The UK is to invest £8 million ($12.5 million) in a new center that will be dedicated to stem-cell biology and medicine, with the aim of developing new therapeutic approaches to illnesses that currently have no effective treatments.
The UK is to invest £8 million ($12.5 million) in a new center that will be dedicated to stem-cell biology and medicine, with the aim of developing new therapeutic approaches to illnesses that currently have no effective treatments. The funding will come from the UK’s Medical Research Council and the Wellcome Trust, two of the country’s largest funders of medical research.
According to a press statement, stem cells have shown promise in potential treatments for liver disease, diabetes, blindness, spinal cord injury, and neurodegenerative disorders, and can be used to study the mechanisms of human disease. The institute, named The Wellcome Trust–Medical Research Council Cambridge Stem Cell Institute, will bring together research scientists, technology specialists, and doctors, and will principally focus on the areas of pluripotency, haematopoiesis, epithelial tissues, neural, and cardiovascular stem cells.
“Our aim is to close the knowledge gap and to drive stem-cell research towards clinical applications,” Austin Smith, the director of the institute, said in the statement. “The world-class facilities will attract the best international talent from the fields of stem-cell biology and regenerative medicine to pursue this goal.”
An 8000 square meter facility is being purpose-built for the institute on the University of Cambridge’s Biomedical Research Campus. The location, close to one of Europe’s largest biotechnology clusters, will provide ample opportunity for industry collaboration.
The Future of Cleanroom Construction: How Hybrid Solutions are Changing the Game
May 14th 2025Imagine a world where cleanroom facilities—essential for pharmaceutical manufacturing, biotechnology, and high-tech industries—are built with unparalleled speed, precision, and efficiency. That world is here, thanks to the hybrid construction approach. By blending traditional stick-built methods with modular and prefabricated solutions, companies are overcoming the limitations of conventional construction while ensuring compliance with stringent industry regulations. In this interview, we explore how hybrid cleanroom construction is transforming the industry, offering faster project timelines, improved quality control, and significant cost advantages. Join us as we delve into this game-changing approach with industry experts who are leading the charge in revolutionizing cleanroom infrastructure.
Mastering Antibody-Drug Conjugates
December 19th 2024In this episode, we explore BIOVECTRA’s capabilities in antibody-drug conjugate (ADC) manufacturing, from complex conjugation chemistry to synthesis of highly potent payloads. We’ll also showcase how BIOVECTRA’s extensive experience in complex chemistries and specialized small molecule manufacturing gives them a unique perspective, strengthening their approach to ADC production and ensuring clients receive custom solutions across all project stages.
Biophysical and Aggregate Characterization for the Development of Biologics
June 10th 2025This eBook explores how advanced particle analysis technologies are revolutionizing biologic drug development. It highlights the importance of accurately identifying and characterizing subvisible particles to ensure drug safety, stability, and regulatory compliance. Techniques like Backgrounded Membrane Imaging (BMI) and Fluorescence Membrane Microscopy (FMM) are often used for their capabilities in detecting protein aggregates and degraded excipients such as polysorbates. Case studies and experimental results demonstrate how these tools provide high-throughput, low-volume analysis that enhances decision-making in formulation screening and manufacturing.
Psilera, Hesperos Agree to Accelerate Organ-on-a-Chip Treatment for Frontotemporal Dementia
June 9th 2025The partnership leverages the Hesperos organ-on-a-chip platform in the preclinical development of Psilera’s lead compound targeting the progressive neurological disorder for which treatment options are few.