Method and apparatus to conduct kinetic analysis of platelet function in whole blood samples
OwnerBulent Mutus, Edward C.J. Carriveau +1inventors
InventorsBulent Mutus, Edward C.J. Carriveau, Harmanpreet Kaur
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OwnerBulent Mutus, Edward C.J. Carriveau +1inventors
InventorsBulent Mutus, Edward C.J. Carriveau, Harmanpreet Kaur
Estimating the term…
Adhesion of platelets to blood vessel walls is the first step that promotes arrest of bleeding by interaction of the platelet receptors with various extracellular matrix proteins that become exposed on vascular injury. A flow chamber is provided for use in analyzing or studying platelet function, in whole blood, either as part of a batch process or in real time. In the flow chambers, an inert polydimethylsiloxane (PDMS) surface is plasma-activated and a homobifunctional cross-linker is used to immobilize platelet-binding proteins onto a chamber wall surface. Immobilized collagen and fibrinogen may thus be assayed by continuously monitoring the adhesion of ADP and Ca2+ activated platelets from a subject, such as a patient having normal or type 2 diabetes (T2D). The flow chamber provides a simplified and robust method for the construction flow chambers which enable the kinetic monitoring of platelet adhesion in whole blood.
An apparatus for the monitoring or assay of blood platelet adhesion or aggregation, the apparatus including a sample flow chamber, a blood flow inlet providing fluid communication into the flow chamber and a blood flow outlet providing fluid communication from said flow chamber,
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