Chemists Discover the Structure of a Key Coronavirus Protein
The protein, which acts as an ion channel, could be a target for new drugs against the SARS-CoV-2 virus
Nuclear Magnetic Resonance
Fundamentals of Nuclear Magnetic Resonance Spectroscopy
A powerful technique for analyzing molecular structure
The Chemistry of How Sour Beer Gets So...Sour
Scientists report their progress on a study of how acids and other flavor components evolve while the beverage ages
JEOL USA Showcases Product Updates in MS, SEM, and NMR
JEOL has expanded its mass spectrometer product line, introduced a new FE-SEM, and added some more firepower to NMR
JEOL Collaborates with RIKEN and Kyoto University on Pioneering Electron and Nmr Crystallography to Discover Novel Drug Structures
Single crystal X-ray diffraction analysis of low-molecular-weight active pharmaceutical ingredient crystal structures requires a single crystal of 10 μm or more, making microcrystal analysis challenging
Non-Invasive Analysis Using Benchtop TD-NMR
The Minispec MQ Series offers the most comprehensive range of measurement frequencies available today in a benchtop TD-NMR system
Bruker Announces World's First 1.2 GHz High-Resolution Protein NMR Data
Two 1.2 GHz superconducting magnets have now reached full field at Bruker’s Swiss magnet factory
Bruker Introduces Next-Generation 80 MHz Benchtop FT-NMR System
New Fourier 80 for high nmr data quality with TopSpin software for any chemistry lab
Fluorine NMR: An Overlooked Nucleotide Comes into Its Own
The “democratization” of nuclear magnetic resonance (NMR) spectrometers has been accompanied by multiprobe, multi-nuclide capability.
How Selecting the Right NMR Tubes Works
An NMR tube is a thin glass walled, closed bottomed tube used to contain NMR solution samples.