Jonathan Pollock
Rockville, Maryland, United States
508 followers
494 connections
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Ph.D. Columbia University in the City of New York
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Department of Psychiatry and Behavioral Sciences, Stanford University School of Medicine
We are driven by innovation — bringing novel approaches and technologies to tackle the hardest challenges in our field. Explore the latest research and scholarly publications from our department at https://stan.md/4aSDa8s "Bifunctional modulation of NMDA and opioid receptors in ketamine reinforcement and misuse: implications for substance use disorder treatment" in Biological Psychiatry by researchers from Stanford Psychiatry and other institutions. https://bit.ly/3MJRTbR "Current and emerging tools for studying animal models of sleep and autism" in the Journal of Psychiatric Research by researchers from Stanford Psychiatry. https://bit.ly/4qx7kmD "Circadian Phase Estimation From Ambulatory Wearables With Particle Filtering: Accuracy Depends on Initialization, Recording Duration, and Light Exposure" in the Journal of Biological Rhythms by researchers from Stanford Psychiatry and other institutions. https://bit.ly/44yss3c "Design and rationale of the MIGHTEE study: Motivational interviewing and group heart transplant exercise and education" in JHLT Open by researchers from Stanford Psychiatry and other institutions. https://bit.ly/3YilKLj "Investigating the Effectiveness of CBT-i Coach, a Free, Publicly Available mHealth App for Insomnia" in the Journal of Technology in Behavioral Science by researchers from Stanford Psychiatry and other institutions. https://bit.ly/49cBQvY "Association of Metformin Use on Postoperative Delirium Risk in Patients with Type 2 Diabetes: A Retrospective Cohort Study" in Delirium by researchers from Stanford Psychiatry and other institutions. https://bit.ly/4j1znrG
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OBiO Tech
🎉 We are proud to see our AAV vectors utilized in groundbreaking research published in Nature Neuroscience! The study, led by Prof. Chen Zhong’s team at Zhejiang Chinese Medical University , uncovers a novel inhibitory neural pathway from the medial septum to the subfornical organ, which fine-tunes anticipatory drinking behavior in mice. This discovery provides new insights into body fluid balance and related disorders. #AAV #Neuroscience #GeneDelivery #ResearchTools #NatureNeuroscience 🌐 https://lnkd.in/dnkEUNGw
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