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As global food supply chains grow increasingly complex, safeguarding both public health and nutritional quality have become an urgent global priority. Expanding international trade, emerging food technologies, and the accelerating effects of climate change are introducing new risks and straining existing regulatory systems.
To ensure a safe, sustainable, and traceable food system, reliable analytical methods must be applied at every stage of production, from raw material intake through processing to final packaging. Some technologies such as solid phase extraction (SPE) and immunoaffinity column clean-up (IAC), particularly when automated, enable high-quality, reproducible analysis of complex food matrices.
The globalization of food production and distribution frequently involves
Available on Demand
Pharmaceutical chemists can face a variety of cumbersome challenges in their purification workflows. Many of those challenges stem from time-consuming processes that can hold up the purification process. Watch this on-demand webinar to learn about the wide array of options available with our HPLC instrumentation that you can utilize to streamline your purification processes.
ASTM standard test method D1840 specifies UV-Vis spectroscopy for quantifying naphthalene hydrocarbons in aviation fuels. In this application note, Shimadzu demonstrate how the UV-2600i spectrophotometer provides great versatility in the examination of di-aromatics in solution, performing measurements with high precision, and how LabSolutions's UV-Vis software simplifies detection of naphthalene’s characteristics.
On September 1 2025, Shimadzu Corporation released the LC-2070 and the LC-2080, two models of i-Series integrated high-performance liquid chromatographs. While carrying over the robustness, stability, and data compatibility of previous series, these models feature heightened data reliability and operational efficiency. Additionally, for the first time in this series, recycled resins have been adopted for the outer panels and the main housing, thereby lessening the environmental impact.
The i-Series are compact, tabletop models, but provide high basic performance and quick analysis. In total, more than 43000 units have been sold worldwide, primarily to pharmaceutical companies. In the two models being released, a function has been added to diagnose the status of the major units automatically at instrument startup, as well as intelligent Column Management Platform (iCMP), an optionally available function that provides consolidated management of column information. The i-Series maintains
View this Application News for an example of using the compact, affordable single-quad LCMS-2050 for the fast, accurate separation and quantitation of 28 commonly studied PFAS. Employing a straightforward workflow, results demonstrate how the easy-to-use LCMS-2050 can be used for applications such as evaluating PFAS removal by novel treatments, monitoring remediation, or adding capability to detect emerging contaminants.
Water is one of our planet’s most vital resources, yet beneath the surface lies a constantly changing environment that’s often difficult to fully understand. From temperature shifts to nutrient fluctuations and oxygen levels, these invisible changes can have lasting impacts on aquatic ecosystems, water quality, and biodiversity.
Over the past century, various instruments have been invented in the quest to understand these changes, adding a new dimension to the data by enabling vertical profiling in the water column. From crude manual tools - such as water sampler bottles with reversing thermometers - we’ve progressed to modern multiparameter sondes with optical sensors for parameters like turbidity, chlorophyll, and blue-green algae.
Water quality profiling is crucial for treatment decisions in drinking water reservoirs, as it directly affects the efficiency and effectiveness of water treatment processes. Whether deployed in lakes, reservoirs, estuaries, or coastal water
