German Researchers Develop DNA Origami That Traps and Neutralizes Certain Viruses

This “Virus Trap” might eventually be manufactured by clinical laboratories for the diagnostic process Clinical laboratory managers and pathologists will be fascinated by this new treatment coming out of Germany for viral infections. It’s an entirely different technology approach to locating and neutralizing live viruses that may eventually be able to control anti-viral-resistant strains of specific viruses as well. As virologists and microbiologists are aware, even in our present era of...

McMaster University Researchers Develop Bioinformatics ‘Shortcut’ That Speeds Detection and Identification of Pathogens, including Sepsis, SARS-CoV-2, Others

Molecular probes designed to spot minute amounts of pathogens in biological samples may aid clinical laboratories’ speed-to-answer Driven to find a better way to isolate minute samples of pathogens from among high-volumes of other biological organisms, researchers at Canada’s McMaster University in Hamilton, Ontario, have unveiled a bioinformatics algorithm which they claim shortens time-to-answer and speeds diagnosis of deadly diseases. Two disease pathogens the researchers specifically...

UC Berkeley Creates COVID-19 Robotic Testing Laboratory in Record Time by Reallocating Equipment and Training Researchers to Do Clinical Analysis

Medical laboratory leaders may be inspired by this rapid start-up and its outreach to students and the Bay area In what could take a typical clinical laboratory months or even years to launch, the Innovative Genomics Institute (IGI) at the University of California, Berkeley managed to make a COVID-19 diagnostic testing laboratory operational in just a few weeks.  Even more impressive is that the automated testing lab can reportedly process (with results in four hours) up to 3,000 patient...

New CRISPR Gene-editing Approach Under Development at Broad Institute Could Lead to Improved Clinical Laboratory Diagnostics for Genetic Diseases

‘Prime editing’ is what researchers are calling the proof-of-concept research that promises improved diagnostics and more effective treatments for patients with genetic defects What if it were possible to edit genetic code and literally remove a person’s risk for specific chronic diseases? Such a personalized approach to treating at-risk patients would alter all of healthcare and is at the core of precision medicine goals. Well, thanks to researchers at the Broad Institute of MIT and Harvard,...

Saarland University Researchers Use Blood Samples from Zoo Animals to Help Scientists Find Biomarkers That Speed Diagnoses in Humans

Using animal blood, the researchers hope to improve the accuracy of AI driven diagnostic technology What does a cheetah, a tortoise, and a Humboldt penguin have in common? They are zoo animals helping scientists at Saarland University in Saarbrücken, Germany, find biomarkers that can help computer-assisted diagnoses of diseases in humans at early stages. And they are not the only animals lending a paw or claw. In their initial research, the scientists used blood samples that had been collected...
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