Robotics in interventional radiology

Last revised by Henry Knipe ◉ ◈ on 19 Mar 2019

Citation, DOI, disclosures and article data

Citation:

Gajera J, Knipe H, Robotics in interventional radiology. Reference article, Radiopaedia.org (Accessed on 10 Jun 2023) https://doi.org/10.53347/rID-66982

DOI:

https://doi.org/10.53347/rID-66982

Permalink:

https://radiopaedia.org/articles/66982

rID:

66982

Article created:

15 Mar 2019, Jay Gajera

Disclosures:

At the time the article was created Jay Gajera had no recorded disclosures.

View Jay Gajera's current disclosures

Last revised:

19 Mar 2019, Henry Knipe ◉ ◈

Disclosures:

At the time the article was last revised Henry Knipe had no recorded disclosures.

View Henry Knipe's current disclosures

Revisions:

2 times, by 2 contributors - see full revision history and disclosures

Systems:

Interventional

Sections:

Interventional Radiology

Tags:

#interventionalradiology #robotics

Robotics in interventional radiology (IR) is an emerging area following the growth of engineering technology. Machine-assisted procedures are already performed in various disciplines including general, cardiothoracic and urologic surgery. The best-known is the Da Vinci® Surgical System. The application of robotics in IR has been an ongoing topic of discussion in many international society meetings.

The proposed advantages to be gained include greater precision and control, reduced procedural radiation exposure time, and reduced complications and mortality. There is potential for teleoperation which could offer remote patient access.

The disadvantages of robotic IR using current technology include higher procedural costs, longer pre-procedural preparation, and the need for additional staff. In addition, an argument is made that the absence of operator intraprocedural tactile feedback could lead to visceral and vascular injuries.

Ongoing research and development efforts are necessary to address these challenges.