Welcome to the next installment in my series on binary vs. quaternary pumps for liquid chromatography! In my previous post, I discussed how gradients are created as well as the importance of having accuracy and precision… Read more >
The spatial distribution of molecular species in a sample can provide a wealth of information about biological, chemical and physiological processes. Mass spectrometry (MS) imaging is a rapidly developing research technique that enables specific measurement… Read more >
In the last blog post I talked about how a gradient is formed by the two different pumps. Today, we will look at the ability for those pumps to deliver the actual gradient that a… Read more >
In biomedical research, scientists need the ability to accurately and precisely measure a biomarker or set of biomarkers in some disease vs. healthy experimental design. The ability to measure something depends on the ability of… Read more >
How is a Gradient Created? Any liquid chromatograph (LC) is an amalgamation of a certain set of components that delivers to the scientist a monograph of the sample they are analyzing. Traditionally, an LC system… Read more >
Congratulations are in order as the University of Birmingham is the most recent university to expand the footprint of metabolic phenotyping research centres around the world. As state-of-the-art metabolic phenotyping facilities able to conduct small-scale… Read more >
Has LC-MS Become a Generally Accepted Tool for Complementing Immunoassay-based HCP Analysis? My colleague Catalin Doneanu and I just returned from Lisbon, Portugal, where we attended the BEBPA Conference on Host Cell Protein (HCP) analysis.… Read more >
