Congratulations to our very own Connor on his incredible defense!! We are so proud of you and very excited for what the future holds!! 😍😍🥳🥳#drconnorinthehouse
Our Neuron paper describing a novel mechanism by which glutamatergic neuronal activity promotes retinal angiogenesis and BRB maturation is online. https://t.co/tohjbBiKlr
Congrats to all. @DAgalliu@AgalliuLab#angiogenesis#bloodretinalbarrier
I'm excited to share that our paper on autoimmune mechanisms in Parkinson's disease is officially out in Neuron today!
Congrats to my amazing co-author @FGarrettiPhD and a big thank you to my mentors @DAgalliu and Dave Sulzer!
https://t.co/KLyGXBp2AM
@Columbia News wrote this great article giving an overview of our study and what is still unknown about the relationship between PD and the adaptive immune system!
Study Adds to Evidence That Parkinson’s Starts in the Gut https://t.co/yYHh6Si4i1
It is with great joy that I share our manuscript, out today in @NeuroCellPress 🎊 Thank you to my co-author @ConnorMonahan8 and PhD mentors @DAgalliu@david_sulzer 🧠
Interaction of an α-synuclein epitope with HLA-DRB1∗15:01 triggers ent... https://t.co/W2LjrICJGT
I’m very excited that the work of @FGarrettiPhD and @ConnorMonahan8 on immune mechanisms driving the gut pathology in prodromal PD is out in @NeuroCellPress. Thanks to the amazing work of the first authors and my collaborator Dave Sulzer!
https://t.co/YItiMj5Pfg
After a long revision, we were finally able to figure out that a-Syn Th1/Th17 cells convert to a TRM phenotype in the gut of a-Syn peptide immunized HLADRB:*15:01 mice. These cells are found in IBD, suggesting that our mouse model mirrors prodromal PD
https://t.co/wTPBOxpD6e
Interaction of an α-synuclein epitope with HLA-DRB1*15:01 initiates early enteric features of Parkinson's disease in humanized mice https://t.co/5NsZHSrFWs
Coincidentally joined twitter the same day that a major project I worked on at Boston College got published. Check it out if you're into neurodevelopment and genetics!
https://t.co/zpMKwo2Wcd