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from gut microbes to brain neurons: searching for a cure for asd

in recent years, scientists have gradually realized that there is a close connection between intestinal microorganisms and the brain, which is called the "gut-brain axis." the intestinal flora of asd patients is different from that of healthy children. the number of bacteria such as bifidobacterium and veillonella is significantly reduced, and gaba and glutamate metabolism are abnormal. these changes are closely related to asd symptoms such as anxiety and social disorders.

bf839: potential secrets for treating asd

in response to the intestinal microbial imbalance in asd patients, researchers developed a probiotic preparation called bf839, which contains a variety of probiotics. this new study found that after 16 weeks of bf839 intervention, the abundance of bifidobacterium pseudosmall chain, bifidobacterium longum, and bifidobacterium bifidum in asd children increased significantly, which was closely related to changes in the intestinal microbiota. these changes may lead to changes in the metabolic function of some neuroactive compounds, thereby improving asd symptoms.

clinical application value of bf839

this study shows that bf839 has the potential to treat asd symptoms and has broad application prospects. since bf839 is a human-derived probiotic preparation that has been on the market for many years, it can be quickly applied to the clinical treatment of asd patients. the results of this study are also consistent with the results of previous animal experiments, confirming that bacteroides fragilis can improve some symptoms of autistic mice.

finding the best intervention window

it is worth noting that the study found that the best period for probiotic intervention is when the child is less than 4 years old. this shows that time is crucial for asd treatment, so it is recommended to detect asd patients early and take active measures to promote their healthy development.

future outlook

this study provides a new perspective on the connection between gut microbes and brain neurons in asd patients, and provides new ideas for developing more precise asd treatments. i believe that with the advancement of science and technology, we will better understand how gut microbes affect asd symptoms and develop more effective treatments.