A computational breakthrough allows computers to better identify three dimensional objects by recognising relevant image features.

With near-real-time genomic monitoring, researchers catch emergent, treatment-evading SARS-CoV-2 mutations in immunocompromised patients with chronic infections.

Researchers discover that circadian rhythms control immune responses and may affect how our skin’s immune system responds to allergies.

A specially designed computational model guides the development of next-generation metal welding processes by predicting how heat affects the strength of welded joints.

Unique gene signatures associated with drug-resistant leukaemia paves the way for improved clinical strategies to help these patients.

Researchers perform a head-to-head test on different disinfection methods using ultraviolet light to reveal the optimal protocol for deactivating coronaviruses.

Researchers develop a new image-processing algorithm that sharpens hazy images by distinguishing true colours and removing visual noise.

New insights into the age-associated changes affecting macrophages offer promising avenues for the treatment of chronic wounds.

Using novel dual-layered memristor designs, researchers solve processing speed and reliability issues faced by a promising new class of computing devices.

Researchers develop a protocol to boost the effectiveness of and reduce the risk of potential side effects for T cell cancer therapies.