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Huber's speech, "Structure and Function of Large Proteins and Protein Assemblies by X-Ray Crystallography and Electron Microscopy," was the 1997 Max Tishler Prize Lecture, established in 1951 by an award from the Merck Sharp & Dohme Company...

Author: By Kris J. Thiessen, | Title: Nobel Winner Huber Explores Proteins | 4/29/1997 | See Source »

Huber's research is two-fold: it focuses both on the structure and function of biological macro-molecules and on their functional importance. Additionally, he studies experimental methods for the X-ray crystallography of proteins...

Author: By Kris J. Thiessen, | Title: Nobel Winner Huber Explores Proteins | 4/29/1997 | See Source »

Proteins are the basic machinery of cells--they are responsible for every process that occurs in the body. X-ray crystallography is a technique used for mapping a protein's structure atom-by-atom to create a three-dimensional model, much like a fingerprint...

Author: By Kris J. Thiessen, | Title: Nobel Winner Huber Explores Proteins | 4/29/1997 | See Source »

Diagramming the method for separating a mouse into its components, Huber suggested the use of tomography, electron microscopy, biochemical analysis, crystal decoration, X-ray crystallography and nuclear magnetic resonance (NMR) imaging for high-resolution, atomic detail...

Author: By Kris J. Thiessen, | Title: Nobel Winner Huber Explores Proteins | 4/29/1997 | See Source »

Huber described the work his research group has done with several protein structures, emphasizing the complementarity of relatively low-resolution electron microscopy and high-resolution X-ray crystallography...

Author: By Kris J. Thiessen, | Title: Nobel Winner Huber Explores Proteins | 4/29/1997 | See Source »

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