Sentences with phrase «biodegradable scaffolds»
"Biodegradable scaffolds" refers to structures or supports that can naturally break down and dissolve over time. Full definition
In Hoerstrup's approach, human cells directly deposit a regenerative layer of complex ECM on biodegradable scaffolds shaped as heart valves and vessels.
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In vitro physical and mechano - chemical properties of biodegradable scaffolds fabricated with PCL and PCL - PEG.
The team are aiming to «print» tiny, biodegradable scaffolds using their bio-glass ink.
The «bucatini project» is one of several around the world pioneering biodegradable scaffolds to bridge spinal cord injuries.
In fact, recent breakthroughs in the creation of human induced pluripotent stem cells (IPS) and the engineering of biodegradable scaffolds to create tissues may ultimately be applicable to most health conditions known to humankind.
The team decided to replace the titanium cage and collagen sponge with a biodegradable scaffold that could also carry BMP, releasing it more slowly, like an extended time - release cold capsule.
«Then you need to figure out how to attach them to a biodegradable scaffold.»
The idea is to introduce a biodegradable scaffold under the skin that temporarily creates an «infection - mimicking microenvironment,» capable of attracting, housing, and reprogramming millions of dendritic cells over a period of several weeks.
So if we want to make an artery or bones or even an entire kidney or a heart, we need to learn to assemble and grow them on a biodegradable scaffold, which the body can later absorb.
In the early 1980s, he and colleague Joseph Vacanti, a Harvard University medical professor and a pediatric surgeon at the Massachusetts General Hospital, were the first to demonstrate a method for growing living tissues by seeding a biodegradable scaffold with human stem cells.
He is currently devising new ways to treat them, including an innovative artificial intestine for newborns made from a biodegradable scaffold and the infant's own gut cells.
We study cell (endothelial cells, fibroblasts, osteoblasts) guidance cues on biodegradable scaffolds (e.g. polymers).
The cell sheet engineering techniques have been developed in order to avoid the limitations of tissue reconstruction using biodegradable scaffolds or single - cell suspension injections.
By combining the biodegradable scaffold, anti-cancer T cells and immune - stimulating factors into a single unit, Stephan realized that he could create a home base for T cells that could be situated exactly where needed.