Saliva probably doesn’t rate high on your amazement meter. You’re more likely to notice its absence and the dry irritation that results.
But you might be more impressed with this unsung bodily fluid if you knew all the things it does. It’s definitely a multi-tasker, performing a number of jobs (including aiding in digestion) that not only keep your oral health on track, but your general well-being too. And there are even new testing methods where saliva may even tell us when you’re not doing so well.
Here are 3 more tasks your saliva is doing for your mouth right now that truly makes it amazing.
Cleansing. Your teeth’s chewing action shreds food so it’s easier to digest. But that also leaves behind tiny particles in your mouth. Bacteria feast on these particles (especially carbohydrates like sugar) and produce acid as a byproduct, which can increase your risk of tooth decay. Saliva serves as a kind of “rinse cycle” for your mouth, helping to wash a good bit of these errant particles down your throat and away from hungry bacteria.
Defense. Speaking of bacteria, your mouth is home to millions of them. While most are harmless or even beneficial, a fraction can harm your teeth and gums. Saliva is your first line of defense, emitting an antibody known as Immunoglobulin A that targets these bacteria. Saliva also produces an antibacterial substance called lyzozyme that prevents bacteria from growing.
Enamel Protection. Although it’s the strongest substance in the body, your teeth’s enamel can’t withstand the effects of mouth acid, the by-product of bacterial feeding and growth. Acid levels naturally rise after eating; but even this sudden rise can begin the process of demineralization where minerals in enamel dissolve. Saliva saves the day by first neutralizing the acid and restoring the mouth’s normal pH in about thirty minutes to an hour. It also helps restore minerals in enamel, a process called remineralization. It’s all in a day’s work for this remarkable fluid.
If you would like more information on the importance of saliva to oral health, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Saliva: How it is used to Diagnose Disease.”
Let’s say you’re traveling to Italy to surprise your girlfriend, who is competing in an alpine ski race… and when you lower the scarf that’s covering your face, you reveal to the assembled paparazzi that one of your front teeth is missing. What will you do about this dental dilemma?
Sound far-fetched? It recently happened to one of the most recognized figures in sports — Tiger Woods. There’s still some uncertainty about exactly how this tooth was taken out: Was it a collision with a cameraman, as Woods’ agent reported… or did Woods already have some problems with the tooth, as others have speculated? We still don’t know for sure, but the big question is: What happens next?
Fortunately, contemporary dentistry offers several good solutions for the problem of missing teeth. Which one is best? It depends on each individual’s particular situation.
Let’s say that the visible part of the tooth (the crown) has been damaged by a dental trauma (such as a collision or a blow to the face), but the tooth still has healthy roots. In this case, it’s often possible to keep the roots and replace the tooth above the gum line with a crown restoration (also called a cap). Crowns are generally made to order in a dental lab, and are placed on a prepared tooth in a procedure that requires two office visits: one to prepare the tooth for restoration and to make a model of the mouth and the second to place the custom-manufactured crown and complete the restoration. However, in some cases, crowns can be made on special machinery right in the dental office, and placed during the same visit.
But what happens if the root isn’t viable — for example, if the tooth is deeply fractured, or completely knocked out and unable to be successfully re-implanted?
In that case, a dental implant is probably the best option for tooth replacement. An implant consists of a screw-like post of titanium metal that is inserted into the jawbone during a minor surgical procedure. Titanium has a unique property: It can fuse with living bone tissue, allowing it to act as a secure anchor for the replacement tooth system. The crown of the implant is similar to the one mentioned above, except that it’s made to attach to the titanium implant instead of the natural tooth.
Dental implants look, function and “feel” just like natural teeth — and with proper care, they can last a lifetime. Although they may be initially expensive, their quality and longevity makes them a good value over the long term. A less-costly alternative is traditional bridgework — but this method requires some dental work on the adjacent, healthy teeth; plus, it isn’t expected to last as long as an implant, and it may make the teeth more prone to problems down the road.
What will the acclaimed golfer do? No doubt Tiger’s dentist will help him make the right tooth-replacement decision.
If you have a gap in your grin — whatever the cause — contact us or schedule an appointment for a consultation, and find out which tooth-replacement system is right for you. You can learn more in the Dear Doctor magazine articles “Dental Implant Surgery” and “Crowns & Bridgework.”
Confused about which toothpaste to buy? You’re not alone — we’re all regularly confronted with multiple choices when we shop.
But you can simplify your decision-making process by first remembering that toothpaste has one main objective: helping to break down and remove dental plaque when you brush. Plaque is a thin film of bacteria and food particles that if you don’t remove through brushing and flossing could trigger tooth decay or periodontal (gum) disease.
Toothpastes contain abrasives and detergents to help make this possible. Abrasives like hydrated silica are gritty substances that work with the mechanical brushing action to loosen plaque. Detergents (usually sodium lauryl sulfate) help loosen and break down particles on your teeth that won’t otherwise dissolve with water alone. The combination of these ingredients and daily brushing action enables you to remove a substantial portion of plaque from your teeth every day.
These ingredients (along with others to retain moisture and bind everything together) are the foundation of any toothpaste. There are other additives, however, that you may also want to consider. The most important is fluoride, a naturally-occurring chemical proven to strengthen enamel against tooth decay. If you’re interested in a brighter smile, you can also look for bleaching agents that may help whiten some enamel staining. And, of course, there are various flavors to suit your taste.
