What is the ExcelsiusGPS system used for in spinal surgery?

The ExcelsiusGPS is an advanced robotic navigation system used to guide surgeons in performing complex spinal surgeries, such as inserting implants for spinal support or straightening curved spines.

How will the new robot technology benefit patients at James Cook University Hospital?

The robotic technology will increase surgical accuracy, reduce risks of complications, allow for smaller incisions, lower infection risks, decrease blood loss, and speed up operation and recovery times, leading to shorter hospital stays.

Is the ExcelsiusGPS system new to the region?

Yes, James Cook University Hospital will be the first in the region to introduce the ExcelsiusGPS system, which is already used in over 500 hospitals globally.

Home / Health / Robot Surgery Revolutionizes Spine Care

Robot Surgery Revolutionizes Spine Care

24 Jan

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Summary

New robotic technology enhances spinal surgery accuracy.
Hospital becomes first in region to use £1m ExcelsiusGPS.
Surgery time reduced significantly, aiding faster recovery.

A pioneering robotic system, the ExcelsiusGPS, is poised to transform spinal surgery at James Cook University Hospital, making it the first facility in the region to adopt this £1 million technology. Scheduled for introduction next month, this state-of-the-art equipment will significantly enhance surgical precision during procedures aimed at correcting spinal instability or curvature.

The ExcelsiusGPS system employs 3D imaging to assist surgeons in accurately placing spinal implants. This advanced navigation dramatically reduces the risks associated with vital structures such as nerves and the spinal cord. Consultant spinal neurosurgeon Simon Tizzard emphasized that this innovation allows for smaller incisions, consequently lowering infection risks, minimizing blood loss, and speeding up operation times.

This technological leap is expected to lead to shorter hospital stays and faster recovery for patients, particularly older individuals undergoing complex procedures. Tizzard expressed enthusiasm for offering this advanced robotic solution, noting its global use in over 500 hospitals. The system's ability to decrease anesthetic time and expedite patient discharge marks a significant advancement in the field of spinal treatment.

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