On the impact of retentivity and characteristics of the stationary phases for reversed-phase proteomic separations and how you can use them to your advantage.
Microflow or nanoflow chromatography has been used mostly in the academic and fundamental research environment in the past for its various advantages over analytical liquid chromatography, but rarely in the industrial settings. This is most… Read more >
What are matrix effects? In my last post, “What is Microflow,” I talked about two main parameters – better sampling efficiency and reduced matrix effects – for microflow LC/MS that result in higher sensitivity than its… Read more >
Question: When someone says microscale chromatography, what comes to mind? Increased sensitivity? Reduced sample volume? Enhanced MS sampling efficiency? Yes, yes, and yes! You might also say, “finicky,” “slow,” or “only one person in… Read more >
According to published reports by Hiscox UK in 2008, just listening to the sound of a sports car increased salivary testosterone levels in male and female participants. Another study, by Gad Saad et al, measured… Read more >
With the ever-increasing number of compounds that need to be monitored at low concentrations in a wide variety of complex food commodities, pesticide residue analysis in food has become a more challenging task. There is… Read more >
