This article was published on February 25, 2020

AI helps eliminate radiation exposure in breast cancer screening

The software analyzes microwaves to detect tumors


AI helps eliminate radiation exposure in breast cancer screening Image by: nursingschoolsnearme.com

A new system that uses sensors and AI to quickly detect tumors can screen women for breast cancer without exposure to radiation.

The device invented by researchers from the University of Waterloo in Canada analyzes microwaves to detect even small, early-stage tumors within minutes.

It took 15 years of research to develop the prototype, but less than $3,800 ($5,000 CAD) to build it.

The device is comprised of a small sensor inside an adjustable box, which is placed under an opening of a padded table. Patients lie face-down on the table with a breast over the opening while the sensor sends harmless microwaves that bounce back to be processed by AI software installed on a laptop.

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[Read: Google’s new AI detects breast cancer just by scanning X-rays]

The software then analyses the breast’s tissue composition to detect any anomalies that could be a sign of cancer. If it detects a potential tumor, it triggers a referral for further tests using mammography or magnetic resonance imaging (MRI).

Global potential

Omar Ramahi, a professor of electrical and computer engineering at Waterloo University, said the invention could have vast financial and health benefits.

If women were screened regularly with this, potential problems would be caught much sooner — in the early stages of cancer.

Our system can complement existing technology, reserving much more expensive options for when they’re really needed.

The low cost of the device could increase access to screening in the developing world. It could also remove radiation exposure from cancer screening by using harmless microwaves data to detect tumors.

The researchers plan to start trials of the system within the next six months, with preliminary tests on artificial torsos known as phantoms. If these are successful, their invention could soon be saving human lives.


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