A novel artificial skin developed at KAUST is wearable, flexible, lightweight, and magnetized, making it useful in a variety of applications without the need for a wired connection to other devices

In the wild, blacktip reef sharks are often seen bearing wounds, but they rarely exhibit obvious signs of infection around the wounds

NucleicNet software outperforms other algorithmic models of its kind and provides additional biological insights that could aid in drug design and development

Modern air conditioning systems consume significant amounts of energy to cool buildings during the daytime, generating significant amounts of greenhouse gases responsible for climate change

Research laboratories have not been using protein-induced fluorescence enhancement to its fullest potential

New framework allows researchers to concentrate on advancing the search engine, or query engine, itself rather than on painstakingly coding for specific computing platforms

A team from KAUST has proposed a simple method that, in just five minutes, can produce a flexible film with a complex hierarchical structure that has repeating patterns of interconnected, regularly shaped pores

A new study led by King Abdullah University of Science & Technology scientists suggests a way to exploit this vast untapped resource

KAUST researchers are exploring ways to detoxify warm, salty wastewater while simultaneously generating electricity

This enzyme—known as Flap endonuclease 1, or FEN1—is often highly overexpressed or faulty in cancer and other types of diseases

There is immense potential for the genome sequence to help scientists understand quinoa and therefore modify it for more widespread, commercial use