Congratulations Dina and Chaya! Great stuff. Dina – staring with reaching the roof (plate) in your first first-author paper! I guess the roof is not the limit.
My first first-author paper with @chayakalcheim is out @eLife! 🥳
We found a mechanism responsible for the end of neural crest production, leading to the separation between peripheral and central nervous system branches.
https://t.co/m2PgrvaO4j 1/8
It’s out. A long journey by Esti and the our team (@Batia_Bell & Shira) and wonderful collaborations: @Britta_in_Bern & Urban, @GVatine &Meshi, Ron, Eylon&Oren. Esti pioneered STORM use for BBB research.
https://t.co/nN2m89AEd9 @eLife
Proud to share our collaborative study with Aharony Lev-Tov, led by Baruch Haimson. The wiring and function of the elusive spinal dI2 neuronal population – which contribute to the stability of bipedal stepping. https://t.co/S3vOaph9W8
Yet another stunning work from the @AvihuKlar lab. In a combined effort Haimson et al. reveal how lumbar spinal dI2 neurons are involved in the motor circuit of gait stabilization. Congratulations!
https://t.co/VeLb7ta6zz
Yet another stunning work from the @AvihuKlar lab. In a combined effort Haimson et al. reveal how lumbar spinal dI2 neurons are involved in the motor circuit of gait stabilization. Congratulations!
https://t.co/VeLb7ta6zz
How do Neural Crest (NC) cells, perhaps the most motile cells in the embryo, stop emigrating from the neural tube?
In a new preprint, @DinaRekler and @ChayaKalcheim unravel a Retinoic Acid-dependent mechanism underlying the end of NC EMT and delamination
https://t.co/wyYCppLbUJ
Hand waving sometimes works. I am really excited to share this new study of us and the Mello’s labs. What did the birds learn from hopping mice? That it’s all about loss of function of ephrin-B3. Thanks to my amazing team: Baruch, Reut, Oren and Gerard.
https://t.co/VK8B7JxMib