Blue Light Technology
The Oralucent toothbrush contains patent pending blue light technology that is scientifically proven to kill harmful oral bacteria. Oralucent utilizes the same type of light that is used by dentists for teeth whitening procedures and curing of dental fillings. While blue light is often employed in dental offices to whiten teeth, it takes many visits as well as hours of application to achieve the desired effect. The Oralucent toothbrush, however, provides immediate benefits when used for daily brushing’s:
- Kills bacteria that cause gum disease and bad breath
- Whitens teeth and keeps them white
- Destroys plaque
- Helps prevent and even reverse gum disease including gingivitis, bleeding gums, gum pockets and gum sores
- Decreases tooth sensitivity and inflammation of the gums
- Promotes overall healthier gums and teeth
The Science of Blue Light
As many as 700 different types of oral bacteria are found in the dental plaque that accumulates on our teeth. While some bacteria are benign or even helpful, others may invade and destroy gum tissue and bone, leading to loss of teeth and potentially infection elsewhere in the body.
The bacteria associated with gum disease produce toxins, such as volatile sulfide compounds, that are responsible for gingivitis and halitosis. Fortunately, these same bacteria contain a black pigment that is sensitive to light, especially visible light in the blue spectrum. When activated by blue light, a reaction is induced that kills the bacterial microorganism within seconds.
The Oralucent toothbrush produces visible blue light that, importantly is completely safe for humans but still kills harmful bacteria on contact. Daily use of the Oralucent toothbrush selectively suppresses bacteria commonly associated with destructive gum disease. An added benefit: when the proportion of harmful bacteria is reduced, the share of beneficial bacteria increases which helps defend against harmful microbes.
The UltraBlu blue light toothbrush (predecessor to Oralucent) was tested in a study at HillTop Research Corporation, a lab where companies like Colgate and Procter & Gamble conduct research. The study showed that the bluelight toothbrush was killing over 99% of the P. Gingivalis bacteria—a critical finding. This microorganism not only causes gingivitis, but also plaque, gum pockets, cavities and bad breath. Notably, this strain of bacteria cannot be killed with a regular toothbrush or even mouthwash.
What People Are Saying
It really works, thanks! My dental hygienist said I was taking care of my teeth very well, and I did not have very much tarter. A big change, after using the Blue Light Toothbrush my dentist has changed my maintenance from 3 to 6 months.
I LOVE my toothbrush! It was given to me by my dentist as a trial…I have been telling everyone about it. My dentist says it’s amazing the difference it’s made on my gums. Now, I am ordering one for my husband and one for my son.. Thank you UltraBlu!!!
I was having issues with bacteria and irritated gums from lack of flossing, and hard to brush areas. My dentist says my teeth and gums looked great, and to keep doing what I am doing. To be honest I haven’t flossed that much, so the blue light technology really has made a big difference. It works!
Synergistic Effect of Blue Light with Peroxide Toothpaste
Oralucent works best when used in combination with a toothpaste containing peroxide. A large selection of peroxide toothpaste brands are available and can be found at your local drug store. Blue light reacts with peroxide to create oxygen, which whitens the teeth and also kills anaerobic bacteria that can cause tooth decay or gum disease.
- Phototargeting Oral Black-Pigmented Bacteria. Nikolaos S. Soukos1,*, Sovanda Som1, Abraham D. Abernethy1, Karriann Ruggiero1, Joshua Dunham1, Chul Lee2, Apostolos G. Doukas and J. Max Goodson
- Light augments tooth whitening with peroxide - Mary Tavares, D.M.D., M.P.H., Jacyn Stultz, R.D.H., Margaret Newman, R.D.H., Valerie Smith, Ralph Kent, Sc.D., Elizabeth Carpino, B.A. and Jo Max Goodson, D.D.S., Ph.D. JADA 2003;134(2):167-75.