Cours

This advanced course provides an in-depth exploration of computational neuroscience, addressing the full spectrum of neural organizationfrom subcellular processes to large-scale brain dynamics. Students will learn theoretical concepts, computational methods, and practical modeling skills that integrate biology, mathematics, physics, and computer science. The course emphasizes multiscale approaches, bridging molecular, cellular, circuit, and systems-level neuroscience.

This course provides an introduction to Next-Generation Sequencing (NGS), covering its fundamental principles, workflow, library preparation, sequencing technologies, applications, and data analysis. Learners will also explore how to select appropriate NGS kits and reagents and design a complete NGS workflow.

A concise introduction to cancer biology, genetics, diagnosis, biomarkers, treatment, and emerging oncology research.

Examine the relationship between brain function, cognition, emotion and behavior in the study of psychiatric processes.

Recombinant protein production is a fundamental technique in biotechnology, molecular biology, pharmaceutical research, and biomedical science. It allows researchers to produce specific proteins using genetically engineered host cells. 

This course introduces the main steps involved in recombinant protein production and purification, with a focus on conventional laboratory techniques.

This beginner-friendly course introduces the principles of personalized medicine in cancer research, with a focus on how DNA sequencing and bioinformatics are used to study genes and molecular alterations associated with cancer. Learners will discover how genomic information can help researchers characterize tumors and investigate potential treatment strategies.