When I wake up in the morning I brush my teeth before I sleep at night I brush my teeth. Why? Well it is perhaps because I love to think about my mouth as clean and I really like to feel the cleanness of my teeth with my tongue. Don’t you prefer to think of your mouth as a clean place? I was shocked to learn that simply because my mouth felt clean failed to mean it was sterile. The best oral cleanliness technique in the world can’t rid the mouth of bacteria and in my view this isn’t always bad (more about this later).

Consider the environment that’s your mouth dark, wet, and warm. This climate with the occasional meal running thru it is possibly one of the very finest places bacteria have to live. It’s been reckoned the average human mouth has over four hundred species if bacteria, their mixed populations total to billions and uncountable billions of particular organisms, (Stevens J. It is a jungle in there. Bioscience, 1996:46:1-5). The even better news is that most oral bacteria aren’t damaging. Many oral bacteria are useful.

Some mouth washes do get rid of all bacteria for a short quantity of time, but this isn’t always safe. What xylitol enables us to do is to focus slaughtering particular bacteria like S. Mutants, the most important bacterial culprit when talking about tooth rot. Still other bacteria cause periodontal illness which attack the gums and bone that surround and support the teeth.

Why fight S. Mutants? They turn sucrose into acid.

Mutants ferment carves and sugars into an acid. Our pH level drops off in our mouths straight after the consumption of sucrose based candy and chewing of gum. Acid eats away dentine. Though dentine is a particularly hard tissue, it is extraordinarily exposed to acid. Acid produced by bacteria breaks away dentine very similar to acid rain corrodes marble structures. Tooth rot due to acid is named demineralization. Teeth may be able to transform themselves by adding minerals-especially calcium- into the enamel. Nonetheless remineralisation may only happen when conditions within of the mouth aren’t too acidic. So long as the mouth’s pH level isn’t too acidic, the mouth is ready to cover recently made little cavities with new enamel. Though they may struggle to totally fill a hole of a hole it customarily is able to seal the hole from further erosion. Mutants aren’t kept in hand. As you will have noticed our body as a technique for fighting cavities by it, all we want to do is sanction our own bodies to cure itself. S. Mutants flourish in an acidic environment. Not all bacteria can survive in an acidic environment. S. Mutants secrete acid themselves and can live in acid.

In a way, it is survival of the fittest- the acidic environment that S. Mutants create enables them to be in a position to take over environments unto themselves by slaughtering other weaker and less dangerous bacteria with their acid. This is the strategy in which S. Mutants may be able to get stronger, they kill all of the competition and multiply. They turn sucrose into sticky plaque. As I have discussed before many bacteria are not dangerous. They can be easily washed out of the mouth with spit or food. Spit balances acid as it contains alkaline properties. A mutant isn’t dangerous till it has concentrated a particular area which is precisely why sucrose can be ruinous to your teeth. Sucrose is the sole carbohydrate that may be modified by S. Mutants into polysaccharides. When the S.

Mutants secrete this sort of carbohydrate they’re covered with a sweet and sticky substance. This lets them stick to anything- particularly dental enamel. Polysaccharides produced from sucrose hold bacterial colonies together that form tooth plaque. Everyone knows that plaque is dangerous and leads to cavities. Plaque forms at the outer surface of the tooth. Plaque actually helps bacteria and acid by defending it from spit, which could neutralise the acid on contact. Instead, the acid is permitted to eat away at the tooth. They store sucrose. Dental plaque breaks down sucrose fast. Lactic acidic levels increase quickly when any piece of sucrose candy or gum is put in the mouth. Bacteria can sadly store sucrose inside polysaccharide cells to use when we are consuming less sugar. This is the reason why we brush, floss, and now eat and gnaw xylitol. What’s xylitol? Well in short it offers a non sticky surface on your teeth permitting this plaque to slide on by, never clinging and so never eating at your teeth. To read more about xylitol see my article called Xylitol the remedy for Caries.

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