Jason Tucciarone retweeted
Thank you @APApsychiatric for highlighting our work in a press release at the APA Annual Meeting, and thank you to @afspnational for supporting this research. Grateful to our @Stanford team, especially co-first author Jason Tucciarone, mentor Alan Schatzberg, and collaborators
Jason Tucciarone retweeted
Low-dose buprenorphine significantly enhanced the antisuicidal effects of a single infusion of ketamine in patients with suicidal ideation and major depressive disorder, a randomized trial showed. @jaytucc @APApsychiatric #APAAM26
medpagetoday.com/meetingcove…
Jason Tucciarone retweeted
New publication! 🧠
Excited to share our latest paper, for which I am co-first author. This randomized controlled trial provides the first evidence that #buprenorphine can prolong and augment #ketamine’s antisuicidal effects in depression.
doi.org/10.1176/appi.ajp.202…
Jason Tucciarone retweeted
Showing once again that drug effects are absolutely dwarfed by context in MDD trials. These patients were recruited bc they were in crisis requiring hospitalization. Gradual return to baseline in a stable inpatient setting. How much more could ketamine have even added?
Serial intravenous ketamine infusions were not superior to midazolam in reducing depressive symptoms among inpatients with moderate to severe depression, with no significant differences in efficacy, cognitive, economic, or quality-of-life outcomes.
ja.ma/3WlrNxx
Jason Tucciarone retweeted
New Research: Opioidergic tuning of social attachment: reciprocal relationship between social deprivation and opioid abuse frontiersin.org/articles/10.… #FrontiersIn #Neuroanatomy
Jason Tucciarone retweeted
This week, the Stanford Bio-X Undergraduate Summer Research Program featured 3 more amazing faculty talks, from Dr. Helen Blau, Dr. Jason Tucciarone, and Dr. Vivek Buch ( @VivekBuchMD )!
Jason Tucciarone retweeted
and finally, @StanfordMed had a few words to say about the paper and the neural basis of sunk cost
med.stanford.edu/news/all-ne…
Thrilled to be apart of this fundamental work by the Eshel Lab combining dopamine sensing and behavioral economic analysis of demand!
authors.elsevier.com/a/1i9oX…
Jason Tucciarone retweeted
Genetic Single Neuron Anatomy reveals fine granularity of cortical interneuron subtypes biorxiv.org/content/early/20… - more great stuff from Josh Huang!
Jason Tucciarone retweeted
PFC drives distinct projection neurons in the BLA. Congrats Laura McGarry, recent graduate of the Carter lab! cell.com/cell-reports/fullte…
Jason Tucciarone retweeted
Congrats Matt! and kudos to the whole-brain-state gang in the lab, for their many years of dedicated and creative work... xitter.cf/lovett_barron/status/9…
our paper is out! evolutionarily conserved neuromodulation of brain state
@KarlDeisseroth @AaronAndalman @weallen1
cell.com/cell/abstract/S0092…
Jason Tucciarone retweeted
This is just a bit too close to "The Fly" (1958 version), in which a tiny human-headed fly was trapped in a spiderweb, desperately screaming xitter.cf/NeuroSciJilly/status/9…
Tiny human brain organoids implanted into rodents statnews.com/2017/11/06/huma… via @statnews
Jason Tucciarone retweeted
Great work @TomGiustino!! xitter.cf/TrendsNeuro/status/915…
Giustino & Maren TINS Spotlight on NN paper from Josh Huang’s group. Chandelier cells in prefrontal–amygdala control bit.ly/2y1QULs
Jason Tucciarone retweeted
ChCs in activity regulation of prefrontal networks bit.ly/2i1SKq7 highlights @jaytucc's bit.ly/2yZXj7p
Jason Tucciarone retweeted
Preach Ben Barres. The old and strong cannot eat their young. xitter.cf/NatureNews/status/9028…
Should a postdoc be able to take their research project with them when they set up their own lab? go.nature.com/2vE0mRq
Jason Tucciarone retweeted
Tour de force from Josh Huang's lab @CSHL defining cellular parameters of inhibitory interneuron diversity - including connectivity labels
Jason Tucciarone retweeted
Here is the fruit of a collaboration with Josh Huang's lab born at an SfN social, it all started with 'what if...'
nature.com/neuro/journal/vao…
Molecular and Circuit-Dynamical Identification of Top-Down Neural Mechanisms for Restraint of Reward Seeking cell.com/cell/fulltext/S0092…
Selective Inhibitory Control Of Pyramidal Neuron Ensembles And Cortical Subnetworks By Chandelier Cells biorxiv.org/content/early/20…






























