Сабақтың коды | Курс аты | Сынып | Академиялық кредит | Cағат | Апталық сабақ сағаттары (лекция) | Апталық сабақ сағаттары (практика) | Апталық сабақ сағаттары (зертханалық) |
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TN 1278 | Модуль – Өмір негіздері 1 | Бірінші курс | 5 | 150 | 15 | 30 | - |
The module explores organic chemistry, cellular differentiation of living organisms, molecular evolution, biological membranes, structure and function of cellular organelles, biomolecules involved in metabolic pathways, and basic genetic concepts in health. During the course, students learn basic human development at the level of molecules, cells, organs and systems, preparing them to use communication skills, modern information technologies and ethical principles in teamwork.
Biological chemistry, Module – Morphology and physiology 1.
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MCQ (multiple choice questions) (Tests)
OR (oral report)
PAL (peer-assisted learning)
SAQ (short answer questions)
SGL (small group learning)
TaskBL (task-based learning)
1 | LO 1 - the chemical properties of chemical compounds and the main classes characteristic of a living organism show knowledge of the general energetic and kinetic laws of chemical processes in the body as they constantly develop. |
2 | LO 2 - specialize in basic human development at the level of molecules, cells, organs and systems, learn the basic principles of using molecular-genetic methods and technologies in theoretical and practical medicine. |
3 | LO 3- Understand important life processes such as heredity, variability, reproduction, biosynthesis, excitability, growth and development, storage and transfer of information, and energy conversion in terms of molecular biology, medical genetics and biophysics.. |
4 | LO 4 – uses interpersonal and communication skills in team work. |
5 | LO 5 - uses modern information technologies in the use of medical information resources. |
6 | LO 6 - learns to adhere to ethical principles in the educational process and future professional practices. |
7 | LO 7 - master basic human development, learn to observe the principles of academic integrity in research and academic writing skills |
Haftalık Konu | Бағалау әдісі | |
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1 | Introduction to Molecular Biology and Medical Genetics. | |
2 | Structure and functions of proteins. | |
3 | Nucleic acids, classification, structure and functions. | |
4 | DNA replication. Transcription. Post-transcriptional modifications of RNA. | |
5 | Genetic Code. Protein biosynthesis or translation. Molecular mechanism of expression regulation of prokaryotic and eukaryotic genes. Genetic apparatus of the cell. | |
6 | Mutational variability. Mutagenesis. Mutagenic factors. Mutation types. DNA damage repair. | |
7 | Semantic and morphological words of Kazakh words. The importance of solutions and osmosis in the biological system in the life of organisms. Hypo, hyper and isotonic solutions. | |
8 | Chemical kinetics. Basic laws of chemical reactions. | |
9 | Hydrogen index. pH value of physiological solutions in the body. Buffer solutions. | |
10 | Biogenic s-, p-, d-elements and their biological importance. | |
11 | Complex compounds and their properties. Medical and biological importance of complex compounds. | |
12 | Distributed systems, their properties and their medical and biological significance. Stability of colloidal solutions. Dialysis. | |
13 | The discipline of biophysics and its relation to other sciences. The structure of the biological membrane, physical properties, and ways to study them. Transport of substances through biological membranes. | |
14 | Types of bioelectric potentials: the potential of rest and action. The action potential of a cardiomyocyte. | |
15 | Phases of a cardiomyocyte. Einthoven's theory. Electrocardiography (ECG) method. | |
16 | The action potential of a cardiomyocyte. Phases of a cardiomyocyte. The electrical axis of the heart and the vector of the dipole moment. Einthoven's theory. ECG. | |
17 | Working with the ECG machine and ECG calculations | |
18 | Final lesson |
PÇ1 | PÇ2 | PÇ3 | PÇ4 | PÇ5 | PÇ6 | PÇ7 | PÇ8 |
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