About the course

This programme offers an opportunity to train and learn essential molecular and cellular biological laboratory techniques in world class facilities within the Medicheck Health R&D.
The programme consists of two parts – the pre-course online preparation and the two-week intensive laboratory sessions. The pre-course online preparation will cover the theoretical aspect of each technique, simple methods for essential calculation i.e. solution preparation protocols. In addition, important health and safety aspect of working in a laboratory will be covered.

During the two weeks of intensive laboratory work, the programme offers delegates the opportunity to execute these essential and current molecular and cellular biology techniques. In addition, data analysis sessions will allow participants to critically examine their results and discuss troubleshooting aspects of the work.

Course outline

The programme is a two-week intensive opportunity to train in essential molecular and cellular biology laboratory techniques commonly used in biomedical research.

The programme consists of two parts:

Online e-learning component, this will cover the theoretical aspect of each technique, worked examples of necessary calculations and solution preparation protocols as well as key aspects of working in a healthy and safe laboratory environment.
Two weeks of intensive laboratory work. This component offers participants the opportunity to execute these essential and current molecular and cellular biology techniques. In addition, data analysis sessions will allow participants to critically examine their results and discuss troubleshooting aspects of the work. Candidates must have completed Part One in order to participate in Part Two – the practical course.

Learning outcomes

• Perform basic calculation necessary for sample and solution preparation
• Implement a safe approach to laboratory practice
• Define the theoretical principles underlying selected molecular and cellular techniques
• List the methodological principles and pitfalls of selected molecular and cellular techniques
• Implement good laboratory practice
• Prepare nucleic acids, protein and cell samples to the appropriate standards for subsequent analysis
• Analyse nucleic acids by PCR and quantitative PCR
• Perform protein analysis by Western blot and ELISA
• Acquire cellular information by Flow Cytometry
• Present scientific data in clear and interpretable figures
• Critically evaluate and interpret quantitative experimental data of variable quality
• Identify areas of technical improvement.