Which Mouthwash for Bad Breath?
Posted October 5th, 2007 in Bad Breath CureWhy should you be careful about which mouthwash to choose?
The simple reason is: the wrong mouthwash does more harm than good for your oral health and your bad breath.
Every mouthwash will make your mouth feel fresh and clean instantly,but the wrong ingredients may affect your dental health in the long term.
A bad mouthwash will only mask the bad breath temporarily without addressing the root cause of the bad breath.
On the other hand, a good mouthwash will give you the desired freshness, plus it will help you to eliminate the problem of bad breath.
A good mouthwash will provide you simultaneous protection against oral diseases like gingivitis and will prevent the plaque build up.
The difference between a good mouthwash and a bad mouthwash is down to the ingredients.
First of all, the mouthwashes most commonly use such flavoring agents as Eucalyptol, Thymol, Menthol and Methyl Salicylate. All these agents are used to get rid of the smell of cigarettes and they cause you no harm.
Then the ingredients such as Cetylpyridinium Chloride and Chlorhexidine Gluconate fight against plaque build ups and gingivitis. However, you have to wait half an hour before you gargle with a mouthwash containing Chlorhexidine Gluconate, if you have already used another dental product eg toothpaste.
Various antiseptic agents like Benzalkonium Chloride are also added to most of the commercial mouthwashes.
Now all these above mentioned ingredients are more or less safe with their restricted application into the mouthwash.
But the ingredient that may prove to be really harmful is alcohol. Alcohol is by nature a drying agent that dries up your mouth tissues and leads to the generation of anaerobic bacteria responsible for creating bad breath.
So mouthwashes containing alcohol may actually make bad breath worse by creating the perfect environment for anaerobic bacteria to thrive.
An oxygenating mouthwash can be the ideal solution for bad breath. An Oxygen rich oral rinse will drive out the sulfur compounds generated by anaerobic bacteria and prevent their growth.