Technology and innovation

Flow cytometric immunophenotyping can speed up and standardize the diagnosis of leukemia and non-Hodgkin lymphoma

A microfluidic device reveals new insights into the function of circulating tumor cells, providing vital information on how cancers metastasize.

Pathology’s great strides forward in artificial intelligence and machine learning will bring us to the forefront of personalized medicine

Automated IHC staining has limited capacity for heat-induced epitope retrieval – but a move to hybrid power lifts that barrier.

A new laser technique uses vibrations to listen to the metabolic activity of cancer cells, shedding light (and sound) on intratumoral heterogeneity.

We speak to bioengineer Stephen Quake to learn about the noninvasive prenatal tests that have saved thousands of pregnant women’s lives

A lab-on-a-chip device that can detect exosomes from tumors in the blood could revolutionize early cancer diagnosis.

How can diagnostic technologies help ease the increased healthcare pressures of the winter months?

Discover the latest in the field of computational pathology and artificial intelligence

Sepsis kills millions and costs billions each year, but a new approach that analyzes morphological changes in monocytes could help