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Thanks to the @Klingensteinorg and Simons Foundation for supporting our work!

New paper from the lab! @myelin_nation and colleagues developed a demyelination model called oligodendrocyte 2Phatal, revealing surprisingly fast synchronous remyelination by distinct OPCs nature.com/articles/s4159… Dartmouth 🌲 @dartgrad Dartmouth MCB Graduate Program Integrative Neuroscience at Dartmouth (IND) Nature Neuroscience

TREM2 and APOE do not modulate phagocytic clearance of dying cells! Live imaging of cell death and phagocytosis in Alzheimer's mice. From eyiyemisi Damisah Robert Hill, Anu Rai from Jaime Grutzendler lab Yale Neurology Wu Tsai Institute | Yale University Yale Neuroscience Dartmouth 🌲 #Alzheimers biorxiv.org/content/10.110…

Look forward to visiting the beautiful Dartmouth campus today. If you are interested in using optical microscopy to study psychedelics, I will give a talk this afternoon Dartmouth MCB Graduate Program Integrative Neuroscience at Dartmouth (IND)

MCB DartGRAD student Alicia Pietramale balances her research in Robert Hill's Lab in Dartmouth Arts and Sciences Department of Biological Sciences with being an outreach superstar with NERDSQUADInc! #scicomm #STEMoutreach

Congrats to MCB DartGRAD student Xhoela Bame (Robert Hill's Lab) on being selected as one of the top 5 writing winners in the 2023 Science Policy and Advocacy Certificate Program for STEM Scientists! 🥳✍️ #scicomm #scipol

new work from the lab by Tim Chapman! striking differences in cell death that depend on oligodendrocyte age.

The future is visiting again. MITOchats are back this Thursday The MITOscience of tomorrow, today. See you there! Robert Hill  MargheritaZamberlan  Nils Grotehans  The Langer Lab

New work by Xhoela reveals how mitochondria change during oligodendrocyte generation. In addition to showing precisely how these organelles are partitioned in the cell, Xhoela also discovered that animal arousal impacts mitochondrial motility in OPCs. biorxiv.org/content/10.110…

New work from Genaro using oligodendrocyte 2Phatal to determine how dying oligodendrocytes and myelin are cleared from the brain. Genaro discovered that this process is highly orchestrated, carried out by single microglia, and modulated by Cx3r1. biorxiv.org/content/10.110…

MCB DartGRAD student Xhoela Bame from the Robert Hill lab shared 1st place for best poster at the annual Dartmouth 🌲 Integrative Neuroscience at Dartmouth (IND) Geisel School of Medicine at Dartmouth #neuroscienceday! 🥳🧠 Want to hear about Xhoela's work? She's giving the Dartmouth bioMT talk this morning at 9am in Remsen 512 🧑‍🔬🔥

Important contribution and clarification about when and how these amazing cells die by Tim @myelin_nation and other co-authors Yasmine Kamen and Enrique Piedra. Thanks for highlighting SfN Journals Society for Neuroscience (SfN)

Dreams became reality through Michael Thornton tremendous PhD work! Thrilled this phenomenal collaboration with CU Neurophotonics Restrepo Lab is out in the wild. Looking forward to helping others leverage the powers of long-term three-photon microscopy 💪🏼🤓🔬

Thesis Defense Announcement: Please join us on Thursday, May 2nd at 9am in Kellogg 200 to support Genaro E. Olveda Genaro Olveda in presenting his thesis seminar! Dartmouth GRAD Students

🥳Congratulations Genaro Olveda for successfully defending his dissertation and becoming Dr. Genaro Olveda! DartGRAD

congratulations to Genaro Olveda and Maryanne Barasa for their beautiful paper that investigates how microglia dynamically clear single-dying oligodendrocytes and myelin sheaths. cell.com/cell-reports/f… Cell Reports Integrative Neuroscience at Dartmouth (IND) Dartmouth 🌲

congratulations to Xhoela Bame on her amazing paper that defines the mitochondrial dynamics occurring during oligodendrocyte and myelin generation. nature.com/articles/s4146… Dartmouth MCB Graduate Program Dartmouth Arts and Sciences Nature Communications

New work from Alicia Pietramale that defines in vivo mitochondrial morphometrics and dynamics in microglia. Alicia discovered that mitochondria are rarely present in surveillant or injury-responding processes. biorxiv.org/content/10.110… Dartmouth MCB Graduate Program Integrative Neuroscience at Dartmouth (IND) Dartmouth Arts and Sciences

New work from Yasmine Kamen shows that differentiating oligodendrocytes are filled with the zymogen procaspase-3. This provides a specific marker for new oligodendrocytes and suggests a role for this pathway in oligodendrocyte fate decisions. biorxiv.org/content/10.110…