Does your vector truly need to stay frozen?
Understand which evidence can support or challenge frozen storage as the default.
Live webinar · 24 November 2026 · 10:00 AM ET
Does your viral vector really need to stay frozen, or has frozen storage become the default too easily?
Dr. Cornelius Pompe, COO at Leukocare, leads a focused 45-minute discussion on viral vector stability, formulation and the development decisions that matter before moving beyond frozen storage.
What we’ll explore
Understand which evidence can support or challenge frozen storage as the default.
Explore how the vector, formulation and relevant stresses can interact.
Prioritize decision-critical development work when material and time are limited.
After 45 minutes, you should have a clearer framework for deciding what matters now and what can wait.
Live Decision Case
During the webinar, Cornelius will introduce a realistic viral-vector development scenario. You’ll decide what you would investigate next. Then we’ll unpack which information changes the decision, what to prioritize first and why.
A realistic development scenario
Which information actually changes the decision?
How the thinking applies to your own program
Webinar speaker

Chief Operating Officer (COO), Leukocare AG
Dr. Cornelius Pompe brings more than 20 years of experience across biotechnology and life sciences. Before joining Leukocare, he held leadership roles at biotechnology companies and pharmaceutical service organizations including Amgen, LFB and Coriolis. At Leukocare, he contributes extensive experience in drug product development, formulation, operational strategy and the development of complex biologics and advanced therapies.
Is this session for you?
The discussion is designed for teams making practical viral-vector stability and formulation decisions.
Questions before the webinar
Practical questions about viral-vector stability, formulation development and storage strategy.
No. The appropriate storage format depends on the vector, formulation, required shelf life and intended use. We can evaluate frozen, refrigerated liquid or lyophilized options where suitable. Feasibility must be demonstrated for the specific vector.
We combine analytical methods that assess relevant physical and chemical attributes with suitable measures of biological activity. The methods are selected for the vector and study objective. Particle or genome measurements alone may not show whether biological function has been retained.
Yes. We can investigate relevant preparation and administration steps, including freeze–thaw exposure, dilution, holding times and contact with syringes, filters or infusion tubing. The results help identify losses in vector recovery or biological activity and support practical handling conditions.
Yes. We investigate how formulation composition, storage and handling affect vector integrity and biological activity. Depending on the vector, relevant challenges include aggregation, adsorption to surfaces and loss of potency or infectivity. Formulation candidates are evaluated against the agreed product requirements.
Yes. We review existing data and prioritize the most important development questions before designing experiments. Studies can be structured into focused stages, with a material budget agreed in advance. The required amount depends on the vector, analytical methods and scope.
24 November 2026 · 10:00 AM ET
Register for a focused 45-minute discussion with Dr. Cornelius Pompe on viral vector stability, formulation and the development decisions behind storage strategy.
Live Decision Case · Live Q&A