Biomedical Engineering
Nanoengineered hydrogels used to develop 3D-printed electronic skin
Researchers develop a wearable ‘E-skin’ by 3D-printing with electronic and biosensing hydrogels
How do aging and radiation lead to atherosclerosis on Earth and in space? New organ-on-a-chip could provide answers
Project receives funding from NASA, NIH, FDA and the Biomedical Advanced Research and Development Authority
How do you kill bacteria when antibiotics fail? Shine a light on the problem, new A&M study suggests
Research team publishes results in the Proceedings of the National Academy of Sciences
A cell’s nucleus behaves more like liquid than rubber; discovery could change how medicine views cancer
A&M-Florida team publishes results of study in Advanced Science
Tattoo tech: Electricity can zip through this new 3D ink like it’s skin; up next … bioelectronic implants
A&M engineers publish findings in peer-reviewed journal ACS Nano
Worn on wrist, this e-tattoo works as non-stop blood-pressure monitor
Project receives $5 million in federal funding from NIH
In search of a better bioink: Team tests performance of HMPs
A&M engineers publish findings in the journal Science Advances.
Organ-on-a-chip: A&M research team designs model for lymph system
Innovative platform could assist in research to discover drugs for treating lymphedema
Four A&M professors named as NAI Senior Members
National Academy of Inventors will induct Grunlan, Höök, Polycarpou and Ware during its June annual meeting in Phoenix