Crystal Misorientation Toughens Human Tooth Enamel
Slight crystal misorientations serve as a natural toughening mechanism in the nanoscale structure of human enamel, according to researchers at Advanced Light Source.
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Slight crystal misorientations serve as a natural toughening mechanism in the nanoscale structure of human enamel, according to researchers at Advanced Light Source.
Researchers at Zhejiang University in China have developed a biomimetic regenerative solution that could be applied to a cavity to establish crystalline-amorphous mineralization.
Researchers at Oregon Health and Science University (OHSU) have engineered a material that replicates human bone tissue with an unprecedented level of precision,.
If current consumers of sugar-free chewing gum increase their consumption by just one piece per day, $4.1 billion could be saved worldwide on.
This February, dentistrytoday.com celebrates National Children’s Dental Health Month with news stories, interviews, and blogs all about safeguarding pediatric oral health. #NCDHM There.
The ACTIVA BioACTIVE-CEMENT from Pulpdent stimulates apatite formation at the material-tooth interface. This natural remineralization process knits the restoration and the tooth together.
The ACTIVA BioACTIVE-CEMENT from Pulpdent stimulates apatite formation at the material-tooth interface. This natural remineralization process knits the restoration and the tooth together.
Now launching in India, Elsenz toothpaste replaces minerals lost from tooth enamel, prevents decay, and treats sensitivity all while the user sleeps, according.
Now launching in India, Elsenz toothpaste replaces minerals lost from tooth enamel, prevents decay, and treats sensitivity all while the user sleeps, according.
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