Bioanalysis of Today and Tomorrow: Current Best Practices and Emerging Technologies Enabling Diverse Therapeutic Conjugate Evaluation | An ISSX 2024 Virtual Workshop
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Register
- Non-member - $400
- Member - $300
- Student - $150
- Premier - $300
This workshop is organized through the efforts of the ISSX Bioanalysis in ADME Science Focus Group and is organized by Drs. Matthew Albertolle, Bingming Chen, Joe Cannon, Mei Han, Thomas Kraft, John Tran, Jim Shen, Faye Vazvaei, and Brian Booth.
The scope of this workshop is to provide content for attendees from early career/grad school who want to learn fundamentals (Day 1) to senior career leaders in the field who want to learn about what is the new and emerging technologies (Day 2). Workshop topics can include bioanalytical techniques, including biotransformation (and subsequent bioanalysis) of macromolecules. Each session of the workshop consists of presentations from several expert speakers. In addition, there will be an interactive virtual poster session which will be selected from the pool of abstracts from attendees.
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Contains 6 Component(s)
This session reviews the bioanalytical basics, including experimental design, how samples are analyzed, and what the data is used for.
Co-Chairs: Matthew Albertolle and Valerie Kramlinger
Practical Considerations in Preclinical ADC Bioanalysis
Bioanalysis of Anti-body Oligonucleotide Conjugates
Regulated Bioanalytical Support for ADC Drug Development
Physiologically-based Pharmacokinetics Meets Quantitative Protein Mass Spectrometry for Mechanistic Modeling of Target-mediated Drug Disposition (TMDD)
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Contains 8 Component(s)
This session focuses on modern techniques that may or may not work with newer modalities
Co-Chairs: Faye Vazvaei, Mei Han, Joe Cannon, and Jim Shen
Biotransformation of ADC Linkers and Payloads
Characterizing Antibody Drug Conjugates by Direct Mass Technology
Mathematical Modeling for Antibody Drug Conjugates
Challenges and Solutions in ADC Bioanalysis: Case Studies of LBA and LC-MC/MS Technologies
Discovery Bioanalysis for ADC Therapeutics