九州影院

This course is taught live in a virtual classroom through interactive, instructor-led training with instrument parts and consumables shown and explained and case studies to work through. Small group sizes with plenty of opportunities to ask questions through live Q&A.

The course covers how to plan and organise the method development process, with a number of recommended strategies and looking at the parameters to optimise at each stage. How to validate the method and method optimisation are examined in detail. Delegates will then implement the knowledge gained through practical method development case studies.

The course then takes a look at some advanced techniques that can be used for difficult or complex samples, including Selective Discrimination, Deconvolution, Mass Spectral Interpretation, Multi-Dimensional GC (GC+GC & GCxGC) and Chemometrics.

At the end of the course, delegates will have learnt strategies for method development, how to optimise for sensitivity or to reduce carryover, how to break the method down into tasks and have knowledge of the parameters and how to optimise them for each method task. They will have an introduction to GC & MS advanced techniques.

This course combines modules 9 and 10 of the Virtual Classroom Training: The GC & GC-MS Clinic (total 12 hours over 4 days) and the Virtual Classroom Training: Complete GC & GC-MS (total 30 hours over 9 days).

Prerequisites

Before attending this course you should have a good knowledge of gas chromatography and the techniques covered in the Virtual Classroom: Practical Essentials of GC & GC-MS.

Additional information

Includes: electronic copy of the training manual; certificate of attendance.