mRNA researchers awarded 2023 Nobel Prize
The Nobel Prize in Physiology or Medicine 2023 has been awarded to two researchers who were instrumental in helping to curb the COVID-19 pandemic, through their discoveries in mRNA base modifications.
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The Nobel Prize in Physiology or Medicine 2023 has been awarded to two researchers who were instrumental in helping to curb the COVID-19 pandemic, through their discoveries in mRNA base modifications.
In this in-depth focus are articles on reducing production time for allogenic CAR T-cell therapies and the complexities of mRNA development, from design intricacies to scalability.
EPR Issue 4 includes articles on fridge-free vaccines, dry powder drug delivery, Annex 1, contamination control strategy and more.
As the pharmaceutical industry awaits the first regulatory approval of an mRNA-based oncology therapy, research predicts BioNTech will lead the market by 2029, which by then, is anticipated to value $2 billion.
Research states that the rising success rate of RNA-based COVID-19 vaccines and demand for personalised medicines is driving the global RNA therapy clinical trials market.
Design of the world’s first continuous mRNA manufacturing platform, an $82 million, three-year, FDA-funded project aims to help accelerate development of mRNA technologies.
Included in EDQM’s annual report were reflections on the 11th Edition conference, which highlighted key topics such as the potential of nanomedicines and Big Data.
To develop new lipid nanoparticle formulations for RNA therapeutic delivery technologies, CPI and partners are working to establish a new UK Intracellular Drug Delivery Centre.
Half of pancreatic ductal adenocarcinoma (PDAC) patients given a personalised mRNA neoantigen vaccine experienced delayed recurrence 18 months post-vaccination.
Moderna achieves another milestone in its UK government partnership, with the start of construction of its mRNA vaccine manufacturing centre.
In the European Medicines Agency's March human medicines committee meeting, nine new medicines were recommended, including one for multiple sclerosis.
This ebook explores the potential of nanoparticle formulations for drug delivery, as well techniques to predict in vivo bioavailability of these dosage forms.
Following finalisation a ten-year strategic partnership with the UK government, Moderna has chosen the location for its Innovation and Technology Centre (MITC).
Here, Mark Dickman, Professor in Bioanalytical Science and Engineering at the University of Sheffield, explores how analytical techniques such as liquid chromatography-mass spectrometry can support the manufacturing of mRNA therapeutics.
Articles explore analytical techniques for the analysis of mRNA therapeutics, computed tomography for characterisation of freeze-dried products and more...