# of Displayed Technologies: 2 / 2


Inhibition of Purinergic Signaling to Promote Neotissue Formation and Prevent Pathological Remodeling in Tissue Engineered Vascular Conduits, Patches, and Valves.
TS-004524 — In engineered cardiovascular tissues, inhibiting purinergic signaling will promote high-quality neo tissue formation and prevent pathological remodeling. Inhibiting the P2Y12 receptor sustains a multitude of other necessary functions but prevents a detrimental excess.
To promote high quality neo tissue formation and inhibit pathological remodeling within engineered cardiovascular tissues, purinergic signaling must be inhibited. The P2Y12 receptor inhibitor called prasugrel, or Effient®, reduces the rate of thrombotic cardiovascular (CV) events (including sten…
  • College:
  • Inventors: Breuer, Christopher; Kerlin, Bryce; Reinhardt, James; Shinoka, Toshiharu; Turner, Mackenzie
  • Licensing Officer: Murrah, Kyle

Factor XIII EC-ELISA Activity
TS-000416 — Factor XIII deficiency is a genetic bleeding disorder characterized by deficiency of clotting factor XIII resulting in prolonged, uncontrolled bleeding episodes. Unfortunately, the currently available, clinically-approved Factor XIII activity assays are technically challenging. Researchers at Nationwide Children’s Hospital have developed a new method for the determination of blood coagulation factor XIII enzymatic activity in a conventional enzyme-linked immunosorbent assay (ELISA). This method enables direct quantification of factor XIII as opposed to currently available indirect methods of measurement. This proof-of-principle technology provides improved, sensitive and simplified procedure for factor XIII estimation.
  • College:
  • Inventors: Kerlin, Bryce; Durda, Michael; Waller, Amanda; Wolfgang, Katelyn
  • Licensing Officer: Corris, Andrew

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