What happens in the brain while daydreaming?(hms.harvard.edu)

169 points by gmays 2 years ago | 129 comments

How the brain increases blood flow on demand(hms.harvard.edu)

148 points by gmays 1 year ago | 66 comments

Gene therapy restored hearing in deaf patients(news.ki.se)

336 points by justacrow 1 year ago | 80 comments

Karolinska Institutet news article reporting that a gene therapy restored hearing in patients with congenital deafness.

How bioelectricity could regrow limbs and organs(news.uchicago.edu)

182 points by KenRuf 3 years ago | 87 comments

A New Artificial Intelligence Tool for Cancer(hms.harvard.edu)

81 points by mgh2 2 years ago | 34 comments

Genetic circuitry boosts cell longevity(science.org)

58 points by birriel 3 years ago | 13 comments

Tinnitus linked to undetected auditory nerve damage(scitechdaily.com)

750 points by beefman 2 years ago | 401 comments

SciTechDaily article reporting Mass Eye and Ear research linking tinnitus to hidden auditory nerve damage undetected by standard hearing tests.

Gene therapy restores hearing to children with inherited deafness(cosmosmagazine.com)

473 points by keploy 2 years ago | 194 comments

Cosmos Magazine article reporting that a gene therapy restored hearing in children born with inherited deafness.

Gene therapy restored hearing in deaf patients(news.ki.se)

336 points by justacrow 1 year ago | 80 comments

Karolinska Institutet news article reporting that a gene therapy restored hearing in patients with congenital deafness.

Human brains are preconfigured with instructions for understanding the world(news.ucsc.edu)

414 points by XzetaU8 11 months ago | 284 comments

UC Santa Cruz news article reporting research suggesting early developing human brains are preconfigured with instructions for understanding the world.

Engineered material can reconnect severed nerves(news.rice.edu)

348 points by geox 3 years ago | 105 comments

Rice University news release about a magnetoelectric material that can directly stimulate neural tissue and reconnect severed nerves.

Stanford scientists found a way to regrow cartilage and stop arthritis(sciencedaily.com)

29 points by kelnos 20 days ago | 8 comments

ScienceDaily news release on Stanford Medicine research showing a way to rejuvenate cartilage cells, regrow damaged knee cartilage, and potentially treat arthritis without joint replacement.