New Robotics Technology allows Real-time Tele-Ultrasound Diagnosis

New Robotics Technology allows Real-time Tele-Ultrasound Diagnosis

May 21, 2016 @ 21:16 | 

The patient has to go diagnosis center for any ultrasound scanning but sometimes it’s not possible for patient due to serious conditions, better diagnostics centers are very far away or may be due to non-availability of suitable transport facility.

Don’t worry, Telstra and Deakin University invented a revolutionary haptic based robotics technology that allows tele-ultrasound means a patient need not to be in the same room, or even town, as the sonographer conducting the ultrasound. The ultrasound unit and medical professional could be as far apart as 1,000km.

This new technology has the potential to dramatically improve access to diagnostics tools for patients living in regional and remote parts, either not serviced by, or with limited access to, medical resources.

The HER (Haptically-Enabled Robotics) remote ultrasound technology was developed by Deakin University’s Institute for Intelligent Systems Research and Innovation (IISRI), with funding and technical support from Telstra as part of its Research Partner Program.

The system can be applied to abdominal ultrasound imaging to evaluate a patients’ kidneys, liver, gallbladder, pancreas, spleen, the abdominal aorta and other blood vessels of the abdomen. It can also be used for the diagnosis of abdominal pain, abnormal liver function and an enlarged abdominal organ.

With the addition of patient feedback technology, the sonographer can remotely monitor patient discomfort in relation to the applied probe force. This information can be collected and used to assess the tenderness of the examined area, and compared with historical data on the patient.


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IISRI Director Professor Saeid Nahavandi said Deakin and Telstra had collaborated on a world first trial of the technology, which has so far been successfully tested using data links between Melbourne and several regional and rural cities within Australia.

“Our aim is to develop advanced haptic, or force feedback, and stereovision capability for remote ultrasound procedures,” Professor Nahavandi said.

“It will increase the availability of ultrasound diagnosis for regional patients, which is incredibly important, but it will also minimise potential errors, saving time that might be spent having the patient re-scanned or transported to a regional hub.

“A principal advantage of this system is the ability to translate the sense of touch to the operator. Haptic feedback allows an operator to feel and experience the remote environment, through the robotic system, as though they were interacting with it directly. The addition of stereovision can improve operator situational awareness by giving the operator depth perception, which also contributes to the accuracy and efficiency of the ultrasound.”

Kannan Alagappan, Director of Technology, Technology Strategy at Telstra , said that Telstra was the perfect partner for the project, bringing network expertise and capabilities, along with commercial experience.

“This is something that hasn’t been done anywhere in the world before – the development of a remote ultrasound that is accurate over long distances,” Mr Alagappan said.

“Early stage testing has extended the trial beyond initial expectations by proving the technology on Telstra’s 4G wireless network. It’s now portable and expandable enough to cover more than 97% of Australia’s population.”

Deakin University clinician and Epworth Geelong Chair in Surgery, Professor Glenn Guest, said the ability to perform a remote ultrasound procedure using robotic technology would enable skilled surgeons, doctors and radiologists to make diagnoses from their preferred location.

“In the future, a number of remote communities could be supplied with an ultrasound ‘robot’ for medical diagnosis requirements,” Professor Guest said.

Deakin University and Barwon Health Chair of Surgery Professor David Watters said that when needed, a skilled sonographer or doctor could log onto the system from their preferred location and perform the diagnosis with haptic (force feedback), stereovision (3D) and full two-way audio visual communications.

The system has been successfully tested using data links between Melbourne and several regional and rural cities within Australia.

Telstra and Deakin jointly are actively seeking partners and exploring a number of paths to bring the technology to market, through global health technology companies, and health networks across Australia.

Once in market, this high technology system would be a driver in creating jobs in high technology manufacturing, diagnosis, maintenance and research and development.


  • Image: Dukin University
  • Source: Dukin University

 

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