Genomics and Proteomics (master's full-time specialized)

1st year
1st term
PřF:CG010 Proteomics • 100 %
PřF:CG020 Genomics • 100 %
PřF:C6215 Advanced biochemistry and its methods • 94 %
PřF:C7010 Diploma seminar from biochemistry I • 94 %
PřF:C9300 Diploma Work I (BC) • 94 %
PřF:C7301 Genomics - practice • 89 %
PřF:C7490 Molecular diagnostics of inherited diseases • 44 %
PřF:C7230 Fluorescence methods in life sciences - a journey from molecules to cells • 33 %
PřF:C7235 Fluorescence methods in life sciences - excercise • 33 %
PřF:C7250 Protein characterisation using mass spectrometry • 28 %
PřF:C7350 Protein characterisation using mass spectrometry - practice • 28 %
PřF:C7872 Applied biostatistics • 28 %
PřF:C9320 Methods of biochemical research • 22 %
PřF:C4865 Discover science 1 - scientific knowledge and thinking • 17 %
PřF:JA002 Advanced Examination in English for Specific Purposes - Science • 17 %
PřF:BI7420 Modern methods for genome analysis • 11 %
PřF:C7073 Bioanalytics I - Biomacromolecules • 11 %
PřF:C7186 Molecular psychiatry • 11 %
PřF:C7195 Advance laboratory course of biochemistry • 11 %
PřF:C7895 Mass Spectrometry of Biomolecules • 11 %
PřF:JAC03 English for Chemists III • 11 %
PřF:XA0010 Praxe pro Mendelovo muzeum • 11 %
2nd term
PřF:CG030 Structure and function of protein complexes • 94 %
PřF:CG080 Methods in genomics • 94 %
PřF:CG090 Methods in proteomics • 94 %
PřF:C8010 Diploma seminar from biochemistry II • 94 %
PřF:C8210 Diploma Work II (BC) • 94 %
PřF:C9041 Structure and function of eukaryotic chromosomes • 94 %
PřF:C8302 Proteomics - practice • 78 %
PřF:C4867 Discover the science 2 - science and society • 17 %
PřF:C7175 DNA diagnostics • 17 %
PřF:C8980 Protein Preparation and Characterization I - Expression and Purification • 17 %
PřF:JA002 Advanced Examination in English for Specific Purposes - Science • 17 %
PřF:BI1121 Data analysis in R for experimental and molecular biologists • 11 %
PřF:BI1121C Data analysis in R for experimental and molecular biologists - practical course • 11 %
PřF:BI7410 Protein Engineering • 11 %
PřF:C2135 Bioinformatics for practice • 11 %
PřF:C3900 Molecular mechanisms of cell ageing • 11 %
PřF:ILLU01 Illustration in science – attractive and comprehensive graphic visualization in research and educati • 11 %
2nd year
3rd term
PřF:C7777 Handling chemical substances • 94 %
PřF:C9002 Diploma seminar from biochemistry III • 94 %
PřF:C9310 Diploma Work III (BC) • 94 %
PřF:JA002 Advanced Examination in English for Specific Purposes - Science • 59 %
PřF:BI5000 Bioinformatics • 47 %
PřF:BI5000C Bioinformatics - practice • 47 %
PřF:C7230 Fluorescence methods in life sciences - a journey from molecules to cells • 29 %
PřF:C7235 Fluorescence methods in life sciences - excercise • 29 %
PřF:C7250 Protein characterisation using mass spectrometry • 29 %
PřF:C7350 Protein characterisation using mass spectrometry - practice • 29 %
PřF:BI5130 Introduction to human aDNA studies • 24 %
PřF:BI9690EN Synthetic Biology • 18 %
PřF:C7872 Applied biostatistics • 18 %
PřF:C2184 Introduction to programming in Python • 12 %
PřF:C7015 Chemical properties, structure and interactions of nucleic acids • 12 %
PřF:C7490 Molecular diagnostics of inherited diseases • 12 %
4th term
PřF:CA010 Diploma seminar from biochemistry IV • 94 %
PřF:CA340 Diploma Thesis IV (BC) • 88 %
PřF:CZMGP State exam of the master's degree study in Genomics and Proteomics • 82 %
PřF:C9950 Seminar of the Dept. Functional genomics and Proteomics • 18 %
PřF:ILLU01 Illustration in science – attractive and comprehensive graphic visualization in research and educati • 12 %

The information was preprocessed: 6/9/2025 11:26

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