Chi-Hong Wu

Postdoc in the @TurrigianoLab @BrandeisNeuro. Learning & Memory | Synapse | Behaviors, Images & Molecules

[Chi-Hong Wu @CHWuNeuron]

Excited to share our latest work in which we attempted to identify a molecular switch that could bias synapses toward scaling up or down! 1/n https://t.co/8d8hjkl7Wa @eLife

[Tsai-Yi Lu @tsaiyilu]

Hiring Alert!! I am looking for a tech w/ lab experience (meaning PCR...) & interested in gaining research experience in glial biology! You'll be the 1st to pick ur fav project from the 10+ that I have in mind 😌so plz RT and apply!
https://t.co/LV0xh7mKtz

[Chi-Hong Wu @CHWuNeuron]

@NeverWrongWong But we are so looking forward to the new season of CILIA 😎

[Chi-Hong Wu @CHWuNeuron]

@CGrienberger @SloanFoundation Congrats!🎉

[Chi-Hong Wu @CHWuNeuron]

@suarez_damien Good luck!

[Chi-Hong Wu @CHWuNeuron]

Loved talking science and life with @RamosNeuro like in good old days! #SfN22

[Chi-Hong Wu @CHWuNeuron]

@suarez_damien @BrandeisNeuro @DbsDiverse @BrandeisLS Woohoo, looking nice!

[Turrigiano Lab @TurrigianoLab]

A fun convo to get you in the moooooood for SfN

[Chi-Hong Wu @CHWuNeuron]

@suarez_damien It’ll be stronger and better next round!

[Chi-Hong Wu @CHWuNeuron]

Thanks for the awesome and much needed work, Christine! This will be a great resource for people on the in vivo 2p journey! 😎

[Alcino J Silva @alcinojsilva]

Delighted to share our study led by @Ananya_MC and with @YiotaPoirazi’s group: dopaminergic Locus Coeruleus to dCA1 projection (not dCA3) modulates memory linking across time by controlling excitability and the overlap between memory ensembles in dCA1 https://t.co/f53Hrk7kZe

[Paul Garrity @Nemvec]

Our lab @Brandeis (~Boston) now hiring a Research Tech. We study how flies/mosquitoes sense the world using molbio/genetics. Whether goal is PhD/MD program in ≥2 yrs (recent ex-techs in PhD (UC Berk.,UVM), MD/PhD (BU) programs) or long-term, contact us. https://t.co/abuWSKe8e0

[Chi-Hong Wu @CHWuNeuron]

Come share your exciting work and meet with cool people! @BrandeisNeuro @BrandeisScience

[Brandeis Neuroscience @BrandeisNeuro]

@BrandeisScience @NeuroSwatiG Postdocs who'd like to come speak @BrandeisU should apply for this year's Invited Postdoc Research Colloquium competition! https://t.co/nONgubXTQx

[Chi-Hong Wu @CHWuNeuron]

@WWenNeuro @NeverWrongWong @TurrigianoLab Love this!

[Turrigiano Lab @TurrigianoLab]

Come be a technician in the Turrigiano lab and study prey capture learning as part of the Autism Rat Consortium (SFARI)! Cool project, fun and collaborative research group, and excellent track record of sending techs on to PhD programs.
https://t.co/uZtIq0Nr5Q

[Chi-Hong Wu @CHWuNeuron]

Wonderful and supportive environment to do fun science in!

[Katz Lab @BlechLab]

The Katz Lab is looking for postdoctoral researchers!
https://t.co/ddabMi5b5O
Please RT or share with anyone who might be interested

[Van Hooser Lab @VanHooserLab]

Preprint "Juvenile Shank3 KO mice adopt distinct hunting strategies during prey capture learning" by Chelsea Groves Kuhnle, Micaela Grimes, Victor Manuel Suárez Casanova, Gina Turrigiano, and Steve Van Hooser https://t.co/rTkCxwltO7

[Denise J. Cai, Ph.D. @denisejcai]

Check out new #CaiLab preprint on how ensemble dynamics support memory flexibility and how this changes with age! Project spearheaded by the talented Will Mau (@MauseWhisperer). Thanks to awesome collaborators @SinaiBrain & @MiniscopeTeam!

[Alcino J Silva @alcinojsilva]

Proud to be a part of a group that just published in @Nature a role for CCR5 in closing the temporal window for linking memories by modulating excitability and memory ensemble overlap. Also, CCR5 increases account for age-related loss in memory linking! https://t.co/yHULmVTHwL

[Chi-Hong Wu @CHWuNeuron]

@suarez_damien @RamosNeuro @SfNtweets Congrats! 🎉🎉🎉

[Chi-Hong Wu @CHWuNeuron]

This work is a fun collaboration with @VTatavarty, @PierreMichelJ10, our grad student @ndreaAshley, and involves many amazing people from different institutes. Of course, it won’t be possible without the guidance of our mentor, @TurrigianoLab . Thank y’all! 9/n

[Chi-Hong Wu @CHWuNeuron]

Excited to share our latest work in which we attempted to identify a molecular switch that could bias synapses toward scaling up or down! 1/n https://t.co/8d8hjkl7Wa @eLife

[Chi-Hong Wu @CHWuNeuron]

Lastly, we peeked into the complex kinase-phosphatase network that regulated Shank3 phosphorylation during scaling: Shank3 hypophosphorylation was maintained by PP2A, while its hyperphosphorylation requires PKA and CAMKII. 8/n