antibacterial toothpaste and mouthwash

In this post, we will be discussing antibacterial toothpaste, antibacterial toothpaste and mouthwash, antibacterial toothpaste for gingivitis, best antibacterial toothpaste, and antibacterial toothpaste brands. When it comes to putting your best face forward, there’s one aspect of your beauty routine that should never be neglected: brushing your teeth. And while natural and green products for your lipstick or hairstyle may abound, the options for making your selfie smile its whitest can be a challenge.

Antibacterial Toothpaste And Mouthwash


Brushing only reaches 25% of your mouth. To ensure you clean the whole mouth, use a LISTERINE® mouthwash twice daily by following these simple steps and tips. Brushing only reaches 25% of your mouth. To help ensure your whole mouth gets clean, properly use a LISTERINE® Mouthwash twice daily. Read this simple guide to select and learn how to use mouthwash as recommended by the experts at LISTERINE®.

What Is Mouthwash?

Mouthwash, sometimes called mouth rinse or oral rinse, is a liquid held, swished and/or gargled in the mouth. While not a replacement for brushing or flossing, certain types of mouthwash can provide anti-cavity, germ-killing and plaque-prevention benefits.
Antiseptic mouthwash is the most common type of mouthwash. Other types of mouthwash include varieties with fluoride; alcohol-free options; ones with natural ingredients; and mouthwashes formulated to target specific oral care issues, such as canker sores.

How to Use Mouthwash

Using mouthwash seems like it should come naturally, but proper use is often overlooked. Here are some quick tips and a simple routine to follow for the best results.

A Simple Mouthwash Routine

1. Pour 20 milliliters (4 teaspoons) of LISTERINE® Antiseptic Rinse into a cup.
2. Don’t dilute the solution with water. Empty the cup’s contents into your mouth.
3. Swish for a full 30 seconds. (Try counting to 30 in your head or use a stopwatch.) Don’t worry if you can’t get to 30 seconds the first time – it gets easier each time you try.
4. During rinsing, gargle in your mouth.
5. Spit the solution out in the sink.

TIP: To keep breath fresh on the go, pick up a pack of LISTERINE POCKETMIST® Spray Mist.

Antiseptic Vs. Antibacterial Mouthwash: What’s The Difference?

Take a stroll down the oral care aisle at your local supermarket or drugstore and you might find your head spinning over the wide variety of mouthwashes and other oral care products available. Each one is labeled slightly differently, promising different benefits such as “cavity-fighting,” “antibacterial,” “antiseptic,” “breath-freshening” and so on. But when it comes to choosing a product, is there really a difference between antiseptic vs. antibacterial mouthwash? And how can you tell which one is right for your needs?

Antimicrobial vs. Antiseptic vs. Antibacterial Mouthwash

When you see “antimicrobial,” “antibacterial” or “antiseptic” on the label of a bottle of mouthwash, it’s important to understand that those words aren’t just there to impress you. They do have particular meanings. The Centers for Disease Control and Prevention defines antimicrobial products as those that are designed to kill or inactivate various kinds of microbes, which include fungi, bacteria, parasites and viruses.

Antibacterial agents (also known as antibiotics) kill, slow down or inactivate bacteria specifically. As Merck Manuals explains, the terms “antibacterial” and “antibiotic” are often used interchangeably. In the most technical sense, antibiotics are antimicrobial agents derived from bacteria or molds rather than other microorganisms. Antibiotics are designed to treat an active infection in or on the body, as the Microbiology Society points out, and they can be given topically or systemically.

In contrast, antiseptic products are typically spread over a specific area of the body to reduce the risk of infection, according to the Microbiology Society. While antibacterial products only target bacteria, antiseptic and antimicrobial agents can work against various types of microbes. So when it comes to antiseptic vs. antibacterial mouthwash, the former covers a broad spectrum of organisms, while the latter covers specific ones.

If you see antimicrobial, antibacterial or antiseptic listed on a bottle of mouthwash, you can be confident that the rinse is designed to inhibit microbes that could be harmful to your oral health.

How Do You Choose?

With so many mouthwash options out there, how can you choose the one that is right for you? It’s helpful to talk to your dentist about using mouthwash if you are feeling any confusion. They can recommend a suitable mouthwash for your particular concerns, whether it’s gum disease, dry mouth or bad breath. In some cases, a prescription mouthwash with antimicrobial properties might be your best option.

For example, if you have been dealing with gum disease, your dentist might prescribe a mouthwash containing chlorhexidine, which is an antiseptic agent that helps to control plaque and gingivitis, according to the American Dental Association (ADA). As the Mayo Clinic notes, chlorhexidine destroys the bacteria responsible for gum disease.

