Our latest review explores how our understanding of hypothalamic regulation has evolved — from its origins to emerging future perspectives
https://t.co/OHONC8X3HD
Moi contento de compartir esta pequena entrevista en @vozbarbanza sobre a recente nova de ser beneficiario dunha #MSCA Postdoctoral Fellowship e un pouco da miña carreira científica. 👇🏼https://t.co/LApFaQMe3a
How does obesity catalyze neurodegeneration?
Our paper just out @NatMetabolism
https://t.co/kx25urgpJx
free access
https://t.co/aL1FBN9MyI
Phenomenal work by @chen_bandy pulling this together
🚨 We're hiring!
The @NeurObesity_Lab at @cimususc is looking for a #postdoc to lead cutting-edge research on Neuroendocrinology, and a lab #technician to assist in daily lab operations and in different projects, with special focus on cell culture.
IP Contact: [email protected]
🔥 Curious about the latest research on BAT and thermogenesis? Dive into our new review—hot off the press! 🧊➡️🔥 Written with my best scientific buddy 👩🔬🤝FAcTs on fire: https://t.co/92beYz4tSX
New paper alert in colaboration with Neuroaging group at @idis_research - Neuroprotective effect of small extracellular vesicle-mediated targeting of AMPKα2 in cerebral ischemia. @cimususc
https://t.co/SoZHnAKQYI
Excited to share that part of my thesis work is finally out! We demonstrate that, in addition to AMPK catalytic subunits, regulatory subunits like gamma2 also play a key role in Sf1 neurons for maintaining energy balance.
https://t.co/6s4urD6doY @MolMetab
📢🧬🧪
Thrilled to share that our @MolMetab paper on how AMPKγ2 in SF1 neurons affects whole body metabolism is out!! Congratulations to @Oscar_Freire_A, first author of this impressive work, @NeurObesity_Lab and all the authors! 👀 Check it: https://t.co/OEXHvF0t6f
Happy to share this new spotlight on @NeuroCellPress about how NPY ignites 🔥 the adipose tissue. Highlighting the elegant work from @AnaDomingosLab in @Nature. Already available online 😁@NeurObesity_Lab https://t.co/iKfGMWVbBp
Also, this recent Spotlight on @Cell_Metabolism about "Cortical actions of thyroid hormone: An exploration and metabolism crossroad" https://t.co/ubw9glbitj