Tamara Zehnder

[paola bezzi @pbezzi69]

Thrilled to announce that we've got the cover !
@BiologicalPsyc1
On the role of astrocytes and dopamine in the #OCD
@PhDPetrelli @Zehndy @NPharmatox @lindasimmler
@FBM_UNIL Check it out at:

https://t.co/pbRty7myKU

[Tamara Zehnder @Zehndy]

Check out our last publication: Disruption of astrocyte-dependent dopamine control in the developing medial prefrontal cortex leads to excessive grooming in mice. So proud! 🤩 ⁦@PhDPetrelli⁩ ⁦@dadoEM82⁩ ⁦@pbezzi69⁩ ⁦@lindasimmler⁩ https://t.co/14wIwHbIU4

[paola bezzi @pbezzi69]

The importance of astrocytes in the regulation of DA in the developing PFC
@PhDPetrelli @Zehndy @dadoEM82 @lindasimmler
@BiologicalPsyc1

https://t.co/g7ySv3yief

[Tamara Zehnder @Zehndy]

Here we are!

[ECTRIMS @ECTRIMS]

The #ECTRIMS2022 Evolution is here | A heartfelt welcome to the first day of this year’s congress! From Hot Topics to Keynote Lectures, be sure to add your favourites to your personal programme to make the most of this year’s experience ➡️ https://t.co/a5v7cX1e9R

[ECTRIMS @ECTRIMS]

More than 8,200 #MS professionals from over 108 countries around the world 🌏 have signed up for #ECTRIMS2022, and the numbers are climbing! Two days until ECTRIMS 2022, can you feel the excitement?

Join us in Amsterdam, or online, on 26-28 October: https://t.co/GJGdaoyPlu

[paola bezzi @pbezzi69]

Our last review on Astrocytes and Schizophrenia
@PhDPetrelli @Eva_DOF @dadoEM82 #Astrocytes #Schizophrenia
https://t.co/zd3mYxl7D3

[paola bezzi @pbezzi69]

Please find our new review "Synaptic Plasticity Dysfunctions in the Pathophysiology of 22q11 Deletion Syndrome: Is There a Role for Astrocytes?" @Eva_DOF @bondiolotti @NPharmatox #astrocytes #22q11ds #RareDiseaseDay
https://t.co/BbrU6BKpCR

[Public Journal Club Neurobiology @PJCNeurobiology]

Do you know what astrocytes need to grow and form synapses? Any Idea? Right, mitochondria! Join us next Saturday June 26th with @Fosfolipasa_C and Dr. @Zehndy @unil to learn more about how mitochondrial biogenesis regulates astrocyte maturation!🤩💫Link 👉https://t.co/Xo6gaESPQ1

[Tamara Zehnder @Zehndy]

@Joao_F_Oliveira @pbezzi69 @Mirko_Santello Thank you!

[Tamara Zehnder @Zehndy]

@sebabare @pbezzi69 @francescopetre2 @Eva_DOF @Mirko_Santello @Jen_Romanos @unil @DNF_neuro @DipFisioFarm @SapienzaRoma Grazie mille! :)

[Tamara Zehnder @Zehndy]

@LabLuthi @pbezzi69 @francescopetre2 @Eva_DOF @Mirko_Santello @Jen_Romanos @unil @DNF_neuro @DipFisioFarm @SapienzaRoma Thanks a lot! 😁

[Tamara Zehnder @Zehndy]

Excited to share our last publication on Mitochondrial biogenesis in developing astrocytes. Congrats to everyone and thanks for making this possible! @pbezzi69 @francescopetre2 @Eva_DOF @Mirko_Santello @Jen_Romanos @unil @DNF_neuro https://t.co/pHOYbhSpn5

[Tamara Zehnder @Zehndy]

@TCSGottardo C’è una previsione di quando verrà riaperta la galleria? Grazie!

[paola bezzi @pbezzi69]

https://t.co/pWtBTJEH3o
I'm the organizer together with Matteo Bergami @KevinRichetin @Agarwalneurolab of the following symposium:
Mitochondrial regulation of astrocyte function in physiological and pathological conditions
Abstract submission is now open.

[bioRxiv Neuroscience @biorxiv_neursci]

Astrocytic VMAT2 in the developing prefrontal cortex is required for normal grooming behavior in mice https://t.co/8S4ajaj5bb #biorxiv_neursci

[Tamara Zehnder @Zehndy]

Excited to present my project: Astrocytic mitochondria regulates astrocytes morphogenesis and supports synaptogenesis @neuromatch Oct 29th 10.15 am

[Tamara Zehnder @Zehndy]

Don’t miss it!

[paola bezzi @pbezzi69]

@FENSorg @mitochondria FENS 2020 - Our Session is Saturday (13:00 - 14:30)

S14 - Mitochondria as sensors and regulators of astroglial and neuronal functions - Amit Agarwal, Kevin Richetin, Franck Polleux, Paola Bezzi.

[paola bezzi @pbezzi69]

@FENSorg @mitochondria FENS 2020 - Our Session is Saturday (13:00 - 14:30)

S14 - Mitochondria as sensors and regulators of astroglial and neuronal functions - Amit Agarwal, Kevin Richetin, Franck Polleux, Paola Bezzi.

[SleepLüthiLab @LabLuthi]

Excited to share our latest research in @CellReports on the role of the Thalamic Reticular Nucleus in navigation 🧭 & in fine tuning of thalamic head direction cells: an extensive in vitro & in vivo exploration using simultaneous opto- & chemo-genetics.
🔎https://t.co/1ulXIVn4Zd