Our article on structural biology 101 will help you familiarize yourself with its principles, techniques and applications. Click here to get started!
The search for new battery materials, alongside the drive to improve performance, and lower the cost of existing and new batteries, comes with its challenges.
Explore techniques and best practices for optimizing NMR processing, from chemical shift referencing to using advanced data processing software.
Want to learn how a nuclear magnetic resonance spectrometer is used to enhance molecular structure studies? JEOL explains all in this blog post.
One of the most widely used two-dimensional (2D) NMR methods is correlated spectroscopy (COSY) NMR.
Learn about the JEOL ROYALPROBE HFX, a revolutionary technology that's redefining multi-nuclei experiments that can be done on standard two-channel NMR spectrometers.
Are you ready to take your NMR experiments to new heights? Imagine performing multi-resonance measurements without the need for expensive equipment or complex setups. Introducing the Multi Frequency Drive System (MFDS) by JEOL – a groundbreaking innovation that will revolutionize your spectroscopy research.
When new compounds are made, structure elucidation is an important step in confirming the novelty of the new compound.
Many people struggle with the decision whether to upgrade their existing NMR console or purchase an entirely new instrument. This blog explores considerations for analytical scientists and lab managers.