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Bad Breath (Halitosis)

An estimated sixty-five percent of Americans have bad breath. Over forty-million Americans have "chronic halitosis," which is persistent bad breath. Ninety percent of all halitosis is of oral, not systemic, origin.

Americans spend more than $1 billion a year on over the counter halitosis products, many of which are ineffective because they only mask the problem.



What Causes Bad Breath?

Bad breath is caused by a variety of factors. In most cases, it is caused by food remaining in the mouth - on the teeth, tongue, gums, and other structures, collecting bacteria. Dead and dying bacterial cells release a sulfur compound that gives your breath an unpleasant odor. Certain foods, such as garlic and onions, contribute to breath odor. Once the food is absorbed into the bloodstream, it is transferred to the lungs, where it is exhaled. Brushing, flossing and mouthwash only mask the odor. Dieters sometimes develop unpleasant breath from fasting.

Periodontal (gum) disease often causes persistent bad breath or a bad taste in the mouth, and persistent bad breath may mean a sign that you have gum disease.

Gum disease is caused by plaque - the sticky, often colorless, film of bacteria that constantly forms on teeth. Dry mouth or xerostomia may also cause bad breath due to decreased salivary flow. Saliva cleans your mouth and removes particles that may cause odor. Tobacco products cause bad breath, stain teeth, reduce your ability to taste foods and irritate your gum tissues. Bad breath may also be a sign that you have a serious health problem, such as a respiratory tract infection, chronic sinusitis, postnasal drip, chronic bronchitis, diabetes, gastrointestinal disturbance, liver or kidney ailment.

Here are characteristic bad breath odors associated with some of these illnesses:

  • Diabetes - acetone, fruity
  • Liver failure - sweetish, musty
  • Acute rheumatic fever - acid, sweet
  • Lung abscess - foul, putrefactive
  • Blood dyscrasias - resembling decomposed blood
  • Liver cirrhosis - resembling decayed blood
  • Uremia - ammonia or urine
  • Hand-Schuller-Christian disease - fetid breath and unpleasant taste
  • Scurvy - foul breath from stomach inflammation
  • Wegner`s granulomatosis - Necrotic, putrefactive
  • Kidney failure - ammonia or urine
  • Diphtheria, dysentery, measles, pneumonia, scarlet fever, tuberculosis - extremely foul, fetid odor
  • Syphilis - fetid


Bad breath may also be caused by medications you are taking, including central nervous system agents, anti-Parkinson drugs, antihistamines/decongestants, anti-psychotics, anti-cholinergics, narcotics, anti-hypertensives, and anti-depressants.


Caring for Bad Breath

Daily brushing and flossing, and regular professional cleanings, will normally take care of unpleasant breath. And don't forget your often overlooked tongue as a culprit for bad breath. Bacterial plaque and food debris also can accumulate on the back of the tongue. The tongue's surface is extremely rough and bacteria can accumulate easily in the cracks and crevices.

Controlling periodontal disease and maintaining good oral health helps to reduce bad breath. If you have constant bad breath, make a list of the foods you eat and any medications you take. Some medications may contribute to bad breath.

Improperly cleaned dentures can also harbor odor-causing bacteria and food particles. If you wear removable dentures, take them out at night and clean them thoroughly before replacing them.

If your dentist determines that your mouth is healthy and that the odor is not oral in nature, you may be referred to your family physician or to a specialist to determine the cause of the odor and possible treatment. If the odor is due to gum disease, your dentist can either treat the disease or refer you to a periodontist, a specialist in treating gum tissues. Gum disease can cause gum tissues to pull away from the teeth and form pockets. When these pockets are deep, only a professional periodontal cleaning can remove the bacteria and plaque that accumulate.

Mouthwashes are generally ineffective on bad breath. If your bad breath persists even after good oral hygiene, there are special products your dentist may prescribe, including Zytex, which is a combination of zinc chloride, thymol and eucalyptus oil that neutralizes the sulfur compounds and kills the bacteria that causes them. In addition, a special antimicrobial mouth rinse may be prescribed. An example is chlorhexidine, but be careful not to use it for more than a few months as it can stain your teeth. Some antiseptic mouth rinses have been accepted by the American Dental Association for their breath freshening properties and therapeutic benefits in reducing plaque and gingivitis. Instead of simply masking breath odor, these products have been demonstrated to kill the germs that cause bad breath. Ask your dentist about trying some of these products.

