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An artificial intelligence (AI)-based test was able to predict cancer patients’ response to drugs more accurately than is currently possible with genetic testing, finds proof-of-concept study.
Pre-clinical research demonstrates the potential of a new implantable biotechnology called MASTER to produce and release CAR T cells in vivo.
New pre-clinical research suggests a 24-hour manufacturing process that produces fewer, more potent CAR T cells could be the key to both reducing production timelines and improving patient access to cell therapies.
To ensure the UK’s prominence in the cell and gene therapy arena, the CGT Catapult has published a roadmap for the research and adoption of these cutting-edge therapies.
The FDA has requested a 2023 budget of $8.4 billion from the US Government, a $2.1 billion increase in funding from 2022.
Growing pharma and biotech R&D investments, and a drive to improve efficiency are driving growth in the global laboratory robotics market.
In a new paper, Lumen Bioscience detailed how spirulina can be genetically engineered for to rapidly produce large quantities of biologic drugs.
How long until pharmaceuticals are widely 3D printed commercially? What are the key formulation considerations when applying 3D printing? Tune in to learn about all this and more...
A study shows terahertz light creates twisting vibrations in biomolecules, enabling the analysis of their compositions and structures.
Research suggests rising demand for lab automation will help promote the growth of the laboratory information management system (LIMS) market.
The robotic laboratory automation Plug & Play (LAPP) framework has been proposed to enable the integration of different robotic system components.
In this article by IMA, discover how IMAGO software installed on rotary tablet presses supports scientists during tablet manufacturing, providing critical insights into powders.
![Purdue University biomedical engineers have developed new cyber-physical watermarks that allow people to check medication authenticity with a smartphone [Credit: Purdue University photo/John Underwood].](https://www.europeanpharmaceuticalreview.com/wp-content/uploads/cyber-physical-watermarks-2-300x278.jpg)
![Purdue University biomedical engineers have developed new cyber-physical watermarks that allow people to check medication authenticity with a smartphone [Credit: Purdue University photo/John Underwood].](https://www.europeanpharmaceuticalreview.com/wp-content/uploads/cyber-physical-watermarks-2-scaled-e1646301472554.jpg)
New anti-counterfeit technology, called a cyber-physical watermark, leverages edible fluorescent silk to identify medications.
New research demonstrates the potential of dual-detection impulsive vibrational spectroscopy (DIVS), an ultrafast Raman spectroscopy technique.
1 March 2022 | By
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