December 2019 Edition
Two Packard Center researchers have identified a protein called RPS25 that helps to regulate the abnormal cellular processes caused by the C9ORF72 mutations.
Read the full article in Nature Neuroscience.
Research approach emphasizes open collaboration, data mining technology and AI
Read the full article on www.avanade.com
A team of Packard researchers have identified a protein that may help reduce the production of some of the toxic by-products of the C9ORF72 repeat expansion.
Read the original article in Neuron.
Packard Investigator Udai Pandey of the University of Pittsburgh led an international team that found a protein called muscleblind modifies the toxicity of ALS-linked mutations in a second protein called FUS (Fused in Sarcoma).
On Saturday, May 2, 2020, the Packard Center will host the 14th annual Fiesta 5k for ALS Research!
Make a donation this December and help bring hope to someone with ALS.
Make your gift today!
December 2019 Edition
- Decoding the process that makes abnormal ALS proteins
- Answer ALS: New template for future medical research?
- Packard researchers find new way to reduce C9orf72 toxicity
- A new genetic explanation for ALS heterogeneity
- Save the Date for the 2020 Fiesta 5k for ALS Research!
- Give the Gift of Hope this Holiday Season!
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