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| In the news | Scientific publications | Press releases |
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Designing Nanostructures: The Future of Tissue Engineering
08/17/2007
Dr. Stupp's presentation to the New York Academy of Sciences.
The molecular and nanoscale design of synthetic environments that emulate extracellu... [read more]
Science News: Nanotechnology May Be Used To Regenerate Tissues, Organs
05/07/2007
Research at Northwestern University has shown that a combination of nanotechnology and biology may enable damaged tissues and organs to heal themselve... [read more]
ABC News: Paralyzed Mice Walk Again
05/01/2007
Samuel Stupp has a bunch of mice that used to drag their hind legs behind them when they crawled around his Illinois lab, but they have miraculously r... [read more]
Nanotechnology Offers Hope for Treating Spinal Cord Injuries, Diabetes and Parkinson's Disease
05/01/2007
The research raises hope that nanotechnology might be used in treating degenerative illnesses such as Parkinson's disease and Alzheimer's disease, acc... [read more]
Chemical Biology Interview: Crossing the Scales
03/20/2007
Samuel Stupp tells Rebecca Gillan how science on the small scale can solve some of medicine's large scale problems. Read the complete article here.
... [read more]
ScienceNOW: If I Only Had a Nano-Heart
09/12/2006
Mice induced to have heart attacks or given other wounds have quickly made a full recovery, thanks to a little help from nanotechnology. If the new re... [read more]
C&E News: Nanostructures Help Build Blood Vessels
08/17/2006
Peptide-hydrocarbon chain scaffold binds heparin to help promote wound healing.
Using the biopolymer heparin and a nanofiber scaffold, researchers ... [read more]
Innovation Magazine: Biotechnology Brings Hope to Tissue Regeneration
07/01/2005
COVER STORY: Biotechnology Brings Hope to Tissue Regeneration.
Applying synthetic molecules in regenerative medicine may translate to the repair of... [read more]
Microscopic Scaffolds May Help Regenerate Cells
06/10/2005
Alzheimer's disease, Parkinson's disease, spinal cord injury, and diabetes are among the most difficult medical conditions to treat because key cells ... [read more]
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