Innovative Urine Test Pioneers Early Lung Cancer Detection Using ‘Zombie Cells’

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Groundbreaking Approach to Lung Cancer Diagnosis

UK scientists have unveiled a revolutionary test aimed at accelerating the diagnosis of lung cancer by detecting “zombie cells” in urine samples. This innovative method seeks to address the critical challenge of identifying lung cancer, which remains the deadliest cancer globally and often goes undetected until it reaches advanced stages.

The Urgency of Early Detection

In 2021, nearly 227,000 individuals in the European Union succumbed to lung cancer. The typically late diagnosis occurs when symptoms manifest or when cancer has already metastasized, complicating treatment options. The new urine test seeks to offer healthcare providers a means to identify lung cancer at an earlier stage, potentially improving survival rates.

How the Test Works

This cutting-edge tool employs an injectable sensor to analyze urine, targeting proteins released by senescent cells—also known as “zombie cells.” These cells are alive but have ceased to divide, leading to their accumulation and contributing to inflammation and tissue damage that can foster cancer development. By detecting these proteins, the test aims to signal the presence of early-stage lung cancer.

Progress and Future Aspirations

Currently, the test is undergoing initial trials, having shown promising results in studies conducted on mice. Ljiljana Fruk, co-leader of the research and a professor at the University of Cambridge, explained that the test identifies higher levels of peptide-cleaving proteins associated with senescent cells, which tend to emerge in the early stages of cancer. The team is now gearing up for human trials, hopeful that the test could also be adapted for detecting other cancers well before symptoms present.

A Game-Changer for Cancer Screening

Fruk expressed optimism about the potential impact of this urine test on lung cancer diagnosis. If successful in human studies, it could facilitate earlier detection without resorting to invasive procedures. Moreover, this groundbreaking approach could pave the way for the early diagnosis of various cancers, ultimately leading to more effective treatment options and improved patient outcomes.


SOURCE: Ref Image from The Sun

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