Tooth enamel is the hardest known biological tissue in the human body (and also looks beautiful under a microscope). Dental scientists have long explored ways to replicate this super thin ...

and enamel crystals are arranged in a complex geometrical pattern. Under a microscope, enamel crystals are shaped like long ribbons, or spaghetti strands. These crystal strands are assembled into ...

and enamel crystals are arranged in a complex geometrical pattern. Under a microscope, enamel crystals are shaped like long ribbons, or spaghetti strands. These crystal strands are assembled into ...

About a decade ago, she and her colleagues came upon a clue to how amelogenin might work in the formation of enamel. While observing the protein under a microscope, the researchers watched it form ...

Scanning electron microscope images of human tooth enamel after repairing for 6 hours, 12 hours and 48 hours. The blue area is the native enamel, and the green area is the repaired enamel.

What appeared to be just a dark blob under a microscope, has the potential to ... to produce ameloblasts — the cells that build tooth enamel. Their findings were published in the journal ...

It’s a frustrating fact that our bodies can’t regenerate damaged tooth enamel, but scientists at ... how ameloblasts form out of stem cells. A microscope image of different genes being ...

and enamel crystals are arranged in a complex geometrical pattern. Under a microscope, enamel crystals are shaped like long ribbons, or spaghetti strands. These crystal strands are assembled into ...