Steven Lee Hartman

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Activation of the complement system contributes significantly to the pathogenesis of numerous acute and chronic diseases. Recently, a monoclonal antibody (5G1.1) that recognizes the human complement protein C5, has been shown to effectively block C5 cleavage, thereby preventing the generation of the pro-inflammatory complement components C5a and C5b-9.(More)
Discordant xenografts surviving the initial hyperacute rejection phase may be subject to cellular rejection processes mediated by infiltrating leukocytes including T cells, NK cells and monocytes. The stable adhesion of these cell types to endothelial cells is due to the molecular interaction of the integrins VLA-4 and LFA-1 with their ligands vascular cell(More)
Inhibition of complement system activation requires the development of soluble nonimmunogenic inhibitors with good tissue penetrating abilities that are themselves unable to activate complement. Chimeric mouse/human Fabs capable of blocking the activity of complement proteins are likely to fulfill these criteria. Several monoclonal antibodies that inhibit(More)
Much of the research in medical education is performed through the use of self-reporting questionnaires. Although this can be a valid way to conduct research, little effort has been made to examine the fit between what teachers self-report and what they actually do. In an attempt to investigate this, the authors interviewed 47 preclinical faculty members at(More)
The Reconstruction Engine (RE) described by Lowe and Mazaudon takes the linguist's hypotheses about sound correspondences between (on one hand) several presumably related modern languages and (on the other) a reconstruction of their presumed common ancestor language, and it tests these hypotheses against a major portion of the lexicons of the languages.(More)
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