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FinnCure: Next-Gen
VLP Technology

Next-gen broad spectrum therapy. Virus-like particles for treating
and preventing pathogenic and non-pathogenic diseases.

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Smart Particles.
Safer Tomorrow.

Designing safe, and adaptable VLPs for diverse medical applications - from disease prevention and immunotherapy to targeted drug delivery.

Delivering the Future of Targeted Medicine

We develop a novel technology platform for creating synthetic virus-like particles that mimic viral behavior without using actual viruses. These particles:

w Carry therapeutic compounds

Our platform supports fast customization, making it suitable for both existing treatments and future health threats.

BREAKTROUGH VALIDATION OF VLP TECHNOLOGY

Targeted Delivery. Real Results.

Safe, effective, and fast-acting--our VLPs protect cells and deliver therapies precisely where needed.

virus blocking
Virus blocking efficacy validated for at least 6 hours by Tebu-Bio Finance

cell viability
Non-toxic even at extremly large doses
(hundreds of µg/ml)

Engineered for Impact

Our proprietary particles demonstrate exceptional safety, precision targeting, and antiviral efficacy - validated trough independent testing and real-world conditions.

RBD Protein
RBD Protein

Receptor binding domain (RBD) protein is copied from the virus - in this case SARS-CoV-2

Virus-Like Particle
Virus-Like Particle

We attach RBD protein (blue) to the surface of nano / micro size synthetic particles (green) with a tag (yellow). Particle mimics a virus.

Competitive Inhibition
Competitive Inhibition

When administered to target cells VLPs competitively block attachment of the virus to target cell membrane receptors.

Uptake to cells
Uptake to cells

VLPs enter by endocytosis to the cell, stimulate immune response and release the cargo (e.g. antiviral compound).

Careers

Join Us in
Revolutionizing
Healthcare.

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