Surprising gene activity shields certain nerve cells from ALS damage

By analyzing millions of messenger RNA molecules (mRNA) during the course of ALS, researchers at Stockholm University, in collaboration with scientists at the Paris Brain Institute and Örebro University, have identified why certain nerve cells are resistant to the disease and what happens in the sensitive nerve cells when they are affected. The study, published in the journal Genome Research, focuses on a hereditary form of ALS caused by mutations in the SOD1 gene.

Cancer from Benzene from the Preservative Sodium Benzoate in Beverages?
- Book overdue by 82 years sent back to San Antonio Public Library
- Boat Migrants Aren’t the Real Problem – So Why Is Britain Panicking? Fatima Drops a Shocking Bombshell on Live TV - Isaiah Amos
- Big Battle in the Big Apple: How 'Bout a Lithium Ion Battery Storage Facility Next Door?
- VB AI Impact Series: Can you really govern multi-agent AI? - VB Staff
- Presidents Don’t Run Our Elections - The Editors
- What Is the Difference Between ALS and MS? - Sarah Bradley

Dems Fume: Lawmakers Face Arrest - Time and Money Running Out!
- TikTok and Ticketmaster Unite to Revolutionize Music Industry in 20+ Countries - Bertha Stephens
- Limited-edition Harry Potter doughnuts arrive at Krispy Kreme shops across the US
- How Much Creatine Should You Take Per Day? - Emmanuella Ogbonna
- Newly Declassified Clinton Foundation Investigation Timeline Reveals How Obama’s DOJ and FBI Protected Hillary, Buried Evidence of Global Pay-to-Play, and Rigged Justice Against the American People - Diana Zapata
- 5 Best Homeowners Insurance Companies of 2025 in Rhode Island - Time
- The Implications of ChatGPT's Upcoming Video-Creation Capabilities - Michael Terry