MODERATOR
:
SPEAKER
(S):
Dr. Janet Lee, MD, Associate Professor of Medicine, University of Pittsburgh
Roy Silverstein, MD, Chair, Department of Medicine, Medical College of Wisconsin
Microparticle involvement in CD36-dependent mechanisms of thrombosis
Alisa Wolberg, PhD, FAHA, Professor, Department of Pathology and Laboratory Medicine, University of North Carolina, University of North Carolina at Chapel Hill
Monocyte and platelet-derived microparticles and their differential contributions to thrombosis
Description
Microparticles are submicron-sized vesicles shed from the membranes of a variety of cells in response to cellular activation, mechanical stress or apoptosis. Microparticles form through a process of plasma membrane partitioning that entails a loss of lipid membrane asymmetry, resulting in the exposure of phosphatidylserine normally present on the inner leaflet of the membrane bi-layer. This session will highlight various subpopulations of microparticles, from endothelial to leukocyte to red cell microparticles, and discuss recent insights into the pathways leading to their formation, antigenic characteristics, their interactions with immune cells, their potential relevance to disease and transfusion medicine and the challenges inherent to standardization of microparticle enumeration for translational studies.
Dr. Wolberg did not consent to having their presentation captured and recorded.
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Define various microparticle subpopulations, their potential relevance to disease and challenges in their enumeration for translational studies.
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Discuss molecular pathways that lead to microparticle-enhanced thrombosis.
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Identify the potential role of microparticles in altering inflammation.
CE Category | CE Value |
---|
California Clinical Laboratory Personnel |
1.5 |
California Nurse |
1.8 |
Florida Laboratory Personnel |
1.8 |
General Attendee |
1.5 |
Physician |
1.5 |
Please note: Continuing education (CE) credit is available for online offerings only. Individuals that purchase CD-ROMs will not receive CE credit for the programs they view.