NWO-TTW grant for ultrasound imaging and cancer-on-chip approach
LOCATE: Integrated platform to design novel cancer localization strategies by ultrasound microvasculature imaging
A team led by hDMT scientist Jaap den Toonder (TU/e) has received a grant from NWO-TTW (total 1 Million Euro, 3 PhD students) to develop a novel experimental platform that enables to understand and develop ultrasound imaging of small tumors, using a microfluidic organ-on-chip approach.
Title: "LOCATE": Integrated platform to design novel cancer localization strategies by ultrasound microvasculature imaging
Description: About one in two men and one in three women will develop cancer in their lifetime. Successfully combating cancer requires imaging, treatment and monitoring of the tumor. Recently, a promising approach has been introduced that images the micro blood vessels that exist in and near tumors by contrast-enhanced ultrasound, based on injecting microbubbles into the blood stream of a patient providing the ultrasonic contrast. However, the advancement of this approach is hampered by insufficient knowledge of the relationship between the dynamics of the microbubbles and the ultrasound signals, due to the lack of good experimental models. In LOCATE, three TU/e groups will join to develop and apply a new integrated platform, combining a unique novel artificial microvascular network model in a microfluidic chip (prof. Jaap den Toonder), dedicated ultrasound hardware (dr. Pieter Harpe), and new ultrasound image analysis approaches (dr. Massimo Mischi) to tackle the problem. Partners Philips Research, Bracco, Micronit, Academisch Medisch Centrum and Tide Microfluidics, will be strongly involved. This new development and validation tool will lead to a better understanding, and eventually to the development of precise cancer treatments with a substantial higher tumor reduction and less side effects.
PI: Prof.dr.ir. Jaap den Toonder, Department of Mechanical Engineering, Eindhoven University of Technology
Academic partners: Dr. Massimo Mischi (Department of Electrical Engineering, Eindhoven University of Technology), dr. Pieter Harpe (Department of Electrical Engineering, Eindhoven University of Technology), prof.dr. Hessel Wijkstra (Academisch Medisch Centrum, Amsterdam).
Private partners: Philips Research, Bracco, Micronit, Tide Microfluidics