"The implications of these novel and surprising findings are substantial for the cancer research community and include potential opportunities to develop new, early, and sensitive diagnostics," Williams says.
"Commercially, compounds that reduce TARS could be used to stop angiogenesis in cancer, compounds that increase TARS could promote angiogenesis, and a laboratory blood test for TARS could serve as a diagnostic for progression in certain cancers," says Kerry Swift, M.S., technology licensing officer in the UVM Office of Technology Commercialization.
Williams adds that the anti-angiogenic activity of the potent inhibitor of TARS paves the way for new therapeutics to block tumor growth and metastasis by stopping TARS-induced angiogenesis.
"These types of therapeutics could be used in combination with other treatments that target and kill cancer cells as part of a personalized cancer medicine approach to treat patients with greater success," she says.
On April 22, 2013, Francklyn will present a poster session on this research, titled "Mode of Action of Bioactive Natural Products," at the annual American Society for Biochemistry and Molecular Biology meeting in Boston, Mass. Lounsbury will present the project at the American Association for Cancer Research meeting, which takes place April 6 to 10, 2013 in Washington, D.C.
|Contact: Jennifer Nachbur|
University of Vermont