Rezultati pretraživanja
  1. 13. sij

    First preprint from my ⁦⁩. 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

  2. 7. stu 2019.

    Our new book chapter "Astrocytes: Initiators of and Responders to Inflammation" is out (). Great job, Allison!

  3. 9. sij 2019.

    Cultured GFAP in yellow DAPI in purple

  4. 13. pro 2018.

    are the next big thing: influence on synapse maturation & plasticity. & Allen et al plus Preview from Baldwin &

  5. 19. lip 2018.

    Often overlooked glial cell is key to learning and memory

  6. 15. stu 2018.

    If a diseased or injured brain has lost neurons, could other cells pick up the slack? Several research teams have taken the first step by "reprogramming" into neurons.

  7. 9. lis 2018.

    in mouse striatum contribute to neural circuits and repetitive behavior. Khakh lab

  8. 2. ruj 2019.

    Turning into neurons? It’s possible, yet only in the gray matter. Fascinating study by Mattugini, Bocchi et al. from Magdalena Götz Lab

  9. Identification of a subpopulation of that is enriched in layer 5 of mouse cortex and is also present in human cortex. These cells express norrin, which is mutated in Norrie disease, and acts on neurons to modify their morphology and activity.

  10. 6. svi 2019.

    Our review on in systems is online now . Give it a read here if you're interested:

  11. 5. velj 2019.
  12. Where, when and how do control synaptic circuits? A new Review by Dallérac, Zapata and Rouach

  13. 16. srp 2019.

    And the last piece of my dissertation is out! Takeaways: estradiol is necessary for stress effects on in females, stress effects on are sex-specific. Big thanks to Dr. Cara Wellman for all the grad school guidance and support!

  14. 4. velj 2017.

    What do reactive do? Renowned neurobiologist Ben Barres visited Broad to tell us. Video now available:

  15. 🧠: Stem cells from the sub-ventricular area help repair damage to the cerebral cortex. In 🐁 the presence of fibrinogen promotes their transformation into reparatory rather than 😮👍

  16. 3. velj

    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 for one year!

  17. 3. velj

    🧠: Les cellules souches de la zone sous-ventriculaire contribuent à la réparation des lésions du cortex cérébral. Chez la 🐁 la présence de fibrinogène favorise leur transformation en réparateurs plutôt qu'en 😮👍

  18. 3. velj

    Vimentin in . Love my job.

  19. 1. velj

    Exciting new study from Christian Schachtrup's lab on & published today ! Fibrinogen promotes differentiation of NSCs into regulating cell fate decisions at sites of BBB disruption.

  20. 30. sij

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