Features

A novel technology helped researchers develop a home monitoring program for organ transplant patients at high risk of infection

Clinical laboratory leaders share tips on becoming a more effective informatics steward

MS has emerged as a powerful tool for SARS-CoV-2 and COVID-19 research

How the IsoLight/IsoSpark can support a research lab’s pursuit of novel immunotherapies

With mass testing on the rise, saliva collection is paramount to the return to pre-pandemic activities

How to build stronger working relationships that will ultimately reduce staff turnover

Consider these key factors for a successful, reproducible flow cytometry assay

Delayed cancer screening due to COVID-19 could mean more cancer-related deaths for years to come

Universal genetic testing could offer a middle ground between guideline-based and population-based testing

How available molecular, antigen, and serology tests that can be performed at the point of care stack up

As the use of biobanks increases in clinical settings, more informatics tools are coming available to ensure the quality of biospecimens and data

With throughput no longer the major limiting factor in drug screening, focus now lies on how to improve quality

The ultracold storage needs of the Pfizer-BioNTech COVID-19 vaccine compounds the challenges inherent to vaccinating rural populations

mRNA vaccines employ a novel strategy to stimulate immunity against coronavirus spike proteins

Clinical labs operating LDTs must develop their own holistic quality architecture

To make objective, data-driven decisions to benefit the lab, managers need to be educated about the different types of cognitive biases and seek mechanisms to offset them

Leadership training programs will help clinical and anatomic pathology laboratories prepare for the challenges ahead

Strategies that can help clinical lab managers gain control in uncertain times

To overcome the challenges of NGS, researchers have turned to third-generation or long-read sequencing technologies

NGS and sophisticated bioinformatics algorithms are improving the accuracy with which the homologous genes, such as SMN1 and SMN2, involved in inherited disorders can be mapped