IIITD student develops app for 3D, interactive viewing of CT/MRI scans
A final year B.Tech student Palash Bansal has created a software application, RealVol, which will help view CT/MRI images in a virtual reality environment with three-dimensional perception.
In a first, an Indraprastha Institute of Information Technology student has made it possible to view CT and MRI images in a virtual reality environment through a software application.
The new application, developed by IIIT-D final year B.Tech student Palash Bansal would greatly facilitate the work of medical community, which has been constrained till date to view these images only in two dimensions on computer screens.
Started as a research project, the new software application has now been packaged by Bansal as a business model. Explaining the outcome of his project, Bansal said, “We have been able to take high-quality photos of the human body through MRI and CT scans for decades. These images enabled doctors to perform less invasive diagnostics on patients in less amount of time.”
“With development of computer science and technology, we are now able to even reconstruct three-dimensional models of the scans through complex algorithms and colour them. But, these systems have many limitations now,” he said.
“They can only work in labs and the scans can only be visualized on a computer screen that is 2D in nature, thereby depriving us of using both our eyes to perceive the depth,” Bansal said.
Bansal said his application RealVol, which would soon be incorporated, has taken this technology several steps ahead, enabling a person to see the same CT/MRI images in a Virtual Reality environment with complete 3-dimensional perception.
The concept of virtual reality took off in foreign countries two years ago and Bansal said he grew interested in it. He added that he took it up because it was widely known that medical imaging is a big problem. “After working for a few days I released a very basic version of the application, exploring a dental scan, on YouTube. After this, I started getting mails from a lot of people saying they would really like to use this and it has tremendous potential,” he said.
“That’s when I decided to develop this full time and get this deployed in India as good technology always takes a lot of time to come to India. And medical technology, even more,” Bansal said.
Bansal said he had been working on it for over one-and-half-years under the guidance IIIT-Delhi’s professor Ojaswa Sharma. He further said that his project aims at helping schools and medical colleges teach anatomy and pathology to trainee doctors, performing surgical simulations apart from diagnostics.
“This would be a completely new experience for patients who don’t know about radiology and would like to view themselves as realistically as possible. The experience is so interactive and clear that one can learn anatomy from this in minutes, that would otherwise take days or maybe even weeks with traditional methods,” he said.
Bansal said he has developed both desktop and mobile versions of the application and a user needs to have appropriate hardware devices to use the technology. “RealVol also supports cheap mobile device headsets where it is possible to view a complete Virtual Reality view and perform some basic interactions with it. Since simple mobile VR headsets like Google Cardboard can be developed at a very low cost, this is a ground-breaking innovation for medical classrooms where multiple students see what the instructor is experiencing in the Desktop headset setup,” he said.
“Furthermore, these mobile scans can be taken home, e-mailed, shared on social media, etc., and referred to whenever someone wants to consult it,” he added.
Virtual reality is the term used to describe a three-dimensional, computer-generated environment which can be explored and interacted by a person.