Groundbreaking ExoPatch Detects Cancer DNA in Mice, Promising Revolution in Diagnosis
Scientists at the University of Michigan have developed a groundbreaking device, the ExoPatch, which successfully detected cancerous DNA in mice. This innovative silicone product with micro-needles could revolutionise cancer diagnosis. Meanwhile, global health concerns like ALS, affecting an estimated 400,000 people by 2040, are driving research into early detection methods.
The ExoPatch works by picking up DNA information from cells using its micro-needles. In tests on mice, it specifically located cancerous DNA fragments, showing great promise for cancer detection. Human trials are planned before moving into clinical studies in the United States.
Researchers are also focusing on ALS, a condition with no current diagnostic test. They are working on identifying a blood marker that could detect the disease years before symptoms appear. This would significantly improve early diagnosis and treatment.
In other health news, a study in ACTA Psychologica suggests that binge-watching may have benefits. It can improve story memory and engagement, challenging previous assumptions about the activity's negative effects.
The ExoPatch, with its successful cancer DNA detection in mice, is set to enter human trials. Meanwhile, ALS research aims to identify a blood marker for early detection. Lastly, a study suggests that binge-watching may not be entirely negative, with potential benefits for memory and engagement.
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