In steel manufacturing, efficiency, sustainability, and quality are key. Advanced elemental analysis technologies like XRF and OES play a crucial role in modern production.

Roman and Anton Bushuiev joined experts from 14 institutes in MassSpecGym, a project to benchmark AI methods for discovering natural molecules from MS, aiding drug development, ecology, and space research.

10 webinars: SPE Troubleshooting, Raman Analyzer, Sample Prep, ICP-MS Tips, Batteries & ICP-MS​, Moisture, Thermal Analysis, Batteries, FTIR Theory.

This study developed an HPLC-ICP-MS method to quantify Hg²⁺ and MeHg⁺ in breast milk, evaluating collection methods, total mercury correlation, and elemental associations in samples over a 4-month study.

Fragment-Based Drug Discovery (FBDD) using NMR is a key method in early drug development. This post explores analytical techniques and software for precise screening and candidate identification.

This week we bring you technical note by Agilent Technologies, brochures by Anton Paar and Bruker and application notes by Shimadzu and Thermo Fisher Scientific!

Positive Material Identification (PMI) plays a crucial role in verifying that the correct materials are used, helping to prevent catastrophic failures.

This week 2 webinars: Battery Materials testing, ICP-OES on various battery materials will be discussed with special emphasis on high TDS samples.

This study analyzes toxic metals in commercial flours to trace contamination from soil and milling, using ICP-MS triple quadrupole in an ISO 6 cleanroom.

Growing concerns over toxic metals in baby food, like arsenic, lead & mercury, highlight risks to infants. Stricter regulations now rely on ICP-MS to ensure safety & nutrition.