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First preprint from my
@SmithLab2018. Great start to 2020. I am so thankful to all my collaborators. We show Calcium-independent astrocytic lipid release modulates neuronal activity through Kv channels | bioRxiv #2020#astrocytes#neuroglia#PGE2https://www.biorxiv.org/content/10.1101/2020.01.12.903393v1 … -
Our new book chapter "Astrocytes: Initiators of and Responders to Inflammation" is out (https://www.intechopen.com/online-first/astrocytes-initiators-of-and-responders-to-inflammation …). Great job, Allison!
#astrocytes#astrogliosis#cytokines#chemokines#neuroinflammation -
Cultured
#astrocytes GFAP in yellow DAPI in purple pic.twitter.com/Wg0LbICmuv
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#Astrocytes are the next big thing: influence on synapse maturation & plasticity.@westboundsigned & Allen et al https://www.cell.com/neuron/fulltext/S0896-6273(18)30845-6 … plus Preview from Baldwin &@c_erogluhttps://www.cell.com/neuron/fulltext/S0896-6273(18)31036-5 … -
Often overlooked glial cell is key to learning and memory http://bit.ly/2lhUgTe
#astrocytes pic.twitter.com/63xO93nsng
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@UoP_IBBS seminar: Dr Virginia Hawkins from@ManMetUni on control of breathing by#astrocytes: important to preventing sudden unexplained death#SUDEP and sudden infant death#SIDS@fpieropan@ButtArthur1pic.twitter.com/3rI4HLqz97
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#Brain
: Stem cells from the sub-ventricular area help repair damage to the cerebral cortex. In #mice
the presence of fibrinogen promotes their transformation into reparatory #astrocytes rather than#neurons
http://ow.ly/hoJm50ycROO pic.twitter.com/monn24eRMQ
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It’s SO rewarding to see your mentees are excited about science as much as you are! Very happy today because a student I had been training for 4 months last year, came back today and she will be working with me on
#astrocytes for one year!@OpenAcademicspic.twitter.com/YWz72cNe8z -
#Cerveau
: Les cellules souches de la zone sous-ventriculaire contribuent à la réparation des lésions du cortex cérébral. Chez la #souris
la présence de fibrinogène favorise leur transformation en #astrocytes réparateurs plutôt qu'en#neurones
https://www.nature.com/articles/s41467-020-14466-y …pic.twitter.com/xAJgxi9SYA
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Exciting new study from Christian Schachtrup's lab
@UniFreiburg on#fibrinogen &#neurogenesis published today@NatureComms! Fibrinogen promotes differentiation of NSCs into#astrocytes regulating cell fate decisions at sites of BBB disruption. https://rdcu.be/b02eq pic.twitter.com/5JAy652ARm
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3D bioprinting glioblastoma models for drug screening
@3dheals@aspectbiosys@aspectbiosys#3Dprinting#bioprinting#Glioblastoma#astrocytes#radiotherapy#tissue#drug#screening#healthcare#technology#JoinTheTribe https://buff.ly/37vt9uo https://ift.tt/2REfKuy pic.twitter.com/2SSXzcwAbd
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We have developed a reproducible
#iPSC derived astrocyte/neuron co-culture system as a platform for#drugscreening.#Astrocytes are known to play an important role in#neurodegeneration, so the ability to work on co-culture systems provides a more relevant modelpic.twitter.com/9VmL0qynTI
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An update on human astrocytes and their role in development and disease, with
#DavidRowitch as a co-author, published now in#Glia https://onlinelibrary.wiley.com/doi/full/10.1002/glia.23771 …#astrocytes#iPSC#neurodegenerationpic.twitter.com/gCTvgdJeNU
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There’s a lot to consider in this paper for
#brain#rarediseases as it studies#Astrocytes and the role of excitotoxicity in#neurodegeneration https://www.sciencedaily.com/releases/2020/01/200129174540.htm …#Neuroscience -
#Astrocytes respond to#noradrenaline with increase in Ca2+ and cAMP in behaving mice. But not at the same time! New study out@NatureCommshttp://disq.us/t/3lk3iwm -
The
@Cunningham_Colm lab is hiring. We have an opening for a research assistant with an interest in#neuroinflammation#behaviour#microglia#astrocytes and#delirium Please RT to help it find its audience.pic.twitter.com/ZIlrRCgYeY
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Thank You
#SFN19, Chicago,@BRAINSbites,@URNeuroscience, and my fellow Neuroscientists. What an amazing conference. See you all at SFN20 in Washington DC!!!#neuroscience#astrocytes#TheFutureIsBright#diversity#mentorshippic.twitter.com/kYPQJ3VLpu
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Our "murder mystery" starring retinal
#astrocytes and#microglia is now published! Here is the thread I wrote back when we posted it on biorxiv. Check out the final version in@PLOSBiology https://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.3000492 …https://twitter.com/jnk_lab/status/1113620088094064640 … -
#Microglia and#astrocytes propagate#neurodegeneration by releasing fragmented and dysfunctional#mitochondria into the neuronal milieu. Inhibiting pathological fragmentation of glial mitochondria blunts neuroinflammation and increases neuroprotection. https://go.nature.com/2kSWJqZ pic.twitter.com/okKpFYwkfE
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