Dr Dilara Bahceci (@dilarab_phd) 's Twitter Profile
Dr Dilara Bahceci

@dilarab_phd

Psychedelic therapies for mental health - equity & access @georgeinstitute | Next-gen therapeutics @Psylo_Bio || Psychedelic Science Newsletter

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linkhttps://psylo.bio/newsletter calendar_today30-07-2018 23:46:08

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Dr Dilara Bahceci (@dilarab_phd) 's Twitter Profile Photo

The crux - Giving LSD to a dog with an autism-linked gene mutation partially restored brain activity synchronization between humans and dogs🐕🌈

Dr Dilara Bahceci (@dilarab_phd) 's Twitter Profile Photo

Did you catch my psychedelic science newsletter for Sept? New findings in anxiety, depression & addiction, brain connectivity, predicting efficacy, sex differences, neuroplasticity, new tools, & exploring molecular targets of psychedelics beyond 5-HT2A. psylo.bio/news/psylo-new…

Did you catch my psychedelic science newsletter for Sept? 

New findings in anxiety, depression & addiction, brain connectivity, predicting efficacy, sex differences, neuroplasticity, new tools, & exploring molecular targets of psychedelics beyond 5-HT2A.

psylo.bio/news/psylo-new…
Xylo Bio (@xylo_bio) 's Twitter Profile Photo

Psylo is joining forces with Tessara Therapeutics & University of Sydney to advance neuroplastogen development for treating addiction! 🚀🧠 We aim to reshape and ‘rewire’ how we tackle substance use disorders. Learn more: prnewswire.com/news-releases/…

Psylo is joining forces with Tessara Therapeutics &amp; <a href="/Sydney_Uni/">University of Sydney</a> to advance neuroplastogen development for treating addiction! 🚀🧠 

We aim to reshape and ‘rewire’ how we tackle substance use disorders. 

Learn more: prnewswire.com/news-releases/…
Alex Kwan 關進晞 (@kwanalexc) 's Twitter Profile Photo

Our latest study - psilocybin evokes structural neural plasticity, and we wanted to know how this maps onto pyramidal cell type-specific circuits to produce behavioral effects. 🍄🔬🧠 Link to bioRxiv: biorxiv.org/content/10.110… Led by Ling-Xiao Shao and Clara Liao.

Our latest study -  psilocybin evokes structural neural plasticity, and we wanted to know how this maps onto pyramidal cell type-specific circuits to produce behavioral effects. 🍄🔬🧠

Link to <a href="/biorxivpreprint/">bioRxiv</a>: biorxiv.org/content/10.110…

Led by Ling-Xiao Shao and <a href="/ItsClaraLiao/">Clara Liao</a>.