Course Catalog

This course is designed to help users who are unfamiliar with Liquid Chromatography to understand the basics of HPLC. The course covers the following topics;
- Basic HPLC system components and their functions
- Basic LC theory for different stationary and mobile phases
- Common separation modes and their applications
- Resolution in chromatography and how it can be altered

Learners interested in obtaining a PACE certificate and PACE accreditation for taking this course (equal to one (1) PACE credit) must successfully complete the learning module and a brief online evaluation survey.

Duration: approximately 35 minutes
Learner Level: Basic
Certificate Type: Completion
PACE accreditation: Yes
Course ID: 5000997c-27f5-4884-8ae5-89cd088c5b13

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The course introduces the subject of LC-MS based confirmation compound screening utilizing AB SCIEX QTRAP® Systems Technology. Upon completion of the course, learners will be able to create an acquisition method, submit a batch, process data, and create a report.

The course covers the following topics:
- Introduction to the Compound Screening process
- Overview of an LC-MS/MS system
- Overview of the Information Dependent Acquisition (IDA) workflow
- How to build an MRM-IDA acquisition method manually and using the IDA Wizard
- How to submit a batch, process data and creating a compound screening report

Chapters: 1
Duration: 25-30 minutes
Learner Level: Basic
Certificate Type: Completion
PACE Accreditation: No

Course ID: 77650476-a008-4736-bc85-ee539174c6e5

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This course covers the basics of how to use the X500R and X500B QTOF Systems with the SCIEX OS software, and is comprised of four modules: Safety and Lab Requirements, Preparation, Optimization, and Data Analysis. Upon completion of the series, participants will be informed of appropriate laboratory safety protocol, as well as how to prepare the system, mobile phases, and samples. They will also be able to tune and calibrate the X-Series QTOF system, build methods and create/submit batches. The final section will cover the review of TOF MS and IDA data.

Chapters: Four (4)
Duration: 20 minutes for each online course
Course Level: Basic
Certificate Type: Completion
PACE Accreditation: No

Course ID: 77a2fc7e-142e-43da-90da-96bb6b69aace

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This eLearning

series is designed to teach a user how to use the SCIEX IVD triple quadrupole and QTRAP® systems for a basic quantitative workflow. It consists of four modules: Safety and Lab Requirements, Preparation, Optimization and Data Acquisition, and Data Processing.  
Safety and Lab Requirements, and Preparation cover appropriate laboratory safety procedures, how to prepare the system, mobile phases, and samples.  
Optimization and Data Acquisition covers compound and source optimization to create an acquisition method, and how to acquire data.  
Data Processing details how to create a processing method, process and review data, and generate a report using MultiQuant^TM MD software.

If required, you can find example data to use as practice for data processing in the Resources section on the left side.  

Chapters: Four (4)
Duration: 20 minutes for each online course
Course Level: Basic
Certificate Type: Completion
PACE Accreditation: No

Course ID: 52743b78-5d0c-4e22-b0d0-9c77b4b2cc51

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This eLearning series is designed to teach a user how to use the SCIEX triple quadrupole and QTRAP® systems (RUO systems only) for a basic quantitative workflow. It consists of four modules: Safety and Lab Requirements, Mobile Phase and Standards Preparation, Optimization and Data Acquisition, and Data Analysis. 
Safety and Lab Requirements, and Mobile Phase and Standards Preparation cover appropriate laboratory safety procedures, how to prepare the system, mobile phases, and samples. 
Optimization and Data Acquisition covers compound and source optimization to create an acquisition method, and how to acquire data. 
Data Analysis shows you how to create a processing method, process and review data, and generate a report using MultiQuant ^TM or SCIEX OS-MQ software.

If required, you can find example data to use as practice for data processing in the Resources section on the left side. 

Chapters: Four (4)
Duration: 20 minutes for each online course
Course Level: Basic
Certificate Type: Completion
PACE Accreditation: No
Course ID: 574d6b4c-4ec8-4aaa-a33b-07737ff20472

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This course covers the basics of how to use the SCIEX TripleTOF®Systems, and is comprised of four modules: Safety and Lab Requirements, Preparation, Optimization, and Data Analysis.

Safety and Lab Requirements, and Preparation cover appropriate laboratory safety procedures, how to prepare the system, mobile phases, and samples.  
Optimization and Data Acquisition covers how to tune and calibrate the SCIEX TripleTOF system, build methods and create/submit batches. 
Data Analysis details how to review TOF MS, Product Ion and IDA data using Analyst® TF, PeakView^TM and SCIEX OS software.

If required, you can find example data to use as practice for data processing in the Resources section on the left side. 

Chapters: Four (4)
Duration: 20 minutes for each online course
Course Level: Basic
Certificate Type: Completion
PACE Accreditation: No

Course ID: eea72c13-fc3b-48a2-a4ea-b8ba16a89a75

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This eLearning series is designed to teach a user how to use the Topaz^TM System and ClearCore^TM MD software for a basic quantitative workflow. It consists of four modules: Safety and Lab Requirements, Preparation, Optimization and Data Analysis.
Safety and Lab Requirements, and Preparation cover appropriate laboratory safety procedures, how to prepare the system, mobile phases, and samples.
Optimization covers compound and source optimization to create LC and MS methods, and how to acquire data.
Data Analysis details how to create a processing method, process and review data, and generate a report.

If required, you can find example data to use as practice for data processing in the Resources section on the left side. 

Chapters: Four (4)
Duration: 20 minutes for each online course
Course Level: Basic
Certificate Type: Completion
PACE Accreditation: No 
Course ID:b9334a66-3851-45a8-aa0b-88bd3a837ac0

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This self-paced training session covers the basics of mass spectrometry for new users including the uses of mass spectrometry, ion formation, mass analyzers and detectors. Learners interested in obtaining a PACE certificate and PACE accreditation for taking this course (equal to 0.5 PACE credit) must successfully complete the learning module and a brief online evaluation survey.

Chapters: 1
Duration: 33 minutes
Learner Level: Basic
Certificate Type: Completion
Pace Accrediation: Yes

Course ID: 6e74e1fa-cdd8-48ed-8f5a-ba730671b70d

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This is a general overview of the MetabolitePilot™ Software and its functionality, including use of the Compound Library, working with Biotransformations, setting up Processing Parameters, creating a Processing Batch in the Batch Workspace, reviewing the Results Workspace – including an overview of the Interpretation feature, and comparing data in the Correlation Workspace. Report generation and troubleshooting is also addressed.

Duration: approximately 28 minutes

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This course is an introduction to microLC, and covers the following topics:

- Theory and benefits of microLC such as sampling efficiency, sensitivity improvements and solvent savings
- Modifying your method for microLC such as gradient conditions to use, appropriate injection volumes, how a trap and elute workflow can be beneficial, and best practices to achieve optimal robustness
- System requirements including the pump requirements, and appropriate tubing and electrospray emitter IDs

Duration: 10 mins
Learner Level: Basic
Certificate Type: Completion
PACE Accreditation: None
Course ID: 73501550-6153-4295-b009-c04715c0e17e

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