Photo of Edwin Salcedo


Edwin Salcedo

Revolutionizing paper based radiology services with software that digitalizes medical image management and diagnostics

Year Honored


Latin America

Hails From

Technological innovations are revolutionizing medical care. New treatments, diagnostic systems and management innovations are flooding hospitals and improving the quality of medical care in the most advanced societies in the world. But elsewhere, like in Bolivia, for example, some medical areas lag far behind the cutting-edge. This is true of radiology departments, which mainly depend on paper both for managing diagnoses and analyzing patients´ results. Three years ago, while working for a biomedical equipment company, young Edwin Salcedo noticed this gap and decided to do something about it. And thus, was born BIORIS VR, a medical image management and virtual reality software which has led to Salcedo´s inclusion in MIT Technology Review, Spanish edition´s Innovators Under 35 Latin America 2017.

The journey towards the final product was long and winding. When Salcedo began to research the topic, he observed that of all of these services, whose main purpose is to assist in the diagnostic process through x-ray images and magnetic resonance images (MRI), only one third employed some kind of specialized software. So, he decided to develop a management tool to digitalize these techniques: an application known in the medical field as Radiological Information System (RIS).

The project kicked off with a modest goal: to create a simple database and a unified management system for radiology departments. However, as it started to take shape, Salcedo saw an opportunity to broaden the scope and add existing tools, for example by connecting his solution to an image management system. Later, the young Bolivian realized that many pieces of equipment can capture images in 3D and 4D, but that these images were only used on screen or on paper. And this led him to wonder: "What if all of those layers were represented in virtual reality? What if radiologists could view images of patients´ bodies not just on a flat screen, but also interact with them in 3D?," Salcedo recalls. And so he decided to take the plunge and create the second component of the project: an online virtual reality app which allows users to work in a virtual environment using their mobile phone. BIORIS VR had been born.

Salcedo´s solution is novel not only because it combines different technologies to create a virtual environment where users can work. His project also provides a quick and stable platform which alleviates the management of large files, and can be downloaded in just minutes. BIORIS VR is easy to use, which facilitates adoption by medical teams, who find it easy to learn to operate the system.

BIORIS VR has already been implemented in one hospital in Bolivia´s capital city, and is in the process of being launched in a second. The idea is to export the model to the rest of the country´s hospitals, although standardizing the application to ensure compatibility with the existing equipment at each hospital, which are based on different languages according to the manufacturer, will present challenges.

"The project has great potential social impact in the healthcare realm, since it could shorten diagnostic times," according to the director of postgraduate IT studies at the Technical Institute of Monterrey (Mexico), José Martín Molina Espinosa. This Innovators Under 35 Latin America 2017 jury member highlights "the use of cutting-edge algorithms and techniques, especially within such an impressive project, executed by one, single person."