Queen’s University researcher Xiaolong Yang and his research team have developed a light emission-based biosensor that uses firefly luciferase (the enzyme that allows fireflies to light up) to monitor cancer cell activity and help find new ways to fight the spread of cancer.
Queen’s University researcher Xiaolong Yang and his research team have developed a light emission-based biosensor that uses firefly luciferase (the enzyme that allows fireflies to light up) to monitor cancer cell activity and help find new ways to fight the spread of cancer.
Research has previously shown that changes in Hippo signaling proteins may be responsible for cancer development but there is currently no system to quantify how these proteins change in cancers. This breakthrough discovery could improve cancer diagnosis and treatment.
“Our labs have recently shown that aberrant changes in a group of proteins called the Hippo signaling pathway may be involved in cancer development,” says Dr. Yang. “In this study, by using the luciferase enzyme extracted from fireflies as a reporter, we have created a new biosensor tool that allows researchers to measure the activity of the Hippo signaling pathway protein in cancers in real-time.”
Dr. Yang adds that studies show that the Hippo signaling proteins are critical for cancer angiogenesis, a process by which tumours make blood vessels during their growth and spread.
Continue reading at Queen's University.
Image via Queen's University.
