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Table 2 Current and potential future strategies to enhance fibrinolysis and reduce thrombosis risk in diabetes

From: Hypofibrinolysis in diabetes: a therapeutic target for the reduction of cardiovascular risk

Modulatory mechanism

Current/potential therapeutic strategies

Improve glycaemic control

Agents which control blood glucose while avoiding hypoglycaemia

Decrease levels of active TAFI

Inhibit activation of TAFI [147–151]

Direct TAFIa inhibitors [147–151]

Decrease levels of active PAI-1

Inhibition of PAI-1 synthesis [114]

Direct PAI-1 inhibition [114, 148, 156–165]

Decrease incorporation of plasmin inhibitor (PI) into the clot

Antibodies [167–170]

PI mutants [173, 174]

N- and C-terminal peptides of PI [178–180]

Inhibition of antiplasmin cleaving enzyme [185]

Decrease incorporation of C3 into the clot

Targeted disruption of the fibrinogen-C3 interaction [188]