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Robotics and imaging technologies provide novel opportunities to improve accuracy of interventions, and help build the ‘operating room of the future’. Robotic and image-guided minimally invasive surgery facilitates clinicians to perform challenging interventions, while accelerating patient recovery.

In our research program we investigate the use of imaging modalities and robotic platforms that can be used to improve surgical interventions.

Some of our areas of application include:

  • micro- and nano-robots for drug delivery;
  • magnetically-engineered devices for endovascular interventions;
  • optical molecular imaging for image-guided interventions;
  • stereotactic navigation for pelvic surgery.

Our research groups

We are an interdisciplinary collaborative environment that connects clinical and technical experts to promote the successful implementation of robots in different healthcare settings, aiming to benefit the quality of medical care provided and working conditions of our staff.

Our areas of application include:

  • Surgical robots
  • Diagnostic robots
  • Rehabilitation robots
  • Wearable and implantable robots
  • Socially assistive robots
  • Logistic robots
  • Telecare/telepresence
  • Cleaning and disinfecting robots
Relevance

Improving surgical interventions

Modern medicine has seen an increase in the importance of healthcare robotics, given that this area offers the enhancement of quality, efficiency, and accessibility of care. As robots have multiple functions, they can be used in a wide range of healthcare scenarios: from applications focusing on patients, to those focusing on clinical staff, administrative staff and researchers.

As robots are known to offer task automation, constant precision, and high repeatability and efficiency, their use in healthcare environments can help reduce the strain on medical professionals and human error. Moreover, robotic systems can help address challenging situations where services are needed, but human presence is restricted; for example, shortages of healthcare professionals, or the need for remote or contactless care during pandemics such as COVID-19.

As technology continues to advance, the interdisciplinary area of healthcare robotics is expected to further expand and transform the overall delivery of care.

Contact

University Medical Center Groningen (UMCG)
Research Institute PRECISION
Robotics
P.O. Box 196
9700 AD Groningen
The Netherlands