tetrapyridoporphyrazine derivatives for treatment of solid tumours.
Jedličková, Adéla ; Macháček, Miloslav (advisor) ; Šimůnek, Tomáš (referee)
Charles University in Prague Faculty of Pharmacy in Hradci Králové Department of Biochemical Sciences Candidate: Bc. Adéla Jedličková Supervisor: Mgr. Miloslav Macháček Title of diploma thesis: In vitro evaluation of photodynamic activity of tetrapyridoporphyrazine derivatives for treatment of solid tumors Nowadays, cancerous diseases belongs among the main causes of death, incidence continues to rise. Therefore research in the area of tumor treatment significantly focuses on the development of new potential anticancer drugs and therapeutical approaches. Photodynamic therapy (PDT) belongs to clinically approved therapeutic methods for the treatment of the malignant and nonmalignant diseases. PDT is composed of three main components - photosensitiser (PS), light and oxygen, all of them are non-toxic on their own. However, their interaction leads to a generation of highly reactive molecules. This method is based on absorption of light with appropriate wavelenght by PS and subsequent energy transfer from photon to surrounding molecules, especially to oxygen. This transfer leads to a generation of cytotoxic reactive oxygen species (ROS) of which singlet oxygen plays a main role. ROS subsequently causes a damage of surrounding cell structures, which leads to irreversible damage of cell functions and...
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In vitro evaluation of photodynamic activity of tetrapyridoporphyrazine derivatives for treatment of solid tumours.
Jedličková, Adéla ; Macháček, Miloslav (advisor) ; Šimůnek, Tomáš (referee)
Charles University in Prague Faculty of Pharmacy in Hradci Králové Department of Biochemical Sciences Candidate: Bc. Adéla Jedličková Supervisor: Mgr. Miloslav Macháček Title of diploma thesis: In vitro evaluation of photodynamic activity of tetrapyridoporphyrazine derivatives for treatment of solid tumors Nowadays, cancerous diseases belongs among the main causes of death, incidence continues to rise. Therefore research in the area of tumor treatment significantly focuses on the development of new potential anticancer drugs and therapeutical approaches. Photodynamic therapy (PDT) belongs to clinically approved therapeutic methods for the treatment of the malignant and nonmalignant diseases. PDT is composed of three main components - photosensitiser (PS), light and oxygen, all of them are non-toxic on their own. However, their interaction leads to a generation of highly reactive molecules. This method is based on absorption of light with appropriate wavelenght by PS and subsequent energy transfer from photon to surrounding molecules, especially to oxygen. This transfer leads to a generation of cytotoxic reactive oxygen species (ROS) of which singlet oxygen plays a main role. ROS subsequently causes a damage of surrounding cell structures, which leads to irreversible damage of cell functions and...
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