In this module we'll discuss the roles and functions of the different programs. The objective of this video will be to describe the major roles functions. lifespan of probiotics that dwell around the body will be exposed to some probiotics in the womb. Our first major encounter with large populations of bacteria comes from our baby body to sense this cervix and emerges from the vagina during this birthing journey, assuming a healthy mother were exposed to numerous species of our future resonant probiotics. This inoculation, probiotics gives the body and advanced immune shield to control or key populations of infective microbes away because much of our bacteria is the result of our passing through the vagina during In C section babies end up with fewer columns of healthy bacteria. To fight a bacterium infantis is one of the primary and vigorous colonizing bacteria for infants.
Research reveals that 60% of vaginal birth babies have been fantas colonies, but only 9% of C section babies will be colonized with probiotics, and only 9% of that 9% will be colonized with the infantis. This means that less than 1% of C section babies are properly colonized with this important strain of bacteria compared to 60% of vaginal births. Or baby body establishes its residents strains during the first year to 18 months following inoculation from the vagina. A combination of breastfeeding and putting everything into our mouth from our parents fingers do anything we can find as you crawl around the ground will combine to make Apart early resident microbiome, these activities can combine a host of different bacteria both pathogenic and providing mother's colostrum really milk may contain up to 40% probiotics. This will be abundant in the final bacteria assuming the mother is not taking any by x.
Healthy strains of fighter bacteria typically colonize our body first, instead of an environment for other colonies of bacteria to come afterward. How do we gain the rest of our microbiome? Outside of crawling around the house we gain a combination of probiotic uncompetitive bacteria from soils, trees and other outdoor exposures. Many assume soils and infectious unnatural soils as opposed to those sprayed with chemicals contain huge populations of probiotic and pathogenic bacteria. Many of these bacteria from soils are spore forming soil based organisms, some soil based organisms for SPO are also called HSS can become probiotic populations after early ingesting as they colonize and begin to defend their early characters. This means those important infantile occupations such as crawling on all fours eating dairy, making my pies having food fights, playing tag and so on produce a stronger immune system later in life.
Other bacteria which may be less healthy to writing will allow the body to be exposed and challenge this will strengthen our probiotic colonies along with the immune system, enabling the body to counteract those strings into the future. This probiotic training mechanism is critical to the body's future immunity not only as infants but as we grow older. It's critical to our immune system that we are continually challenged by variety of microbes in order to maintain our immune strength. This has been confirmed by recent research illustrating that children raised in sterile environments who will more likely suffer from allergies in fact In food sensitivities living around a natural setting, or at least frequenting that natural setting is therefore important going for hikes and in general getting outside is important at any age in order to provide exposure to microbes and keep our probiotic community active. It doesn't necessarily mean we continue to collect resident streams a residence strains are typically created within our first few years as children.
After that most of our probiotic strains consumed will be transient, though typically beneficial. Probiotics assist their host our bodies by deterring pathogens, but they also help nourish us probiotics are critical to digestion and nutrient absorption. They produce enzymes that separate amino acids from complex proteins and break down many complex sugars and fats. They also help break down bile acids, they help us assimilate to to which our bodies don't produce the enzymes to break down provides also manufacture many nutrients we need, including biotech. Vitamin D one penny B, two B three B five B six b 12, folic acid, vitamin A and vitamin K. Your lactic acids creations also increase the assimilation of minerals they require acid for absorption such as copper, iron, magnesium, manganese, among many others. In fact, many of the vitamins we find in supplements are produced by probiotic bacteria and yeast.
Probiotics are necessary for healthy digestive tract, their populations swell alone and within the intestines. By they help break down foods and provide nutrients. They also help maintain a favorable pH among the intestines, keeping the intestines healthy and productive. Probiotics also live within our intestinal mucosal lining helping to provide a protective barrier that filters in digest toxins and other matter prior to these toxins encountering the intestinal wall cells. This mechanism helps maintain the brush bury ourselves and keep the mucosal lining of our intestines from damage control. by foreign molecules coming from our foods and other metabolites, damage to the brush cells of the intestinal lining is the prime cause for a number of irritable bowel type disorders.
As we'll discuss in giftware, one of the greatest benefits of probiotics regards infection by the by use bacteria or viruses provide colonies compete for territory with pathogenic microbes. Assuming good numbers of probiotic colonies. This strategy prevents infections as infected populations will be kept to a minimum prologues also play a large role in liver health. When pathogenic bacteria get out of control and testaments, it can overload the labor with their waste products called endotoxins. The bombardment of endotoxins into the liver produces a result similar to alcohol or pharmaceuticals. For example, when complex proteins are degraded by pathogenic bacteria.
Ammonia is one of the more excessive metabolites. ammonia is toxic to the liver. Another example, isn't it A toxin called urea produced by pathogenic bacteria such as the Clostridium species. This results in excessive ammonia and carbon dioxide levels. liver cells are damaged by this onslaught of endotoxins metabolites produced by pathogenic bacteria. Probiotics directly destroy pathogens that they also work with our immune system essentially taught to the immune system by secreting and or increasing immunity messengers called cytokines.
These communications provide our immune system with warnings about invaders that help our immune system produce more immune cells such as macrophages, one shown here and golf in a tuberculosis bacterium. This also means that probiotics communicate with and stimulate T cell activity. The body maintains a host of different T cells often considered part of the brains of our immune system. Again, probiotics communicate directly with T cells via cytokine messengers through their interactions with you mewn system in your ability to combat pathogens at security endotoxins probiotics help keep our blood clear provides also produce bio chemicals that adjust our pH in such a way that helps prevent infected bacterial overgrowth. Probiotics also protect our oil cavity. They will prevent gum infections by controlling bacteria such as s mutations, which we'll discuss more thoroughly later.
Probiotics are critical to our mucosal membranes throughout the body. These include membranes that line our sinuses or lungs or throat, esophagus along with their skin. Each of these regions are protected by a fluid containing nuisance and other bio chemicals that provide protection to these surfaces. provides dwell within these mucous membranes and help protect them from becoming infected. For example, recent studies have shown that probiotics can help prevent and even treat lung infections because of their combination of these important mucosal membranes. We'll discuss more specific signs These capacities in the coming modules.