The procedure can be found under practical information. The deadline for registration is the 10th of December

Embark on an immersive learning experience through a blend of expert-led lectures and interactive hands-on workshops, both online and in person. This program is designed to equip participants with a deep understanding of key biotechnological disciplines. You will explore essential topics such as genetic engineering, gene expression analysis, industrial biotechnology, drug discovery, enzyme kinetics, and much more.

Prior to the in-person workshop week, participants will engage in an online session, where you will meet fellow participants and receive guidance for preparing a literature review—an essential foundation for the practical sessions to follow.

Throughout the program, theoretical knowledge gained during lectures will be directly applied to laboratory experiments, providing you with the opportunity to conduct your own research and develop valuable laboratory skills. Additionally, participants will visit a local brewery, offering an inside look at how fermentation technologies are applied within the food industry.

This holistic program integrates advanced scientific theory with real-world applications, providing a unique and comprehensive approach to modern biotechnology.

International week for students that are interested in technologies applied to biological systems.

• Date: Monday 17 till Friday 21 March 2025
• Venue: 
  • Lectures: City Campus
  • Workshops: Campus Groenenborger, Building V, Floor 3
    
• ​Practical information​
  

− Students learn principles and applications of basic molecular techniques and how an experiment will be designed

− Students learn about the molecular basis of gene editing by CRISP/Cas technology

− Students learn about the principles of reverse genetics in comparison to forward genetics. They learn how evolutionary relationships among species permit the identification of orthologous and paralogous genes and the implications for genome editing

− Students learn how to use publicly available tools as the basis for the design of vector constructs used in genetic engineering

− Students learn that gene technology is an important tool in the optimisation of microbial production of chemicals

− Students will learn the basic principles of using gene technology in the development of new industrial enzymes.

− Students will apply the theoretical concepts such as plasmid purification, DNA/RNA extraction, qPCR analysis, microbial production of chemicals, etc. during workshops to acquire new laboratory skills.