The shiniest of carbon allotropes, diamond, could turn out to be the NMR spectroscopist's and the MRI radiologist's best friend, thanks to work undertaken by scientists at the the Lawrence Berkeley National Laboratory and the University of California (UC) Berkeley, California, USA.
Diamonds Could Reveal Complex Protein Structures without the Need for ... - Azom.com
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Azom.com
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Diamonds Could Reveal Complex Protein Structures without the Need for ...
Azom.com
Nuclear magnetic resonance, transmission electron microscopy and X-ray crystallography are widely used techniques to reveal the molecular structure of proteins. The need for a large sample volume is an issue for all of these techniques, thus limiting ...
Diamonds Could Help Bring Proteins into Focus, Says StudyScicasts (press release)...
nmrlearner
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02-11-2015 12:26 AM
Diamonds defects reveal complex protein structures - RedOrbit
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RedOrbit
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Diamonds defects reveal complex protein structures
RedOrbit
Efforts to decode the molecular structure of proteins have mostly used X-ray crystallography, transmission electron microscopy, or nuclear magnetic resonance. But all of these methods require large sample volumes â?? for example, X-ray diffraction ...
Diamonds defects reveal complex protein structures - RedOrbit
nmrlearner
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02-08-2015 01:21 AM
Diamonds could help bring proteins into focus - R & D Magazine
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R & D Magazine
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Diamonds could help bring proteins into focus
R & D Magazine
Efforts to decode the molecular structure of proteins have mostly used x-ray crystallography, transmission electron microscopy, or nuclear magnetic resonance. But all of these methods require large sample volumesâ??for example, x-ray diffraction ...
and more »
Diamonds could help bring proteins into focus - R & D Magazine
nmrlearner
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02-06-2015 03:07 PM
NMR Spectroscopist
NMR Spectroscopist
The Department of Chemistry and Biochemistry at the University of Delaware
seeks an NMR Spectroscopist for its departmental NMR Facility. The rapidly
growing NMR facility is located in a newly built 4,650 ft2 NMR Magnet Hall, and
consists of 6 spectrometers operating at frequencies from 400 to 850 MHz.
These instruments serve more than 30 research groups at the University of
Delaware and beyond, and are used for modern NMR experiments on a wide variety
of systems, including biomacromolecules, inorganic materials, polymers, and
small molecules, both in solution...
Diamonds: The NMR spectroscopist's best friend?
The shiniest of carbon allotropes, diamond, could turn out to be the NMR spectroscopist's and the MRI radiologist's best friend, thanks to work undertaken by scientists at the the Lawrence Berkeley National Laboratory and the University of California (UC) Berkeley, California, USA.
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