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The vaccine trial reports 95 confirmed cases of COVID-19 with only 5 in the vaccinated group—a statistically significant result

From discovery and development to clinical applications

Inconsistencies among vitamin D testing methods highlight the need for standardization across labs

Advances in mass spectrometry and machine learning could revolutionize clinical diagnostics and drug development

Considerations for labs preparing to develop or run SARS-CoV-2 assays

Diagnostic laboratories must improve their level of safety to protect laboratorians from infection

Diagnostic tests for COVID-19 have evolved rapidly since the earliest cases

Clinical Lab 2.0 is a movement that provokes the lab industry to view itself through a new value lens aligned with the forces driving the future of value-based health care

Detection can involve combinations of ultrasound examination, maternal blood serology, amniocentesis, and PCR analysis

Cancer occurs as part of a lifelong process in which our genome changes over time

Findings could lead to the development of universal influenza vaccines

A conversation with Janice Chen, PhD, the co-founder and chief research officer of Mammoth Biosciences

A new approach reveals thousands of previously inaccessible RNA fragments in blood plasma that might serve as disease- and organ-specific biomarkers

If done right, artificial intelligence could reduce systemic glitches and errors in the decision-making of individual clinicians

As drug test adulteration becomes more sophisticated, so do detection methods

RT-PCR is considered the gold standard, but certain situations may call for the use of RIDTs

More than half of commercially available glucometers do not meet recommended accuracy guidelines

In prenatal testing, genomics sometimes sees what genetic tests can’t

Streamlined informatics approaches are becoming essential in ever-expanding lab networks

Racial gap narrowing while socioeconomic inequalities widen