Bioinformatics

Can machine learning and transcriptomics accurately determine sepsis risk of those with acute infection?

Overcoming lung cancer treatment resistance requires predictive biomarkers that take into account patient variability

A guide to understanding – and implementing – spatial biology in the pathology lab

Big data is key to precision medicine, but presents a stumbling block for analysis – can machine learning help us overcome this hurdle?

A whistle-stop roundup of the latest research in pathology and laboratory medicine

In-depth analysis of next-generation sequencing can help personalize cancer treatment and drive the adoption of precision medicine

It’s tricky to distinguish between valid and false-positive miRNA biomarkers – but evolutionarily conserved genetic signatures in animals could help

A 3D model allows scientists to view live human cells in an unprecedented way, using an algorithm to display the shape and location of its structures

Broad NGS panels work well for cancer screening, but for monitoring, we need tools that are less expensive and more targeted

Technology-based microbiology solutions such as automation and integrated informatics can help reduce time to diagnosis