Learning outcomes of the course unit The course builds on acquired basic genetics information and focuses on the use of genetics and its branches in sport. 1. A brief repetition of the basic concepts of genetics. 2. The process of transferring genetic information at the molecular level. 3. Characteristics of DNA, gene, polymorphism (SNP), mutation, genotype, phenotype. Creating a pedigree based on a selected phenotype. 4. Characteristics of physical abilities related to genetic polymorphisms. 5. Selected polymorphisms with supposed effect on sport performance. 6. - 8. Possibilities of finding information about the polymorphisms (internet links, genofonds, work with current studies) 9. Sampling, examination and processing of collected data (on-line statistics). 10. Mitochondrial DNA. Nutrigenomics. 11. Application possibilities acquired in practice. 12. How it works in the genetic laboratory (maybe excursion). 13. Discussion on the acquired knowledge about particular selected polymorphisms. 14. Final rehearsal and debate about acquired knowledge and possibilities of their application.
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Bouchard, C., & Hoffman, E. P. Genetic and molecular aspects of sport performance.. Oxford: Wiley-Blackwell., 2011.
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Bouchard, C., Pérusse, L., & Malina, R. Genetics of fitness and physical performance.. Champaign IL: Human Kinetics., 1997.
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Brdička, R. & Didden, W. Genetika v klinické praxi II.. Praha: GHC Genetics, 2015.
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Brdička, R. Genetika v klinické praxi I.. Praha: GHC Praha, 2014. ISBN 9.
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Grasgruber, P., & Cacek J. Sportovní geny. Brno: Computer Press, a.s., 2008.
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Horváth, R., Bernasovská, J., Brožíková, I., & Sovičová, A. Diagnostika motorickej výkonnosti a genetických predpokladov pre šport.. Prešov: Prešovská univerzita, 2010.
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Jelínek, J. Biologie člověka a úvod do obecné genetiky. Olomouc: Olomouc, 1996.
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Jones, S. Genetika. Praha: Portál, 2003.
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Sapp, J. Genesis: Velký příběh biologie.. Praha: Academia, 2015.
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