Can we make brains “smarter”? By boosting mitochondrial metabolism in neurons of memory circuits, we improved memory in flies and mice. Thrilled to see this work out - congrats to @amrapalianjali.bsky.social for spectacular work, and to all lab members for invaluable contributions!
Can we make brains “smarter”? By boosting mitochondrial metabolism in neurons of memory circuits, we improved memory in flies and mice. Thrilled to see this work out - congrats to @amrapalianjali.bsky.social for spectacular work, and to all lab members for invaluable contributions!
And forgot to say we made all tools available at @addgene.bsky.social at www.addgene.org/browse/artic... including our new low affinity MitoGCaMP for in vivo fly measurements of mitochondrial Ca2+!
And fun to ready the commentary by the Misgeld lab - thanks for highlighting our work! www.nature.com/articles/s42...
Exciting new tool for the study of mitochondrial metabolism! Thank you @jdejuan-sanz.bsky.social for sharing your plasmids.
📢Convocatoria 2026 de 10 plazas para la @academiajoven.bsky.social
➡️Plazo de inscripción abierto hasta el 28 de febrero (improrrogable)
Más información en: academiajoven.es
👉[email protected]
The new Cajal Center is opening 8 CSIC permanent research positions (CT, IC & PF levels) via national competitive exams. We welcome candidates eager to shape an ambitious 🧠 research hub in Spain.
🔗 sede.csic.gob.es/tramites/con... 📣
#Neuroscience #CNC #CSIC #ScienceJobs 👇🏼
Jaime de Juan-Sanz
Jaime de Juan-Sanz
Jaime de Juan-Sanz
Jaime de Juan-Sanz
Nature Metabolism
Nature Metabolism
sede.csic.gob.es
Y tú ¿Qué quieres ser de mayor?
La @academiajoven.bsky.social lucha para que ninguna niña deje de soñar, imaginar, de innovar, Y ESTIMULA la curiosidad CIENTÍFICA y el interés por aprender de las niñas y las jóvenes.
¡Que todas las MUJERES puedan SEGUIR SUS VOCACIONES CIENTÍFICAS!
Addgene
Academia Joven de España
Academia Joven de España
Liset M. de la Prida
Nature Metabolism
Calcium entry into mitochondria couples neuronal activity to energy supply, but whether boosting this drive can enhance brain function has remained unclear. Vishwanath et al. now demonstrate that tuni...
Can we make brains “smarter”? By boosting mitochondrial metabolism in neurons of memory circuits, we improved memory in flies and mice. Thrilled to see this work out - congrats to @amrapalianjali.bsky.social for spectacular work, and to all lab members for invaluable contributions!
