EMA proposes streamlined approach for biosimilar development
In certain cases, analytical comparability exercises and PK data could be sufficient for demonstrating biosimilarity, the EMA highlights in its new paper.
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In certain cases, analytical comparability exercises and PK data could be sufficient for demonstrating biosimilarity, the EMA highlights in its new paper.
The proposed approach demonstrates benefit for real-world application, establishing more robust, adaptive, and economical process systems, the research suggests.
EPR's latest Pharma Horizons report explores the latest advances in artificial intelligence (AI) for drug and clinical development, regulation and more.
The research highlights a potential approach to address cross-contamination challenges during cell-processing operations.
The proposed technique outperformed traditional controllers, supporting improved air quality control in cleanrooms, according to the study.
The anti-amyloid drug study highlights the importance of longer-term follow-up to determine benefits and risks of dementia treatments.
EPR Issue 1 includes articles on manufacturing, drug delivery, process analytical technology (PAT), RNA therapeutics and more.
The throughput achieved by the researchers exceeded that of other reported methods by orders of magnitude, supporting the advancement of precision nanomaterials.
Approximately 1,000 eligible NHS patients could benefit from the new endometriosis treatment annually.
Ongoing real-world safety and effectiveness monitoring of the Alzheimer’s drug lecanemab is needed to protect patients long-term, drug safety researchers urge.
The analysis from the US Pharmacopeia (USP) provides a mitigation strategy for manufacturers and other stakeholders to improve reliability of medicines amidst supply chain challenges.
The Committee for Medicinal Products for Human Use (CHMP) recommended approval of four new medicines plus the extension of therapeutic indications for 16 medicines.
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.