Intestinal micro-ecology and overall baby health.

eat well and sleep well to pull well, young parents have to care about a lot. Baby constipation, baby excretion increased, often let parents elusive, parents can not help but ask: "Do you want to reduce the amount of food?" ""Do you need a supplement?" Parents have the energy to do not know where to make, can only be anxious.fact, infants and young children have a complex micro-ecosystem that contains hundreds of types of gut bacteria that affect the physiological function of the colon and the body, including nutrition, metabolism, immunity, and protection. In clinical practice, paying attention to the factors affecting the establishment of intestinal bacteria in infants and young children can promote the intestinal development of infants and young children and protect their intestinal health.in a healthy gut micro-ecology, beneficial bacteria can help infants and young children absorb nutrients through their unique metabolic pathways, which have a close impact on brain development. In addition, studies have shown that intestinal bacterial disorders can lead to a variety of diseases. A healthy gut micro-ecology can improve the overall health of infants and young children and help them better interact with the environment.intestinal micro-ecosystem has been in place since birth, and its later development has been influenced by other factors such as diet. Breastfeeding helps infants build up a intestinal bacteria that is dominated by Bifidobacteria. Beneficial bacteria such as Bifidobacteria can effectively inhibit the proliferation of pathogenic bacteria and play an anti-inflammatory role. Studies have shown that the addition of probiotics to formula is also intended to promote the proliferation of the beneficial bacteria Bifidobacteria, close to the intestinal bacterial composition of breastfed children.In addition to this benefit to overall health, there may be a more direct relationship between the micro-ecology of the gut and brain development: the human gut is the only organ with an independent, autonomous nervous system other than the brain - also known as the "second brain." The micro-ecological balance of the intestinal implant population playes an important role in the brain-intestinal axis, the mechanism of bidirectional information transmission between the brain and the intestine: the intestinal bacteri group and the brain affect each other through the hypothyroid-pituitary-adrenal (HPA) axis, immune-related cytokines, and the ecstasy nerve, leading to changes in behavior, cognition, emotion, etc. Studies have shown that autism spectrum disorders (ASDs) in children are often associated with digestive disorders and may also be associated with the proliferation of harmful bacteria in the gut.
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