Miniature organs grown in the lab can organize themselves into complex shapes, which enables scientists to use them to study disease. The trouble is they never do it the same way twice, which has made ...

Attrition in the therapeutic pipeline can often be associated with the lack of translational efficacy from the pre-clinical phase to the clinic. Organoids demonstrate the significant potential to ...

Researchers have developed a human intestinal cell model that closely mimics the structure and function of the human gut, enabling more precise prediction of drug-induced gastrointestinal toxicity ...

The trillions of microbes in our gastrointestinal tract, known as the gut microbiome, are crucial to the body; the gut microbiome aids in digestion, nutrient absorption, and influences our health in ...

Miniature organs grown in the lab can organize themselves into complex shapes. But they never do it the same way twice, which makes it hard to use these so-called "organoids" to study disease. Now, ...

This study presents a valuable finding on the mutational order for common alterations in colorectal cancer. The evidence of in vitro growth assays comparing mutations is solid, although inclusion of ...

The launch of Cell Organoid marks a significant milestone in biomedical research, focusing on the transformative potential of organoid technology. This pioneering journal aims to accelerate scientific ...

What am I looking at? This video shows actin at work in a growing intestinal organoid. The video is depth-coded for color, which means that cooler colors like blue and purple are closer to the viewer ...

Animal models have enabled us to learn an incredible amount of new information about human biology, health, and disease. But these animals can't always serve as a reliable example of the human body.