Takara Bio in stem cell licensing deal aimed at supporting cell-based therapy R&D for diabetes

By Jane Byrne contact

- Last updated on GMT

© GettyImages/Maksim Tkachenko
© GettyImages/Maksim Tkachenko

Related tags: Stem cell, Cell line, Diabetes, Insulin

Takara Bio Europe has announced a licensing agreement with Denmark’s PanCryos, a pre-clinical stage biotech company, for its clinical-grade human embryonic stem (hES) cell lines, starting material for cell therapy development.

PanCryos has created a simplified and effective method to generate stem cell-derived, glucose-responsive beta cells.

TBEAB said the biotech is just one of several customers in its new out-licensing program that has been designed to enable industrial partners use the clinical-grade hES cells to develop and commercialize breakthrough cell therapy products for previously unmet indications.

Jacqueline Ameri, CEO of PanCryos, said: "We are very hopeful that our extensive scientific and industry expertise, combined with TBEAB’s expertise in clinical-grade hES cell production, will put us in a position to take the crucial next step in the development of our best-in-class, commercially sustainable PanINSULA cell therapy for type 1 diabetes."

Cell line development 

Takara Bio, which flags its broad expertise in human pluripotent stem cells, including both hiPS and hES cells and related media, said this deal follows its successful establishment of a new clinical-grade hES cell line, with it outlining how the derivation work and scale-up for that cell line were conducted with feeder-free and xeno-free culture conditions under a manufacturing license granted by the Swedish MPA at its manufacturing facility in Göteberg, Sweden.  

When asked how clinical-grade hES cells help companies in the development and commercialization of cell therapy products, Kristina Runeberg, site head and senior director of business development at TBEAB told BioPharma-Reporter:

"hESCs are widely used as a cell source for cell therapy and regenerative medicine applications due to their pluripotent nature and ability to differentiate to all cell types of the body. Clinical trials using hESC-derived cells are ongoing for age-related macular degeneration (AMD) and show tremendous therapeutic potential.

"A major challenge in this field is the ethical sourcing of the starting material (discarded IVF blastocysts) to derive hESCs. To this end, Takara Bio offer a feeder-free and xeno-free clinical grade (GMP) hES cell derivation service, where starting material is ethically sourced from prion-free countries, from donors who are tested within seven days of retrieval according to the FDA’s requirements.

"Moreover, to provide researchers with faster access to clinical-grade starting material, we have established a licensing program that allows the use of Takara Bio’s nonproprietary clinical-grade hES cells for commercial cell therapy products. Indeed, Takara Bio Europe AB and PanCryos have recently reached a licensing agreement to enable the development of cell-based therapy for type 1 diabetes."

Removing the need for outside intervention in diabetes management 

PanCryos was spun out from the Novo Nordisk Foundation Center for Stem Cell Biology at the University of Copenhagen. Its stem cell based allogeneic beta cell therapy - PanINSULA – is targeting patients suffering from insulin-dependent Type 1 diabetes (T1D). The idea is that PanINSULA will replace the damaged cells in patients and provide the same glucose control as the pancreatic islet: sensing changes in blood glucose and producing insulin naturally, thus removing the need for outside intervention.

And the Danish biotech is in the process of developing a scalable manufacturing process to ensure successful commercialization. 

Related news

Show more

Related products

show more

How Viral Safety Testing Will Evolve

How Viral Safety Testing Will Evolve

Viral Safety for mAb: Prevent, Detect, Remove | 20-May-2020 | Event Programme

The pressure to shorten delivery times and reduce costs for biologics are driving an evolution in the biomanufacturing space. Many of the methods used...

rAAV Production in BioBLU® Single-Use Vessels

rAAV Production in BioBLU® Single-Use Vessels

Eppendorf for Bioprocess – Solutions that grow with you | 25-Jun-2019 | Application Note

Rising interest in gene therapy-based applications leads to increasing demands in scalable production systems for viral vectors. Find out how Cevec Pharmaceuticals...

Small-Scale Cell Culture Perfusion Process

Small-Scale Cell Culture Perfusion Process

Eppendorf for Bioprocess – Solutions that grow with you | 29-Mar-2019 | Application Note

Perfusion cell culture processes promise advantages for industrial bioprocessing, like saving space, increasing volumetric productivity, achieving more...

Cultivation of 3D Cell Aggregates in Perfusion

Cultivation of 3D Cell Aggregates in Perfusion

Eppendorf for Bioprocess – Solutions that grow with you | 17-Sep-2018 | Application Note

3D cell aggregates are of great interest for applications like disease modeling and manufacturing of stem cell-based products. Read more about the cultivation...

Related suppliers

Follow us

Products

View more

Webinars