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Congratulations to our colleague @FedericoMiozzo for the publication of this paper!!
#JNeurosci | @FedericoMiozzo et al. used mice to investigate how a gene associated with autism spectrum disorder and depression, Protocadherin 9, plays a role synaptic dysfunction and brain pathology. This study provides important molecular and synaptic insight. @NeuroAlc @UniversidadMH
doi.org/10.1523/JNEURO…View quoted post on X
Check out our latest paper in collaboration with @charo_robles1 🧬
We introduce FrozONE, a protocol for nuclear isolation from frozen tissue that enhances efficiency, reproducibility, and scalability for proteomics.
🔗 Read more: acortar.link/Q7Lr54
Don’t miss it! 🚀
We introduce FrozONE, a protocol for nuclear isolation from frozen tissue that enhances efficiency, reproducibility, and scalability for proteomics.
🔗 Read more: acortar.link/Q7Lr54
Don’t miss it! 🚀
2/2 Our chapter focuses on the impact of new genome-wide technologies and their application in studying activity-driven transcription.
Don’t miss it!
shorturl.at/Hqzve
@NeuroAlc @SergioNi92 #BarcoLab #Neuroscience
Don’t miss it!
shorturl.at/Hqzve
@NeuroAlc @SergioNi92 #BarcoLab #Neuroscience
1/2 Sixteen years after the first edition, we're honored to contribute again to the essential volume edited by Ramendra N. Saha and @Serenadudette.
The book explores how neurons respond to activation throughout the lifespan, from neurodevelopment to learning.
#BarcoLab
The book explores how neurons respond to activation throughout the lifespan, from neurodevelopment to learning.
#BarcoLab
