Good Laboratory Practices training (GLP) is essential to any laboratory that supports products for sale or use in the United States. GLP much like GMP ensures a comprehensive system that guarantees validity of results and overall quality. Pharmaceuticals, chemicals, petrochemicals, and environmental analyses companies mandated to be following GLP training. A central aspect of GLP is validation of an analytical method.
Completely new compounds are being developed each day in pharmaceuticals, structures that have never studied before by chemists. Their properties 鈥� such as solubility and acid-base nature, are unknown. Synthetic reactions may create similar types of molecules, including structural and optical isomers. The methodologies that warrant US FDA compliance with GLP regulations require being able to separate and identify all major, minor, and trace components. No longer is it just determining a purity of the main component, environmental analysis is a pre-requisite. As per GLP requirements, each minor contaminant or degradation product is also important.
Why You Should Attend:
This webinar will discuss analytical method validation and the best practices to follow, including components of a validation. We will also cover how to include critical reagents comparison, selectivity experiments, assessment of stability. The importance of communication between the development and the validation labs and accuracy of transfer documents (SOPs training) will also be addressed. Participants will be able to answer and understand 鈥� Is validation a regulated activity? Recognize when to pull the trigger for validation and the importance of suitability testing.
Areas Covered in the Session :
Method Validation
The criteria for a method
Statistical requirements
Documentation requirements
Maintaining Compliance
Common issues
Who Should Attend:
Analysts
Lab Supervisors and Managers
QA Managers and Personnel
Consultants
Validation Specialists
Chemists
Completely new compounds are being developed each day in pharmaceuticals, structures that have never studied before by chemists. Their properties 鈥� such as solubility and acid-base nature, are unknown. Synthetic reactions may create similar types of molecules, including structural and optical isomers. The methodologies that warrant US FDA compliance with GLP regulations require being able to separate and identify all major, minor, and trace components. No longer is it just determining a purity of the main component, environmental analysis is a pre-requisite. As per GLP requirements, each minor contaminant or degradation product is also important.
Why You Should Attend:
This webinar will discuss analytical method validation and the best practices to follow, including components of a validation. We will also cover how to include critical reagents comparison, selectivity experiments, assessment of stability. The importance of communication between the development and the validation labs and accuracy of transfer documents (SOPs training) will also be addressed. Participants will be able to answer and understand 鈥� Is validation a regulated activity? Recognize when to pull the trigger for validation and the importance of suitability testing.
Areas Covered in the Session :
Method Validation
The criteria for a method
Statistical requirements
Documentation requirements
Maintaining Compliance
Common issues
Who Should Attend:
Analysts
Lab Supervisors and Managers
QA Managers and Personnel
Consultants
Validation Specialists
Chemists
