RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @prerana123: So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal dan…
RT @NYU_CNS: Congratulations @prerana123 & @KlannLab on their paper out today in @nature! They show that new protein synthesis in 2 differ…
RT @NYU_CNS: Congratulations @prerana123 & @KlannLab on their paper out today in @nature! They show that new protein synthesis in 2 differ…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
Congratulations @prerana123 & @KlannLab on their paper out today in @nature! They show that new protein synthesis in 2 different inhibitory neuron populations in the amygdala are necessary for storing distinct, simultaneously formed, emotional memorie
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RT @prerana123: So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal dan…
congrats! exciting stuff!
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @prerana123: So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal dan…
RT @prerana123: So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal dan…
RT @prerana123: So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal dan…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @prerana123: So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal dan…
RT @prerana123: So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal dan…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
So excited to share our latest paper! Every so often, we need to identify and appropriately respond to cues that signal danger vs cues that signal safety. How are these memories stored, and are there specific cellular loci for memory consolidation? https:/
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
RT @NeuroscienceNew: “Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https:…
“Amygdala inhibitory neurons as loci for translation in emotional memories” by Prerana Shrestha et al. Nature. https://t.co/r3eRNwyKFF
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
New in @nature 🥼Drs. Eric Klann (@KlannLab) and Prerana Shrestha (@prerana123) from @NYU_CNS show that de novo translation in somatostatin-expressing inhibitory #neurons in the centrolateral amygdala is necessary for conditioned-threat responses. 📍 https
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @Mauricio_Neuro: @prerana123 and @KlannLab strike again! Congratulations on the beautiful work! https://t.co/6hUstuV6EO
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
@prerana123 and @KlannLab strike again! Congratulations on the beautiful work!
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
This looks fascinating! Can't wait to dig in 🧐🔖
" Here we applied intersectional chemogenetic strategies to inhibitory neurons in the centrolateral amygdala of mice to block cell-type-specific translation programs that are sensitive to depletion of eukaryotic initiation factor 4E (eIF4E) " https://t.co/
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
Amygdala inhibitory neurons as loci for translation in emotional memories https://t.co/jYOwZlOwqM
Amygdala inhibitory neurons as loci for translation in emotional memories https://t.co/A1t2cFwNoL
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
RT @KlannLab: Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition,…
Thrilled to share @prerana123's latest work, published today @nature. Using cell type-specific protein synthesis inhibition, we show that de novo translation in distinct types of amygdala inhibitory neurons is required for memory of threat and safety cues.