Miou Zhou

[Miou Zhou @miou_zhou]

@denisejcai @SinaiBrain Congratulations!

[Miou Zhou @miou_zhou]

@alcinojsilva @lavi_ayal @Megha_Sehgal_10 @deSousa_AndreF @Aless_Luchetti Congratulations on the beautiful study of memory allocation across brain regions!

[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

[Edvard Ingjald Moser @EdvardMoser]

2-photon imaging goes freely-moving! We are releasing @TheMini2P, a 2.4g portable #twophoton 🔬 for fast multiplane calcium imaging of 1000s of neurons in behaving 🐭! Fully open-access. Now it is time to study natural behaviors! By @WikiZong et al @KISNeuro #KiloNeurons #ERCSyG

[Miou Zhou @miou_zhou]

RT

[Miniscope Team @MiniscopeTeam]

Excited to announce our 2021 Virtual Miniscope Workshop, Nov 29-Dec 1 organized by @DanielBAharoni @denisejcai @tristanshuman & hosted by @MetaCell. It will cover all aspects of Miniscope development, imaging & analysis. Registration is FREE but required! https://t.co/m61lvrCMxM

[Miou Zhou @miou_zhou]

@MF_lopezaranda @ScienceAdvances @alcinojsilva Congratulations!

[Miou Zhou @miou_zhou]

RT. A nice study about early post-natal immune activation and ASD-like deficits.

[Manuel F. López Aranda @MF_lopezaranda]

1/4 Excited to share details of our new paper in @ScienceAdvances with @alcinojsilva & in collaboration with DrGeschwind, DrRzhetsky, DrWhite & DrCheng showing that early post-natal immune activation triggers ASD-like deficits in a mouse model of Tuberous Sclerosis (TSC).

[Manuel F. López Aranda @MF_lopezaranda]

1/4 Excited to share details of our new paper in @ScienceAdvances with @alcinojsilva & in collaboration with DrGeschwind, DrRzhetsky, DrWhite & DrCheng showing that early post-natal immune activation triggers ASD-like deficits in a mouse model of Tuberous Sclerosis (TSC).

[dr. ashley juavinett @analog_ashley]

Two years ago, I asked hundreds of neuroscientists (including many of you!) at various levels about their skills and career trajectories.

Now, I can finally share some of those insights in my first senior author preprint, with Saloni Shah!
https://t.co/eWbJksiens

[bioRxiv Neuroscience @biorxiv_neursci]

Evidence for two distinct thalamocortical circuits in retrosplenial cortex https://t.co/WUAEfr8JB2 #biorxiv_neursci

[Miou Zhou @miou_zhou]

@pgolshani Congrats!

[Miou Zhou @miou_zhou]

@TheHongLab Congratulations Weizhe!

[bioRxiv Neuroscience @biorxiv_neursci]

Social isolation impairs the prefrontal- nucleus accumbens circuit subserving social recognition in mice https://t.co/IMcWOnP2Rw #biorxiv_neursci

[Friedman Brain Institute @SinaiBrain]

NEW PAPER in @nature by @ana_badimon, Anne Schaefer, MD, PhD, et al.! "Negative feedback control of neuronal activity by #microglia”. GREAT #Teamwork from the @lab_schaefer @pinarayata @hayleyjanices @HowThePhil!🎉🙌🍾🧠 CHECK IT OUT👉https://t.co/ntJwXTQFLZ @IcahnMountSinai

[Nature Chemical Biology @nchembio]

@jinzhanglab and colleagues developed a fluorescence-based sensor of PKA activity with increased brightness, dynamic range and S/N ratio over related sensors useful for visualizing kinase activity in HeLa cells, primary neurons, and in cortex of awake mice https://t.co/QxWYcXaEvv

[Jonathan Kipnis 🟦 @jonykipnis]

Beautiful paper showing yet another pathway through which microglia control number of synapses in developing brain|| Sensory Experience Engages Microglia to Shape Neural Connectivity through a Non-Phagocytic Mechanism https://t.co/hS0WYJKThd

[Michelle Monje 🟦 @michelle_monje]

While I am admittedly biased, and am quite used to beautiful work coming from @KarlDeisseroth's lab, I must say that this paper is mind-blowing.
https://t.co/ztlndWLMYW

[Miou Zhou @miou_zhou]

A good review about microglia elimination with CSF1R inhibitors

[Eyo @eyolab]

How to kill a microglia. A summary of current approaches.👍🏾 https://t.co/IfT5GygR4E

[Shan Huang @shanhuangym]

Our paper is online today! I also want to announce that I will be looking for faculty job this year. If you have an opening in your department and you think I could be a good fit, please do not hesitate to contact me!
https://t.co/a5FpGfpCX5

[Nature Methods @naturemethods]

M-CREATE from the @VivianGradinaru lab identifies recombinant AAVs with desired tropism and has already yielded vectors that can cross the blood-brain barrier in adult mice across strains. https://t.co/6DBPjsypAq