Whether you’re investing in your first digital imaging system for gel and membrane imaging, upgrading existing equipment, or just going with what’s already installed in your laboratory, you’ll need to understand key technical specifications to get the most out of your imager.

Standard ELISA techniques for detecting protein biomarkers in serum or other biological samples can leave you with sensitivity that doesn’t quite cut it, analyte cross-reactivity, and reproducibility that’s ok at best.

Fragment-based drug design has become an increasingly popular platform for the identification of lead candidates in drug discovery programs.

One of the most in-demand workflows any food and environmental lab is a solid method for the analysis of polar pesticides. Here we present a collaborative method with Nofalab, Laboratories, Netherlands.

A new era of high sensitivity therapeutic quantitation is here with lower flows and lower hassles.

In biologics development your timelines are tight, the pressure is on and mistakes can be costly.

What would it mean to your research if you could accurately quantify cellular Interactions in the tumour microenvironment?

Case histories will be presented demonstrating the link between laboratory, field, and imaging spectrometer data. Selected physics-based analysis methodologies will be discussed and the level of information available from the data will be demonstrated. Examples will include mineral identification and mapping in the context of hydrothermal alteration associated with active and fossil hot springs and mineral deposits. Specific mineral mapping examples will include hematite, goethite, and jarosite in the VNIR and identification and separation of calcite, dolomite, and calc-silicates along with phyllosilicates and sulfate minerals such as alunite and jaorsite using SWIR spectroscopy. Spectral variability caused by processes such as anion substitution in illite/muscovite, crystallinity in kaolinite-group minerals, and spectral mixing will also be discussed.

This data sheet shows that the Epsilon 4 – a high performance energy dispersive X-ray fluorescence spectrometer – is capable of analyzing Na2O, MgO, Al2O3, SiO2, P2O5, S, K2O, CaO, TiO2, MnO, Fe2O3, SrO and BaO in un-ashed coal samples.

ACQUITY APC system used in conjunction with OMNISEC REVEAL multi-detector provides more information, more quickly and with less sample.