INFORMATION
Theoretical, Factual
- The purpose of the master's program with thesis; To enable the student to gain the ability to access, evaluate and interpret information by doing scientific research.
- Recognizes the fine structures of cell membranes and organelles by going down to the molecular level.- Learns the inheritance types of human genetic diseases, drawing pedigrees
- Understands the chemical and physical properties of DNA, RNA and proteins and their interactions with each other.
- Recognize the new tools and technologies required to conduct experimental research and collect data.
- Recognizes the main molecules that allow the hereditary information to be stored, copied and transferred to the protein.
- Comprehends a molecular biology knowledge focused on gene transcription and protein-protein interactions.
- Gain basic laboratory skills such as DNA and RNA isolation, measurement, PCR, electrophoresis, RT-PCR, cell culture, etc.
- Understands the role of genetic and epigenetic mechanisms seen in genes in the development of evolution, hereditary features and the transmission of diseases from generation to generation.
- Learns the meaning of the genetic code and its role in the relationship between the structure and functions of the organism.
SKILLS
Cognitive, Applied
- The purpose of the master's program with thesis; To enable the student to gain the ability to access, evaluate and interpret information by doing scientific research.
- Recognize the new tools and technologies required to conduct experimental research and collect data.
- Gain basic laboratory skills such as DNA and RNA isolation, measurement, PCR, electrophoresis, RT-PCR, cell culture, etc.
COMPETENCIES
Ability to Work Independently and Take Responsibility
- The purpose of the master's program with thesis; To enable the student to gain the ability to access, evaluate and interpret information by doing scientific research.
- Recognize the new tools and technologies required to conduct experimental research and collect data.
- Gain basic laboratory skills such as DNA and RNA isolation, measurement, PCR, electrophoresis, RT-PCR, cell culture, etc.
Learning Competence
- The purpose of the master's program with thesis; To enable the student to gain the ability to access, evaluate and interpret information by doing scientific research.
- Recognizes the fine structures of cell membranes and organelles by going down to the molecular level.- Learns the inheritance types of human genetic diseases, drawing pedigrees
- Understands the chemical and physical properties of DNA, RNA and proteins and their interactions with each other.
- Recognize the new tools and technologies required to conduct experimental research and collect data.
- Recognizes the main molecules that allow the hereditary information to be stored, copied and transferred to the protein.
- Comprehends a molecular biology knowledge focused on gene transcription and protein-protein interactions.
- Gain basic laboratory skills such as DNA and RNA isolation, measurement, PCR, electrophoresis, RT-PCR, cell culture, etc.
- Understands the role of genetic and epigenetic mechanisms seen in genes in the development of evolution, hereditary features and the transmission of diseases from generation to generation.
- Learns the meaning of the genetic code and its role in the relationship between the structure and functions of the organism.
Communication and Social Competence
- The purpose of the master's program with thesis; To enable the student to gain the ability to access, evaluate and interpret information by doing scientific research.
- Recognize the new tools and technologies required to conduct experimental research and collect data.
- Gain basic laboratory skills such as DNA and RNA isolation, measurement, PCR, electrophoresis, RT-PCR, cell culture, etc.
Domain-Specific Competence
- The purpose of the master's program with thesis; To enable the student to gain the ability to access, evaluate and interpret information by doing scientific research.
- Recognizes the fine structures of cell membranes and organelles by going down to the molecular level.- Learns the inheritance types of human genetic diseases, drawing pedigrees
- Understands the chemical and physical properties of DNA, RNA and proteins and their interactions with each other.
- Recognize the new tools and technologies required to conduct experimental research and collect data.
- Recognizes the main molecules that allow the hereditary information to be stored, copied and transferred to the protein.
- Comprehends a molecular biology knowledge focused on gene transcription and protein-protein interactions.
- Gain basic laboratory skills such as DNA and RNA isolation, measurement, PCR, electrophoresis, RT-PCR, cell culture, etc.
- Understands the role of genetic and epigenetic mechanisms seen in genes in the development of evolution, hereditary features and the transmission of diseases from generation to generation.
- Learns the meaning of the genetic code and its role in the relationship between the structure and functions of the organism.