D.9. Key Learning Outcomes

1. Relates the principles of cell biology with novel fields, interprets the mechanisms of cell life.

2. Interprets the relationship between genetic mechanisms and diseases, adapting the studies of investigating and preventing genetic diseases.

3. Evaluates the applications, interpretation, and limitations of genetic analysis methods. Designs for the development of analysis methods.

5. Can use genetic science databases and search engines to support conducted research

6. Performs critical analysis, synthesis, and evaluation of reached data and information using bioinformatics and biostatistics methods.

7. Designs, conducts, and shares the results of an original project that brings innovation to the field of genetics, or adapts an innovation, idea, or design to the field of genetics.

8. Can work in national/international communities conducting scientific activities in the field of genetics, share research results, and defend opinions.

9. Respects ethical rules and patient rights.

10. Contributes to and leads the processes of informing students and the public about scientific, social, and cultural advancements in the field of genetics.

11. Analyzes the effects of genetic diversity in society and environmental factors on the genetic structure and the genetic bases of diseases.