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Influence of intervention program to improve the flat foot of junior footballers
Doskočilová, Anna ; Strnad, Pavel (advisor) ; Prajerová, Květa (referee)
Title: Influence of intervention program to improve the flat foot of junior footballers Objective: The aim of the bachelor thesis is to improve the condition of the flat foot of junior female football players for 3 months. Further inform respondents about the subsequent prevention of this disorder. The goal will be realized by a set intervention program, which the respondents will fulfill three times a week under my supervision and twice a week in their home. Methods: The measurement was based on the footprint on the plate. The intervention plan includes methods such as sensorimotor stimulation, exteroceptive and proprioceptive facilitation, the Bobaths concept, dermo-neuro muscular therapy and lower limb massage with the greatest focus on the sole of the foot, ankle joints and muscles in the lower leg area. After completing the 3-month intervention, the final measurement will be carried out again with the help of the footprint on the plate and the subsequent survey. Results: The results are presented in the form of graphs and tables. The Chippaux-Šmirák method will be used to obtain accurate data. After evaluating the results it was found, that after the first measurement, twelve out of thirteen footballers tested have flat foot. After the intervention, only two girls have a flat foot and only...
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Characterization of gamma-tubulin protein interactions and their functions in acentrosomal cells
Doskočilová, Anna ; Binarová, Pavla (advisor) ; Dráber, Pavel (referee) ; Bíšová, Kateřina (referee)
The long term goal of the Laboratory of Functional Cytology is to characterize the roles of γ-tubulin in acentrosomal plant model. Besides characterizing γ-tubulin interactions with plant homologues of proteins of γ-tubulin complexes (GCPs) and determination of their canonical role in microtubule nucleation, we also collect the evidence for γ-tubulin association with proteins that are not directly involved in microtubule nucleation. These γ-tubulin interacting proteins have been of high interest since their characterization might provide a platform for understanding the novel, yet not fully understood functions of γ-tubulin. The major aim of the laboratory is to determine signalling that regulates γ-tubulin complexes and their role in multiple processes in plants. Specifically, the cell cycle regulatory signalling in regulation of microtubular cytoskeleton nucleation and organization is of high interest.
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