Very proud of this new study from the lab! 🌟We identified a novel lncRNA, FAM151B-DT, that is disrupted across neurodegenerative diseases. https://t.co/tbGEsA9BYs
Proud to share a new preprint from Farzané Mirfakhar using super resolution microscopy to understand how FTD-causing tau mutations disrupt lysosomal transport and tau degradation https://t.co/nJUFkgpzBx @WUADRC @FTDcwow
Microglia can make their own pathogenic tau, wrecking phagocytosis TREM2 signaling, and spewing a brew of neurotoxic molecules. @WUSTL https://t.co/bQ3ruFIXlK
I’m super duper excited to share our latest preprint!!! Here, we used iPSC models to show that tau mutations cause broad defects in microglia. @WUADRC @RCFNeuro @CurePSP @wustlcrm @WashUONR @cziscience https://t.co/kNm80DOjaa
I'm so excited to announce - The first ever Wisconsin-wide research conference for scientists at ALL career stages! Registration now open. Free for for all trainee scientists (undergrads onward)! Please share.
Happy WashU Psychiatry Research Day to those who celebrate! I’m lucky to be part of a lab who makes incredible discoveries and shows up to support one another 🫶🧬🔬🧪 @washupsychres@WashUONR@wustlcrm @WUADRC
The Patterson Lab is hiring! If you're interested in studying biological questions at the intersection of genetic variation, polyploidy, and heart physiology contact me.
https://t.co/TvKjL6DSMB
Check out our recent publication where we looked at the potential for human neurons to become infected by Human Cytomegalovirus.
https://t.co/bht5ydoL11
Just published! Authors from @cvcatMCW offer new contributions to the Tnni3K debate in the most recent issue of JMCC.
Read their article, "Tnni3k influences cardiomyocyte S-phase activity and proliferation", at: https://t.co/AkjwXpQYpv
@scientistswift@caelagamoo@MCW_CBNA