Mount Sinai Hospital Corporation

Sunnybrook Research Institute

Sunnybrook Health Sciences Centre

Unity Health Toronto

Sunnybrook Health Sciences Center

Vasomune Therapeutics Inc.

Daniel J Dumont

Paul Van Slyke

Janet Rossant

Martin L Breitman

Terry P Yamaguchi

Jason Moss

Warren Lee

Jo-Ann Breitman

Martin L Breitman, Deceased

David Tumelty

Kenneth Sokoll

Gerard G Gradwohl

The present disclosure relates to compounds of Formula (I) which are multimeric forms of a monomeric binding peptide linearly bonded to PEG moieties to form the multimers. The multimeric forms stimulate angiogenesis and promote wound healing. The disclosure also includes pharmaceutical compositions comprising the multimers, including compositions suitable for topical or systemic administration.

Agent for promoting angiogenesis and methods and uses thereof

The present disclosure provides methods and uses of Tie2 agonists alone or in combination with antiviral agents. In particular, the present disclosure provides methods and uses for treating influenza, treating a bacterial superinfection associated with influenza and decreasing lung endothelial leakage. The disclosure also provides compositions comprising (a) a Tie2 agonist and (b) an antiviral agent and methods and uses thereof.

Methods, uses and compositions of Tie2 agonists

The present disclosure provides methods and uses of Tie2 binding and/or activating agents. In particular, the present disclosure provides methods and uses for inhibiting the expansion of colony forming unit-granulocytes, reducing eosinophils and/or basophils, for treating allergic disease or response or eosinophil/basophil associated condition and for reducing inflammatory cytokine and/or chemokine levels.

Methods and uses of TIE2 binding and/or activating agents

The present invention provides a multimeric form of a Tie 2 binding peptide monomer, wherein the multimeric form has Tie 2 agonist activity. The multimeric form, preferably a tetramer, stimulates angiogenesis and promotes wound healing. The present invention also features pharmaceutical compositions comprising the multimeric Tie 2 agonists, including those suitable for topical or systemic administration. Methods of using the multimeric Tie 2 agonists of the invention for stimulating angiogenesis and for promoting healing of wounds, such as diabetic ulcers or skin grafts, are also provided.

Multimeric tie 2 agonists and uses thereof in stimulating angiogenesis

Novel receptor tyrosine kinase protein and isoforms thereof which are expressed in cells of the endothelial lineage, and DNA segments encoding the novel protein and isoforms thereof are disclosed. Methods for identifying ligands which are capable of binding to the receptor protein and methods for screening for agonist or antagonist substances of the interaction of the protein and a ligand are also disclosed.

Receptor tyrosine kinase

Nucleic acid encoding tek receptor tyrosine kinase

A novel transcriptional regulatory element which is capable of directing expression of a gene specifically in cells of the endothelial lineage. The transcriptional regulatory element may be used to target expression of a gene in cells of the endothelial lineage.

Tissue specific transcriptional regulatory element

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Oakville, Canada

Daniel J Dumont