You can browse, filter, or search our extensive list of training offerings. Choose from over 100 self-paced eLearnings or search for an instructor-led course near you. Once you select the course you want, you will be directed to SCIEX Now Learning Hub for enrollment (login required).
This is the first training module in Peptide Quantitation eLearning Series. Upon completion of this eLearning module you will be able to identify major components of peptide backbone structure and conventional amino acids, predict general properties and charge state from peptide sequence, understand mode of peptide fragmentation in a quadrupole, associated peptide MS/MS fragments with a peptide sequence, and understand use of heavy isotope labeled internal standard peptides.
Chapters: 1
Certificate Type: Completion
PACE Accreditation: No
During this course, you will learn about the fundamental challenge of lipidomics analysis, namely isobaric interference, what SelexION Technology is and how it works, the development of DMS as a tool for lipid analysis by mass spectrometry and finally see how SelexION Technology has been used to solve difficult analytical problems in lipidomics.
Chapters: 1
Certificate Type: Completion
PACE Accreditation: No
This training module is intended to train users how to use LipidView 1.2 software and develop processing methods to quickly and identify detected lipids and generate lipid profiles from collected data.
Upon completion of LipidView 1.2 software training, you will be able to:Chapters: 1
Certificate Type: Completion
PACE Accreditation: No
This is the second training module in Peptide Quantitation eLearning Series. Upon completion of this eLearning module, you will be able to understand two major groups of Peptide Quant experiments; identify major ‘rules’ for picking MRM transitions for peptides;understand infusion based peptide MRM optimization methods; utilize Skyline software to predict potential fragment ions for any peptide sequence; and utilize Skyline software for on-column peptide MRM screening and optimization.
Chapters: 1
Certificate Type: None
PACE Accreditation: No
The overall objective of this eLearning module is to describe in detail the different aspects of the SelexION Technology device, including the hardware components and parameter settings. During this course, you will learn about the procedures to place the DMS cell onto the mass spectrometer and equilibrate the instrument. Additionally, the different parameter settings that control the function of the SelexION Technology device will be introduced and discussed in terms of how they affect experimental results.
Chapters: 1
Certificate Type: Completion
PACE Accreditation: No
This course shows you how to use the ExionLC 2.0 system on Analyst and SCIEX OS software, and includes the following topics:
After taking this course, you should have a good understanding of the system and be able to perform basic operations to run the system for your workflows and applications.
Related instruments: ExionLC 2.0 system
Related software: Analyst and SCIEX OS software
Certificate type: Completion
PACE accreditation: None
In this course, the following topics are covered;
Chapters: 1
Certificate Type: Completion
PACE Accreditation: No
This course will introduce you to the MPX 2.0 high throughput system and how automated carryover monitoring works.
After taking this course, you should be able to:This self-paced, online training session is designed to introduce current Linear Ion Trap instrument users to LightSight 2.2 software. Functionality improvements including analog data analysis will be covered. Additionally, the training session will cover how to generate acquisition methods as well as process data. Lastly, the training session will go over how to generate and submit MS/MS methods and basic reporting functionality.
Chapters: 1
Certificate Type: None
PACE Accreditation: No