We are working on new digital technologies for histopathology. I am very excited to join such a dynamic team of AI researchers and developers. Our goal is to use AI to change the workflow of histopathology into a more streamlined activity, thus avoiding the entire chemical process of staining and saving valuable time for doctors and patients around the world. We believe that our technology can dramatically improve and accelerate the discovery of new immunohistochemical biomarkers for cancer treatment, improving the lives of millions of people.

Lexington, Massachusetts, United States

At Intelon we are developing diagnostic devices that can measure in vivo bio-mechanical properties of the human eye. We use a Brillouin Scattering System (BOSS) to measure elastic properties of the cornea and lens of the eye. By doing so we can infer, in a non invasive manner, different bio-mechanical characteristics associated with certain pathologies such as cataract, presbyopia, corneal ectasia, keratoconus, among many others.

Responsible for product and technology development at the Diagnostic Division

Developing new computer vision, image processing and machine vision software, as well as optical instruments for in vivo diagnostics of the human eye, developing the electronics/optics/software and design of these instruments, and helping to bring them to market.