Venomous snail key behind therapeutic molecules Cordis News
Dr Hocking and colleagues used nuclear magnetic resonance (NMR) to recreate the three-dimensional (3D) structure of the XEP-018 protein, a promising molecule discovered by CONCO members recently described by Philippe Favreau, a researcher at Atheris ...
NMR metabolic and physiological markers of therapeutic response.
NMR metabolic and physiological markers of therapeutic response.
NMR metabolic and physiological markers of therapeutic response.
Adv Exp Med Biol. 2011;701:129-35
Authors: Lee SC, Poptani H, Delikatny EJ, Pickup S, Nelson DS, Schuster SJ, Nasta SD, Svoboda J, Goldstein SC, Wallace SG, Loevner LA, Mellon EA, Reddy R, Glickson JD
Identification of reliable metabolic and physiological NMR detectable markers for prediction and early detection of therapeutic response is essential to enabling NMR guided individualized therapy for cancer. Because...
nmrlearner
Journal club
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08-17-2011 01:33 PM
[Question from NMRWiki Q&A forum] software for 1D-2D spectra assignment for small molecules
software for 1D-2D spectra assignment for small molecules
Please advice good software for 1D and 2D spectra assignment and structure elucidation,for small organic molecules.I'm really tired of doing these assignments on printed-out spectra with color pencils.
Check if somebody has answered this question on NMRWiki QA forum
nmrlearner
News from other NMR forums
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05-23-2011 09:56 PM
Small molecules may prevent ebola infection - PhysOrg.com
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Small molecules may prevent ebola infection
PhysOrg.com
Exactly how and where these small molecules bind to the virus's protein coat is now being determined through nuclear magnetic resonance spectroscopy, ...
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Small molecules may prevent ebola infection - PhysOrg.com
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NMR of a few billion (different) RNA molecules?
Hey,
I am working on a VHDL-to-DNA compiler, and one of the inputs has to be RNA molecules that can be used without interfering with the operation of other RNA molecules in the logic circuit or within the solution in general. This would require a simulation of the size of 2^(4^(N)) where N = the number of nucleotides of the RNA molecules. This is computationally infeasible (319 years on a gigahertz machine, a few minutes on a petahertz machine, but these are not generally accessible, and then there's memory IO, anyway, it's just not optimal).
Instead: what if I threw all of these...