Clot-Stoppers: Development of Novel Serpins As Anticoagulants
University of North Carolina at Chapel Hill
posted on 08/14/2006
Novel heparin cofactor II mutants with hyperactive thrombin inhibitory activity.
Detailed Description
The classic model of blood coagulation proposes a series of cascading reactions that result in clot formation. Thrombin is a key regulatory point in pathways that lead to blood coagulation, as well as those that reverse this process. The proteolytic actions of thrombin are inhibited by interaction with plasma serine proteinase inhibitors(“serpins”), such as heparin cofactor II. Novel HCII mutants with hyperactive thrombin inhibitory activity have been developed demonstrating improved blood coagulation inhibition, wound healing, and tissue repair properties.
File Number: 98-0045
Other Information:
State of Development
pre-clinical
This innovation currently is not available for online licensing. Please contact Earl Smith at University of North Carolina at Chapel Hill for more information.
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