Specifically, she is examining
hydrogels as a scaffold for tissue engineering and is working to develop an artificial cornea.
Her lab is examining
hydrogels as a scaffold for tissue engineering.
Not exact matches
Researchers in the Rice lab of chemist and bioengineer Jeffrey Hartgerink had just such an experience with the
hydrogels they developed
as a synthetic
scaffold to deliver drugs and encourage the growth of cells and blood vessels for new tissue.
Engineers at Rutgers - New Brunswick and the New Jersey Institute of Technology worked with a
hydrogel that has been used for decades in devices that generate motion and biomedical applications such
as scaffolds for cells to grow on.
Standard tissue engineering involves seeding types of cells, such
as those that form ear cartilage, onto a
scaffold of a polymer material called a
hydrogel.
Traditional
hydrogels made up of either synthetic polymers or natural biomolecules often serve
as passive
scaffolds for molecular or cellular species, which render these materials unable to fully recapitulate the dynamic signaling involved in biological processes, such
as cell / tissue development.
Next - generation «designer matrices» such
as hybrid polyethylene glycol
hydrogels or microengineered collagen
scaffolds, combined with a well - defined set of laminins, may better fulfill the niche requirements of organoids and may be customized for a specific type of tissue / organoid (2,6).
Hydrogel can be used
as a
scaffold for engineering artificial brain tissue and promotes the development of neurons...