You’ll also want to pay attention to ingredients if you have special concerns. If you have sensitive teeth, your dentist may recommend particular brands that help reduce discomfort. You’ll also want to be on the lookout for ingredients that you may be allergic to like the aforementioned sodium lauryl sulfate or flavors like cinnamon. Be sure to read the ingredients label if you have known issues with certain substances.
And while you’re reading the packaging look for one more thing — the American Dental Association Seal of Approval. This seal means any manufacturer claims for lower occurrences of cavities or other effects by that toothpaste have been independently verified.
It can be overwhelming amid all the product messaging to decide which toothpaste is right for you. But by knowing these basic facts about toothpaste, you can feel more confident choosing the right one to help keep your teeth and gums clean and healthy.
If you would like more information on oral hygiene products, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Toothpaste: What’s in it?”
It's no secret that many of Hollywood's brightest stars didn't start out with perfectly aligned, pearly-white teeth. And these days, plenty of celebs are willing to share their stories, showing how dentists help those megawatt smiles shine. In a recent interview with W magazine, Emma Stone, the stunning 28-year-old star of critically-acclaimed films like La La Land and Birdman, explained how orthodontic appliances helped her overcome problems caused by a harmful habit: persistent thumb sucking in childhood.
“I sucked my thumb until I was 11 years old,” she admitted, mischievously adding “It's still so soothing to do it.” Although it may have been comforting, the habit spelled trouble for her bite. “The roof of my mouth is so high-pitched that I had this huge overbite,” she said. “I got this gate when I was in second grade… I had braces, and then they put a gate.”
While her technical terminology isn't quite accurate, Stone is referring to a type of appliance worn in the mouth which dentists call a “tongue crib” or “thumb/finger appliance.” The purpose of these devices is to stop children from engaging in “parafunctional habits” — that is, behaviors like thumb sucking or tongue thrusting, which are unrelated to the normal function of the mouth and can cause serious bite problems. (Other parafunctional habits include nail biting, pencil chewing and teeth grinding.)
When kids develop the habit of regularly pushing the tongue against the front teeth (tongue thrusting) or sucking on an object placed inside the mouth (thumb sucking), the behavior can cause the front teeth to be pushed out of alignment. When the top teeth move forward, the condition is commonly referred to as an overbite. In some cases a more serious situation called an “open bite” may develop, which can be difficult to correct. Here, the top and bottom front teeth do not meet or overlap when the mouth is closed; instead, a vertical gap is left in between.
Orthodontic appliances are often recommended to stop harmful oral habits from causing further misalignment. Most appliances are designed with a block (or gate) that prevents the tongue or finger from pushing on the teeth; this is what the actress mentioned. Normally, when the appliance is worn for a period of months it can be expected to modify the child's behavior. Once the habit has been broken, other appliances like traditional braces or clear aligners can be used to bring the teeth into better alignment.
But in Stone's case, things didn't go so smoothly. “I'd take the gate down and suck my thumb underneath the mouth appliance,” she admitted, “because I was totally ignoring the rule to not suck your thumb while you're trying to straighten out your teeth.” That rule-breaking ended up costing the aspiring star lots of time: she spent a total of 7 years wearing braces.
Fortunately, things worked out for the best for Emma Stone: She now has a brilliant smile and a stellar career — plus a shiny new Golden Globe award! Does your child have a thumb sucking problem or another harmful oral habit? For more information about how to correct it, please contact us or schedule an appointment for a consultation. You can learn more in the Dear Doctor magazine article “How Thumb Sucking Affects the Bite.”
Archeologists can tell us quite a bit about our primitive ancestors. For example, because of their coarse, abrasive diet and a primitive understanding of oral hygiene, their teeth had a rough go of it. They simply wore out faster — a contributing factor, no doubt, to their short life spans of thirty or forty years.
But thanks to improvements in lifestyle, healthcare and diet, people live much longer today. And so do their teeth, thanks to advances in dental care and disease prevention. While teeth still wear to some degree as we age, if we care for them properly with daily oral hygiene and regular dental visits, we can keep that wear to a minimum. Teeth truly can last a lifetime.
Unfortunately, it's still all too common for people to lose their teeth prematurely. The main reason: the two most prevalent dental diseases, tooth decay and periodontal (gum) disease. Tooth decay arises from high concentrations of mouth acid that erode enamel, teeth's irreplaceable protective shell. Gum disease is an infection that damages the bone supporting tissues as it infiltrates deep below the visible gum line.
While they occur by different mechanisms, the two diseases have some commonalities. They both, of course, can lead to tooth loss. And, they're both triggered by oral bacteria found in dental plaque, a thin film of food particles built up on tooth and gum surfaces. Multiplying bacteria feed on plaque and produce acid as a by-product. And certain bacterial strains infect gum tissues.
Both of these diseases can be treated successfully, especially if detected early. But the better approach is to prevent them in the first place. This introduces another commonality — they share the same prevention strategy of daily, comprehensive brushing and flossing for plaque removal, regular dental cleanings and checkups, and a sharp eye for any signs of disease like bleeding gums or tooth pain.
With diligent dental care and close attention to your oral health, you increase your chances of avoiding the full threat of these diseases.Â And with healthy teeth, you have a better chance of living a long and healthy life.
If you would like more information on minimizing tooth wear, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “How and Why Teeth Wear.”
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