Cutting-edge technology has allowed scientists to examine young and old brains with single-cell resolution, gaining insights into how we can rejuvenate our brain cells to stay sharp. 


Stanford University scientist and corresponding author on the new study, Dr. Anne Brunet (image: labxchange.org). 

Brain &amp; Neurons

Biohacking Expert Ben Greenfield Showcases How to Affordably Biohack Your Home

The biohacker and New York Times bestselling author Ben Greenfield details affordable biohacking methods for the kitchen, living room, and bedroom.

(Biohacker and New York Times bestselling author Ben Greenfield | Medium)

Biohacker and New York Times bestselling author Ben Greenfield provides budget-friendly tips on how to biohack your home using nutrition in the kitchen, stretching devices in the living room, and a deep rest-inducing nerve stimulator in the bedroom.

Others

Disarm Therapeutics finds a compound that inhibits SARM1, an enzyme responsible for nerve projection deterioration. 

Disarm Therapeutics has discovered a drug that inhibits SARM1, an enzyme that causes nerve projection loss.

The NAD+-consuming enzyme SARM1 is a therapeutic candidate for retinal diseases and vision loss.

The NAD+ consuming enzyme SARM1 is a candidate therapeutic target for vision loss and other retinal diseases.

Search Result: nerve fiber

How to Take Care of Your Aging Brain Cells: Stanford Study Insights

Biohacking Expert Ben Greenfield Showcases How to Affordably Biohack Your Home

Eli Lilly & Company’s Small Molecule Prevents Neurodegeneration

Researchers Pinpoint the Cause of a Disease that Leads to Childhood-Blindness