#Repost @thehushreport with @repostapp  Scientists have used #3Dprinting #technology to create first-of-their-kind structures made of living tissue. The #bioprinter #breakthrough has shown promise with cartilage bone & muscle opening the prospect of creating #replacement human #bodyParts. Researchers using a bioprinter described in #Nature #Biotechnology say that theyve found a way to manufacture living muscle bone & cartilage. They say that this technology can make unprecedented advances in…

#Repost @thehushreport with @repostapp Scientists have used #3Dprinting #technology to create first-of-their-kind structures made of living tissue. The #bioprinter #breakthrough has shown promise with cartilage bone & muscle opening the prospect of creating #replacement human #bodyParts. Researchers using a bioprinter described in #Nature #Biotechnology say that theyve found a way to manufacture living muscle bone & cartilage. They say that this technology can make unprecedented advances in…

It's not going to help breast tissue stay up, but there are some good exercises. Who knows, perhaps working on chest muscles helps breast tissue a little.

It's not going to help breast tissue stay up, but there are some good exercises. Who knows, perhaps working on chest muscles helps breast tissue a little.

Do you hear what I hear? Because what I hear is the whizzing sound of medical progress at the hands of some pretty incredible 3D-printing breakthroughs.

This crazy new 3D bio-printer can make full size ear, muscle, and bone tissues

Do you hear what I hear? Because what I hear is the whizzing sound of medical progress at the hands of some pretty incredible 3D-printing breakthroughs.

Researchers are developing “bio-bots” -- machines that combine synthetic 3d-printed frameworks with biological muscle tissue.

Researchers Create Walking Bio-Bots That Are Powered by Muscle

Researchers are developing “bio-bots” -- machines that combine synthetic 3d-printed frameworks with biological muscle tissue.

3Dynamic Systems Working on 3D-Bioprinting Human Bone, Skin & Muscle on Demand http://3dprint.com/15113/3dynamic-systems-working-on-3d-bioprinting-human-bone-skin-muscle-on-demand/

3Dynamic Systems Working on 3D-Bioprinting Human Bone, Skin & Muscle on Demand http://3dprint.com/15113/3dynamic-systems-working-on-3d-bioprinting-human-bone-skin-muscle-on-demand/

Bio-bot design inspired by the muscle-tendon-bone complex found in the human body, with 3D-printed flexible skeleton. Optical stimulation of the muscle tissue (orange), which is genetically engineered to contract in response to blue light, makes the bio-bot walk across a surface in the direction of the light.

Bio-bot design inspired by the muscle-tendon-bone complex found in the human body, with 3D-printed flexible skeleton. Optical stimulation of the muscle tissue (orange), which is genetically engineered to contract in response to blue light, makes the bio-bot walk across a surface in the direction of the light.

Scientists demonstrate the first 3D printer able to produce bone, cartilage or muscle tissue on a human scale while keeping it alive.

Scientists demonstrate the first 3D printer able to produce bone, cartilage or muscle tissue on a human scale while keeping it alive.

This image represents 3-D reconstruction of a healthy individual (left) and someone affected by a form of limb-girdle muscular dystrophy (right). The dramatic loss of muscle is easily seen.

This image represents 3-D reconstruction of a healthy individual (left) and someone affected by a form of limb-girdle muscular dystrophy (right). The dramatic loss of muscle is easily seen.

Not long ago, we learned that actual human tissue like skin, muscle or even bone can be 3D printed with the help of a revolutionized machine called the Integrated Tissue and Organ Printing System (ITOP) and this research gave successful results as scientists from the Wake Forest... #cancer

Not long ago, we learned that actual human tissue like skin, muscle or even bone can be 3D printed with the help of a revolutionized machine called the Integrated Tissue and Organ Printing System (ITOP) and this research gave successful results as scientists from the Wake Forest... #cancer

3ders.org - British PhD student 3D prints on inflatable substrate to create artificial muscles | 3D Printer News & 3D Printing News

3ders.org - British PhD student 3D prints on inflatable substrate to create artificial muscles | 3D Printer News & 3D Printing News

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