This training program will detail the requirements for ICH stability studies, discuss how to design stability programs for your drug product, and list analytical methods requirements.
It will also focus on how to interpret the data generated by the stability programs.
Why Should You Attend:
Performing stability studies is often considered a routine task in the development cycle. However, if they are not designed and executed properly the results can be disastrous.
Ineffective stability programs can lead to an assignment of shortened shelf life and/or delays in regulatory approvals. Given the options outlined in the ICH stability guidance, it is important to understand which options apply and how to implement them for your product.
This presentation will cover the ICH stability requirements, how to design the programs taking into account the drug product specifics and common challenges which can occur during these programs.
Learning Objectives:
Understanding what are the requirements for ICH
stability studies
Learning the how to design stability programs for
your drug product
Understanding the analytical methods requirements
How to interpret the data generated by the stability
programs
Areas Covered:
Background and Overview of ICH Q1
What are the requirements for stability programs
What are the analytical method requirements,
what needs to be measured
Stability indicating methods – what are they?
Designing Stability Studies
Standard programs vs matrixing vs. bracketing
ANDA stability requirements
Data Analysis
Tracking and trending
OOS vs OOT
Setting specifications and shelf life
Instructor Profile
Dr. Wayland Rushing
is a technical expert in
chemistry, manufacturing and
controls (CMC) program design,
analytical development and
regulatory submissions.
Over his 15-year career, he has
led CMC development programs for a
wide array of biopharmaceuticals,
including parenterals, inhalation
drugs, and other pharmaceuticals
with complex delivery systems.
Dr. Rushing is a subject matter
expert in HPLC and GC method
development and validation,
extractables and leachables
program design and regulatory
submission requirements; has
drafted multiple IND and NDA
submissions; and assists ABC
clients in responding to FDA
deficiency letters.
He currently serves on
Parenteral Drug Association (PDA)
advisory committees for Technology
Transfer and Elastomeric Closures
and Seals Presentation Summary and
was co-author of PDA TR 65,
Technology Transfer.