LC-MS/MS Principles, Tips & Tricks (LAPTOP REQUIRED)

LC-MS/MS Principles, Tips & Tricks (LAPTOP REQUIRED)

Tuesday, March 10, 2026 8:30 AM to 12:30 PM · 4 hr. (America/Chicago)
Short Course Office - Room 211
Short Course
Instrumentation & Nanoscience

Information

Since the introduction of electrospray ionization (ESI) in the early 1990s, mass spectrometers have found their way into the analytical lab as a robust detector for high performance liquid chromatography (HPLC). The technique known as LC-MS describes an HPLC with a mass spectrometer as the detector and techniques that use tandem mass spectrometry are known as LC-MS/MS. Both LC-MS and LC-MS/MS can provide qualitative information by separating analyte with HPLC and provide mass information from the MS detector with LC-MS/MS provided superior sensitivity. Participants will gain an understanding of the fundamentals of LC-MS, including the theory, instrument components, method development and data analysis. Basic operation and theory of HPLC components such as pumps, autosamplers, UV detectors will be covered in this course. Mass spectrometry parameter optimization and a selection of “tips and tricks” will also be covered. HPLC column theory and selection will be discussed. Various types of mass spectrometers will be introduced, but the course will focus on quadrupole analyzers and triple quadrupole mass analyzers, emphasizing pharmaceutical and environmental quantitative analysis.
Day of Week
Tuesday
Session Number
SC-7345
Application
Instrumentation
Methodology
Liquid Chromatography/LCMS
Primary Focus
Methodology
Morning or Afternoon
Morning

Short Course Information

Course Level
Beginner
Duration
Half Day Course
Learning Objective
Fully understand the advantages and limitations of LC-MS systems Apply the LC-MS principles to develop your own LC-MS methods
Course Outline
1.HPLC separation principles - advantages and limitations Important concepts - retention factor, column efficiency, separation factor and master resolution How to select buffer and optimize the pH for the buffer based on pKa values How to separate polar molecules using HILIC How to develop and transfer HPLC methods to UHPLC/UPLC methods 2.Introduction to mass spectrometry Why the combination of LC with MS is a perfect marriage Important concepts – charged species, mass resolution and mass accuracy What kind of ionization should be selected – ESI or APCI Mass analyzers: quadrupole and triple quadrupole How to evaluate and compensate for matrix effects on MS ionization Advantages and limitation of mass analyzers: single and triple quadrupole, TOF How to develop an MS or MS-MS method How to perform a qualitative and quantitative analysis using LC-MS/MS
Target Audience
This half-day course is for science researchers interested in learning about LC-MS/MS and novice LC-MS/MS users. I will cover an introduction to the techniques for the first 45 minutes, so if you have never used HPLC or LC-MS before, that's OK. The goal will be to get you to a place where you can discuss and begin to use LC-MS/MS in your lab.
Early Fee (before Jan 29, 2026)
$450.00
Full Fee (after Jan 29, 2026)
$550.00

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