In analytical chemistry, there are several techniques used to decode the structure, composition and properties of molecules. Among these techniques, nuclear magnetic resonance (NMR) spectroscopy has carved out a niche as the ‘gold standard’ of molecular structure determination. But what exactly makes NMR stand out when compared to other popular Read more…
In NMR spectroscopy, not all parts are made equal. The probe is an extremely important aspect of the NMR spectrometer at the heart of the technology, in terms of exciting nuclear spins and detecting the NMR signal. But how did this vital component develop? The early days of NMR probes Read more…
Last month, from the 7-11th April, we attended the 65th USA’s Experimental Nuclear Magnetic Resonance Conference – also known as the ENC Conference. We were at the Asilomar Hotel & Conference Centre in the Pacific Grove, California. What is the ENC Conference? The purpose of the Experimental Nuclear Magnetic Conference Read more…
This year, we’re offering a new 300 MHz system that is 50% cheaper than other market-leading OEMs! 300 MHz is often a forgotten frequency, and other OEMs are no longer offering updates to the 300 MHz system you may own, so once your system begins failing, you’ll find it almost Read more…
A chemistry method called nuclear magnetic resonance (NMR) spectroscopy is used to examine and assess the composition and purity of a particular sample. For example, the most studied nucleus is hydrogen. Chemists can investigate the molecular structure of hydrogen by using NMR spectroscopy. NMR can be used to identify additional Read more…
The year 2024 is set to be an interesting one for everyone working in molecular spectroscopy. With lots of creative research underway that employs spectroscopy, we look forward to offering our own contributions with our state-of-the-art instrumentation. Our products are designed to satisfy the demands of current research with quality Read more…
Microplastics have now become so widespread that they have been discovered in even the most distant areas on the planet. Although we are becoming more aware of microplastics and the harm they cause to the environment, we do not yet completely understand what this means for human health. One issue Read more…
With the start of a new year, we take this chance to look forward at the science trends that are growing in 2024 in the field of molecular spectroscopy. In this blog, we study the areas where molecular spectroscopy can be utilised to make progress and offer solutions that other Read more…
In the future, tailored medicine is one area where NMR could advance. The study of phenotypes can aid in the delivery of a focused treatment for common ailments thanks to new high-throughput NMR technology. Phenotype research can show how our environment, including what we consume, how we live and where Read more…
As a spectroscopic method, nuclear magnetic resonance (NMR) has been used for more than 50 years. The spin characteristics of a molecule’s nucleus, which are an intrinsic magnetic feature, have helped to reveal structural information about molecules for half a century – but what does the future hold for NMR Read more…