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Novel platform technology to enhance in-process monitoring of cell biomanufacturing
A new microfluidics tool, the Dynamic Sampling Platform, could improve biomanufacturing of cell therapies by reducing the cost of analysing bioreactor contents.
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Georgia Institute of Technology
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Embedding inclusion in pharmaceutical design
In this article, Included’s Raafi-Karim Alidina explores biases in product design, outlining how they impact pharmaceuticals as well as technologies, and practical steps to enhance diversity and ensure inclusion.
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STAR particles could be the future for treating skin conditions
Novel particles could be incorporated into topical creams to treat dermatological conditions without systemic exposure to drugs.
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Strategies developed for improving drug delivery for brain tumour treatment
Scientists have proposed combining ultrasound with other techniques to improve drug transport into brain tumours.
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Silica-based drug delivery could improve anticancer drugs
Researchers have developed silica spheres to contain cancer therapeutics that melt at certain temperatures and have the potential to improve drug delivery.
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Therapeutic cell manufacture could be controlled by molecular exchanger
The Dynamic Mass Spectrometry Probe uses microfluidic technology to help separate compounds of interest from the salts in less than a minute...
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Microneedle patches for flu vaccination prove successful in first human clinical trial
Small skin patches with dissolvable microneedles were safe and well-tolerated, generated robust immunity against influenza, could be self-administered by study participants and were strongly preferred over shots.