June 10, 2024
Toothpaste Ingredients Looking at the label on most toothpaste, it would seem that you need an advanced degree in biochemistry to decipher the ingredient names.Propylene glycol, sodium bicarbonate, sodium pyrophosphate, anhydrous dicalcium phosphate and dioctyl sodium sulfosuccinate are all listed. Are you sure you want to put this stuff in your mouth? Fear not. Here is an explanation of which ingredients do what in various types of toothpaste: Hydrogen Peroxide This is one of the few ingredients actually proven to whiten teeth. It is, in essence, a bleach. H.P. is found in the kits dentists can prescribe to bleach your teeth, as well as in over-the-counter bleaching kits. The American Dental Association advises that you should bleach your teeth only under the recommendation and supervision of your dentist. Sodium Bicarbonate It sounds high-tech, but it's actually nothing more than old-fashioned baking soda. It's function in toothpaste is questioned by the ADA, although some dentists say it can help to remove coffee and food stains from your teeth. It is a mild abrasive, so it scours your teeth, helping to eliminate plaque. And it does make your teeth feel clean and smooth. Other abrasives you'll often find in toothpastes are dicalcium phosphate, kaolin, bentonite, silica and calcium carbonate (chalk). Sodium Pyrophosphate This is the active ingredient normally found in tartar-control toothpaste. It has been shown to prevent the formation of plaque when used regularly. However, once tartar hardens onto your teeth, it can't be removed at home. Only a professional cleaning will get rid of it. Propylene Glycol This is a widely-used humectant - an ingredient that keeps the toothpaste moist, and prevents the solid and liquid ingredients from separating. Other common humectants in toothpaste are sorbitol, pentatol and glycerol. Dioctyl Sodium Sulfosuccinate This is a detergent-type ingredient that causes toothpaste to foam in your mouth. You may also see ingredients such as sodium stearyl fumarate and sodium lauryl sulfate. Some believe that the latter (SLS) induces canker sores in people sensitive to this ingredient. As with any product, if use causes discomfort, stop using it and consult your dentist or doctor. Sodium Saccharin This is the least-expensive sweetener, so it is the one you are most likely to see in most toothpastes. It is 600 times sweeter than table sugar, so only a small amount is used to sweeten your toothpaste. Other common toothpaste sweeteners are aspartame and ammoniated diglyzzherizins. Desensitizing Ingredients These are used in toothpastes specially formulated for sensitive teeth. Strontium chloride and potassium nitrate are the two ingredients recognized by the ADA to reduce discomfort if your teeth are sensitive to hot or cold foods. How do they work? They block the transmission of pain to the nerves in your teeth. They don't work immediately - it takes 4-6 weeks for these ingredients to desensitize your teeth. Triclosan This is an antibacterial agent that was recently approved for use in toothpaste by the FDA. It has been used for years as the active ingredient in antibacterial soaps, lotions, sponges and cutting boards. In toothpaste, triclosan has been clinically proven to fight gingivitis in adults by inhibiting the growth of plaque-causing bacteria. Colgate Total, manufactured and distributed by Colgate-Palmolive Co., is the only toothpaste that currently contains the disinfectant triclosan. Other toothpaste manufacturers are expected to follow suit, but since triclosan is considered a drug, all toothpastes that contain it will have to obtain FDA approval before going on the market.
June 10, 2024
Tooth Sensitivity Do you have or do you know someone who has sensitive teeth? If your answer is yes, you will have a true appreciation for the content of this page. What Is Tooth Sensitivity? It can be defined as a painful reaction in one of more teeth triggered by hot, cold, sweet, or sour foods and drinks. This pain can be sharp, sudden and shoot deep into the nerve endings of your teeth. Apart from a cavity or a missing filling, the most common cause of tooth sensitivity is exposed dentin on the roots of your teeth. Normally, the dentin (the second, more sensitive layer of the tooth) is surrounded and protected by your enamel, cementum (special root covering) and gums. The cause or mechanism of dentinal sensitivity is still not well understood. It is believed that the little tubes that connect the dentin to the nerve or pulp serve as sensory conductors. That sensation may be one of pain. OUCH!! Causes Of Exposed Root Surfaces Which May Result In Dentinal Sensitivity: Brushing too hard - Over a period of time, brushing too hard or using a hard-bristled toothbrush may wear away enamel or cementum and cause the dentin to be exposed. Recession of the gums - Movement of gums away from the tooth due to periodontal disease will expose the root surface. Gum disease - Inflamed and sore gum tissue may also cause sensitivity due to the loss of supporting ligaments which exposes root surface. Other Causes Of Sensitive Teeth: Cracked teeth - Chipped or broken teeth may fill up with bacteria from plaque and enter the pulp causing an inflammatory reaction. Grinding your teeth - Grinding or clenching your teeth may wear down the enamel and expose underlying dentin. Plaque - The presence of plaque on the root surfaces can cause sensitivity. What To Do At Home: Maintain good oral hygiene - Continue to clean all parts of your teeth and mouth thoroughly. Use a soft bristled toothbrush -This will result in less toothbrush abrasion of the tooth surface. Use desensitizing toothpaste - There are many on the market. With regular use you should feel a decreased sensitivity. Try spreading a thin layer on the exposed roots with your finger or a Q-tip before you go to bed. You'll need to find the product that works for you, likely through trial and error. Consider what you eat - If you frequently eat foods high in acids, such as citrus fruits (example: sucking on lemons), they can gradually dissolve the enamel over time, leading to dentin exposure. The citric acids may aggravate the hypersensitivity and initiate a painful reaction. Use fluoridated dental products - As an example, with a daily application of a fluoridated mouthrinse, hypersensitivity usually decreases. Ask us about a daily fluoride rinse for your home use. Professional Care: Ask us what may be used to help reduce sensitivity. Some of the most common treatments are: White fillings to cover exposed root surfaces Fluoride varnish applied to the exposed root surface Dentin sealer applied to the exposed root surface
June 10, 2024
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