News

AddToAny

Google+ Facebook Twitter Twitter

“Tumour-uninformed” blood test

A team of scientists has evaluated the first “tumour-uninformed” test that detects cancer DNA circulating in the blood of patients following treatment.

Unlike previous tests for circulating tumour DNA (ctDNA) in the blood, this test, called Guardant Reveal, does not require knowledge of the particular mutations that were present in the patient’s tumour.

The team evaluated the tumour-uninformed ctDNA assay to detect residual cancer cells in patients who underwent surgery for colorectal cancer.

Instead of relying on DNA sequencing of individual patients’ tumours, the approach looked for known cancer-specific alterations.

When the researchers analysed ctDNA results from 84 patients and examined how accurately the results correlated with cancer recurrence, they found that this “plasma-only” approach was similar in sensitivity and specificity to tumour-informed approaches.

bit.ly/3ueIZ8c

Image credit | Science Photo Library

 

Related Articles

girl computer_CREDIT_shutterstock-58872785

Gamification in biomedical science education

Senior Lecturer in Biomedical Science Jen May outlines the successful implementation of scenario-based learning software.

web_blood-testing_credit_istock-1384651794.png

SPONSORED: The power of automated gel-based ID-cards in routine immunohematology workflows

Immuno-haematology assays are pivotal to the carrying out of blood grouping, antibody screening and transfusions, and represent a critically time-dependent stage in the patient management pathway.

Technician holding a blood sample ready for testing with other human medical samples in the background.-Image credit - Science-Photo-Library-f0243823

Machine learning tool to detect cancer via liquid biopsy

US researchers have developed and tested an innovative machine-learning approach that could one day enable the earlier detection of cancer in patients by using smaller blood draws.

multiple myelomatosis-CREDIT-Science Photo Library-m132099

IBMS research grants

We look at the work of Dr Mosavar Farahani who received an IBMS Research Grant in 2023 to help fund her work on disease progression and skeletal complications in multiple myeloma.

Top