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The use of numerical representations in processing of nucleotide sequences
Košíček, Adam ; Maděránková, Denisa (referee) ; Kubicová, Vladimíra (advisor)
Conversion of DNA sequences for appropriate representation is important task before initiation of analyzes and further processing. The main goal of this work was to get familiar with types of numerical and graphical representations and their application for DNA analyzes. In consideration of great volume of methods and procedures, only a few were chosen for this work. Some methods can not be classified only as numerical or graphical representations, because of option allowing them to be converted into both of these representations. These methods were classified as graphical representations. Phylogenetic trees were programmed for chosen methods to compare its precision. Outcome of this work is summing up the results.
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Bones implants based on Fe and Mg
Košíček, Adam ; Zatloukal, Miroslav (referee) ; Sedlaříková, Marie (advisor)
This paper work deals with properties of metallic biomaterials in terms of their suitability for use as a temporary metal implants. The work focuses on biodegradable materials based on iron and suitable alloying elements, which would create a perfect implant. A part of this work describes procedure of creating biodegradable metallic samples with alloying element Magnesium and measuring the corrosion rates. There are a few theoretical chapters concerning permanent implants, function and composition of human bones, iron and magnesium in human body and biodegradable materials.
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The use of numerical representations in processing of nucleotide sequences
Košíček, Adam ; Maděránková, Denisa (referee) ; Kubicová, Vladimíra (advisor)
Conversion of DNA sequences for appropriate representation is important task before initiation of analyzes and further processing. The main goal of this work was to get familiar with types of numerical and graphical representations and their application for DNA analyzes. In consideration of great volume of methods and procedures, only a few were chosen for this work. Some methods can not be classified only as numerical or graphical representations, because of option allowing them to be converted into both of these representations. These methods were classified as graphical representations. Phylogenetic trees were programmed for chosen methods to compare its precision. Outcome of this work is summing up the results.
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Bones implants based on Fe and Mg
Košíček, Adam ; Zatloukal, Miroslav (referee) ; Sedlaříková, Marie (advisor)
This paper work deals with properties of metallic biomaterials in terms of their suitability for use as a temporary metal implants. The work focuses on biodegradable materials based on iron and suitable alloying elements, which would create a perfect implant. A part of this work describes procedure of creating biodegradable metallic samples with alloying element Magnesium and measuring the corrosion rates. There are a few theoretical chapters concerning permanent implants, function and composition of human bones, iron and magnesium in human body and biodegradable materials.
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