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CellNova - a VINNOVA centre for development and production of next generation biological drugs

Reference number
Coordinator Kungliga Tekniska Högskolan - Avdelningen för proteomik
Funding from Vinnova SEK 44 000 000
Project duration January 2018 - December 2024
Status Completed
Venture Center for biologics
Call Center Biologics 2017

Important results from the project

CellNova has used real industrial examples from biological production to improve methods and optimize production. Key achievements include the development of tools to optimize yeast and CHO cell factories, as well as a unique resource of human proteins that has been used for drug development. The center has also developed drug candidates with promising preclinical results. Seven PhD students have graduated, strengthening Sweden’s industry and expertise in biological drug development.

Expected long term effects

CellNova has fostered partnerships and cross-disciplinary interactions, driving future synergies. Knowledge gained on protein production in mammalian and yeast cells has led to tools for optimization that will be used to enhance production. The human protein library will continue to support scientific development, and the novel bacterial surface display system will be used for binder development. Additionally, the preclinical AffiMAbs platform holds promise for bispecific therapeutics.

Approach and implementation

The CellNova center was structured around four interconnected programs. Over time, the partnership landscape evolved. SOBI exited in Year 2 due to a discontinuation of its research activities, and Biopetrolia (now Marbel & Melt) scaled back its involvement in Year 4 after a shift in business focus. Meanwhile, other partners increased their contributions. In Year 6, a strategic decision was made to apply for a one-year extension, concentrating on mammalian cell production and binder development.

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 28 February 2025

Reference number 2017-02105