Difference between revisions of "Defending against anthrax: Cell membrane channels and drug design"
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| − | : | + | :The bacterium ''Bacillus anthracis'' causes the disease anthrax, the Fifth Plague mentioned in Exodus. A key step in the pathogenesis of anthrax is secretion of proteins that form channels or openings on the surface of a host target cell. These channels allow toxins to enter the host cell, which contributes to the symptoms of ''B. anthracis'' infection. Studies of channel structure and function could soon lead to the development of small-molecule drugs that block the action of anthrax toxins. |
| − | Dr. Nestorovich will be introduced by Dr. | + | Dr. Nestorovich will be introduced by Dr. William S. Hlavacek, Staff Scientist, 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 21:30, 12 March 2009
By Dr. Ekaterina Nestorovich, Staff Scientist, National Institutes of Health
March 17, 2009
- Abstract
- The bacterium Bacillus anthracis causes the disease anthrax, the Fifth Plague mentioned in Exodus. A key step in the pathogenesis of anthrax is secretion of proteins that form channels or openings on the surface of a host target cell. These channels allow toxins to enter the host cell, which contributes to the symptoms of B. anthracis infection. Studies of channel structure and function could soon lead to the development of small-molecule drugs that block the action of anthrax toxins.
Dr. Nestorovich will be introduced by Dr. William S. Hlavacek, Staff Scientist, Los Alamos National Laboratory.
Back to The q-bio Public Lectures main page.
