Learning Outcomes
Upon successful completion of the course, students will be able to:
Know the Basic Principles of Precision Medicine by analyzing the methods used to develop and implement Precision Medicine as well as the importance of each person's individual genetic profile, environment and lifestyle in predicting (more accurately) of its prevention and treatment strategies, with the aim of a personalized approach.
Course Content (Syllabus)
• Introduction to Precision Medicine - The role of systems biology and Omics in Precision Medicine in cardio-nephrometabolomic diseases
• Genome and genomic analysis
• Epigenetic and epigenomic analysis
• Transcription and transcriptomic analysis
• Proteome and proteomic analysis
• Metabolism and metabolomic analysis
• The role of bioinformatics in Precision Medicine
• Precision Medicine in Cardionephrometabolomic Diseases
• Discussion – Task Assignment
Keywords
biology, omics, proteome, genome, epigenetics, transcriptome, precision medicine
Description
The evaluation of the course is carried out either by a written exam at the end of the semester through the e-learning platform, or by a written individual work on the subject of the course which is also delivered at the end of the semester. The choice of examination method is defined by the course coordinator.
During the written exam, the overall score is reduced to a percentage, taking into account that all questions are of equal value.
In the written exam, the overall mark is converted to a percentage, and the work is assessed on the examinee's ability to:
- Present basic introductory information (20%)
- Use appropriate language and terminology (20%)
- Present appropriate research sources (20%)
- Draws conclusions from the literature review (20%)
- Follow an appropriate structure in the text (20%)