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Design and verification of a facial relaxation program using facial balls in physical education classes for pupils in the 5th grades
MYNÁŘOVÁ, Lenka
The aim of the graduation thesis was to investigate influence of facia ball on children's motoric system. Graduation thesis is based on theoretic-didactical form. First part is analytical part. This part works around literature. From which is set specific training program for releasing of facia. Second part, practical part, deals with specific use of selected exercise and its results. Entering into summary of 15 selected compensatory exercises. After first examination is set, another exercise, including children in groups, took place on weekly basis for 8 weeks. Exercise was held at the end of physical education - as releasing exercise after workload. Afterwards the final examination was held. On same basis as the entry exercise. Then the efect of compensatory exercise will be deducted. This thesis should contribute in implementation of fascial ball into physical education. Thesis also anwers the question if it has influence on output results of FMS test. As Final summary we can say yes because almost all students got better after functional movement system after 8 weeks of workout with fascial ball.
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The study of mutual interaction between pathogenic yeasts of the genus Candida and bacterium Pseudomonas aeruginosa during cocultivation
Mynářová, Lenka ; Hodek, Petr (advisor) ; Papoušková, Klára (referee)
The genus Candida includes several opportunistically pathogenic species which are common causative agents of the yeast infections in humans. Although current medical research is focused mostly on cancer, AIDS or Alzheimer disease, the problem of systemic candidiases cannot be neglected. These infections represent a real threat to the immunocompromissed patients, they are connected with a high mortality rate and expensive medication with poor prognosis. Pseudomonas aeruginosa could be an inspiration in a way of how to eliminate the pathogenic yeasts. The bacterium can inhibit growth of the most common yeast species of the genus Candida, C. albicans. This effect is based on production of toxic substances by the bacterium and on interaction of the bacterium with the C. albicans cell wall, which leads to the lysis of the yeast cells and which is not fully understood. Nevertheless, coexistence of these microorganisms is also possible and their relationship is affected by various factors. Knowledge of these inter- microbial interactions was obtained from studies of diseases and pathologies, during which C. albicans + P. aeruginosa coinfections occur. In this thesis I studied mechanisms of interaction between pathogenic yeast C. albicans and bacterium P. aeruginosa by a) C. albicans gene expression...
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Interaction of the pathogenic yeasts of the genus Candida with the bacterium Pseudomonas aeruginosa
Mynářová, Lenka ; Hodek, Petr (advisor) ; Šťovíček, Vratislav (referee)
Pathogenic yeasts of the genus Candida and the bacterium Pseudomonas aeruginosa are opportunistic pathogens and they often occur in the human micoflora as harmless commensals. They do not mean a threat for healthy humans but they can represent a true hazard for a person with supressed immunity. Cystic fibrosis (CF) is an incurable genetic disease and among others, it causes supression of immunity. Most of the patients with CF suffer from the chronical lung infections caused by the bacterium Pseudomonas aeruginosa. The pathogenic yeasts can coexist with the bacteria both in lungs of the CF patients, and on various surfaces, e.g. catheters used in hospitals. Therefore it is important to explore the mode of their interaction in the host body, as well as in vitro. Both Candida and Pseudomonas secrete a range of proteins that act as virulence factors, and also small molecules, which mediate the interaction and communication between microorganisms. We therefore tested cocultivation of two Candida species (C. albicans and C. parapsilosis) with P. aeruginosa in three different chemically defined liquid media. We monitored viability and survival of the individual species and analyzed the proteins secreted to the media. We found that P. aeruginosa secreted several hydrolytic enzymes, for example aminopeptidase,...
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