Innovating intelligent cleanroom control systems
The proposed technique outperformed traditional controllers, supporting improved air quality control in cleanrooms, according to the study.
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The proposed technique outperformed traditional controllers, supporting improved air quality control in cleanrooms, according to the study.
EPR Issue 1 includes articles on manufacturing, drug delivery, process analytical technology (PAT), RNA therapeutics and more.
The company’s new acquisition, valued up to $1 billion, supports development of in vivo cancer treatments and the future of cell therapy.
The European marketing authorisation offers a new treatment option for patients with transfusion-dependent anaemia in lower-risk myelodysplastic syndromes (LR-MDS), who are unresponsive to erythropoiesis-stimulating agents.
Investment in the new manufacturing plant strengthens Merck (MSD)’s vaccine production capacity in the US.
The proposed acquisition, worth nearly $300 million, could help to advance cell therapy in the oncology field.
The new digitally-led centre will help to accelerate economic growth and productivity in process manufacturing, while supporting a sustainable future in Scotland.
To mark Rare Disease Day 2025, EPR interviewed Christina Gkousgkouni, Head of Rare Diseases for Central South Europe, Sanofi.
The organic fluorophore’s super-photostability enables tracking of previously undetectable biological processes hindered with traditional fluorescent dyes.
The research suggests that the innovative 3D printing method has “great” potential for personalised treatments of intestinal inflammatory diseases.
The cleaner method could significantly lower production costs and reduce carbon dioxide emissions resulting from ethylene oxide manufacturing.
Developed and manufactured under a Manufacturer’s ‘Specials’ Licence (MSL), the gene therapy could provide a novel treatment option for paediatric patients at the earliest stage of the rare eye disease.
The research highlights potential for the technology to advance development of pharmaceutically relevant peptide amides as therapies.
The paper highlights a new analytical method that provides potential for sustainable use of nanomaterials and unique benefits compared to other spectrofluorimetric techniques.
The breakthrough promises to transform pharmaceutical manufacturing by enabling chemical reactions in water, reducing reliance on hazardous organic solvents.