Varian, Inc. to Co-Market
and Distribute MestReNova
NMR Processing Software
NMR microcoil optimizes sensitivity by matching coil size to very small sample size
2D NMR used for metabolic profiline with improved results compared to 1D
NMR used to watch RNA change conformation over a period of one millisecond
Helium, which is used for many scientific applications, including operation of NMR machines, is in
Mini-sensor allows detection of NMR signals from a micro-fluid channel
Micro-scale gas phase NMR performed in a microreactor
Post mortem MRI shows chemical signature of bipolar disorder
Serial entrepreneur Waneta Tuttle formed Albuquerque-based nanoMR Inc. in 2006 to market a new
device that can diagnose bacteria in the blood within minutes rather than days as is currently the
Solid state NMR used to study proteins in inclusion bodies
Nature article: Use of xeon to differentiate structurally similar isozymes
Solid-state nuclear magnetic resonance, or SSNMR, is a valuable tool to image and analyze the
chemical makeup of proteins and other biomolecules. But the imaging process is time-consuming and
requires large amounts of costly isotope-labeled sample for study.
Applications of LC and NMR to detect hazardous chemicals
A CHEMICAL STRUCTURE that has been sought for nearly 50 years—that of self-assembled
5′-guanosine monophosphate (5′-GMP)—has just been determined. The structure suggests how
nucleotide monomers might line up to form covalently bonded nucleic acid oligomers and thus has
potential implications for prebiotic chemistry.
Phosphorus NMR can help distinguish between the nature of organic and non-organic farming and
provide clues about how phosphorus from both sources affects waterways and coasts.
Solid-state nuclear magnetic resonance spectroscopy has been used for the first time to investigate
large membrane proteins in bacteria, allowing researchers to investigate exactly how the sensory
systems of these single-celled organisms function.
An article on the portable NMR spectrometers from UCB.