New technology to detect Parkinson's

Posted 2 months ago by Liz Alderslade

The web app and mirror will help reduce physical appointment visits with doctors and occupational therapists for people with Parkinson's [Source: Lookinglass]
The web app and mirror will help reduce physical appointment visits with doctors and occupational therapists for people with Parkinson's [Source: Lookinglass]

A new Artificial Intelligence (AI) mirror is being developed to detect symptoms of Parkinson’s diseases in the home.

The AI mirror is an extension of the web app which was launched in late March to detect early stages of Parkinson’s disease, and is being created at the University of South Australia’s Innovation and Collaboration Centre in Adelaide by Lookinglass.

The aim of the mirror is to reduce physical appointment visits with doctors and occupational therapists.

Both the web app and the mirror will make life simpler for people living in remote locations.

Chief Executive Officer Kelly Carpenter says the app, and mirror when it is released, are a welcome improvement to telehealth technologies and for occupational therapists working with patients in regional areas.

“The problem for occupational therapists is in the ability to remotely assess patient movement using manual technology,” says Ms Carpenter.

“Our solution removes the manual effort for diagnosis and reduces error caused by ineffective communication technologies.

“We want to help communities that need it the most by removing the barrier to accessing expert healthcare.”

Lookinglass will create a digital display visible through the mirror and can ask the user to do evaluation exercises.

Exercises test for symptoms of Parkinson’s are based on standardised tests implemented by occupational therapists and doctors.

The person performs everyday tasks or structured exercises in front of the camera and an AI-driven computer programme in the mirror assesses the video for signs and severity of symptoms.

Family members and health professionals can access the web interface and view a “movement skeleton” of the motion along with the corresponding report.

The web app works in a similar way with users uploading a video recording, which tracks the movement while uploaded and compares the information with known Parkinson’s symptoms.

Chief Technology Officer of Lookinglass, Simon Cullen, an artificial intelligence and computing specialist, says the mirror has two ways of evaluating someone, either in a passive way by watching them doing their normal routine or through active games.

“It’s difficult for people in remote locations to access telehealth solutions and Parkinson’s disease makes it especially difficult for users to be able to push a button or press a touch-pad. Our mirror will remove these barriers to accessing expert healthcare.”

The mirror software and web app has been tested for Parkinson’s disease with 16 occupational therapists and at nursing homes in South Australia.

At the end of the year, the Lookinglass company hope to have an advanced prototype of the mirror ready.

Lookinglass want to get people involved in the project, go to their website to fill out an online form and register your interest.

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