The link of dental plaque to chronic diseases In a worst-case scenario, the bacteria can infiltrate the gums and cause infection and gum disease. With poor dental hygiene, these disease-causing bacteria will continue to damage the tooth and cause tooth decay. The bacteria in plaque or tartar releases acids that break down the tooth enamel.
#Worst calculus teeth professional#
Tartar requires a dental professional to remove it from your teeth. Once it becomes tartar, it can be hard to remove by brushing alone. It only takes 4 to 12 hours before dental plaque hardens and becomes tartar. With proper brushing and flossing, you can remove the plaque buildup on your teeth. It starts to build up whenever you eat starchy and sugary foods and stays in the nooks and crannies between your teeth and gums. What is dental plaque, and how does it form?ĭental plaque is the sticky invisible film of bacteria and starch from food that forms around your teeth. In this post, we will share how dental plaque forms and how it affects your overall health. If you want to protect your teeth from the damaging effects of plaque, it’s essential to know how it forms. However, it may mean that you need a bit of extra help and less time between cleanings.Tooth decay and gum disease begin from the formation of dental plaque. This has everything to do with your physiology, diet, and home care habits. Good news, though: we’re here for you! Some people have very mineral-rich saliva and will form calculus quickly, while others may not form any calculus at all.
At that point, it just builds up until you have to come and see us. Once plaque turns into tartar, it cannot usually be removed at home. It sounds arbitrary, but the goal of this frequency is to constantly disrupt that plaque before it can start to harden. When we teach our patients about taking care of their teeth, we say more or less the same thing to everyone: brush at least twice per day, and floss at least once. If you read our previous post about gum charts ( …), you already know a bit about the inflammatory process this can create. Those little calculus deposits are like pebbles in your shoe, rubbing against your gum tissue all day every day, causing little lesions in your gums. However, every time you skip flossing, that bacterial plaque is just soaking up calcium and hardening. I know, I know, it’s annoying and we nag you about it every time you get a cleaning. Because guess what we’re usually not doing every day. However, for most of us, we get calculus between our teeth. They tend to cause calculus to form on the upper molars, on the cheek side all the way in the back. These are the ones that kind of cramp when you bite something really sour. There are also two salivary ducts in our cheeks. This is where most people get super heavy calculus. There is one duct under your tongue (the one that sometimes squirts when you yawn), which pumps calcium-rich saliva on the bottom front teeth. We typically find the largest calculus deposits in areas of the mouth right next to salivary ducts. In this way, calculus forms as very thin sheets, layer upon layer. This plaque absorbs more calcium, and so on. The surface of calculus is porous and rough, which means it is a trap for even more plaque to form. However, if it is allowed to sit on your teeth, it absorbs minerals like calcium, magnesium, and phosphorus from your saliva and hardens, turning into calculus. The gel (plaque) can be wiped away pretty easily with a toothbrush and floss. In a previous post ( …), we talked a bit about how those bacteria form a gel-like film to protect themselves. But what is it, and where does it come from? It’s kind of whitish, maybe a bit yellow. Have you noticed it? It’s this hard, chalky stuff, usually heaviest on those lower front teeth. There is this weird stuff that grows on our teeth in between cleanings.
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