Science & Enterprise subscription

Follow us on Twitter

  • A clinical trial is getting underway to test five treatment candidates for amyotrophic lateral sclerosis, or ALS, b… https://t.co/7Pqc8mJyZ5
    about 5 hours ago
  • New post on Science and Enterprise: First Therapies Selected for Multi-Drug ALS Trial https://t.co/zcM4t6SWxv #Science #Business
    about 5 hours ago
  • A new biotechnology enterprise is developing treatments for aggressive solid tumor cancers that block the effects o… https://t.co/QK00FJVCzF
    about 10 hours ago
  • New post on Science and Enterprise: Start-Up Targets Extra DNA in Cancer, Raises $46.4M https://t.co/p5AlOJmJnu #Science #Business
    about 10 hours ago
  • An Indiana company is receiving U.S. government and private grants to develop a solar-powered algorithm-controlled… https://t.co/Uj1OLR5vTz
    about 1 day ago

Please share Science & Enterprise

Chemical Brush Offers Tooth Cavity Filling Alternative

Plasma brush (University of Missouri)

Engineers at University of Missouri and spin-off company Nanova Inc. in Columbia, Missouri plan to soon begin clinical trials of a device to painlessly replace tooth fillings. Research and development of the plasma brush, as the device is called, was funded by National Science Foundation and Small Business Innovation Research (SBIR) grants from National Institutes of Health.

The plasma brush uses chemical reactions to disinfect and clean out cavities for fillings, usually in less than 30 seconds. Those chemical reactions involved with the plasma brush, say the developers, actually change the surface of the tooth, which allows for fewer voids and a stronger bonding with the filling material.

Hao Li and Qingsong Yu, Missouri engineering faculty, along with Meng Chen, formed Nanova to commercialize the research.  Chen is the co-holder of the patent on the technology, along with University of Missouri.

Li notes that “200 million tooth restorations cost Americans an estimated $50 billion a year, and it is estimated that replacement fillings comprise 75 percent of a dentist’s work.” Also, says Li, a tooth can only support two or three restorations before it must be pulled. “Our studies indicate that fillings are 60 percent stronger with the plasma brush,” Li adds, “which would increase the filling lifespan.”

Human clinical trials are expected to begin in early 2012 at the University of Tennessee-Memphis. If the studies succeed and the FDA clears the device, the researchers indicate the plasma brush could be available to dentists as early as the end of 2013.

The following video tells more about the plasma brush.


Read more: New Treatment Fixes Tooth Decay Without Drilling

*     *     *

Please share Science & Enterprise ...
error

Comments are closed.