Researchers at the University of Toronto ‘s Faculty of Applied Science & Engineering have designed an innovative microfluidic ...

Researchers at the University of Toronto's Faculty of Applied Science & Engineering have designed a new microfluidic platform ...

Researches in Finland find the way to grow functional blood vessels in organoids contributing to the study of kidney failure, ...

The miniature models have the potential to significantly speed up vaccine development, advance cancer treatment research, and enhance health outcomes for a wide range of diseases. To gain deeper ...

Researchers at the University of Toronto's Faculty of Applied Science & Engineering have designed a new microfluidic platform ...

With functional blood vessels, these organoids behave more like real organs, making them especially valuable for studying diseases and testing new drugs. The University of Oulu believes this ...

The idea that tumour shapes determine cancer cell behaviour was a serendipitous discovery for Kheiri. When he was optimizing ...

The University of Oulu in Finland announced today that researchers have developed a new method for creating functional blood ...

Innovative urinary miRNA profiling shows potential for early pancreatic cancer detection, with high accuracy and sensitivity, ...

Tiny lab-grown models of human immune systems are helping researchers understand why cancer patients struggle to fight ...

Domestic researchers have proposed a new method to treat infection from Helicobacter pylori (H. pylori), a key cause of ...

MSK researchers discovered that the innate immune system's chronic activation due to issues in the Mre11 complex can lead to ...