Thrombin: Structure, Biochemistry, Measurement, and Status in Clinical Medicine.
Thrombin remains a molecule of great interest to scientists and clinicians alike because of its important role in hemostasis, thrombosis, inflammation and vascular remodeling. Yet one of the great challenges has been the inhibition of thrombin generation to a degree that minimizes intravascular thrombosis while preserving physiologic hemostasis. It has become increasingly clear that high levels of anticoagulation with either direct or indirect thrombin antagonists are not beneficial and, in fact, are quite detrimental. Despite the overwhelming shift of interest toward the platelet in clinical trials of acute coronary syndromes, much can be gained through further investigation of coagulation processes responsible for thrombin generation and activity.
Becker
RC
Cardiovascular Thrombosis Research Center, Clinical Trials Section, Laboratory For Vascular Biology Research, Anticoagulation Services, University of Massachusetts Medical School, Worcester, Massachusetts.
Spencer
FA