The Transfer of Validated Methods
Master The Best Practices Including Statistics of Analytical Methods!
Instructor :
John Fetzer
Webinar ID:
6411
Date: 1 March 23, WED
Start Time: 10 am PT
Duration: 1 Hr.
What you will learn
- The Best Practices of the Transfer of Validated Methods
- The Statistics of Analytical Methods
- Defining Universal Standards
- Making Method Operation Uniform
- The Best Practices of the Transfer of Validated Methods
- The Statistics of Analytical Methods
- Defining Universal Standards
- Making Method Operation Uniform
- Training Issues
- The Use of Round-robin Samples
- The Statistic of Transferring Methods
Course Description
Even a detailed and well-written standard operating procedure for a method cannot ensure that 2 laboratories running on aliquots of the same will get statistically equivalent results.
Using different instrumentation, standards, reagents, solvents, and other chemicals, data systems, sample storage, handling procedures, and other variables are common and can lead to different results.
Making each operation as similar as possible can be time-consuming and complicated.
This webinar will discuss
- The best practices of the transfer of validated methods including statistics of analytical methods
- How to define universal methods
- How to make the method operation uniform, training issues, and the use of transferring methods.
Join Now!
Even a detailed and well-written standard operating procedure for a method cannot ensure that 2 laboratories running on aliquots of the same will get statistically equivalent results.
Using different instrumentation, standards, reagents, solvents, and other chemicals, data systems, sample storage, handling procedures, and other variables are common and can lead to different results.
Making each operation as similar as possible can be time-consuming and complicated.
This webinar will discuss
- The best practices of the transfer of validated methods including statistics of analytical methods
- How to define universal methods
- How to make the method operation uniform, training issues, and the use of transferring methods.
Join Now!
Why you should attend
Many methodologies are used in more than 1 facility. A common practice is that a method is developed at an R&D laboratory and then transferred to operating facilities to use.
It is well known that there can often be no relationships between accuracy and precision values running the same method in different laboratories.
Therefore, the use of universal standards, making operations as identical as possible, round-robin testing, and rigorously uniform training and methods are necessary.
Enroll Now!
Many methodologies are used in more than 1 facility. A common practice is that a method is developed at an R&D laboratory and then transferred to operating facilities to use.
It is well known that there can often be no relationships between accuracy and precision values running the same method in different laboratories.
Therefore, the use of universal standards, making operations as identical as possible, round-robin testing, and rigorously uniform training and methods are necessary.
Enroll Now!
Areas Covered
- The Best Practices of the Transfer of Validated Methods
- The Statistics of Analytical Methods
- Defining Universal Standards
- Making Method Operation Uniform
- Training Issues
- The Use of Round-robin Samples
- The Statistic of Transferring Methods
- The Best Practices of the Transfer of Validated Methods
- The Statistics of Analytical Methods
- Defining Universal Standards
- Making Method Operation Uniform
- Training Issues
- The Use of Round-robin Samples
- The Statistic of Transferring Methods
Who is this course for
- Lab Chemists
- Lab Managers
- Lab Technicians
- Lab Analysts
- Industries into Compliance Methodology (Biotech, Pharma)
- Companies into Environmental Compliance or EPA
- Lab Chemists
- Lab Managers
- Lab Technicians
- Lab Analysts
- Industries into Compliance Methodology (Biotech, Pharma)
- Companies into Environmental Compliance or EPA
Instructor Profile
John C. Fetzer, has had over 30 year experience in HPLC methods development. He has authored or co-authored over 50 peer-reviewed papers on liquid chromatography, has served on the editorial advisory boards of the Journal of Chromatography, Analytical Chemistry, and Analytical and Bioanalytical Chemistry.