Barbara Lykke Lind

[Barbara Lykke Lind @LindLykke]

Congrats Jill, looking forward to read it

[Jill Stobart @JillStobart]

Big news!! Our paper about astrocyte NMDA receptors is out in Nature Communications! https://t.co/L2YDsDxVzI
This team effort was spearheaded by @NoushinAhmadpo1 @MeherKantroo
Thanks to the Reviewers for suggesting "mechanism" experiments that took this story to the next level!

[SleepLüthiLab @LabLuthi]

👉New study out from the lab! Find out about the #locus #coeruleus as a gatekeeper of #sleep cycles! The #bluespot ‘s indispensable roles at night 🌠 elaborated by a creative team @alejandrosoriof @GFoustoukos @CardisRomain @najmacherrad @FernandezLmj, with C.Devenoges @FBM_UNIL

[Volterra_Lab @Volterra_Lab]

Our work in @Nature is out! Special thanks to Roberta de Ceglia, @adaledonne, @david_g_litvin, @LindLykke, @kennethd_harris, @_mameli_, @mercurinb, @LudovicTelley. Also thanks to @Wysscenter, @DNF_neuro, @snsf_ch & @ERC_Research. https://t.co/N0RXjxqyVO

[Barbara Lykke Lind @LindLykke]

So proud to have contributed to this important work expanding on #astrocyte functionality. Out today in @Nature

[Volterra_Lab @Volterra_Lab]

Our work in @Nature is out! Special thanks to Roberta de Ceglia, @adaledonne, @david_g_litvin, @LindLykke, @kennethd_harris, @_mameli_, @mercurinb, @LudovicTelley. Also thanks to @Wysscenter, @DNF_neuro, @snsf_ch & @ERC_Research. https://t.co/N0RXjxqyVO

[Søren Grubb @SorenGrubb]

🔥🔥🔥🧵1/14: Exciting new findings on 🧠 waste clearance using the 🌟#MICrONS dataset🌟 by @AllenInstitute! I explored the roles of 🦠#macrophages and #ArachnoidVilli in maintaining #BrainHealth. #neuroscience #BrainWaste https://t.co/W2uR5MI8YM

[NedergaardLab @NedergaardLab]

📜We are very excited to share our most recent publication showing that astrocytic chloride modulates inhibitory neurotransmission in vivo in awake mice by @VerenaUntiet @mrfelix @NatalieHauglund @CeliaKjaerby @Aladronde @ZuzaBojarowska @Hiraselab_KU @MaiNedergaard 1/7

[Barbara Lykke Lind @LindLykke]

or revisit this webinar where I presented some of the results: https://t.co/f2VGS9DP1j

[Barbara Lykke Lind @LindLykke]

So happy to share the link for the final versions of our work on #PVinterneurons recruiting #astrocytic Ca2+ as part of an inhibitory #NVC response in awake mice. Just made available in @GLIA_Journal, https://t.co/kQ31bwVdfg.

[Barbara Lykke Lind @LindLykke]

A warm thank you to all who supported and contributed: MartinThunemann @BU_NPC, @MartinMlauritz, @kucharz_neuro and others at the @transneuro_lab at @neurosceince_dk. For more details go to @Lind_Lab

[Neurotar @Neurotar_team]

So happy to see this @LindLykke publication in print! Results of correlating astrocytic Ca2+ and NVC using #2photonmicroscopy suggest that interneuron and astrocyte-dependent mechanisms must be studied in head-fixed #awakemice: https://t.co/pjO9YPnpUw

[Kira Poskanzer @KiraPoskanzer]

I’m proud to share our new paper dissecting norepinephrine (NE), astrocytes, and arousal in cortical circuits, a project led by PhD student Michael Reitman: https://t.co/Mnxgq7NvGP.
As often happens in science, an unexpected result gave us a big clue in this project. 🧵 1/12

[Brad Sutherland @BradASutherland]

Pleased to share our latest paper on microglia pericyte associations published in Glia. Great work by a great team @CathFoster_ @Jake_Cashion_ @ziebs83 @jomaree @DrLachlanSBrown and the twitterless Gary Morris & others. @WickingDementia @UTAS_MedSci #PEM https://t.co/IDVbCs1NNi

[Barbara Lykke Lind @LindLykke]

Check out this interesting paper on neurovacular coupling in aged brain. @ChangsiCai1 @UCPH_Research

[ChangsiCai @ChangsiCai1]

Our new article in Nature Aging is now published online. We reported an age-related decrease in responsivity of brain micro vessels, accompanied by a decrease in vessel density and loss of vascular mural cell processes.
@lundbeckfonden
@neuroscience_dk

https://t.co/AN75nPia6s

[Ilary Allodi @AllodiLab]

📣📣 Interested in studying the role of interneurons in ALS using spatial transcriptomics in collaboration with the awesome Dr. Susana Aznar @BBH_CNSLab? This is a fantastic opportunity to come and work with us @st_psy in beautiful #StAndrews! Deadline 8th of January!!! Please RT

[Barbara Lykke Lind @LindLykke]

In this webinar this Thursday you’ll find me presenting on #astrocyte and #interneuron #neurovascular coupling. @LindLab, @UCPH_Research.
Also check out the presentation by Adrián Rodríguez-Contreras sharing his great work on Ca2+ activity in endothelial cells

[InsideScientific | A Scientist.com Company @InsideSci]

LIVE NEXT WEEK: Profs Barbara Lind (@UCPH_Research) & Adrián Rodríguez-Contreras (@NorthwesternU) discuss #NeurovascularCoupling in awake head-fixed & anesthetized mice in this webinar sponsored by @Neurotar_team! Register here: https://t.co/B6QwTIgNes
#ShareScience #NeuroTwitter

[Catherine Hall @cathnaledi]

You can now apply for my PhD project with @DgnLab looking at how microglia respond to hypoxia! Details here: https://t.co/VkLDZj2S3A and apply here: https://t.co/gMwO0pnVYi Please get in touch if you’re interested, address here https://t.co/LhthaleV6D

[Meehan Lab, University of Copenhagen @MeehanLab]

Interested in ALS research? 🧠

Join us in beautiful Copenhagen, the center of one of the happiest countries in the world 🇩🇰🤗

We are looking for a #postdoc to investigate microglia-motor neuron interactions in ALS 🐁

https://t.co/O3c0iEAhsu

@neuroscience_dk
@UCPH_health

[Nature Cardiovascular Research @NatureCVR]

Hello vascular, cardiac and blood researchers/editors! We are expanding our team and the deadline for application is Friday, July 15th!!! Please apply using the link below or help us spread the word:
https://t.co/3zL4juw5Bk

[Dr Isabel N Christie @izzynchristie]

Can astrocytes tune vessel diameter in accord with brain oxygenation? We are collecting further evidence that astrocytes reduce nitrite.. more to come soon

https://t.co/rRfd9DGsRo

[Saab, Aiman S. @aiman_saab]

Happy to share our paper @CellReports. Thanks to all co-authors! #astrocytes, #connexins, #gapjunction, #spatialmemory.
@UZH_IPT @UZH_en @UZH_ch @snsf_ch @snf_ch

Decoupling astrocytes in adult mice impairs synaptic plasticity and spatial learning https://t.co/yPfwWkH8M2