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The role of a play time empoyee in the health care system of an in-patient child
Rothová, Michaela ; Lorenzová, Jitka (advisor) ; Tůma, Daniel (referee)
The theoretical part of this thesis describes the historical development and current play work in the UK and also watches the development in the Czech Republic. The author elaborates the importance of play specialist and the posibility of playing and teaching of pediatric patiens. The author mentions the use of individual approach, methods of the play specialist and focuses on the specifics of the playworker. Great attention is paid to game work during hospitalization. In the empirical section the author formulates the problem, objectives and methodology of the research and introduces the choice of respondents. The aim is the hospital environment, which is also the author's work place. This work is trying to solve the answer what is the role of the play worker in the Czech Republic and what options of the play work are currently offered in the hospital. The author also maps the role of play workers in the child hospital care system of in the Czech Republic. The results are analysed and elaborated clearly. Finally, the author examines the current status of play specialists in the Czech Republic, summarizes the outcome of the research and presents recommendations for possible implementations of the game work in medical facilities in the Czech Republic.
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Proliferace a dynamika tkání během vývoje zubů a jim pribuzných patrových lišt
Rothová, Michaela ; Peterková, Renata (advisor) ; Matalová, Eva (referee) ; Černý, Robert (referee)
My PhD thesis has addressed specific questions regarding cell proliferation and tissue dynamics in three key areas of craniofacial development: during suppression and revitalization of tooth buds that develop in the mouse embryonic dentition as rudiments of lost premolars; during dental papilla and follicle formation of the first mouse molar; and during origin of palatal rugae on the mouse hard palate. By evaluation of cell proliferation, we recorded a change in the proliferation pattern along the cheek region of the mandible between less and more advanced embryos at embryonic day 13.5. Thus during the time period, when the development of the large mouse rudimental premolar primordium (R2) is stopped, we showed that the arrest of the rudiment R2 is caused by exhibiting low rate of cell proliferation and high rate of apoptosis. When Sprouty gene signalling is disrupted, the premolar primordium shows rates of proliferation and apoptosis similar to the growing first molar. The R2 subsequently revitalizes and develops into a supernumerary tooth in front of the first molar. Furthermore, we discovered that the dental mesenchyme is very dynamic tissue during bud and cap stages of tooth development and that the dental papilla of the first molar originates only from a restricted region of the dental...
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