Home > Uncategorized > Interventional Cardiologist Explores Virtual Reality in Medical Procedures with Jaunt VR

Interventional Cardiologist Explores Virtual Reality in Medical Procedures with Jaunt VR

There are several reasons why I believe virtual reality will be an extremely disruptive technology in medicine, and it will start with education. In order for people to understand why this is the case they first need to understand what exactly virtual reality is.  I would describe virtual reality as a technology that allows the individual to ‘teleport’ to a different environment as an invisible spectator. Effective VR is a ‘brain hack’ so strong that it can actually trick the user into believing they are someplace else, which potential leads to interesting therapeutic applications1. A virtual reality scene can be either computer-generated or captured with 360º cameras. Both approaches have tremendous potential for medical applications.

Screen Shot 2015-04-29 at 10.42.13 PM

When I experienced Virtual Reality for the first time, the first thought that came to mind was the tremendous potential of such technology in medical education. For this reason I decided to explore possibilities to capture an immersive 360 environment. Shortly after my search began I quickly realized the task was more daunting than I initially expected. After evaluating the options one quickly stood out from the rest. Jaunt VR, a startup in Palo Alto, CA developing 360º video technology and considered by many as the leader in cinematic VR production. According to their senior engineer, Adam Somers, “Jaunt VR develops end-to-end solutions to enable the capture, production, and distribution of cinematic VR content. There is tremendous potential to apply live-action VR recordings to a number of industries, including medicine. Our collaboration with Dr. Assad represents an important first-step in the exploration of immersive media for educational and therapeutic applications.”


On March 25, 2015 at El Camino Hospital, Mountain View, California we explored the potential of virtual reality by capturing important teaching pearls in interventional procedures that could potentially lead to better patient care and outcomes.

  • The Ultrasound Guided Access initiative. This I learned in my advanced peripheral endovascular fellowship with Dr. James Joye and has proven to be a very valuable technique that without a doubt can avoid disastrous complications if used properly.
  • With the assistance of the Medtronic team we were able to setup up a simulator to evaluate feasibility. We explored capturing the steps involved in the preparation and deployment of a Medtronic CoreValve. The value of capturing and perfecting this content in VR could completely change the dynamics of training courses, not only for this device but for all others as well.


Once the footage was obtained and processed by the Jaunt VR team I had the opportunity to experience it through Oculus technology. The results surpassed my expectations and therefore I stand by my initial vision. I firmly  believe that with the right leadership and initiative this will be a game-changer in medicine. Why you may ask?

  • Physicians learn procedures by repetition. The concept of ‘see one, do one, teach one’ is, in my opinion, is outdated. Maybe this worked in 1850 since it was the only option, but it is unacceptable in this day of age. VR allows the in-person demonstration to be repeated as many times as desired, and you can change your point-of-view with each viewing to take in even more information than if you were actually present for the procedure.
  • The fact that one can be next to the individual performing the procedure over and over and focus on different aspects is priceless. Unlike traditional video displays, VR provides a human-scale, interactive facsimile that is potentially indistinguishable from reality.
  • Exponential growth in technology drives down the price of many devices, including smartphones. By 2020 80% of the adult population will have a smartphone2. This is important because along with a $5 to $20 the Google Cardboard, your smartphone turns into a VR Headset3. Most recent android phones support Cardboard and you can try it for yourself with Jaunt VR’s publically available apps4. This does not mean that everyone should be producing content but it does mean that everyone can learn from it, from simple stitching to familiarizing oneself with more advanced technologies like CoreValve implantation.


Generating and sharing content has the potential to empower and educate thousands, maybe even millions, by experiencing procedures as the second operator or from any perspective that the operator deems to be best.  As Dr. Oliver Aalami clearly put it “The reality is that it would take me one hour to review every step of a complex procedure that a video could show me in 10 minutes. In my opinion that is the true benefit…more immersive education…better comprehension in less time”


Technology is changing at an exponential rate. Just think of what merging VR technology with haptic feedback, ubiquitous networking, and tele-robotics can enable. Initially, education is the obvious application, but there is no reason why performing surgeries this way could not be done. Consider, for example, the successful telementoring project done back in 2003 between Brazil and the United States5.

I would like to emphasize that this would not have been possible without the support from Jaunt VR who allowed me to dream a little and get a taste of what I believe will be the beginning of a great thing for medical education.

In May 6, 2015  I will give a talk at SCAI regarding the incorporation of implementation of exponential thinking and technologies. Here I will share the immersive 360 experience with my Samsung Gear VR and other means as well.

  1. http://www.nature.com/srep/2015/150423/srep09831/pdf/srep09831.pdf
  2. http://www.economist.com/news/leaders/21645180-smartphone-ubiquitous-addictive-and-transformative-planet-phones
  3. https://www.google.com/get/cardboard/
  4. http://jauntvr.com/content
  5. http://www.ncbi.nlm.nih.gov/pubmed/12816583
  1. No comments yet.
  1. No trackbacks yet.

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s

%d bloggers like this: