Paul Tesar

So cool to see our recent paper on environmental chemicals affecting brain health on the cover of Nature Neuroscience! Congrats again to @ErinFCohn and the team. Special thanks to Ella Maru Studio @Ella_Maru for the artwork

Our May issue is now live! nature.com/neuro/volumes/…

Excited to share this excellent article by Teddy Amenabar @TeddyAmen in The Washingotn Post @washingtonpost. It provides a clear & balanced look at our recent discovery of a class of household chemicals that are harmful to the brain's myelinating cells. wapo.st/4dcYUL6

Proud to see work from our lab making its way to patients. I am hopeful that the investigational drug, ION356, being tested by Ionis will be found to be both safe & effective in people with Pelizaeus Merzbacher disease🙏 Link to our 2020 @Nature paper: nature.com/articles/s4158…

Chemicals Found In Popular Household Products Potentially Linked To Autism, Multiple Sclerosis, Study Suggests go.forbes.com/c/yXec

Thank you @EricTopol for highlighting our paper. An open access link to the full article is here: rdcu.be/dCpPr

MS and autism among brain health risks from common household chemicals #Echobox=1711384676" target="_blank" rel="nofollow noopener">newsweek.com/ms-autism-hous…

Open access link to the full paper: rdcu.be/dCpPr

I am also grateful to our supporters, including the @NIH_NINDS, @mssociety, @HHMINEWS, @nyscf, sTF5 Care, and the Long, Walter, Peterson, Goodman, and Geller families.

Common household chemicals pose a risk to the brain’s myelinating cells Thrilled to share groundbreaking findings from our latest study led by @ErinFCohn at @CWRUSOM's Institute for Glial Sciences, in collaboration with the U.S. @EPA. nature.com/articles/s4159…

Great work by @bllclayton, @TesarLab, & the team. Such an insightful dive into modulation of astrocyte reactivity. @ScienceLemon92 and I were honored to write the @NatureNeuro N&V on this piece - see rdcu.be/dzXrM. (1/2)

A phenotypic screening platform for identifying chemical modulators of #astrocyte reactivity reveals histone deacetylase 3 (HDAC3) inhibitors as suppressors of pathological astrocyte reactivity @TesarLab @bllclayton nature.com/articles/s4159…

Read the full scientific paper here 👇 rdcu.be/dy7in

Together, we are redefining the future of neurological disease treatment by targeting glial cells!

🌟Drugging astrocytes to stop neurodegeneration I am thrilled to resurface on X to share a significant breakthrough from our team in the Institute for Glial Sciences @CWRUSOM, shining new light on the path to combating neurodegenerative diseases. thedaily.case.edu/fixing-rogue-b…