Abstract: . . .  Edward A Fisher, New York University School of Medicine, New York, NY 4:45 Macrophages in Atherogenesis MacRae F. Linton, Nashville, TN Session B Control of Coagulation Continental Ballroom 5 Moderators Nigel Mackman, La Jolla, CA Peter N. Walsh, Philadelphia, PA 3:30 Tissue Factor: Roles in Thrombosis and Inflammation Nigel Mackman, La Jolla, CA 4:00 Aptamer to Factor IXa and its 37 Matched Antidote in Cardiopulmonary Bypass: An Alternative to Heparin and Protamine Shahid M Nimjee, Janelle R Keys, George A Pitoc, George Quick, Christopher P Rusconi, Bruce A Sullenger, Duke University Medical  . . .
. . .  Seattle, WA Amyloid-Beta Peptide in P101 Atherogenesis: A Novel Role beyond Alzheimers Disease Ling Li, Hongquan Wan, Dongfeng Cao, Ken-Ichiro Fukuchi, Univ of Alabama at Birmingham, Birmingham, AL Macrophage-Specific Expression of P102 Paraoxonase-1 via Stem Cell Replacement Reduces Atherosclerosis Alejandra Gutierrez, Jon H Miyake, San Diego State U . . .
. . .  Rath, Inc, Santa Clara, CA Role for Apoptotic Bodies in the P68 Cellular Release of Matrix Gla Protein Henri M Spronk, Leon J Schurgers, Berry A Soute, Cees Vermeer, University of Maastricht, Maastricht, Netherlands; Peter L Weissberg, Cathy M Shanahan, Diane Proudfoot, University of Cambridge, Cambridge, United Kingdom Vascular Cell Responses to P69 Physiologically Relevant Mechanical and Biochemical Stimuli Jennifer A McCann, Thomas J Webster, Karen M Haberstroh, Purdue University, West Lafayette, IN Angiostatin Inhibits Leukocyte P70 Invasion by Blocking Mac-1-Enhanced Plasminogen Activation Elzbieta Pluskota, Cleveland Clinic . . .
. . .  Small LDL - Which Are More Atherogenic? Lawrence L. Rudel, Winston-Salem, NC John D. Brunzell, Seattle, WA 3:00 Refreshment Break 9 FRID A Y Page 12 Concurrent Session IV 3:30 PM 5:15 PM Session A Leukocyte Biology in Atherosclerosis Continental Ballroom 6 Moderators Peter A. Edwards, Los Angeles, CA MacRae F. Linton, Nashville, TN 3:30 Critical Role of Macrophage 12, 15- Lipoxygenase for the Development of Foam Cells and Atherosclerotic Lesions in Mice Klaus F. Ley, Charlottesville, VA 4:00 Very Minimally . . .
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