Applied Out of Specification (OOS) Results Investigation

17 January 2022 09:00 - 18 January 2022 12:30, United Kingdom


Introduction
This live, instructor-led course provides a pragmatic and practical guide to the process of investigating atypical and out-of-specification results in a GMP-compliant laboratory.

On this course, you will learn how to plan and undertake an investigation within the constraints of a GMP-regulated environment.

The course covers how to investigate a hypothesis, assign a root cause, and propose and implement appropriate corrective and preventative actions.

Who is this course for?

This course is ideal for laboratory analysts who are interested in practical ways to comply with GMP requirements, or for compliance managers who want a broad understanding of laboratory QA systems. Although this course is not technique-specific, and applies to both chemical and microbiological analysis, the worked examples assume knowledge of the principles of gas chromatography or liquid chromatography (or have attended the Complete GC & GC-MS or the Practical Essentials of GC & GC-MS; or the Complete HPLC & LC-MS or the Practical Essentials of HPLC & LC-MS) and familiarity with common laboratory terminology. Previous experience of working to GMP is not essential.

Duration: 6.5 hours over 2 days.
Virtual classroom course price: £510 + VAT per delegate.

Royal Society of Chemistry members receive a discount for this course (membership number required) - see Anthias website for details.

This course is taught live in a virtual classroom and offers a fully interactive experience, with case studies to reinforce the knowledge and apply the topics learned. Delegates can ask live questions; either by using their microphone or by typing into the chat box.
Venue
Virtual Classroom

Online, Virtual Classroom, United Kingdom

Organised by
Anthias Consulting Ltd - Independent experts providing training and consultancy in the analytical science fields of Gas Chromatography, Liquid Chromatography, Mass Spectrometry, Spectroscopy, Inductively Coupled Plasma, Mass Spectrometry Imaging, Thermal Analysis, Physical & Structural Properties of Molecules, Statistical Analysis and all their related techniques.
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