Telerobotics & the Future of Vascular Procedures

Posted by Corindus Staff
November 28, 2018

Telerobotics, or remote robotics intended for interventional procedures, might one day allow heart attack and even stroke treatment to be readily available in all communities, including rural areas. Faster time to treatment could have the potential to increase patients’ chance of survival, and in the case of remote treatment of stroke, reduce permanent disabilities. Currently, cardiovascular disease is the number one cause of death worldwide. An estimated 18 million people die from CVD, with 85% dying from heart attack and stroke. We believe that socioeconomic status and the decline of skilled specialist shouldn’t be a factor within patient care and have been working to develop remote technology to address these barriers to treatment. In the last 12 months, we’ve successfully completed feasibility testing, conducted pre-clinical work in partnership with the Mayo Clinic, built a robust platform with strong connectivity and recently, performed a remote PCI test case in a live animal model from over 100 miles away.


Dr. Ryan Madder, an interventional cardiologist at Spectrum Health in Michigan, has been a pioneer in the development of telestenting. Dr. Madder has been exploring the feasibility of remote treatment since 2016, when he completed and published the REMOTE-PCI study. In that study, he performed multiple robotic PCI procedures from an isolated area outside the procedure room within his hospital. Procedural success was achieved in 19 of 20 patients (95.0%). More recently, he successfully completed a remote robotic-assisted PCI on a porcine model from 103 miles away. He presented his work, Robotic Tele-Stenting Over Long Geographic Distances: Progress and Barriers, at the annual Transcatheter Cardiovascular Therapeutics (TCT) conference this year.  An article written by TCTMD on the topic made the list of top 10 most read stories in October.




Also at TCT 2018, the first live transmission of a remote robotic demonstration was streamed from Mayo Clinic in Rochester, MN using CorPath GRX with developmental remote technology. Dr. Gurpreet Sandhu remotely manipulated interventional devices within a porcine model located in a different building on the Mayo campus while communicating with the lab via a remote telepresence system. Watch the full remote demonstration from Mayo Clinic at TCT 2018.


tct remote

 Dr. Sandhu during the live remote case at TCT 2018


By the end of this year, we will be partnering with the Apex Heart Institute in India to complete the first-in-man remote PCI from a 32km distance (~20 miles). Dr. Tejas Patel, an internationally acclaimed physician who has performed over 250 robotic procedures with CorPath GRX, will be completing the first-in-man telerobotic cases. These first-in-man cases mark a major milestone in the development of remote technology.


apex india map

Remote technology has the potential to transform interventional treatment across all vascular platforms. Following the first-in-man study, we plan to continue optimizing our remote capabilities and work to expand our indication for robotics to address stroke care.

Interested in learning more about robotics? Contact us here or click to download our free eBook, Guide to Building a Successful Robotic Program.


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*CorPath GRX is currently not indicated for neuro interventions



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