Abstract: Fusion proteins containing a ligand which specifically binds to a selected vascular bed linked to an anti-thrombotic molecule are provided. Also provided are methods for use of these fusion proteins to prevent coagulation, to dissolve blood clots and to protect against the risk of iatrogenic side effects including those arising from cancer therapy and specific vascular occluding agents.

Abstract: Compositions are provided comprising a thrombomodulin domain linked to a targeting moiety that binds to a determinant on the surface of a target endothelial cell or red blood cell, wherein the thrombomodulin domain may be the extracellular domain, the N-terminal lectin-like domain, or an epidermal growth factor (EGF)-like domain. The targeting moiety may be a single chain antigen-binding domain (scFv), and the targeting moiety and thrombomodulin domain of the composition may be linked as a continuous polypeptide chain. Methods of delivery and use of a composition described herein are provided, as well as methods of treating or preventing thrombosis, inflammation, tissue ischemia, sepsis, acute lung injury (ALI), acute myocardial infarction (AMI), ischemic stroke, cerebrovascular disease, pulmonary embolism, or ischemic peripheral vascular disease is provided.

Abstract: Fusion proteins containing a ligand which specifically binds to a selected vascular bed linked to an anti-thrombotic molecule are provided. Also provided are methods for use of these fusion proteins to prevent coagulation, to dissolve blood clots and to protect against the risk of iatrogenic side effects including those arising from cancer therapy and specific vascular occluding agents.

Abstract: Disclosed are various defined combinations of agents for use in improved anti-vascular therapies and coagulative tumor treatment. Particularly provided are combined treatment methods, and associated compositions, pharmaceuticals, medicaments, kits and uses, which together function surprisingly effectively in the treatment of vascularized tumors. The invention preferably involves a component or treatment step that enhances the effectiveness of therapy using targeted or non-targeted coagulants to cause tumor vasculature thrombosis.

Abstract: Disclosed are various defined combinations of agents for use in improved anti-vascular therapies and coagulative tumor treatment. Particularly provided are combined treatment methods, and associated compositions, pharmaceuticals, medicaments, kits and uses, which together function surprisingly effectively in the treatment of vascularized tumors. The invention preferably involves a component or treatment step that enhances the effectiveness of therapy using targeted or non-targeted coagulants to cause tumor vasculature thrombosis.

Abstract: Disclosed are various defined combinations of agents for use in improved anti-vascular therapies and coagulative tumor treatment. Particularly provided are combined treatment methods, and associated compositions, pharmaceuticals, medicaments, kits and uses, which together function surprisingly effectively in the treatment of vascularized tumors. The invention preferably involves a component or treatment step that enhances the effectiveness of therapy using targeted or non-targeted coagulants to cause tumor vasculature thrombosis.

Abstract: Disclosed are various defined combinations of agents for use in improved anti-vascular therapies and coagulative tumor treatment. Particularly provided are combined treatment methods, and associated compositions, pharmaceuticals, medicaments, kits and uses, which together function surprisingly effectively in the treatment of vascularized tumors. The invention preferably involves a component or treatment step that enhances the effectiveness of therapy using targeted or non-targeted coagulants to cause tumor vasculature thrombosis.