Potential applications
For drug developers
Whether you’re developing a vaccine—therapeutic and/or prophylactic—a cytotoxic agent, a molecule intended for targeted replacement in specific cells or tissues, or a bi-specific T-cell engager, the Serendip platform can support your goals.
Our technology is particularly well suited for immuno-oncology applications. The ability to target specific immune cell subtypes and deliver tumor antigens positions VLPs as a strong candidate for effective immunization strategies. This targeted approach is designed to activate the immune system specifically against tumor cells, enabling their selective destruction.
An effective immunization platform is especially valuable for therapeutic cancer vaccines, aimed at eliminating residual cancer cells and reducing the risk of relapse. In many cancer indications, these residual cells evade current immunotherapies and chemotherapies, often remaining undetectable and leading to recurrence.

Through R&D collaborations, our team aims to expand proof-of-concept data across a range of new applications.
We are particularly interested in demonstrating the suitability of our platform for:
- Prophylactic vaccines
- Cytotoxic molecule delivery
- T-cell engagers
- Replacement of dysfunctional proteins
- RNA stabilization and reducing immunogenicity
We are open to co-financing feasibility studies, provided the results help showcase the strengths of our technology across diverse use cases.
If you have a project in mind, don’t hesitate to reach out via the contact form—we’d be happy to explore opportunities together.
For test developers


Depending on the need, antibody fragments or other proteins can be displayed on the surface. Antibodies that recognize the surface of VLPs are also available for particle capture purposes.
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VLPs loaded with fluorescent proteins (tRFP or GFP)
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VLPs loaded with bioluminescent enzymes that activate in the presence of their substrates (luciferase or nano-luciferase)