Sonography learning curve

Making ultrasound more accessible

Currently, ultrasound machines are operated primarily by specialists because it requires extensive experience to interpret the images. Norwegian researchers are aiming to tackle this issue.

The ultimate aim is to develop an ultrasound machine that all health personnel can use without difficulty. “Such devices must be compact and portable, and thus practical for those working outside the hospital environment – in ambulances, care homes or local doctors’ surgeries”, says Project Manager and Research Scientist Robert Schittny at the Norwegian research organisation SINTEF (Stiftelsen for industriell og teknisk forskning). Currently, the interpretation of ultrasound images is no easy task. This is why it is only carried out by doctors and others with extensive specialist training and experience in understanding such images. For this reason, the new device will be equipped with a high level of artificial intelligence (AI) that will help users to understand and interpret the images.

sonographer using ultrasound machine
Medical expert operating an ultrasound machine: Sonography has a notoriously steep learning curve. Researchers want to lower these hurdles

Image source: Shutterstock/Dmytro Zinkevych

In practice this means that the researchers must gather large volumes of experience-related data from existing ultrasound examinations, and make these accessible in a machine that must also be compact and portable. The challenge facing the scientists is to select data that is relevant and exclude data that is not, thus ensuring that the data ultimately carried in the device can be processed by a small computer without compromising patient safety. “Another issue is that it may be necessary to configure the data so that they are adapted to the portable machine”, explains Schittny. “The computing capability installed in a portable device is much less powerful than that in a stationary computer hooked up to hospital equipment”, he says.

It is this aspect of the development process that Norwegian physicists and mathematicians are currently looking into. The equipment will be manufactured by the Norwegian company GE Vingmed Ultrasound. “We will also be providing the device with three-dimensional image interpretation functionality”, says Schittny. “Ultrasound images are of course two-dimensional or “flat”, and this is one of the factors that makes them so difficult to interpret”, he explains. The system will also be installed with a form of navigation system that will make it easier to understand the anatomy that sources the images we view on the screen.

When we view an ultrasound image of a patient’s abdomen, it is not always easy to distinguish between organs such as the liver or appendix. However, the new device will be equipped to provide the user with aids to understanding such differences. The hope is that this may result in more rapid assistance for patients that need it, and fewer referrals to specialist health services. “In the future we envisage that a system of this type will enable us to identify areas of concern revealed by the images, such as signs of inflammation or other forms of illness”, says Schittny. “This is the ‘Holy Grail’ that we always carry in the back of our minds, although we don’t know if we will achieve this during this project”, he says.


Source: Stiftelsen for industriell og teknisk forskning (SINTEF)

24.09.2020

Read all latest stories

Related articles

Photo

Gathering sonography experience

Partnership to provide ultrasound online interactive training

Royal Philips and LeQuest, a provider of online interactive simulation-based training for the use of medical devices, announced a partnership to provide online interactive training for the Philips…

Photo

After the earthquake

Ultrasound provides much-needed answers for rebuilding lives in Nepal

Dr. Jesus Casado Cerrada, Internist at the Hospital Universitario de Getafe and Professor at the Universidad Europea, Madrid, Spain, has travelled to the Rasuwa district of Nepal to help a local NGO…

Photo

MX7 Portable Ultrasound System

Lighten up infinite possibilities

Featuring agile mobility with only 3kg and 44mm, dedicated and professional solutions, intuitive interface and comprehensive battery solution which can serve up to 8 hours, Mindray’s newly launched…

Related products

Canon – Aplio 300

Ultrasound

Canon – Aplio 300

Canon Medical Systems Europe B.V.
Canon – Aplio 400

Ultrasound

Canon – Aplio 400

Canon Medical Systems Europe B.V.
Canon – Aplio 500

Ultrasound

Canon – Aplio 500

Canon Medical Systems Europe B.V.
Canon – Aplio a

Ultrasound

Canon – Aplio a

Canon Medical Systems Europe B.V.
Canon – Aplio a450

Ultrasound

Canon – Aplio a450

Canon Medical Systems Europe B.V.
Canon – Aplio a550

Ultrasound

Canon – Aplio a550

Canon Medical Systems Europe B.V.