Latest in the Section
- HTC Android 4.2.2 One will arrive in two weeks
- Spain, how to market experimental mobility?
- Chops (and XXXVIII) - Change the resolution of a video with ffmpeg
- Individuality of identical twins
- goal: augmented reality interface world's most advanced
- Apple retira Bang with Friends para iPhone de la App Store
- Telcel What is the plan that suits you?
- Apple strikes back and removes Bang With Friends from the App Store
- Apple retira Bang With Friends de la App Store
- IFTTT Recipes to take advantage of LinkedIn
Popular in the Section
- Uncharted 2 was one of the best games of 2009
- Synergy-Plus program, which allows us to control with a single keyboard and mouse several machines
- VBulletin case: "This decision is a true cross-Shirt to Spanish sovereignty"
- Inadvisable online mode of FIFA 2010 with Gamblers Anonymous
- Blood Moon, the adventures of the undead
- Olloclip brings the iPhone's camera to the next level
- Sasha Grey, Hulk Hogan y Daniel Dae Kim protagonizarán Saints Row: The Third
- Heavy Rain, Quantic Dream ultimate
- Party at home with friends and a dealer hand of Four Roses
- Dragon Age: Origins and the mod called "Natural Bodies"
|Technology - General|
|Friday, 03 August 2012 13:27|
What we see on the images is another example of technology 3D printing and the world of possibilities opened up behind her. Emma, a girl of barely two years old, could not play normally due to a congenital disorder. The construction of what she calls "magic arm" in a Philadelphia hospital have ensured that the child use their arms to play for the first time .
She had arthrogryposis, a congenital disorder that allowed him to use his arms since birth. This is a clinical syndrome that occurs infrequently and that affects one in 3,000 births. It is characterized by the existence of congenital contractures involving multiple joints of the body.
Today Emma Lavelle has four years and has overcome the limitations of the disease. All thanks to 3D printing technology following the investigation carried out by researchers at the Alfred hospital I. duPont Philadelphia.
They created the device with Stratasys, a company developing technology. A custom designed robotic exoskeleton that allowed the young have limited joint mobility by the muscular underdevelopment.
A small sample of what 3D printing can offer today, partly due to the ability to offer customized solutions to any challenge.