Neuroglia

Ultrastructural Remodeling of the Neurovascular Unit in the Female Diabetic db/db Model–Part II: #Microglia and #Mitochondria https://bit.ly/2NsdP7f  @Neuroglia_MDPI from Melvin R. Hayden and colleagues at @mumedicine #astrocyte #neurovascularpic.twitter.com/Hkxi3IRF9c

New publication in @Neuroglia_MDPI “In Search of a Breakthrough Therapy for #GlioblastomaMultiforme” https://bit.ly/2xTQsxA  by Sergey Kasparov and colleagues at @UoBrisPPN @IKBFU #GBM #TricyclicAntidepressants #mitochondriapic.twitter.com/mytQwXyZ03

Mediation of #FoxO1 in Activated #Neuroglia Deficient for Nucleoside Diphosphate Kinase B during #VascularDegeneration https://bit.ly/2x5JEwo  @Neuroglia_MDPI by Yuxi Feng and colleagues at @UniHeidelbergpic.twitter.com/e7gp8Jeg2s

New publication in @Neuroglia_MDPI "Syncytial Isopotentiality: An Electrical Feature of #SpinalCord #Astrocyte Networks" https://bit.ly/2LyF9iY  by Min Zhou, @danamctigue and colleagues at @OSUWexMed #GapJunctionspic.twitter.com/WeKhlb4hyI

#InflammatoryCytokines Facilitate the Sensitivity of P2X7 Receptors Toward Extracellular ATP at #NeuralProgenitorCells of the Rodent Hippocampal Subgranular Zone https://bit.ly/2w7ihlI  @Neuroglia_MDPI from Peter Illes @UniLeipzig and colleagues #neuroinflammationpic.twitter.com/WnNti1wWEo

Ultrastructural Remodeling of the Neurovascular Unit in the Female #Diabetic db/db Model—Part I: #Astrocyte https://bit.ly/2vuKBym  @Neuroglia_MDPI from Melvin R. Hayden and colleagues at @mumedicine #microglia #neurovascular #Type2Diabetespic.twitter.com/9Idk2GpoxJ

Action Potential Firing Induces Sodium Transients in Macroglial Cells of the Mouse #CorpusCallosum https://bit.ly/2m7ZC3T  @Neuroglia_MDPI from Christine R. Rose and colleagues at @HHU_de #astrocyte #oligodendrocyte #glutamate #macrogliapic.twitter.com/5wLIcqQOjv

Expression of Kir2.1 Inward Rectifying #PotassiumChannels in #OpticNerve #Glia: Evidence for Heteromeric Association with Kir4.1 and Kir5.1 https://bit.ly/2mcnX93  from Csilla Brasko and @ButtArthur1 @portsmouthuni #astrocyte #oligodendrocyte #WhiteMatterpic.twitter.com/azvv4x8bDi

NG2 #Glia: Novel Roles beyond Re-/#myelination https://bit.ly/2Nr16mk  @Neuroglia_MDPI from Roberta Parolisi and Enrica Boda @unito #oligodendrocyte #ProgenitorCells #synapses #neuromodulation #neuroprotectionpic.twitter.com/Apo8kfFI7e

Astrogliopathy in #Tauopathies https://bit.ly/2KM77bu  @Neuroglia_MDPI from Isidro Ferrer @idibell_cat @ciberned @UBneuroscience #astrocyte #ProgressiveSupranuclearPalsy #CorticobasalDegenerationpic.twitter.com/sD3ceqVICz

Sequential Contribution of Parenchymal and #NeuralStemCell -Derived #Oligodendrocyte Precursor Cells toward #Remyelination https://bit.ly/2sZjnhe  @Neuroglia_MDPI from Akiko Nishiyama @UConn and collaborators #demyelination #myelin #SubventricularZonepic.twitter.com/j6B4x4uuL9

To Be or Not to Be: Environmental Factors that Drive Myelin Formation during Development and after CNS Trauma https://bit.ly/2JuF9o7  @Neuroglia_MDPI from @danamctigue @OSUWexMed and collaborators #SpinalCordInjury #myelination #cytokine #oligodendrocyte #ProgenitorCellspic.twitter.com/rLBjSOMi9i

#LDopa and #fluoxetine upregulate astroglial 5-HT2B receptors and ameliorate depression in #Parkinsons disease mice https://bit.ly/2Fbi8zG  @Neuroglia_MDPI from EiC Alexei Verkhratsky @OfficialUoM, Liang Peng & colleagues at China Medical University, Shenyangpic.twitter.com/JDUzAiltjy

Cooperation between NMDA-type glutamate and P2 receptors for #neuroprotection during #stroke: Combining #astrocyte and neuronal protection http://bit.ly/2FC58bb  @Neuroglia_MDPI from Robert Fern @PlymUni and colleagues @uniofleicester @Insermpic.twitter.com/3ourAlmLJh