Exciting news from my postdoc! Our latest paper is now published in @NatureComms. We discovered a critical, active brain-spleen circuit that regulates neuroprotective immunity and dictates the pace of Alzheimer’s disease progression. 👇 Let’s break down what we found.
Il progetto sostenuto dal FIS di Giulia Castellani, ricercatrice @SanMartino_Ge, studia i meccanismi biologici che predispongono all’autismo, partendo dal legame tra le infezioni nel primo e secondo trimestre di gravidanza e la probabilità che il nascituro sviluppi la condizione.
📢 Happy to announce our lab at @SanMartino_Ge is supported by @mur_gov_ FIS Starting grant!
We’re studying #Neuroimmunology & #NDDs via in vivo approaches & single- cell tech! 🧠🧬
WE ARE SEEKING: ✅ Postdocs ✅ PhDs ✅ LabTech
📩 [email protected]
Please RT! 🔄
I’m very happy to share the preprint of one of the projects I’ve been working on during my postdoc in Michal Schwartz’s lab at the @WeizmannScience
🧠 Alzheimer’s disease disrupts bone marrow myelopoiesis, leading to systemic immune dysfunction.
https://t.co/jVj4k8rxPf
Castellani et al. show that intranasal administration of oxytocin during the neonatal period alleviates behavioural and immune alterations in a mouse model of 22q11.2 hemideletion syndrome, with the effect linked to an early reduction in BBB permeability. https://t.co/Sr6obVg3yW
Targeting CD38 immunometabolic checkpoint improves metabolic fitness and cognition in a mouse model of #Alzheimer’s disease @NatureComms@AharonJudith et al.
https://t.co/ek4N0HtadU
New research suggests that #EpsteinBarr virus infections may drive immune changes in the deep cervical lymph nodes in patients with #MultipleSclerosis, contributing to disease progression.
Learn more in Science #Immunology: https://t.co/g57zeoV4YR
What a beginning of 2025!! I'm glad to share a new Perspective @NatureNeuro!!🧠🧪
Monocyte-derived macrophages act as reinforcements when microglia fall short in Alzheimer’s disease.
Unroll the thread!🧶
Excited to share our latest study! 🧠✨ We reveal how non-direction-selective retinal ganglion cells encode motion beyond their receptive field, relaying the unconventional signals to the brain. A new insight into multimodal neurons in visual processing!
https://t.co/ho0zPM1MSG
Our paper📝“Top-down modulation of the retinal code via histaminergic neurons of the hypothalamus” is now available in @ScienceAdvances! Dive in to find out how histaminergic neurons in the brain🧠modulate activity of retinal neurons in mice🐭and humans😎. https://t.co/qXvi4fPOLA