Synthetic lethality is transforming precision oncology, offering new avenues for targeted cancer therapy. The featured speakers will discuss how innovative approaches that combine computational methods with experimental validation can accelerate the development of targeted cancer therapies.
This webinar will provide insight regarding how integrated platforms enhance the discovery process through predictive modeling, data visualization and robust data management. Discover how these collaborative technologies are bringing life-changing medicines to patients faster through a more efficient, data-driven discovery process.
Join the featured speakers to:
- Examine the role of data integration in improving decision-making for targeted therapies
- Gain perspective on balancing computational predictions with experimental validation
- Explore challenges and lessons learned from cross-functional precision oncology initiatives
Register to explore how integrated approaches are accelerating cancer drug discovery through synthetic lethality.
- AI ,
- Basic Research ,
- Cancer ,
- Cancer Drugs ,
- Cancer Therapy ,
- Cancer Treatment ,
- Computational Modeling and Simulation ,
- Data Management ,
- Data Science ,
- Drug Discovery ,
- Oncology ,
- Other Software ,
- Precision Medicine ,
- Precision Oncology ,
- Predictive Models ,
- Targeted Therapy ,
- Therapeutic Areas ,
- Translational Research
Speakers
Michael Kappler, PhD, Director, Head of Research Informatics, IDEAYA Biosciences
Michael Kappler, PhD, is the Director and Head of Research Informatics at IDEAYA Biosciences, specializing in R&D solutions for scientific workflow optimization. Previously, he served as the Associate Director at IDEAYA and Senior Principal Scientist at Nurix Therapeutics, where he developed informatics platforms for biotech research. He is also the CEO and Founder of Moonlight Informatics & Computing Knowledge LLC, developing three-dimensional molecular fingerprint technology. Dr. Kappler serves on the Steering Committee of the Pistoia Alliance, supporting pre-competitive collaboration in life sciences. He completed his PhD in Chemistry at UC Santa Cruz under W. Todd Wipke and earned a BS in Chemistry from Eastern Michigan University.
Tamsin Mansley, PhD, President, Optibrium Inc.
Tamsin Mansley, PhD, is the President of Optibrium, Inc. and is an experienced drug discovery scientist, problem solver and leader with over 20 years of experience in the field. She currently heads Optibrium’s Application Science team, equipping customers with the resources they need for success.
Tamsin holds a PhD in Organic Chemistry from the University of East Anglia, UK, and pursued postdoctoral research in Professor Philip Magnus’s lab at the University of Texas, Austin. She began her career as a medicinal chemist at leading biopharma companies, including Eli Lilly and UCB, before transitioning into application science roles at Tripos, Dotmatics and OpenEye.
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Janice Darlington, Customer Engagement Scientist, Collaborative Drug Discovery
Janice Darlington is a Customer Engagement Scientist at Collaborative Drug Discovery – CDD VAULT. She has supported CDD’s scientific community in their research workflows since 2019. Her scientific background spans 27+ years in the San Diego drug discovery landscape. Her first foray into amassing significant amounts of scientific data occurred while working as a research associate, where she equipped and operated the high-throughput molecular profiling lab at Merck Research Laboratories – San Diego (MRL-SD).
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(Moderator) Eric Gifford, PhD, Business Development Consultant, Collaborative Drug Discovery
Eric Gifford, PhD, serves as a Business Development Consultant at Collaborative Drug Discovery. With previous leadership roles at MSD and Merck, he brings extensive experience in computational toxicology and scientific informatics. During his 14 years at Pfizer, he developed computational methods for drug discovery. He holds a PhD in Chemistry from The University of Toledo.
Who Should Attend?
This webinar will appeal to:
- Cancer researchers (particularly those working on precision oncology or genetic vulnerabilities)
- Molecular and cell biologists exploring gene interactions
- Drug discovery scientists focused on targeted therapies or biomarker-driven approaches
- Translational researchers and clinicians interested in moving basic science into therapeutic development
- Bioinformaticians and computational biologists modeling genetic interactions
- Pharma and biotech R&D professionals evaluating novel treatment strategies
What You Will Learn
Attendees will:
- Understand the fundamental principles of synthetic lethality and how this approach creates new opportunities for targeting cancers with specific genetic mutations
- Explore how integrated discovery platforms accelerate the identification and validation of synthetic lethality targets through the combination of computational tools and experimental methods
- Learn how integrated software platforms can create a unified workflow that enhances decision-making in oncology drug discovery programs
- Discover real-world examples of how collaborative technology approaches have measurably improved efficiency and reduced time-to-clinic for precision oncology therapeutics
Xtalks Partner
Collaborative Drug Discovery’s CDD VAULT
Collaborative Drug Discovery’s CDD VAULT is a hosted biological and chemical database that securely manages your private and external data. It lets you intuitively organize chemical structures and biological study data, and collaborate with internal or external partners through an easy-to-use web interface. The available modules within CDD Vault include Activity, Registration, Visualization, Assays, AI, Automation, Curves, Inventory, and Electronic Lab Notebook (ELN). Each module is designed to optimize various aspects of research and data management, enhancing the overall efficiency and productivity of scientific workflows.
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