Visualizing Science: Scientific Illustration and Science Communication by @TiagoFigueired0 and @vcoelhosantos. Boost your Science! abstractlabservice@gmail.com
Happy to repost with amazing news! I’ve been awarded an #ERCstg from @ERC_Research! #AngioArchitect will explore how blood vessels migrate & connect using 🔬 #liveimaging, with the hypothesis that #microglia are the “uber” guiding them! 🧠🩸
Positions opening in 2026, stay tuned!
We are recruiting a passionate candidate to unravel 🧠 developmental mysteries! If you have a master's degree in Life Sciences or related to work with 🐭 models(Felasa training will be valued), this opportunity is for you!
👉 lnkd.in/dRiXebyk
Deadline:Jan 9, 2025.
So excited that @vcoelhosantos is kicking off her own lab! A great opportunity to work with an energetic and inspiring young PI focused on development of the cerebrovasculature.
@AndyShih_Lab does not need advertising 😌 but as his recent formed postdoc (really miss the Lab) I have just good things to say!! 👌 I totally recommend!!
We are hiring a postdoctoral fellow to study mechanisms of brain microvascular dysfunction in aging and Alzheimer’s disease, using state-of-the-art in vivo multiphoton microscopy and transgenic mouse models. careers-seattlechildrens.ici…. More about the lab: theshihlab.com/
Before all the good folks leave Twitter. Want announce will be back to my home country as a Junior Leader @BecariosFLC soon at @CIBIT_UC. My group will focus on cerebrovascular and neurovascular development using live imaging. Stay tuned for student positions. @CaixaResearch
Pericyte loss during Alzheimer's disease has been strongly linked to blood-brain barrier leakage. Our new data suggests that capillary flow deficits due to pericyte loss probably happen much earlier. Just published in @NatureCommsnature.com/articles/s41467-0…
New work from our lab shows how pericyte loss during brain aging contributes to blood flow disruption and capillary rarefaction. A repair strategy to mitigate these effects exists (pericyte remodeling), but needs help in the aged brain.
biorxiv.org/content/10.1101/…
Santiago Ramón y Cajal, born on 1 May, 170 years ago, proved that each nerve cell is an independent entity and nerve synapses transfer nerve impulses from one cell to another. He was awarded the 1906 #NobelPrize in Physiology or Medicine.
Read more: bit.ly/2IpBW7D
These words, from neuroanatomy pioneer Ramón y Cajal well over a century ago, remain current. Since his time, explorations of the brain have only revealed it to be more expansive than perhaps Cajal even imagined.
Happy Birthday, Ramón! 🧠
#neuroscience#RamonYCajal