Standardization of Analytical Data: Best Practices
3 February 2025 | By ACD Labs
Learn about available formats for analytical data standardization, limitations, and how to ensure data is usable by lab scientists and AI/ML.
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3 February 2025 | By ACD Labs
Learn about available formats for analytical data standardization, limitations, and how to ensure data is usable by lab scientists and AI/ML.
The spectroscopy-based study highlights the importance of integrating data-driven approaches to enhance isomer discrimination.
29 January 2025 | By European Pharmaceutical Review, sponsored by 908Devices
During this virtual panel, industry experts will explore the latest developments and biggest challenges in process analytical technology (PAT) today.
24 January 2025 | By LabVantage Solutions
In this webinar, find out how to take advantage of a connected digital ecosystem to enhance quality control, streamline manufacturing and, ensure regulatory compliance
Integration of industry 4.0 is anticipated to steer growth of the process spectroscopy market into the next decade, a report predicts.
The HPLC technique provides “significant improvements” over traditional methods for carvedilol determination and has broad applications for pharmaceutical quality control, research suggests.
Launch of the USP general method chapter signals a breakthrough in pharmaceutical drug impurity control, according to biopharma experts.
Increased adoption of artificial intelligence (AI) and machine learning (ML) in microbiology is set to be a key driver of the global automated microbiology market to 2033, research asserts.
European Pharmaceutical Review Issue 4 includes articles on regulation, bioproduction, environmental monitoring, packaging and drug delivery.
Find out what is on offer for pharma professionals working in analytical development and microbiology QC at the 12th PharmaLab Congress being held in Germany in 2024.
The detection method was designed for continuous culture monitoring of cell therapy products and required minimal sample preparation, research showed.
The nonIP-RP-LC-MS method provides an “easy, reliable, and cost-effective” approach for bioanalysing oligonucleotide therapies.
The innovative method, which utilises continuous closed-loop recycling of samples, could lead to a more environmentally-friendly approach to developing pharmaceuticals.
The twin-column recycling approach helps to minimise the environmental impact of traditional purification methods for high-value molecules, research suggests.
The versatility of liquid chromatography is propelling demand for high-quality chromatography reagents, the report stated.