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We interviewed Professor Yanagitani of the Metal Materials Research Center, Industrial-Academic Collaboration and Research Promotion Organization, University of Hyogo. The Metal Materials Research Center has introduced the Morphologi 4 particle image analyzer and the FT4 powder flow analysis device.

Aaron Specht, assistant professor at Purdue University, explains how he is contributing to a cleaner, healthier world by applying XRF to dried blood spot samples.

Energy systems drive every aspect of our modern life, from cell phones to electric cars and even space travel. But to achieve energy that is clean, renewable and reliable, we need better batteries and fuel cells. If scientists could see inside energy storage and conversion systems while they operate, they could not only identify where changes are needed, but also develop new materials to ...

Magnesium hydroxide (Mg(OH)2) is a key chemical for many different applications across industries from pharmaceuticals to wastewater treatment. As many magnesium sources are found in China, Russia, and the USA, efforts are ongoing in Europe to establish a local supply chain for magnesium. To do this, scientists are turning to novel raw material sources in the form of saltwater bitterns.

Established in 2015, Alsym Energy’s goal is ambitious: to bridge the gap between low-performance and/or high-cost batteries for sectors that are struggling with renewable energy transition for carbon neutrality. With a strong focus on battery research and development, Alsym Energy’s technological innovations are helping to drive positive change and ensure that the energy transition leaves ...

“The Malvern Panalytical team consistently tailored its services to our goals while delivering quality results. But it’s not just about results. Malvern Panalytical’s detailed analysis and interpretation helped us confidently choose the most apposite next study to strengthen the case for our candidates.” Michael Agrez, CEO and Chief Scientific Officer, InterK Peptide Therapeutics Overcoming ...

How the WAVEsystem, a Creoptix technology, drove real-time kinetic and affinity analysis for faster and better characterization of candidates – from fragments to biologics. Bioassays, such as the enzyme-linked bioabsorbant assay (ELISA), are standard techniques in the laboratory that require enzyme or fluorescent labels for the detection of target analytes. While these label-based studies ...

Nanomedicines have the potential to revolutionize healthcare by prolonging the biological half-life of active ingredients, improving targeting, reducing toxicity and increasing bioavailability. In order to realize this promise, the pharmaceutical industry needs fit-for-purpose analytical methods that support cost-effective, large-scale production techniques for liposomal and lipid nanoparticle ...

The chemistry department of Université de Paris is well known for its research and educational programs. It includes 500 undergraduates, 70 doctoral and postdoctoral candidates, and more than 90 academics working in a shared lab facility (chemistry, physics and earth sciences) using state-of-the-art instruments and technologies1. A wide range of samples such as metals, ceramics, polymers, ...

This success story is about a customer that owns many laboratories to conduct precise and accurate analytical testing of all kinds of geological samples. According to the global XRF Technology Manager, the borate fusion technique has been used in the company’s test labs since the early 90’s to prepare samples. Since sometimes hundreds of samples are produced per day in one of its labs, it ...