Celeste (@celesteparrab) 's Twitter Profile
Celeste

@celesteparrab

Neuroscience PhD candidate @WeillCornell @LiGanLab 🧠🤠 🇲🇽 Interested in tau and neurodegeneration. IMSD fellowship and Dompé Foundation award.

ID: 1293292507082571777

calendar_today11-08-2020 21:05:53

43 Tweet

165 Followers

126 Following

Gan Lab (@liganlab) 's Twitter Profile Photo

Reflecting on our amazing WCM Brain and Mind Research Institute department retreat occurred last week, an unforgettable experience and memories. Bravo to all of our students for their great works. Congrats to Chloe Lopez-Lee, Ph.D. Celeste for their poster awards🏆!

Reflecting on our amazing <a href="/WCM_BMRI/">WCM Brain and Mind Research Institute</a>  department retreat occurred last week, an unforgettable experience and memories. Bravo to all of our students for their great works. Congrats to <a href="/ChloeLopezLee/">Chloe Lopez-Lee, Ph.D.</a> <a href="/CelesteParraB/">Celeste</a> for their poster awards🏆!
Carolyn de Graaf (@carolyndg) 's Twitter Profile Photo

Thanks OzSingleCell Omics for putting on another fantastic conference - showcasing exciting work, with a really friendly community and celebrating all things chicken 🐔 #OzSingleCell23

Thanks <a href="/ozsinglecells/">OzSingleCell Omics</a> for putting on another fantastic conference - showcasing exciting work, with a really friendly community and celebrating all things chicken 🐔 #OzSingleCell23
Gan Lab (@liganlab) 's Twitter Profile Photo

Exciting to share our new study in BioRxiv. Deleting DAP12 in tau mice curbs brain inflammation, ameliorates myelin, abolishes tau-induced oligodendrocytes, uncovering a novel resilience mechanism via microglial interaction with oligodendrocyte. doi.org/10.1101/2023.1…

Exciting to share our new study in BioRxiv. Deleting DAP12 in tau mice curbs brain inflammation, ameliorates myelin, abolishes tau-induced oligodendrocytes, uncovering a novel resilience mechanism via microglial interaction with oligodendrocyte. doi.org/10.1101/2023.1…
Sadaf Amin (@sadafamin24) 's Twitter Profile Photo

Check out our review out today in Molecular Neurodegeneration. We summarize the mechanisms of cGAS-STING involvement in different neurological disorders and discuss the therapeutic potential of targeting this pathway in neurodegenerative disease. bit.ly/3FStbiN

Check out our review out today in <a href="/MolNeuro/">Molecular Neurodegeneration</a>. We summarize the mechanisms of cGAS-STING involvement in different neurological disorders and discuss the therapeutic potential of targeting this pathway in neurodegenerative disease.
bit.ly/3FStbiN
Martin Kampmann (@martinucsf) 's Twitter Profile Photo

Excited to share this review on one of my favorite biological problems: Selective vulnerability in neurodegenerative disease, and how recent technologies are yielding new insights into the underlying mechanisms. Out in Nature Rev Neurosci today! nature.com/articles/s4158…

Excited to share this review on one of my favorite biological problems:

Selective vulnerability in neurodegenerative disease, and how recent technologies are yielding new insights into the underlying mechanisms.

Out in <a href="/NatRevNeurosci/">Nature Rev Neurosci</a> today!

nature.com/articles/s4158…
Weill Cornell Medicine (@weillcornell) 's Twitter Profile Photo

Dr. Li Gan (Gan Lab) and her team developed a human neuron model that simulates the spread of tau protein aggregates in the brain. The model points to novel therapeutic targets that could block tau spread, which drives cognitive decline in Alzheimer's. bit.ly/3POIgHG

Dr. Li Gan (<a href="/LiGanLab/">Gan Lab</a>) and her team developed a human neuron model that simulates the spread of tau protein aggregates in the brain. The model points to novel therapeutic targets that could block tau spread, which drives cognitive decline in Alzheimer's.

bit.ly/3POIgHG
Gan Lab (@liganlab) 's Twitter Profile Photo

Congratulations Celeste on winning 2nd place for her oral presentation on her recently published work understanding the modifiers of 4R-tau aggregation in hiPSC-derived neurons at the 43rd Vincent Du Vigneaud Symposium! Weill Cornell GSMS Weill Cornell Medicine WCM Brain and Mind Research Institute

Congratulations <a href="/CelesteParraB/">Celeste</a> on winning 2nd place for her oral presentation on her recently published work understanding the modifiers of 4R-tau aggregation in hiPSC-derived neurons at the 43rd Vincent Du Vigneaud Symposium! <a href="/WeillCornellGS/">Weill Cornell GSMS</a> <a href="/WeillCornell/">Weill Cornell Medicine</a> <a href="/WCM_BMRI/">WCM Brain and Mind Research Institute</a>
Celeste (@celesteparrab) 's Twitter Profile Photo

Super excited to share my 2nd paper from my PhD! Had a great experience working with Xu, Andrew’s, and Susanna’s teams. Check out our work below!