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Motor skills of preschool-age children
Palounková, Zuzana ; Stejskal, Bohumil (advisor) ; Vágnerová, Marie (referee) ; Hájková, Vanda (referee)
Title of disertation work: Motor skills of preschool-age children Author: Zuzana Palounková Department: Special Education Department Supervisor: doc. PhDr. Bohumil Stejskal, CSc. ABSTRACT This dissertation deals with the issues in motor skills in pre-school children. The first part of the dissertation introduces basic theoretical background in relation to motion, refers to developmental stages and principles in motor development, and deals with the functioning of the motor system. Motor ability and skills are defined as basic preconditions for successful motor performance. The issues related to the developmental disorders in coordination (dyspraxia) are also discussed. The second part of the dissertation introduces the actual research aimed at detecting motor weakening, especially in the area of coordination ability, in pre-school children. Therefore, a diagnostic screening tool was made in order to map the state of coordination abilities in pre-school children. The screening test helps to detect deficits in motor skills at an early stage.
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Determining the compression behaviour of hypromelloses.
Palounková, Zuzana ; Řehula, Milan (advisor) ; Špaček, Vladimír (referee)
The diploma work is concerned with a study of mechanical resistance which is assessed through the tablet crushing force and tensile strenght.In this work there was used tablet measuring method resulting from the recording of force - path, while the crushing process is assessed not only by crushing strenght but also by the path of crushing. Using the crushing force, crushing path and tablet crushing force is possible to compute next parameteres of crushing process detailing tablet properties as are volume crushing force, volume crushing energy and weight crushing energy. Assessed tablets were compacted of microcrystalline cellulose, hydroxypropylmethylcelulos, lactose and calcium hydrogen phosphate. From the result of work follows that crushing force (possibly tensile strenght) is decreasing in assessed adjuvants microcrystalline cellulose Ceolus, hydroxypropylmethycellulose HPMC K4, hydroxypropymethylcellulose HPMC K100, calcium hydrogen phosphate Emcompress, lactose Tablettosa respectively. Tablet breakage kinetics parameteres were decreasing with used substances in order microcrystalline cellulose Ceolus, hydroxypropymethylcellulose HPMC K100, hydroxypropylmethycellulose HPMC K4, and the lowest results were registered with lactose Tablettossa and calcium hydrogen phosphate Emcompress.
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Motor skills of preschool-age children
Palounková, Zuzana ; Stejskal, Bohumil (advisor) ; Vágnerová, Marie (referee) ; Hájková, Vanda (referee)
Title of disertation work: Motor skills of preschool-age children Author: Zuzana Palounková Department: Special Education Department Supervisor: doc. PhDr. Bohumil Stejskal, CSc. ABSTRACT This dissertation deals with the issues in motor skills in pre-school children. The first part of the dissertation introduces basic theoretical background in relation to motion, refers to developmental stages and principles in motor development, and deals with the functioning of the motor system. Motor ability and skills are defined as basic preconditions for successful motor performance. The issues related to the developmental disorders in coordination (dyspraxia) are also discussed. The second part of the dissertation introduces the actual research aimed at detecting motor weakening, especially in the area of coordination ability, in pre-school children. Therefore, a diagnostic screening tool was made in order to map the state of coordination abilities in pre-school children. The screening test helps to detect deficits in motor skills at an early stage.
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Determining the compression behaviour of hypromelloses.
Palounková, Zuzana ; Špaček, Vladimír (referee) ; Řehula, Milan (advisor)
The diploma work is concerned with a study of mechanical resistance which is assessed through the tablet crushing force and tensile strenght.In this work there was used tablet measuring method resulting from the recording of force - path, while the crushing process is assessed not only by crushing strenght but also by the path of crushing. Using the crushing force, crushing path and tablet crushing force is possible to compute next parameteres of crushing process detailing tablet properties as are volume crushing force, volume crushing energy and weight crushing energy. Assessed tablets were compacted of microcrystalline cellulose, hydroxypropylmethylcelulos, lactose and calcium hydrogen phosphate. From the result of work follows that crushing force (possibly tensile strenght) is decreasing in assessed adjuvants microcrystalline cellulose Ceolus, hydroxypropylmethycellulose HPMC K4, hydroxypropymethylcellulose HPMC K100, calcium hydrogen phosphate Emcompress, lactose Tablettosa respectively. Tablet breakage kinetics parameteres were decreasing with used substances in order microcrystalline cellulose Ceolus, hydroxypropymethylcellulose HPMC K100, hydroxypropylmethycellulose HPMC K4, and the lowest results were registered with lactose Tablettossa and calcium hydrogen phosphate Emcompress.
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