Advancing autonomous API reaction optimisation
A novel flow reactor platform was able to self-optimise a range of variables within a multi-step reaction by leveraging process analytical technologies (PAT) and chemometric models.
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A novel flow reactor platform was able to self-optimise a range of variables within a multi-step reaction by leveraging process analytical technologies (PAT) and chemometric models.
Discover the common compliance concerns encountered when using spectroscopy instruments for QC, as well as how to rectify them in this episode with Agilent Technologies.
It is difficult to treat cancer effectively without causing adverse side effects. In this article, Dr Li, Clinical Assistant Professor at the State University of New York and Board Director of ExonanoRNA, describes how an old strategy that never got off the ground has finally been leveraged to deliver safe,…
The problem of counterfeit medicines is becoming a tremendous burden to society. An edible security tag affixed to each medicine can provide track and trace measures with dose information and on-dose (in-dose) authentication. Furthermore, it serves as a last line of defence against illicit pharmaceutical products. Young Kim, Associate Head…
A new health technology regulation is due to be applied to help EU countries determine the effectiveness of novel technologies and decide on pricing and reimbursement by health insurers or health systems. Here, Professor Vincenzo Salvatore and Giuseppe Ragucci from BonelliErede reflect on what this means for the UK and…
Despite the promise of biofluorescent particle counters (BFPCs) as an alternative and rapid microbiological method and process analytical technology, their implementation thus far has predominantly occurred in non-GMP environments. In this article, EPR’s Hannah Balfour explores the reasons, with comment from Mike Russ, Senior Manager, Head of QCLS/Analytical Science and…
Antibody-drug conjugates (ADCs) are designed to be highly-targeted therapies with the potential to maximise the potency of a treatment while reducing unwanted side effects on healthy tissues. Some 20 years after the first ADC product approval, Dominik Schumacher and Jonas Helma-Smets of Tubulis GmbH discuss how improved and optimised technologies…
Tune in to discover how and why digital twins are being developed and used in pharmaceutical development and manufacturing.
Subin Baral, Global Deals Leader, Life Sciences, Ernst & Young LLP, offers his predictions for M&A activity within industry as we head into the later stages of 2022.
A new study demonstrates the design and potential of adding artificial components to bacteria to enable tumour targeted drug release and immune activation.
In this Q&A, Bryan Kobel, Chief Executive Officer of TC Biopharm, discusses innovations in cell therapies, introducing the company’s work in gamma delta (γδ) T-cell technologies and his predictions for the future of cell therapy development.
AstraZeneca announces plans to acquire TeneoTwo and its CD19/CD3 T-cell engager, TNB-486, in a deal worth up to $1.2bn.
With demand for biopharmaceuticals rising and advances being made in bioseparation systems, the global market it expected to witness significant growth.
Targeted protein degradation (TPD) therapy has grown rapidly as a field, with transformational potential. TPD is poised to be successful in delivering marketed products, but limitations are now starting to emerge, including tumour resistance, a lack of mechanisms for oral dosing, and the inability to penetrate tissues such as the…
The landscape of biopharmaceutical manufacturing is changing, with complex molecules such as bi-specific antibodies (bsAbs) becoming increasingly prevalent. bsAbs are a large, structurally diverse family of molecules designed to recognise two targets and globally there are over 230 in development as promising therapies for cancer and other diseases. While they…