These synthetic heads don't need to be anywhere near the Uncanny Valley to be terrifying. Our friends at Oobject have assembled 12 of the creepiest prosthetic mouths in dentistry. More »
Sunday, April 1, 2012
These Silently Screaming Dental Mannequins Are What Nightmares Are Made Of [WTFriday]
These Silently Screaming Dental Mannequins Are What Nightmares Are Made Of [WTFriday]:
These synthetic heads don't need to be anywhere near the Uncanny Valley to be terrifying. Our friends at Oobject have assembled 12 of the creepiest prosthetic mouths in dentistry. More »
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These synthetic heads don't need to be anywhere near the Uncanny Valley to be terrifying. Our friends at Oobject have assembled 12 of the creepiest prosthetic mouths in dentistry. More »
Graphene Nanosensor Monitors Bacteria in Your Mouth
Graphene Nanosensor Monitors Bacteria in Your Mouth: ![Graphene-based-wireless-bacteria-detection Graphene-based-wireless-bacteria-detection](http://cdn.medgadget.com/wp-content/uploads/2012/03/Graphene-based-wireless-bacteria-detection-300x255.jpg)
A team of scientists from Tufts University and Princeton University have developed a wireless bacteria detection technology which can be interfaced with a number of surfaces, including biological substrates, such as the enamel of a tooth. The researchers used graphene to achieve a very high degree of sensitivity. By printing the graphene onto water soluble silk, the sensor could then be easily transferred to biological surfaces. A patterned resonator coil design on the printed sensor acts as a passive antenna to enable power and wireless communication with the sensor.
Most recently, the researchers have demonstrated their sensor by attaching it to a tooth for monitoring of respiration and bacteria detection in saliva.Their findings have been reported in the March 27 online edition of Nature Communications.
Read More
![Graphene-based-wireless-bacteria-detection Graphene-based-wireless-bacteria-detection](http://cdn.medgadget.com/wp-content/uploads/2012/03/Graphene-based-wireless-bacteria-detection-300x255.jpg)
A team of scientists from Tufts University and Princeton University have developed a wireless bacteria detection technology which can be interfaced with a number of surfaces, including biological substrates, such as the enamel of a tooth. The researchers used graphene to achieve a very high degree of sensitivity. By printing the graphene onto water soluble silk, the sensor could then be easily transferred to biological surfaces. A patterned resonator coil design on the printed sensor acts as a passive antenna to enable power and wireless communication with the sensor.
Most recently, the researchers have demonstrated their sensor by attaching it to a tooth for monitoring of respiration and bacteria detection in saliva.Their findings have been reported in the March 27 online edition of Nature Communications.
Read More
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