Researchers in Five Countries Use AI, Deep Learning to Analyze and Monitor the Quality of Donated Red Blood Cells Stored for Transfusions

By training a computer to analyze blood samples, and then automating the expert assessment process, the AI processed months’ worth of blood samples in a single day New technologies and techniques for acquiring and transporting biological samples for clinical laboratory testing receive much attention. But what of the quality of the samples themselves? Blood products are expensive, as hospital medical laboratories that manage blood banks know all too well. Thus, any improvement to how labs store...

New Gene Sequencing Method for Studying Circular DNA Found in Viruses, Bacteria, and other Cells, May Lead to Development of New Clinical Laboratory Biomarkers

University of Alberta researchers developed CIDER-Seq tool and protocols for the study, which they have made freely available to all scientists Here’s another promising new technology which, given more research into effectiveness and safety, may soon lead to improved clinical laboratory cancer diagnostics. Oncology research scientists have focused much attention on understanding the role of extrachromosomal circular DNA (eccDNA) in human cancer. Now, a new gene sequencing method may help...

University of Alberta Researchers Develop Surgical Mask That Traps and Kills Infectious Viruses; Protects Hospital Workers and Clinical Laboratory Technicians from Deadly Diseases

As standard masks are used they collect exhaled airborne pathogens that remain living in the masks’ fibers, rendering them infectious when handled Surgical-style facial masks harbor a secret—viruses that could be infectious to the people wearing them. However, masks can become effective virus killers as well. At least that’s what researchers at the University of Alberta (UAlberta) in Edmonton, Canada, have concluded. If true, such a re-engineered mask could protect clinical laboratory workers...
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