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Novel blood test detects 95 per cent of cancers at any stage of aggressiveness

THE ASIAN AGE
Published : Aug 21, 2018, 9:42 am IST
Updated : Aug 21, 2018, 9:42 am IST

Scientists hope that the new diagnosis method will allow patients to receive tailored treatments.

Scientists have developed method where they take blood sample and are able to retrieve the individual cancer cells from the blood. (Photo: Pixabay)
 Scientists have developed method where they take blood sample and are able to retrieve the individual cancer cells from the blood. (Photo: Pixabay)

A revolutionary blood test that detects 95 per cent of cancers can change the way the disease is treated.

Scientists have discovered a protein produced by deadly malaria parasites can bind to a molecule present on most cancer cells, including pancreatic cancer.

The scientists found that when 10 cancer cells were exposed to the protein in the lab, nine successfully bound to it.

According to a report published in MailOnline, study author Professor Ali Salanti from the University of Copenhagen said that they “Today, it’s difficult to determine which stage cancer is at. Our method has enabled us to detect cancer at stages one, two, three and four,” she added.

She added, 'We catch the cancer cells in greater numbers than existing methods, which offers the opportunity to detect cancer earlier and thus improve outcome.'

Current cancer diagnosis methods detect markers on tumours, however, not all cancerous growths have these markers, such as liver, lung and bone forms of the disease. However the new method to diagnose can be used broadly.

The malaria-protein method detects liver and pancreatic cancers, with the latter having just a seven per cent five-year survival rate due to it often being diagnosed too late.

The researchers hope the blood sample will be carried out on at-risk people, such as those with a family history of cancer.

Tags: blood test, cancer, treatment, cancer cure, cure for cancer, cancer cells, malaria parasites, health and well being, pancreatic cancer, tumout