Researchers succeeded in creating the first artificial liver-on-chip to test the toxicity of drugs, which could put an end to animal testing.

Building on Hippocrates' ancient theory that disease can be detected on breath, Prof. Hossam Haick developed a breathalyzer to detect cancer.

Using a gelatin-based solution, LifeBond ensures that some of the most delicate and intricate surgical seals remain closed, and for good.

By injecting stem cells into the lungs, a number of respiratory diseases, including asthma, could be alleviated and dramatically improved.

By understanding the virus' 'rerouting mechanism', Assistant Prof. Akram Aliran opes to make significant progress towards achieving a cure.

Israeli company Pluristem has developed a platform that delivers therapeutic proteins derived from the human placenta, which could potentially cure many diseases.

Maverick Prof. Gal Yadid has identified a method to erase the memory of addition, potentially revolutionizing the entire field.

Breakthrough Israeli study finds that light beams targeted at the heart can help maintain a healthy heart, removing the need for pacemakers.

By pulsing electrical fields on the skin, researchers have discovered they can replace needles with a non-invasive method that rejuvenates collagen.

A TAU study on about 300 high-school students found that those in competitive sports were at a higher risk for gambling addictions.

Teva Pharmaceutical Industries and US company Microchips are pairing up to delivery drugs in a pre-determined fashion within the body.

One Israeli researcher is using this information to tell patients which deadly diseases they are most at risk of contracting.

Antibiotic-resistant bacteria, or superbugs, are one of the medical world's main concerns. Israeli researchers devised a way to combat this situation.

A new study from Haifa University found that young and adult rats react to and overcome fearful encounters in totally different ways, as opposed to the common belief that all brains act the same.

Israeli researchers were able to manipulate the supercooling phenomenon to deliver drugs at the best time and location in the body.