More than 15 million root canals are done
each year, according to the American Association of Endodontists. During
the procedure, the tooth's pulp and nerve are removed before the tooth
is cleaned and sealed. If bacteria, viruses or yeasts contaminate the
tooth, another root canal procedure or surgery must be done.
Now, the results of root canal treatments could improve because of an
antimicrobial gel discovered and developed at the Indiana University
School of Dentistry.
Ghaeth H. Yassen, a visiting assistant professor, has developed an injectable antimicrobial gel that could disinfect a tooth during a root canal procedure.
"I wanted to create a gel that provides sustained antimicrobial properties even when it is removed. I also wanted it to have minimal toxic effect on stem cells and not cause tooth discoloration," he said. "Creating an antimicrobial space is especially important during clinical regenerative endodontic procedures."
Yassen said the gel has advantages over traditional medications, including calcium hydroxide, widely used as an antibacterial agent.
"The gel offers extended and significantly longer residual antibacterial properties, which has been demonstrated in papers published in the Journal of Endodontics and the International Endodontic Journal," he said. "It is biocompatible, and it contains a low concentration of antimicrobial elements."
Yassen said the next steps include optimizing a version of the gel that is opaque to X-rays and other radiation, which will enable dental care professionals to track it within the root canal system.
Ghaeth H. Yassen, a visiting assistant professor, has developed an injectable antimicrobial gel that could disinfect a tooth during a root canal procedure.
"I wanted to create a gel that provides sustained antimicrobial properties even when it is removed. I also wanted it to have minimal toxic effect on stem cells and not cause tooth discoloration," he said. "Creating an antimicrobial space is especially important during clinical regenerative endodontic procedures."
Yassen said the gel has advantages over traditional medications, including calcium hydroxide, widely used as an antibacterial agent.
"The gel offers extended and significantly longer residual antibacterial properties, which has been demonstrated in papers published in the Journal of Endodontics and the International Endodontic Journal," he said. "It is biocompatible, and it contains a low concentration of antimicrobial elements."
Yassen said the next steps include optimizing a version of the gel that is opaque to X-rays and other radiation, which will enable dental care professionals to track it within the root canal system.
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