The recent popularity of benchtop (BT) NMR systems has prompted its applications in undergraduate laboratories around the world. Owing to their low maintenance cost, due to the lack of a superconducting magnetic core, and simple operation, these BT NMR systems can fulfill many of the learning objectives outlined in the undergraduate organic chemistry curricula.
High-throughput (HT) analyses have become extremely popular, if not essential, for daily activities in the majority of analytical laboratories, ranging in use from R&D, to manufacturing, to quality control.
Mestrelab Research SL, innovators in analysis and management of complex analytical data, is announcing the release of a new set of automated solutions for chromatographically coupled MS (LC-MS and GC-MS) data workflows.
Mnova 14.3 has just been launched as a new release version that includes new products, a high number of new features, and with usual bunch of bugs fixes!
A list with the main changes in this revision is included in this changelog page. You can find out more about our selected highlights.
Robotics automation is rapidly changing our world; ‘bots are everywhere. Today, we find them in so many places, from providing customer support on insurance websites through to industrial robotics involved in car manufacture and food production.
When analyzing LC/GC-MS data, it may be necessary to align your chromatogram with the analytical trace so that the peaks match across the different spectra…
A Behind the Scenes Look at Automated qNMR Data Processing and Analysis. Dr. Niccy Tonge (Mestrelab) described a case study explaining how to get more out of analytical data and make it available for other business purposes
“Back in 2017, only one project is using qNMR for solubility; since we implemented Mnova automated qNMR in 2018, all our projects are now using the method.” Maggie Liu – Expert NMR Spectroscopist in the structural chemistry team – Institute of Cancer Research (ICR).