A Clinical Method For Mapping And Quantifying Blood Stasis And Thrombus Risk In The Heart

This technology is patent pending and realized in a demonstrated software package with a small set of patient data supporting efficacy.  This technology could be suitable as a software services business and/or an add-on tool for an existing clinical imaging platform.

Given here is an enhanced imaging technique to evaluate a patient’s risk for Stroke based upon quantifiable measures of blood stasis (residence time) in the Left Ventricle.  The method is realized in software and leverages existing clinically abundant ultra-sound equipment to provide a clear measure of a patient’s risk factors for a future Stroke based upon present measurements acquired in the clinic.  Leveraging this diagnostic, more informed decisions can be made regarding the prescription of blood-thinners, potentially leading to a personalized medicine approach where a diagnostic such as this becomes a requirement before subjecting someone to a lifetime of expensive and risky anti-coagulant therapy.

20170150928

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Lorenzo Rossinia, Pablo Martinez-Legazpia, b, c, , , Vi Vuc, Leticia Fernández-Frierad, Candelas Pérez del Villarb, Sara Rodríguez-Lópeze, Yolanda Benitob, María-Guadalupe Borjaa, David Pastor-Escuredoe, Raquel Yottib, María J. Ledesma-Carbayoe, Andrew M. Kahnf, Borja Ibáñezd, Francisco Fernández-Avilésb, g, Karen May-Newmanc, Javier Bermejob, g, Juan C. del Álamoa, A clinical method for mapping and quantifying blood stasis in the left ventricle, Journal of Biomechanics. doi:10.1016/j.jbiomech.2015.11.049

Tech ID/UC Case

25745/2016-003-0

Related Cases

2016-003-0

USA