Bioengineered corneal tissue for minimally invasive vision restoration in advanced keratoconus
“We [ophthalmology and materials researchers at Linkoping University in Sweden] [MORE]
Collagen mimicking peptide assembly
This piece describes how researchers at Tel Aviv University “by using a simple, minimalistic, building block of [MORE]
Mechanical plasticity of collagen in mammary gland organoids
In both organ and tumor growth, chemical and mechanical signaling interact. In this [MORE]
Microgel coated MSCs to degrade scar tissue
“. . . [University of Illinois at Chicago] researchers engineered a thin microgel that, [MORE]
Nasal cartilage
Bioengineers at the University of Alberta in Edmonton report “the fidelity of Freeform Reversible Embedding of Suspended Hydrogel (FRESH) [MORE]
Blood vessels made from textiles
European tissue engineers have made strong, pliable “blood vessels” from sheets of extracellular matrix. Moreover, these [MORE]
Model the-chip-in-hand to study corneal healing
To study how the cornea heals after injury, bioengineers at the University of Texas Southwest [MORE]
Rebuilding the human hear
Carnegie Mellon University researchers report “a method to 3D-bioprint collagen using freeform reversible embedding of suspended hydrogels [MORE]
Human microbiome
Cancer researchers at the University of Virginia have made an interesting observation that links microbe diversity in intestines to [MORE]
Human Acellular Vessel
Here’s a fascinating new twist on engineered blood vessels. Researchers at Humacyte, Inc. (Durham, NC), used a biodegradable [MORE]
Portable 3D skin printer
Using a “hand held skin printer that resembles a white-out tape dispenser—except that tape roll is replaced [MORE]
3D Printing Skin Pigmentation
Bioengineers in Singapore have used 3-D printing, in a two-step process, to create living, artificial human skin [MORE]
Biopriniting of CMA Scaffolds
Biochemists at Rutgers University have shown how to 3-D print scaffolds for tissue culture and regenerative medicine [MORE]
Biological Scaffolds
The process known as electrospinning, whereby a high voltage drives a liquid polymer through a small orifice causing it [MORE]