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    www.biosymposia.org/content31106.html - [Cached Version]
    Published on: 5/17/2008    Last Visited: 5/17/2008  

    David Nemazee, Ph.D.

    Professor

    The Scripps Research Institute

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    www.ibclifesciences.com/cod/speakers_lower.asp?pid=USCD - [Cached Version]
    Published on: 5/30/2005    Last Visited: 10/30/2006  

    David Nemazee, Ph.D., The Scripps Research Institute

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    www.ainewsletter.com/newsletters/aix_0603.htm - [Cached Version]
    Published on: 3/1/2006    Last Visited: 2/28/2008  

    An interesting notion here, incidentally, is immunologist David Nemazee's theory of receptor editing, described in the Scripps Institute's A Selection of Editing.
    ...
    About immunologist David Nemazee's theory of "receptor editing": that self-matching immune cells have their receptors tweaked to match non-self.

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    AI Expert Newsletter, March 2006 - [Cached Version]
    Published on: 3/1/2006    Last Visited: 2/18/2009  

    An interesting notion here, incidentally, is immunologist David Nemazee's theory of receptor editing, described in the Scripps Institute's A Selection of Editing . The idea is that when the immune system accidentally generates a self-matching detector, it doesn't waste it; instead, it edits the detector, tweaking it to match non-self.
    ...
    About immunologist David Nemazee's theory of "receptor editing": that self-matching immune cells have their receptors tweaked to match non-self.

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    American Society of Nephrology - [Cached Version]
    Published on: 4/29/2002    Last Visited: 1/12/2003  

    David Nemazee, PhDScripps Research Institute

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    Biotechnology Calendar - [Cached Version]
    Published on: 12/21/2000    Last Visited: 1/30/2007  

    Dr. David Nemazee, Department of Immunology, The Scripps Research Institute

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    DGT: Immune Diversity - [Cached Version]
    Published on: 12/5/2001    Last Visited: 1/9/2004  

    David Nemazee, Ph.D.

    David Nemazee, Ph.D., Professor, Department of Immunology, The Scripps Research Institute, has undertaken an important TOGA®-based study of this ‘receptor editing' process in order to help understand the mechanism by which the organism anticipates and addresses novel antigens and achieves such remarkable immune diversity.In his study, Dr. Nemazee examines the genes regulated in lymphocytes during their development, focusing on those genes activated during the process of receptor editing.

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    Early Signs Symptoms of Lupus Causes Pictures - [Cached Version]
    Published on: 8/23/2002    Last Visited: 8/23/2002  

    "I think it's quite important work," said David Nemazee, an immunologist at the Scripps Research Institute in California, who independently discovered the healthy editing process at the same time as Weigert several years ago.Nemazee said Weigert pioneered the use of genetically altered mice to explore how B cells are regulated and how that regulation relates to autoimmune disease.
    ...
    Nemazee added, however, it is too early to say whether the processes Weigert discovered in mice will explain lupus in people, even though mouse and human immune systems are very similar."As with all these diseases, we are using fairly artificial animal models," said Nemazee.

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    HUM-MOLGEN events: Biology of B Cells in Health and... - [Cached Version]
    Published on: 6/15/2006    Last Visited: 7/3/2006  

    - David Nemazee, The Scripps Research Institute

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    Keystone Symposia - [Cached Version]
    Published on: 9/16/2002    Last Visited: 11/2/2002  

    David Nemazee, The Scripps Research Institute RNA Analysis of Receptor Editing

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