Lugging around a tapeworm that's one third your body weight can be a real drag. So threespine stickleback fish evolved resistance to tapeworms—but resistance has costs of its own, a team of researchers show in Science on ...
Evolution
Sep 8, 2022
0
146
A team of researchers from Lawrence Livermore and UC Davis have found that covering an implantable neural electrode with nanoporous gold could eliminate the risk of scar tissue forming over the electrode's surface.
Nanomaterials
May 5, 2015
0
62
Tendon injuries affect athletic horses at all levels. Researchers from the University of Connecticut are studying the use of stem cells in treating equine tendon injuries. Their findings were published Oct. 16 in the Journal ...
Plants & Animals
Nov 1, 2012
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0
(Phys.org) -- Swiss researchers at ETH Zurich have developed a plaster that accelerates wound healing and is easily removed from the wound at any time. Burn victims in particular may profit from this invention in the future.
Materials Science
May 31, 2012
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0
On Aug. 26, 2020, NASA's Terra satellite was able to image the two areas in California where the fires have been most active and using the false color reflectance bands on the MODIS (Moderate Resolution Infrared Spectroradiometer) ...
Environment
Aug 27, 2020
0
17
We all know the adage: A little bit of a good thing can go a long way. Now researchers in London are reporting that might also be true for a large protein associated with wound healing.
Biochemistry
Mar 23, 2011
0
0
A 3D biomaterial scaffold design to slowly release stem cells ensures that implanted stem cells stick around to relieve pain and reverse arthritis in mice knee joints. This reduces the use of stem cells by 90%, thus avoiding ...
Cell & Microbiology
Apr 19, 2021
0
16
When a heart attack occurs, muscle in the heart tissue can be scarred, interfering with electrical activity necessary for healthy heart function. Drug treatments are available that alleviate further damage, but these don't ...
Biochemistry
Oct 8, 2019
0
170
Researchers from the University of Illinois at Chicago have discovered that an unexpected cellular response plays an important role in breaking down and inhibiting the formation of excess scar tissue in wound healing.
Cell & Microbiology
Jun 10, 2010
0
0
After an injury to the spinal cord, patients often remain paralyzed because damaged nerve tracts do not regrow due to the formation of scar tissue. Scientists from the Max Planck Institute for the Science of Light in Erlangen, ...
Biotechnology
Jan 18, 2021
0
234
