PRIME Lab

Engineering protein interfaces in complex biological environments

Controlling stability, transport, and function for next-generation therapeutics.

Explore Our Research

Our Approach

We develop predictive and mechanistic frameworks to engineer protein interfaces and control their behaviour in complex biological environments.

Enabling precise control over stability, transport, and function in next-generation therapeutic systems.

Key Research Areas

Understanding biomolecular interfaces illustration

Understanding Interfaces

Mechanistic studies of protein–material interactions

Predicting interfaces with computational tools illustration

Predicting Interfaces

Computational tools for interface design and reaction prediction (PRELYM)

Controlling interfaces in therapeutic systems illustration

Controlling Interfaces

Engineering therapeutic systems and nanocarriers

Find Out More About Our Research

Join Our Team

We are building a multidisciplinary research group focused on understanding and engineering biomolecular interfaces. We welcome students and researchers interested in chemistry, materials science, and therapeutic innovation.

Join the PRIME Lab Our Team