Where did paleopathology come from? Where is it going next? And, most importantly, how can clinical and paleopathologists work together to benefit both fields?

Niels Lynnerup explains the discipline of paleopathology and what benefits it has to offer pathology in the clinic or in the research laboratory

An advanced system can identify pathogens and detect broad-ranging resistance, allowing pathologists to select the most appropriate drugs with accuracy and speed

From drawing blood to managing laboratories, there is a whole network of professionals working together to provide optimal patient care

As deep learning moves into the pathology sphere, the way we do our jobs will change – but we have yet to determine exactly how

How combining their efforts with those of the pharmaceutical industry can help pathologists make a business case for AI

When bacteria become resistant to the last line of defense, rapid detection and treatment is more important than ever. A new assay can help with treatment selection for carbapenem-resistant infections

Measuring the levels of two brain proteins in the blood can yield insight into which TBI patients require CT scanning or surgery

Liquid biopsy can help us appropriately treat patients with anti-PD-L1 immunotherapies, and ddPCR enables ongoing monitoring and adjustment of treatment

A new “plasmonic patch” can enhance fluorescence-based detection and imaging for research and in the clinic