If you aren’t as concerned with preventing gum disease, you may still benefit from using mouthwash. As the ADA outlines, mouthwash can help to improve your breath and reduce your risk of tooth decay.

If you have a particular concern, such as reducing plaque, fighting cavities or general breath-freshening, ask your dentist for advice on which product may help you achieve your goals. It’s also a good idea to look for a product with the ADA Seal of Approval, which means that the product has provided scientific evidence demonstrating both its safety and efficacy.

Tips for Using Any Type of Mouthwash

Whether you end up getting a prescription for a mouthwash from your dentist or using an over-the-counter product labeled “antiseptic” or “antibacterial,” there are some things to remember when using it. Mouthwash isn’t designed to replace brushing and flossing, so be sure to continue to brush your teeth twice a day and floss once daily. The ADA assures you can use your mouthwash before or after brushing (depending on the instructions), but never skip brushing.

Another thing to remember is to follow the instructions listed on the mouthwash bottle or given by your dentist. You’ll see the greatest benefit if you use the mouthwash, whatever type it is, exactly as directed.

Antibacterial toothpaste and mouthwash

Why do dogs lick their wounds? They even lick our wounds. This leads to a question posed in the medical literature nearly a half century ago: Might there be some healing property of dog saliva? Well, it appears that there are a number of immune defense mechanisms in saliva, one of which involves nitric oxide. Licking of human

skin results in production of nitric oxide from salivary nitrite, which kills skin pathogens and comes from the nitrates we eat in our diet.

How do we know we can get nitric oxide from licked human skin? Researchers had a bunch of volunteers lick their hands all over, front and back. Today, we have a better way to clean wounds: soap and water. (And we should never let our pets lick open wounds because cases of serious infections have been reported).

The reason I bring it up is that this transformation of nitrates from our diet into nitrites in our mouth has important implications for our health. Insufficient nitric oxide production is recognized as the earliest event in the onset and progression of a number of chronic diseases, including high blood pressure, peripheral artery disease, and a number of inflammatory conditions.

Nitrates come from vegetables in our diets, such as beets and green leafy vegetables. Good bacteria on our tongue convert nitrates into nitrites which can circulate throughout the body to create nitric oxide, and any nitrates our tongue bacteria missed the first time around get pumped by our body back into our saliva to give our tongue bacteria a second chance. One way we can become nitric-oxide-production-deficient is by not eating enough vegetables in the first place. So, eating vegetables should be the first step. But, if our tongue bacteria die off, the cycle is broken no matter how many vegetables we eat.

That’s why we should not use antiseptic mouthwash. Previously, I profiled an important study in my post Don’t Use Antiseptic Mouthwash. The most protective food for our heart may be green leafy vegetables because, like beets, they have lots of nitrates. So, if you drink some beet juice, you can get a remarkable drop in blood pressure within just hours, but only if you swallow.

The nitric oxide pathway can be interrupted if you use an antibacterial mouthwash or by spitting and not swallowing because of the critical action of our tongue bacteria on the nitrates in our saliva. So, we have to eat our vegetables and keep our tongue bacteria happy––so, no antibacterial mouthwash. But what about antibacterial toothpaste?

There’s a toothpaste on the market that contains an antibacterial chemical called triclosan. In my video below, I present a study that showed there was no difference in the levels of nitric oxide, nitrite, and nitrate after brushing with regular toothpaste and triclosan toothpaste. Our good tongue bacteria live in the cracks on the surface of our tongue, so if you just brush your teeth and not your tongue, the chemical doesn’t seem to get down there. Does that mean triclosan toothpaste is safe?

The use of triclosan toothpaste may not be associated with any increase in serious adverse cardiac events. And though studies on rats suggest the chemical can affect thyroid function, the use of triclosan toothpaste does not seem to affect human thyroid function. A study funded by Colgate concluded that triclosan was both safe and effective, producing “a significant reduction in gingivitis, plaque, and bleeding.” However, an independent review by the Cochrane Group suggested the reduction may be statistically significant but may not be beneficial enough to yield clinical significance.


Regarding safety, states are starting to ban the stuff because of data showing that despite the lack of efficacy, triclosan is so ubiquitous that most of the U.S. population is exposed to it. “Because the rapid rise in obesity in the U.S. parallels the introduction of triclosan, and because triclosan has two potential mechanisms by which it might alter human weight”—that is, by mucking with our gut flora or our hormones––researchers at Stanford decided to assess the association between triclosan levels flowing through people’s bodies and how heavy they are. And, indeed, they found an association between triclosan levels and increase in body mass index, and suggested further studies on how this chemical could be altering human growth and well-being.

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