OUR PLATFORM
>>Modular
>>Versatile
>>Cost-Effective
Through rational protein design and engineering we have attained full control of the self assembly mechanism of multiple viral proteins.
We can trigger oligomerization of these proteins into homogeneous, reproducible monodisperse particles.
These proteins can be used as scaffolds fused to cargoes of different functionalities. Thus, we can generate libraries of functionalities that can be integrated on-demand, enabling combinatorial design.
This method allows the creation of soluble, stable, multivalent and multicomponent particles.
OUR VERTICALS
Self-Assembling Scaffolds
Our technology is under constant evolution to suit multiples application in a wide range of conditions. The main goal is to deliver a truly versatile platform for multiple applications.
Next-Gen Vaccines
Based on our technology, we are developing a next-gen vaccine platform for cost-effective, updatable, finely-tunable formulations.
In Vitro Diagnostics
We are generating biotechnological tools and engineering novel cargoes to expand the platform's properties.
We have generated multiple self-assembling scaffolds with different properties that suite a plethora of applications. Our platforms allow for topologically optimized cargo display, to maximize function through controlled cargo orientation and precise control of the nanobioparticles morphology.
Our preclinical proof of concept shows that our platform allows for easy combination of adjuvants and antigens to generate specific combinations in under an hour. Our platform is safe and elicits robust immune responses. We are actively developing this for i) Infectious diseases and pandemic preparedness and ii) solutions for personalized medicine.
Our technollogy enables facile conjugation of the platform with with antibodies and minibinders to generate multivalent binders able to detect analytes at ultra low concentrations. Our technology enables coupling of specific binders with probes for multiplex, quantitative fluorescent detection.