Difference between revisions of "Proteins Behaving Badly: Misfolding and Alzheimer's Disease"
From Q-Bio Seminar Series
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:Proteins are chains of amino acid residues that must fold into three-dimensional shapes to perform their functions. We will examine how protein folding is measured and predicted and how a particular type of misfolding contributes to over 20 debilitating diseases, most notably Alzheimer's disease. | :Proteins are chains of amino acid residues that must fold into three-dimensional shapes to perform their functions. We will examine how protein folding is measured and predicted and how a particular type of misfolding contributes to over 20 debilitating diseases, most notably Alzheimer's disease. | ||
| − | Dr. Gnanakaran will be introduced by Dr. Hans Frauenfelder, Senior | + | Dr. Gnanakaran will be introduced by Dr. Hans Frauenfelder, Senior Laboratory Fellow, Los Alamos National Laboratory. |
Back to [[Public Lectures | The q-bio Public Lectures main page]]. | Back to [[Public Lectures | The q-bio Public Lectures main page]]. | ||
[[Category: The q-bio Public Lectures]] | [[Category: The q-bio Public Lectures]] | ||
Latest revision as of 20:11, 1 October 2008
By Dr. S. Gnanakaran, Staff Scientist, Theoretical Division, Los Alamos National Laboratory
February 17, 2009
Santa Fe Complex (location to be confirmed)
- Abstract
- Proteins are chains of amino acid residues that must fold into three-dimensional shapes to perform their functions. We will examine how protein folding is measured and predicted and how a particular type of misfolding contributes to over 20 debilitating diseases, most notably Alzheimer's disease.
Dr. Gnanakaran will be introduced by Dr. Hans Frauenfelder, Senior Laboratory Fellow, Los Alamos National Laboratory.
Back to The q-bio Public Lectures main page.
