The Dénes Lab

[The Dénes Lab @DenesLab]

Let's kick off with this week with #microglia: in our latest @NatureComms paper, we show how microglia fundamentally influence neuronal properties in ex vivo acute slices
https://t.co/89uogujanX

[Balazs Hangya @balazs_hangya]

Out now in @natcomms : parvalbumin-expressing neurons of the diagonal band of Broca mediate learning from negative experiences https://t.co/OxDRcnzoaD Congratulations Panna Hegedüs, @kiraly_b, Dániel Schlingloff!

[Balazs Posfai @BalazsPosfai]

Adam is just about to flood us with information about compartment-specific neuronal and vascular modulation by #microglia at the #FENS-Hertie Winter School

@FENSorg @DenesLab

[The Dénes Lab @DenesLab]

We are happy to share the newest results of our lab elaborating on the essential role of somatic junctions during development.
Paper now now out in @CellReports

https://t.co/fg3dIJFIaz

Brief summary: https://t.co/jvf8SKJzpF

[bioRxiv Neuroscience @biorxiv_neursci]

Rapid microglial phenotype changes modulate neuronal networks and sharp wave-ripple activity in acute slice preparations https://t.co/uuMoU1wd8j #biorxiv_neursci

[Arthur Liesz @ArthurLiesz]

We conclude a wonderful @EMBO Stroke-Immunology Workshop in Munich!
Many thanks to all the speakers and participants for their contributions and discussions.

[The Dénes Lab @DenesLab]

@jonykipnis @JExpMed Thanks Jony for your comment, really appreciated. Adam

[The Dénes Lab @DenesLab]

Our new paper by Császár, Lénárt et al., is out in @JExpMed showing that #microglia modulate cerebral blood flow, neurovascular coupling and adaptation to hypoperfusion via dynamic, purinergic actions in the #NVU.

https://t.co/aP1lALVxrq

[The Dénes Lab @DenesLab]

@stu_art_here @JExpMed Thanks a lot Stuart. We had a really hard time publishing this work, which has been going on for 3 years with various obstacles, and finally succeeded after a very professional review processs at JEM.

[The Dénes Lab @DenesLab]

@ComorbidCath @JExpMed Thanks Cath

[The Dénes Lab @DenesLab]

New paper out in @PLOSBiology elaborating on the importance of the NKCC1 transporter in microglial physiology and inflammatory responses. Central vs systemic blockade of NKCC1 with bumetanide have opposite effects. Great team effort led by @KrisztinaTth6
https://t.co/ZfEjH8rkRv

[The Dénes Lab @DenesLab]

Many thanks to all speakers and participants who contributed to the Stroke-Immunology meeting. Great talks, inspiring data, stimulating discussions - see you all next year!

[Balazs Posfai @BalazsPosfai]

I am very happy to share this piece of review from @Deneslab, @csaba_cserep and me with all microglia-enthusiasts!

https://t.co/TJ92FoNTqx

@NeuroCellPress #microglia

[The Dénes Lab @DenesLab]

@ERC_Research @th_pfeiffer @OertnerLab @SchaeferLab @CNRS @Inserm @ENS_ULM @SinaiBrain @INSB_CNRS @EUintheUS Congratulation!

[The Dénes Lab @DenesLab]

@ComorbidCath @eurmicsoc Thank you Catherine!

[The Dénes Lab @DenesLab]

Huge success! Our paper on somatic microglia-neuron junctions has been honored with the annual Outstanding Paper Award from @eurmicsoc
Join us in congratulating all the authors!
https://t.co/8gp0gWOgdH

[The Dénes Lab @DenesLab]

@Pr_Carine_Ali @eurmicsoc Thanks a lot!

[The Dénes Lab @DenesLab]

@stu_art_here Thank you Stuart :)

[The Dénes Lab @DenesLab]

A brilliant piece of perspective from Axel Nimmerjahn on microglia-neuron somatic junctions

https://t.co/XLtlA9qLFT

Also, our paper reached its final form:

https://t.co/8gp0gWOgdH

[The Dénes Lab @DenesLab]

Some of our latest results are included in this newly released paper: Microglia alter the threshold of spreading depolarization and related potassium uptake in the mouse brain
https://t.co/qGO05aKgc6
We really enjoyed working together, and huge congratulations @DanielP_Varga