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  1. Sour/Bitter Taste

  2. Dry Mouth

  3. All Product Details

  4. Some Common Signs That You May Have Bad Breath

  5. Read Some Scientific Studies

  6. Browse Our Huge Testimonial File

  7. Vitamins Can Help Freshen Breath

  8. Halitosis Horror Stories - You're Not Alone

  9. How Can I Test My Own Breath At Home?

  10. Frequently Asked Questions

  11. The Effect of Various Foods on Your Breath

  12. Medications and Bad Breath

  13. Post Nasal Drip, Your Throat, and Your Tonsils

  14. Why TheraBreath Works

  15. Why Tongue Scraping Alone is Not Enough!

  16. Does Your Mouthwash Contain Alcohol?

  17. Could Your Current Toothpaste be Giving You Canker Sores?

  18. Capsules and Mints Don't Work!

  19. Peroxide Whitening is Bad For You

  20. Can Bleeding Gums Kill You?

  21. Snoring, Allergies, and Bad Breath
 

Foods that may lead to Bad Breath

As mentioned previously in this website, the bacteria that create the sulfur compounds of bad breath and taste disorders, react to various changes in their environment.

Of course, everyone knows that Onions and Garlic will create bad breath. But do you know why? It's because the odorous molecules in onions and garlic are actually sulfur compounds themselves. (Sulfur is nature's way of creating odors.) You're all familiar with the skunk. Its odor is created as a defense and/or attack mechanism. Skunk odor is made up of sulfur compounds (skatoles, etc.) which are natural sulfur compounds.

Food, if it sits out too long will spoil. That action is due to anaerobic bacteria breaking down proteins in that particular food. In milk, the odor of sour milk is caused by relatives of the bugs that create bad breath, when they break down the LACTOSE protein and allow the release of the amino acids which in turn end up becoming Volatile Sulfur Compounds, exactly the same compounds found in bad breath. The same analogy applies to meat if it sits out too long.There are 4 categories of foods that will result in an increase of sulfur production because these categories have a stimulating affect on the bacteria:

1. Drying Agents
2. Dense Protein Foods
3. Sugars
4. Acids

DRYING AGENTS:

The most common drying agent in food is Alcohol. Alcohol of course is the basis of all "adult" beverages such as Beer, Wine, and Hard liquor. It is also used, unfortunately in mouthwash, where it only makes the problem worse.

Alcohol is a drying agent, known chemically as a desiccant. It is used quite often in laboratories to "dry out" hard to reach areas in test tubes and beakers. The same end result takes place in the oral cavity.

To see a list of the alcohol content in Oral Products vs. Adult Beverages, check out the page: "Why Regular Products Don't Work"

Although cigarettes are not really food, smoking is probably the quickest way to dry out your mouth, with alcohol the second. If you smoke, you are bound to have bad breath!

DENSE PROTEIN FOODS:


Dairy foods are notorious for creating bad breath. An article in the Los Angeles Times once noted that over 50% of the population in Southern California was "Lactose Intolerant". This means that tens of millions of people cannot breakdown the lactose protein in dairy foods (milk, cheese, yogurt, ice cream, etc). The end result is a buildup of amino acids, which are easily converted into Volatile Sulfur Compounds by the anaerobic bacteria found within the surface of your tongue and throat.

To a lesser extent, we have seen patients who have the same problem with other dense protein foods such as: Beef, Chicken, Fish.

Another problem, thankfully rare, has to do with people who have an inability to break down certain proteins found in beans. This condition is called TMA (Trimethylaminuria) and is sometimes known as the "Fish Odor Syndrome", because the odor produced is similar to decaying fish. The odor consists of sulfur compounds, plus nitrogen compounds (amines). People with this condition must abstain from beans and other dense protein foods.

SUGARS:

Wouldn't it be great if we could get rid of bad breath by chewing on M&Ms? Or what if the cure for bad breath were Hershey Kisses?

That's what the makers of ALTOIDS would have you believe. Altoids, and other products of the same ilk, are trying to fool the public into believing that a strong "good" taste in your mouth is equivalent to the "goodness" of your breath. It is so anti-science, as to be absurd. If you think about it for a minute, it doesn't even make sense.

By using concentrated MINT flavorings, your taste buds pick up MINT as a a taste. However, ALTOIDS, contains 2 types of sugar, which are Fuel for the bacteria to reproduce and create more sulfur compounds. In addition, and here's the frightening part, other bacteria can take the sugars and produce glycan strands, which in turn end up causing thick layers of plaque on your enamel and around your gums. This leads to tooth decay and gum disease - and of course worse Breath than when you started.

But, since you can't smell your own breath, you just go merrily along with that great strong mint taste in your mouth, while others close to you are backing away - backing away from your increase bad breath, decayed teeth, and gross swollen, bleeding gums!

Stay away from candies, mints, and chewing gum if they contain sugar.

As an alternative, we have created TheraBreath Oxygenating Chewing Gum. It releases Oxygen molecules directly in your mouth and also contains the antibacterial agent, Zinc Gluconate (found in many cold medications). In addition, as a sweetening agent we chose Xylitol, which is a natural ANTI-DECAY compound (Not SUGAR!) You can order TheraBreath Gum, by clicking the photo on the right:

Acidic Foods

Acidic foods are a problem as you'll read below. Some foods you should watch out for are:

Coffee - both decaf and regular have acids (Tea is OK)
Tomato Juice

Citrus Juices:
Orange Juice
Pineapple Juice
Grapefruit Juice

pH is a term used to describe the acidity of the environment. (see table) The oral cavity has a normal pH of 6.5 (7 is neutral) which is in the acid range.

We know that acids make the bacteria reproduce much faster. In order to decrease the production of odorous sulfur compounds, we need to neutralize the acid environment. Our products are the only ones to be pH balanced in such a manner to do this most effectively. That is why our products do not leave a strange aftertaste like other products. As one patient recently told me: "I'm so glad I found your products. The taste of (a competitor¹s product) was worse than having the problem.