EdgeNewswire

First look at the workflow for world-first mobile stroke diagnosis device

  • 3 min read
  • Micro-X

In brief

Micro-X has released a virtual reality walkthrough showing how its Head CT Scanner is intended to operate inside an ambulance. The device is under development and is expected to begin human clinical trials late this year, according to the release. If completed as described, it would weigh less than 70 kilograms and use 21 miniaturized X-ray tubes. The company says its Nano Electronic X-ray Technology uses carbon nanotubes to reduce the size of X-ray tubes. Development is supported by $8 million from a $40 million Australian Government grant awarded to the Australian Stroke Alliance. Alliance co-chair Professor Stephen Davis said successful trials could enable stroke scans at the scene, while Professor Geoffrey Donnan described the role of brain imaging in guiding emergency treatment.

Key takeaways

  • Micro-X released a virtual reality walkthrough of its ambulance-based Head CT Scanner workflow.
  • The device remains under development, with human clinical trials expected to start late this year.
  • The company says the planned scanner would weigh less than 70 kilograms and contain 21 mini X-ray tubes.
  • Development funding includes $8 million from a $40 million grant awarded to the Australian Stroke Alliance.

March 13, 2024 -- Australian Stroke Alliance co-chair Professor Stephen Davis commented: ““We are very keen to see the Micro-X device make it to field trials later this year. If successful, we will be able to scan stroke patients at the scene of their stroke in what will be a world first, using a lightweight, portable brain scanning device.”

A virtual reality walkthrough of world-first mobile stroke diagnosis technology has been released by x-ray innovator Micro-X.

The virtual reality (VR) shows how the Head CT Scanner is designed to be used in an ambulance, bringing mobile stroke diagnosis to the patient to reduce the time to treatment. Stored in the side of an ambulance, the Head CT can be easily opened and operated, and if built successfully, will send images to stroke clinicians for diagnosis. The medical device is currently under development and due to commence human clinical trials late this year.

When completed, the Micro-X Head CT will be less than 70kg and will contain 21 mini x-ray tubes, as opposed to a conventional CT that is more than 1200kg with one x-ray tube in a rotating gantry. Micro-X’s patented Nano Electronic X-ray Technology uses carbon nanotubes to miniaturise x-ray tubes.

“We are very keen to see the Micro-X device make it to field trials later this year. If successful, we will be able to scan stroke patients at the scene of their stroke in what will be a world first, using a lightweight, portable brain scanning device.” – Australian Stroke Alliance co-chair Professor Stephen Davis

Mobile stroke units – fully equipped, custom-built specialist vehicles that accommodate a modified, but still very heavy CT scanner at more than 500 kg, and specialist acute stroke personnel – are being introduced around Australia. The equipment and required staffing are a high cost, with the custom-built ambulance also requiring reinforcement to support the weight of the CT scanner. The good patient outcomes from these units provides support for a truly mobile solution that is lower cost and more widely deployable.

The development of Micro-X’s world-first mobile stroke technology is funded through $8m of a $40 million grant awarded to the Australian Stroke Alliance under the Australian Government’s Medical Research Future Fund.

Micro-X Chief Executive Officer Kingsley Hall commented: “What we are achieving at Micro-X is phenomenal. With stroke the second largest cause of death globally and numbers increasing, our ambition is for our technology to improve and save the lives of people around the world. In Australia, we aim to transform how stroke diagnosis and management occurs through truly mobile CT, democratising access to treatment whether patients are in urban, rural or remote communities.”

Co-chair Professor Geoffrey Donnan added: “It is essential to conduct a brain scan when a paramedic suspects a stroke so they can work with a tele-neurologist to administer the correct treatment. The Australian Stroke Alliance is taking the emergency department to the patient, saving vital minutes by diagnosing the stroke and then fast-tracking the patient to a comprehensive stroke centre where a team is waiting to remove a clot or to stop a bleed.”

Get in touch with us to learn more about the Micro-X Head CT

If you detect any issues, problems, or errors in this press release content, kindly contact [email protected] to notify us (it is important to note that this email is the authorized channel for such matters, sending multiple emails to multiple addresses does not necessarily help expedite your request). We will respond and rectify the situation in the next 8 hours.

At a glance

Company
Micro-X
Announcement
Product

Key figures

Development funding from grant
$8m
Australian Stroke Alliance grant
$40 million
Planned Head CT weight
less than 70kg
Mini X-ray tubes in planned scanner
21
Conventional CT weight comparison
more than 1200kg
Modified CT scanner weight in mobile stroke units
more than 500 kg

People

  • Stephen DavisAustralian Stroke Alliance co-chair
  • Kingsley HallMicro-X Chief Executive Officer
  • Geoffrey DonnanAustralian Stroke Alliance co-chair

Products and programs

  • Micro-X Head CT Scanner
  • Nano Electronic X-ray Technology

Earlier from Micro-X

  1. Senior US Homeland Security leader visits Micro-X headquarters
  2. Checkpoints at Consumer Electronics Show 2024
  3. Micro-X joins the Veterans’ Employment Commitment
Back to News Center
EdgeNewswire

EdgeNewswire distributes your news to a targeted and established network of journalists and media outlets. We help build visibility and credibility for your organization and brand through trusted media coverage.

Copyright © 2024 - 2026   EdgeNewswire – Cutting Edge Press Release Distribution Services. All Rights Reserved.