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- Q6934520 subject Q7464146.
- Q6934520 abstract "Multi-wavelength anomalous diffraction (sometimes Multi-wavelength anomalous dispersion; abbreviated MAD) is a technique used in X-ray crystallography that facilitates the determination of the three-dimensional structure of biological macromolecules (e.g. DNA, drug receptors) via solution of the phase problem. This method doesn't need two crystal structures (one native and one with heavy atom) for a unique phase solution. Instead anomalous diffraction is recorded at different wavelengths of coherent X-ray light at a synchrotron facility.MAD was developed by Wayne Hendrickson while working as a postdoctoral researcher under Jerome Karle at the United States Naval Research Laboratory. The mathematics upon which MAD (and progenitor Single wavelength anomalous dispersion) were based were developed by Jerome Karle, work for which he was awarded the 1985 Nobel Prize in Chemistry (along with Herbert Hauptman).".
- Q6934520 wikiPageExternalLink thesis.html.
- Q6934520 wikiPageExternalLink nobel-prize.
- Q6934520 wikiPageExternalLink research.html.
- Q6934520 wikiPageExternalLink wayne.html.
- Q6934520 wikiPageExternalLink karle.html.
- Q6934520 wikiPageExternalLink SHELX.
- Q6934520 wikiPageExternalLink MAD_1.html.
- Q6934520 wikiPageExternalLink absorb.html.
- Q6934520 wikiPageExternalLink chooch.html.
- Q6934520 wikiPageExternalLink hendrickson_bio.html.
- Q6934520 wikiPageExternalLink SnB.
- Q6934520 wikiPageWikiLink Q106733.
- Q6934520 wikiPageWikiLink Q107422.
- Q6934520 wikiPageWikiLink Q1125292.
- Q6934520 wikiPageWikiLink Q13410025.
- Q6934520 wikiPageWikiLink Q1499258.
- Q6934520 wikiPageWikiLink Q2553062.
- Q6934520 wikiPageWikiLink Q4412028.
- Q6934520 wikiPageWikiLink Q44585.
- Q6934520 wikiPageWikiLink Q5650025.
- Q6934520 wikiPageWikiLink Q6384503.
- Q6934520 wikiPageWikiLink Q689863.
- Q6934520 wikiPageWikiLink Q6934948.
- Q6934520 wikiPageWikiLink Q7464146.
- Q6934520 wikiPageWikiLink Q826582.
- Q6934520 wikiPageWikiLink Q905709.
- Q6934520 comment "Multi-wavelength anomalous diffraction (sometimes Multi-wavelength anomalous dispersion; abbreviated MAD) is a technique used in X-ray crystallography that facilitates the determination of the three-dimensional structure of biological macromolecules (e.g. DNA, drug receptors) via solution of the phase problem. This method doesn't need two crystal structures (one native and one with heavy atom) for a unique phase solution.".
- Q6934520 label "Multi-wavelength anomalous dispersion".