Technology

Though NGS-based methods can help circumvent the limitations of microbiology methods, several questions remain

Using isotachophoresis to extract nucleic acids from biobanked samples improves quality and yield for better results

Advances in nucleic acid-based detection of pathogens supports rapid sample-to-answer diagnostics for infectious disease

Flow cytometry-based approaches can advance our understanding of the diagnostic significance of extracellular vesicles

Robots can make significant contributions to curbing the spread of infectious diseases

Flow virometry offers researchers a way to identify, analyze, and sort individual viral particles

Disruptive technologies are changing the way we approach patient diagnostics and treatment

New testing platforms have the potential to transform clinical diagnostics and treatment

Untargeted clinical metabolomics could provide a new and inexpensive way to screen for metabolic conditions

TLA allows clinical laboratories to streamline their operations, increase capacity, and minimize error

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

More clinically accurate biomarkers could help prevent unnecessary prostate biopsies

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

Advancing AI pathology and multi-omics data integration will expand the role of clinical informatics in health care

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

Everything from pregnancy tests to glucose strips rely on microfluidics, including COVID-19 tests

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

Research suggests genomic surveillance can be an early warning system for COVID-19

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

Researchers are exploring the use of microRNAs as a tool for identify people with prediabetes