Details on the process through which broccoli protects the small intestinal lining and prevents illness development in mice have been found by researchers.
According to a US research from Pennsylvania State University, veggies like broccoli, cabbage, and Brussels sprouts should be a regular component of a balanced diet.
The scientists discovered that chemicals in broccoli known as aryl hydrocarbon receptor ligands attach to aryl hydrocarbon receptor (AHR), a kind of protein known as a transcription factor, on the wall of the small intestine. They discovered that this binding starts a number of processes that have an impact on how gut cells operate.
Published in the journal Laboratory Investigation are their results. Intestinal cells, which are specific cells that lining the gut, assist regulate the entrance of healthy fluids and nutrients into the body while keeping out pathogenic food particles and bacteria to maintain equilibrium. These cells include paneth cells, which release lysosomes containing digesting enzymes, goblet cells, which secrete a protective coating of mucus, and enterocytes, which absorb nutrients and water.
In this study, the researchers gave one group of mice an experimental meal containing 15% broccoli, or the equivalent of 3.5 cups in humans, and the other group of mice a standard lab diet without any broccoli. After that, they examined the tissues of the mice to determine how much the AHR was activated and how many intestinal lining cells were present. They discovered that the mice that weren’t given broccoli had no AHR activity.
Food transit time in the small intestine and the concentration of cells lining the gut were both shown to be shortened as a consequence of the decreased AHR activity.
According to Perdew, the mice that weren’t given broccoli had poor gut health in a number of aspects that are known to be linked to illness.
According to study author Gary Perdew, “our research indicates that broccoli and probably other foods may be exploited as natural sources of AHR ligands, and that diets high in these ligands contribute to resilience of the small intestine.”
According to Andrew Patterson, another research author, “these findings show that dietary signals, communicated via the activation of AHR, may modify the cellular and metabolic repertoire of the gastrointestinal tract.”
