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 the University of Southern California (USC) Herman Ostrow School of Dentistry are investigating methods to regrow nonliving hard tissue such as.
A team of researchers from multiple universities has uncovered how calcium (Ca) is transported in the formation of dental enamel, which could lead.