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Image: New deformable particle model; Copyright: Mark Shattuck, CCNY

Shape shifting cell breakthrough

12/12/2018

A new computational model developed by researchers from The City College of New York and Yale gives a clearer picture of the structure and mechanics of soft, shape-changing cells that could provide a better understanding of cancerous tumor growth, wound healing, and embryonic development.
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Image: Hand of a robot; Copyright: panthermedia.net / VitalikRadko

World's first robotic bilateral breast reconstruction

10/12/2018

A team of surgeons from the Perelman School of Medicine at the University of Pennsylvania are the first in the world to use a surgical robot to assist with a bilateral free flap breast reconstruction - a procedure in which tissue is taken from the lower abdomen and used to rebuild the breast. The robot allows surgeons to make a much smaller incision into the abdominal wall muscles.
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Image: Dr. Yuval Rinkevich; Copyright: Helmholtz Zentrum München

Targeting scar-free wound healing

03/12/2018

Breast cancer survivors who used a smartphone app created at Houston Methodist consistently lost weight, largely due to daily, real-time interactions with their health care team via the mobile app. Few clinically-tested mobile apps exist today with clear measurable goals to support continued care of cancer survivors and patients.
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Image: Electron microscope image; Copyright: UNH

More effective hydrogel for healing wounds

21/11/2018

Researchers at the University of New Hampshire have created an easy-to-make, low-cost injectable hydrogel that could help wounds heal faster, especially for patients with compromised health issues.
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Image: A sensor which illuminates an armwrist with red light ; Copyright: Yasser Khan, Arias Research Group, UC Berkeley

Skin-like sensor maps blood-oxygen levels

08/11/2018

A new flexible sensor developed by engineers at the University of California, Berkeley, can map blood-oxygen levels over large areas of skin, tissue and organs, potentially giving doctors a new way to monitor healing wounds in real time.
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Image: Biodegradable Implant; Copyright: Northwestern University

Researchers demonstrate first example of a bioelectronic medicine

09/10/2018

Researchers at Northwestern University and Washington University School of Medicine have developed the first example of a bioelectronic medicine: an implantable, biodegradable wireless device that speeds nerve regeneration and improves the healing of a damaged nerve.
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Photo: Large metal device with a pink glowing window in the fron

Plasmasterilization: active ingredient cocktail to fight bacteria

01/06/2016

Until now, plasma, the fourth state of matter,was consideredfascinatingonly to astrophysicists and science fiction fans. But at this point, it also attracts the interest of medicine because plasma can have many uses in this field. In the future, plasma sterilization could become an important component of hospital hygiene-provided that the right device is being used.
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Photo: Stent in human body

Safe or Not Safe? "The AB-DES has not gained market access in countries like Japan or the U.S."

01/05/2016

Antibody-coated, drug-eluting stents (AB-DES) feature an exterior coated with immunosuppressant drugs and an interior that is coated with antibodies to accelerate the adhesion of endothelial cells. In theory, this makes it possible to shorten the duration of therapy with blood thinners, which can mean relief for patients from an already difficult situation.
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Photo: Printer head over a glass sheet

Melt electrospinning writing: polymer fibers for tissue engineering

01/02/2016

Sometimes, soft tissue in our body needs to be replaced after surgery or an injury. But surgeons are not always able to take tissue from other body parts as a replacement. Then, they need to use implants. The production of soft implants that can constantly endure load and stress like our own tissue is a big challenge for research. Melt electrospinning writing can be a solution.
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Wound treatment with fish skin

03/11/2014

The treatment of chronic wounds is extremely problematic. Chronic wounds can take months or years to heal and some even never heal resulting in over 100.000 amputations taking place annually in the US alone. A new technology from Iceland, that is based on fish skin and is already used clinically, allows for improved healing of chronic and burn wounds.
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Cultured skin makes large-scale transplantations possible

01/07/2014

Large burns require skin grafting. Surgeons remove split-thickness skin grafts and apply them to the injured areas. Now skin that has been made in a laboratory is meant to help in covering burns as well as chronic wounds and thus promote the healing process. Researchers in Zurich have been working on this for more than 13 years.
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