Protein cages are synthetic virus-like particles that display biological material on their surface, or carry molecules such as nucleic acids or proteins into the cell. Our cages are programmable, which gives them significant potential as both drug delivery systems and vaccines.
Leading candidates
| Product | Stage of development | Rationale for market entry | Phase start | Partner |
|---|
| Lyme Disease Vaccine | Design of VLP | - There is currently no vaccine for Lyme disease
- A growing problem in the US and Western Europe
- The disease carries long-term complications
More about Lyme disease | 2025 | Jagiellonian University |
|---|
| Universal Flu Vaccine | Challenge animal experiments | - Elderly patients are recommended to have both Covid and flu boosters
- No combination option is available
More about influenza | 2024 | |
|---|
Lyme Disease Vaccine
- Stage of development
- Design of VLP
- Rationale for market entry
- There is currently no vaccine for Lyme disease
- A growing problem in the US and Western Europe
- The disease carries long-term complications
More about Lyme disease- Phase start
- 2025
- Partner
Jagiellonian University
Universal Flu Vaccine
- Stage of development
- Challenge animal experiments
- Rationale for market entry
- Elderly patients are recommended to have both Covid and flu boosters
- No combination option is available
More about influenza
Other pipeline assets
| Product | Stage of development | Rationale for market entry | Phase start | Partner |
|---|
| RSV Vaccine | Design of VLP | - RSV is a leading cause of severe respiratory illness in infants and older adults, and options for protecting patients remain limited
More about RSV | 2023 | |
|---|
| Drug Delivery System | Design of VLP | - Programmable protein cages can carry nucleic acids or proteins into cells, opening a route to therapies that are hard to deliver today
More about drug delivery systems | 2024 | |
|---|
RSV Vaccine
- Stage of development
- Design of VLP
- Rationale for market entry
- RSV is a leading cause of severe respiratory illness in infants and older adults, and options for protecting patients remain limited
More about RSV
Drug Delivery System
- Stage of development
- Design of VLP
- Rationale for market entry
- Programmable protein cages can carry nucleic acids or proteins into cells, opening a route to therapies that are hard to deliver today
More about drug delivery systems