A new device out of LSU can detect where cancer cells end and healthy tissues begin. Here's what it means for health outcomes ...

An experimental portable device might be able to detect lung cancer from a person's exhaled breath, researchers report.

Gas sensor made from nanoflakes of indium oxide-based materials successfully identifies individuals with lung cancer ...

Researchers at the University of Toronto's Faculty of Applied Science & Engineering have designed a new microfluidic platform ...

Detecting early-stage lung cancer may become easier thanks to an innovative approach that analyzes exhaled breath. Researchers developed an ultrasensitive nanoscale sensor capable of detecting ...

The test has shown an 86% early-stage sensitivity and 88% specificity, outperforming traditional testing methods.

CHINA, Nov 13: Ultra-sensitive monitors may soon be able to detect lung cancer through a person's breath. A small-scale test ...

Researchers have developed a nanoscale sensor that detects lung cancer simply by analyzing the levels of a chemical called ...

GRAIL (GRAL) announced that the first patient has been tested for eligibility with the investigational GRAIL Non-Small Cell Lung Cancer, or NSCLC ... conducted under an FDA-approved Investigational ...

The device contains "nanoflake" sensors that can detect small changes in the gases exhaled by a person with lung cancer. The ...

An experimental portable device might be able to detect lung cancer from a person's exhaled breath, researchers report. The device contains "nanoflake" sensors that can detect small changes in the ...