LC-MS/MS Advanced Optimization & Method Development Strategies Course
About This Course
Course Duration: Two-and-half-day full-immersion course
Course Objective: This course focuses on getting the best from your instrument for a fast method development. It actually teaches you everything you need to know about your LC-MS/MS optimization and method development that may not be written in the manual or in books. Furthermore, the course focuses on how to use this knowledge in practice.
Course Purpose: The main purpose of this course is to teach the criteria to follow during the advanced optimization of a LC-MS/MS methodology and the strategies for a fast and successful method development.
"Real-world" problem solving and applications are thoroughly discussed. The format of the course is highly interactive. This means that the lessons are designed to generate questions and/or discussions with exercises, interpretation examples, and case studies that are discussed in small groups.
Each course is customized according to the attendees' learning needs, backgrounds, field of applications, and topics of interests.
Who Should Attend: This course will be of value to all the LC-MS users and scientists who work in analytical, bioanalytical, environmental and forensic LC-MS or LC-MS/MS, and are looking for specific information that can help them in developing more rugged and reliable methods.
Most topics are discussed in detail and at an advanced level. Previous practical experience in LC-MS or the attendance of "LC-MS/MS Technique & Optimization course" is a prerequisite.
Due to the nature of the course, which involves continuous instructor-student interaction & interactive didactic approach, the number of participants is limited to only 20.
Training Record: An official "Certificate of Course Completion" will be awarded to the course attendees.
Key words: LC-MS/MS; Liquid chromatography tandem mass spectrometry; MS optimization; Mass Spectrometry; Environmental Analysis; Metabolite ID; Forensics; Method Development; HPLC; Pharmaceutical Sciences; Quantitative analysis; Qualitative analysis; High throughput analysis.
