You can print artificial
human tissue scaffolds on a larger scale (entire human heart) and at higher resolution and quality, the researchers... read more
Not exact matches
ReInnervate, a start - up in Durham, England, is developing a tiny, three - dimensional plastic
scaffolding on which
human cells can be grown into artificial
tissue, and perhaps eventually into replacements for organs.
Da Cruz and his team grew replacement RPE cells from
human embryonic stem cells on a thin plastic
scaffold, before transplanting the
tissue into the back of each volunteer's eye.
The principle component of the new panel, hydrogel — a polymer network filled with water — is safe to use in and on the
human body, having already found use in applications ranging from drug delivery to creating
scaffolds for
tissue engineering and wound healing.
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.
As laboratory - grown
human tissues are becoming more robust and viable, researchers hope that one day such biomimetic hands will serve as
scaffolds over which the organic
tissue of a real hand can be grown.
We're now exploiting these ideas in the construction of high performance electronic
scaffolds for actively guiding and monitoring growth of
tissue cultures, and networks for 3D electronic systems that can bend and shape themselves to the organs of the
human body.
Now, a University of Pittsburgh researcher has used the components of the cellular «
scaffolding» of a zebrafish to regenerate heart
tissues in mammals, specifically mice, as well as exhibiting promising results in
human heart cells in vitro.
These were seeded into a
tissue scaffold, formed into the precise shape of the
human jaw bone by using digital images from a patient.
Typically, this involves creating a «
scaffold» of natural or synthetic materials, seeding it with
human stem cells that can differentiate themselves into particular
tissue types, and providing the cells with nutrients and a physical environment that encourages them to take on the three - dimensional structures and functions of a particular body part.
Tissue engineered
human primary osteoblast matrices and
scaffold / hOsteoblast constructs applied to tumour / bone microenvironment research.
Comparison of
Human alveolar osteoblasts cultured on polymer - ceramic composite
scaffolds and
tissue culture plates.
Johns Hopkins
tissue engineers have used tiny, artificial fiber
scaffolds thousands of times smaller than a
human hair to help...
December 21, 2015 — NIH findings with potential for enhancing
human health include advances in Ebola research, progress in fighting HIV, and the development of custom 3 - D printed nerve
scaffolds to aid
tissue regeneration.