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Study: Implantable Robot Helps Spur Tissue Regeneration

By Sarah Faulkner | January 11, 2018

Boston Children's HospitalAn implantable, programmable robot induced cell growth and lengthened part of the esophagus in an animal model by more than 75%, according to researchers from Boston Children’s Hospital.

The team reported in Science Robotics today that the robot triggered tissue growth without interfering with organ function. The system could help regrow parts of the esophagus that are missing in people with long-gap esophageal atresia, the researchers noted.

Get the full story at our sister site, MassDevice.

About The Author

Sarah Faulkner

Sarah Faulkner graduated from Emmanuel College in 2015 with a degree in chemistry. After realizing she could put her scientific know-how to use in places other than a lab, she went to Boston University and received a master’s degree in science journalism in 2016. Following a stint writing for the Yale School of Medicine, covering the opioid crisis and the importance of humanities in medicine, she joined the team at MassDevice.

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