Two complementary signals to improve the diagnostic pathway of cervical cancer
The current diagnostic pathway of cervical cancer lacks simple and reliable examinations to rule out the disease, so that gynecologists must often refers the patient to a more invasive, but dependable biopsy (i.e. sampling of a small amount of tissue, sent for laboratory analysis).
We propose a new, non-invasive and insightful medical device that provides two signals (the structural 3D imaging of the tissue, and its mechanical characterization). Our device could help gynecologists establish a more accurate diagnosis in the earlier steps of the cervical cancer diagnosis, ruling out unnecessary biopsies, and guiding the sampling for necessary ones.
Breath sensors for pre-symptomatic disease detection We are developing a non-invasive breath sensor for cows, for the early detection of illnesses well before observable symptoms. With automated and continuous monitoring, this would enable timely and precise feed adjustments by farmers to stop sickness progression. The technology is derived from extremely sensitive laser-based techniques enabling the […]
The Throwable Fire Extinguisher, Be smart. Be safe. We are developing an easy to use, throwable fire extinguisher, able to help parents and families with kids who want to be protected and be safe from small domestic fire accidents. Our device will solve the problem of people’s inexperience in using the traditional fire extinguisher due […]
Mobile molecular visualization for the future of educators and researchers Molecules are three dimensional, blackboards and projectors are two dimensional. We aim to help educators and researchers visualize molecules in three dimensions by visualizing the structures in VR, all from the convenience of their mobile device.