MiNA works in collaboration with world leading research organisations across academic institutions and industry partners.

COLLABORATORS

In 2021 we entered into a global research collaboration with Lilly to develop novel saRNA drug candidates for up to 5 targets across Lilly’s key therapeutic focus areas
In 2021 we entered into a global research collaboration with Lilly to develop novel saRNA drug candidates for up to 5 targets across Lilly’s key therapeutic focus areas
In May 2017, Sosei Group Corporation made a strategic investment of £35m in MiNA. Sosei is an international biopharmaceutical company originating from Japan
In May 2017, Sosei Group Corporation made a strategic investment of £35m in MiNA. Sosei is an international biopharmaceutical company originating from Japan
In 2015 we entered in a multi-year collaborative research agreement with Imperial College London to discover and develop new saRNA medicines
In 2015 we entered in a multi-year collaborative research agreement with Imperial College London to discover and develop new saRNA medicines
Since 2014 we have been collaborating with the Bioinformatics core facility at NTNU Trondheim to discover new saRNA compounds
Since 2014 we have been collaborating with the Bioinformatics core facility at NTNU Trondheim to discover new saRNA compounds
Since 2018 we have been working with investigators at the University of Liverpool on the up-regulation of gene targets using our saRNA technology
Since 2018 we have been working with investigators at the University of Liverpool on the up-regulation of gene targets using our saRNA technology

We are seeking new R&D partners in academic research and
biopharmaceutical drug development in the following areas:

Opportunities to evaluate pharmacology of MTL-CEBPA as a combination agent in both pre-clinical studies and clinical development including clinical collaborations in immuno-oncology.

Drug discovery opportunities against new disease targets especially in immuno-oncology, immunology and metabolic diseases.

New, scalable, delivery technologies, administered systemically or locally, that can extend the in vivo activity of our saRNA compounds to tissue that are currently inaccessible.

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