Researchers Discover SARS-CoV-2 Makes Us Fat So It Can Invade Our Cells

Findings could lead to new clinical laboratory involvement in diagnostics targeted at overweight patients Does the SARS-CoV-2 coronavirus make us fat so it can better take over our bodies? It sounds like the plot for a science fiction horror movie! But a team of scientists in the Pacific Northwest say that is exactly what the virus does, and their findings could lead to clinical laboratories playing a role in evaluating how the virus highjacks fat cells to aid in its invasion of humans....

Recent Study Confirms that Clinical Laboratories and Pathologists Have an Opportunity to Help Educate Consumers in Key Health Information, such as Cholesterol, and Blood Glucose Levels

Reviewing medical laboratory test results online is a popular resource among consumers, says a different study by Kaiser Permanente More than half of patients and consumers have trouble understanding their health information, along with the steps needed to further improve their health, according to a recent study conducted by HealthMine. This gap in consumer understanding represents a great opportunity for clinical laboratories and pathology groups that want to forge stronger bonds with...

At the University of Michigan, Research Study Indicates how Composition of Gut Microbiome May Serve as Complementary, Noninvasive Screening Tool for Colon Cancer

If validated by additional research, microbiologists, pathologists, and medical laboratory professionals might soon find analysis of the human microbiome to be a useful marker in screening for colon cancer Microbiologists may play a greater role in the early detection of colorectal cancer, if the findings of a research study at the University of Michigan (UMich) are confirmed with additional clinical studies. Combining gut microbiome analysis with traditional risk factors for colorectal...

Researchers Determine That Individuals’ ‘Breathprint’ Are Unique; May Have Potential for Clinical Laboratory Testing When Coupled With Mass Spectrometry Technology

Pathologists may be interested to learn that everyone’s breath reveals a signature composition of metabolites that may reflect a lifetime of diet, state of health, illnesses, and exposure to chemicals New research shows that a person’s “breathprint” is as unique as a fingerprint and may be as effective as bodily fluids in diagnosing diseases. That same research effort is showing that it is feasible to combine breath specimens and mass spectrometry to accurately identify disease. That could...
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