The RNA AI company redefining RNA design.

THE TEAM

A team of seasoned operatives joined forces with leading investigators in RNA biology and AI to build a category defining RNA design company. 

Nazli Azimi

Co-Founder & CEO

Sasan Amini

Co-Founder

Hani Goodarzi

Scientific Co-Founder

Timo Hagen

Director of RNA Research, Founding Scientist

Kian Yousefi

Director of Translational Research, Founding Scientist

With more than a decade of research, Therna’s founders are at the forefront of regulatory RNA biology, authoring several acclaimed publications.

IN THE PRESS:

THE MODEL

Therna is pioneering a new era of programmable RNA therapeutics by integrating deep RNA biology with generative AI. Our platform explores RNA sequence space beyond natural boundaries to design custom mRNAs with enhanced translational efficiency, tissue specificity, durability, and reduced immunogenicity.

THE PROCESS

LAB IN THE LOOP

LAB IN THE LOOP

Our iterative pipeline seamlessly combines biology and computation: AI generates novel RNA sequences, lab experiments validate them, and results are used to retrain the model, enhancing its predictive capabilities.

THE APPROACH

Our approach to mRNA design is comprehensive:

We consider the entire mRNA molecule within various cellular contexts, regulatory components, thereby its full complexity into account.

This integrated, AI-powered strategy enables us to re-write the “grammar” of mRNA achieving properties previously unfeasible with other treatment modalities, such as improved translation and stability, and precise tissue specificity.

THE APPLICATIONS

Therna’s proprietary generative RNA design platform marks a significant breakthrough in biotech innovation, enabling rapid and precise creation of custom RNA therapeutics. By dramatically accelerating the design cycle and unlocking programmable drug properties, our platform is deigned to address diseases previously out of reach for traditional modalities. This technology positions Therna at the forefront of a new era in medicine—one with vast commercial potential across multiple therapeutic areas.

Contact Us