Two different types of bacteria—one genetically engineered and one from cheese—defend animal intestines from Vibrio cholerae infection.  

Researchers examine the effects on the fruit fly intestine of the protein responsible for Fragile X syndrome in humans. 

Single-cell analyses from mouse samples detail the changes in cell distribution during infections.

Sensory cells of the mouse intestine let the brain know if certain compounds are present by speaking directly to gut neurons via serotonin.

This 3-D model of human intestinal cells could help scientists develop new antimicrobial drugs and therapeutics.

A new anatomical view of the mesentery, which surrounds the lower abdomen, suggests that it should be considered the human body’s 79th organ.

Researchers are using the tissue, synthesized with human pluripotent stem cells and implanted into mice, to study a rare form of Hirschprung’s disease.

A new algorithm opens doors for detecting rare cell types in mRNA sequencing.

Researchers make more progress toward growing human intestines in mice, paving the way for better models of intestinal function and failure.

A hydroxylase inhibitor that prolongs the action of a gut-protective protein shows promise in mice as a treatment for radiation poisoning.