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The Contribution of Oskar Heiroth to the Formation of Classical German Ethology
Bradáč, Ondřej ; Hermann, Tomáš (referee) ; Komárek, Stanislav (advisor)
Oskar Heinroth was a German zoologist and is frequently considered as the founder of ethology. Thanks to his lifetime observing of animals, especially birds, made he the conclusion that movement, display of behavior and other signs which haven't been taken into account until his days are equally important for the right animal classification as morphology. He is a discoverer of species typical instinctive behavior and he observed as the first one several other ethological phenomenons as imprinting, drop-off of the treshold value of the signal or idle-running reactions. He iniciated a more pragmatic sight into animal psychics and laid foundations of ethological methodics. Thanks to his publication a darwinistic attitude got access into psychological sciences. Regarding his evidence Konrad Lorenz, Erich von Holst and Nicholas Tinbergen constituted ethology as integrated science, which has later been confirmed on the premisies of universities.
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The Study of hydration models on platinum complexes important in anticancer cure
Bradáč, Ondřej
In this work, there are studied some biologically important platinum complexes, cisplatin analogues, with central platinum atom in state Pt(II), or Pt(IV). I concentrated on the hydration processes of the examined complexes. Thermodynamical and kinetical aspects of reactions were studied and NPA charge analyses were carried out, too. All computations were performed on DFT level with B3LYP functional. All reactions were considered in vacuum. Supermolecular approach was used for energy calculations.
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The Study of hydration models on platinum complexes important in anticancer cure
Bradáč, Ondřej ; Burda, Jaroslav (advisor) ; Záliš, Stanislav (referee)
In this work, there are studied some biologically important platinum complexes, cisplatin analogues, with central platinum atom in state Pt(II), or Pt(IV). I concentrated on the hydration processes of the examined complexes. Thermodynamical and kinetical aspects of reactions were studied and NPA charge analyses were carried out, too. All computations were performed on DFT level with B3LYP functional. All reactions were considered in vacuum. Supermolecular approach was used for energy calculations.
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