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Researchers have used artificial intelligence (AI) to track cell movement over time and space, in a method that could be helpful for the development of more effective cancer therapies.

Scientists have visualized the interaction between two important proteins that are key players in Pseudomonas’s ability to make biofilms, which could offer a promising therapeutic target to help treat lung infections in cystic fibrosis patients.

In a step towards understanding the effects of PFAS chemicals on the immune system, researchers have found that the PFAS chemical GenX suppresses the method neutrophils use to kill invading pathogens.

Researchers have identified a new "Swiss cheese-like" material that can safely store volatile gases including hydrogen and nitric oxide.

Scientists have developed a formulation of low-fat chocolate that can be printed on a 3D printer in pretty much any shape a person can conceive, including a heart.

Bacteria use electricity to communicate and respond to environmental cues. Now, researchers have discovered a way to control this electrical signaling in bacteria, to improve understanding of resistance to antibiotics.

The compound that gives ginger its kick has also been shown to stimulate white blood cells, putting them on high alert.

In a study, a microbial culture developed from kangaroo feces was used to inhibit methane production in a cow stomach simulator.

Finding the 3D structure of TULP3 and IFT-A in complex is a major accomplishment that will give insight into how signaling molecules move to and from cilia, and how disruption in the interface between the two can cause disease.

Researchers are using artificial intelligence in combination with infrared imaging to optimally tailor colon cancer therapy to individual patients.