Eat for a Beautiful Smile- what you eat affects your teeth and gums too!

Eat for a Beautiful Smile- what you eat affects your teeth and gums too!

nyc-dentist-recommends-eating-better-for-a-healthier-smile

A few simple changes to your diet can help keep your teeth healthy for life.

You brush, you floss, you see your dentist, but do you eat with your oral health in mind? And it’s not just the usual suspects like sugar that may be harmful. Some surprising–even healthy–foods can cause cavities, while others can help protect you from decay, gum disease, and even bad breath. Here, how to tailor your diet for optimal dental health.

Eat carbs at mealtimes

A handful of potato chips or even a whole wheat roll can be just as damaging to your teeth and gums as a chocolate chip cookie. All carbohydrates break down into simple sugars, which are ultimately converted by bacteria in the mouth into plaque, a sticky residue that is the primary cause of gum disease and cavities. Carb-based foods such as breads and crackers tend to have “a chewy, adhesive texture,” making it easier for them to get caught between teeth or under the gum line, where bacteria can then accumulate, says Christine Gerbstadt, MD, RD, a spokesperson for the American Dietetic Association. Have carbs at mealtimes rather than as a snack: When you eat a larger amount of food, you produce more saliva, which helps wash food particles away.

Drink Tea

Black and green teas contain polyphenols, antioxidant plant compounds that prevent plaque from adhering to your teeth and help reduce your chances of developing cavities and gum disease. “Tea also has potential for reducing bad breath because it inhibits the growth of the bacteria that cause the odor,” explains Christine D. Wu, PhD, associate dean for research at the University of Illinois at Chicago College of Dentistry, who has conducted several studies on tea and oral health. Many teas also contain fluoride (from the leaves and the water it’s steeped in), which helps protect tooth enamel from decay.

Sip with a straw

Most sodas, sports drinks, and juices contain acids, such as citric and phosphoric, that can erode dental enamel–even if they’re diet or sugar-free versions. Sipping acidic drinks through a straw positioned toward the back of your mouth limits their contact with your teeth and helps preserve the enamel, says a study in the British Dental Journal.

Increase your C intake

“Vitamin C is the cement that holds all of your cells together, so just as it’s vital for your skin, it’s important for the health of your gum tissue,” says Jones. People who consumed less than 60 mg per day of C (8 ounces of orange juice or one orange contains more than 80 mg) were 25% more likely to have gum disease than people who took in 180 mg or more, according to a study of over 12,000 US adults conducted at the State University of New York University at Buffalo.

Eat 800 mg of calcium a day

People who do are less likely to develop severe gum disease, says a recent study by the Buffalo researchers. The reason: About 99% of the calcium in your body is in your bones and teeth. Dietary calcium–available in foods like cheese, milk, and yogurt–strengthens the alveolar bone in the jaw, which helps hold your teeth in place. The recommended amount is 1,000 mg per day for women younger than 50 and 1,200 mg for those older.

Dr. Daniell Mishaan, is a dentist in Midtown, New York City. For more information about what kind of preventive measures you can take to protect your teeth- please click here.

Learn more about the link between nutrition and dental health, here.

Latest technology in Quick Bad Breath Tests

bad-breath

A quick breath check in the palm of your hand can never give accurate results. Whether you’re about to lean in for a smooch or start a job interview, you’re better off asking a trusted friend if your breath is sweet. But what if a friend isn’t around when you need one?

Tel Aviv University researchers have come up with the ultimate solution – a pocket-size breath test which lets you know if malodorous bacteria are brewing in your mouth. A blue result suggests you need a toothbrush. But if it’s clear, you’re “okay to kiss.”

Until now, scientists believed that only one population of bacteria (the Gram-negative ones) break down the proteins in the mouth and produce foul odor. But Prof. Mel Rosenberg and Dr. Nir Sterer of TAU’s Sackler Faculty of Medicine recently discovered that the other population of bacteria (the Gram-positive ones) are bad breath’s bacterial partner. These bacteria appear to help the Gram-negative ones by producing enzymes that chop sugary bits off the proteins that make them more easily degraded. This enzymatic activity, present in saliva, serves as the basis for the new “OkayToKiss” test.

Prof. Rosenberg, international authority on the diagnosis and treatment of bad breath, who co-developed the kit with Dr. Sterer, published their findings this past March in the Journal of Breath Research, of which Prof. Rosenberg is editor-in-chief. An earlier invention of Prof. Rosenberg led to the development of two-phase mouthwashes that have become a hit in the UK, Israel and elsewhere.

From the Lab to Your Pocket

The patent-pending invention is the result of ongoing research in Prof. Rosenberg’s laboratory.

“All a user has to do is dab a little bit of saliva onto a small window of the OkayToKiss kit,” explains Prof. Rosenberg: “OkayToKiss will turn blue if a person has enzymes in the mouth produced by the Gram-positive bacteria. The presence of these enzymes means that the mouth is busily producing bacteria that foster nasty breath,” he explains.

Apart from its social uses, the test can be used as an indicator of a person’s oral hygiene, encouraging better health habits, such as flossing, brushing the teeth, or scheduling that long-delayed visit to the dentist.

OkayToKiss could be ready in about a year for commercial distribution, probably in the size of a pack of chewing gum, to fit in a pocket or purse. It is disposable and could be distributed alongside breath-controlling products.

For more information regarding the science behind bad breath please click here on www.medicalnewstoday.com

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