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Parker Singleton

@singletonion

dad - senior scientist at pennlinc.io - psychedelics and other fun stuff - aspiring urban homesteader - sypres.io
Greenville, SC singlesp.github.io Joined March 2018
1.2K Following 1.9K Followers 4K Posts

Latest posts 5

Parker Singleton @singletonion
Now out in NPP (open-access): doi.org/10.1038/s41386…
www.nature.com A living systematic review, meta-analysis, and open data resource of trials of MDMA-assisted... Neuropsychopharmacology - A living systematic review, meta-analysis, and open data resource of trials of MDMA-assisted therapy for PTSD
Parker Singleton @singletonion Apr 8
🍄 Our second installment of sypres.io, a living systematic review and meta-analysis on MDMA for PTSD is now live on medRxiv. Here's what we found and how we built upon our open science infrastructure to support it 🧵

medrxiv.org/content/10.648…
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Parker Singleton @singletonion
bsky.app Brooke Sevchik (@bsevchik.bsky.social) Very excited to announce that this living systematic review and meta-analysis is now published in Neuropsychopharmacology! https://doi.org/10.1038/s41386-026-02575-z [contains quote post or other...
Parker Singleton @singletonion Apr 8
🍄 Our second installment of sypres.io, a living systematic review and meta-analysis on MDMA for PTSD is now live on medRxiv. Here's what we found and how we built upon our open science infrastructure to support it 🧵

medrxiv.org/content/10.648…
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Parker Singleton @singletonion
Anil Seth Verified account @anilkseth Sep 16
An extraordinary @Nature paper has just landed from the lab of @Sergiu_P_Pasca at @Stanford - led by Konstantin Kaganovsky. They have found a way to create "xenocortical mice" which have ~92% of their cortex occupied by a cortical organoid derived from human stem cells. This human-derived cortical graft integrates deeply with the host nervous system, supporting organised neural activity and behaviour.

This study is a milestone in synthetic biology and chimera research. It has the potential to generate multiple medical breakthroughs by providing an enhanced biological model of human brain tissue that allows behavioural as well as neural and genetic assays.

The Stanford team have been exceptionally thorough and proactive in addressing ethical concerns that comes from this frontier work. But their pioneering work nonetheless raises many open questions: are the xenocortical mice conscious? Do they have any human-like properties of consciousness or cognition?

@NitaFarahany and I will be addressing some of these questions in a forthcoming commentary - where we'll also offer an ethically-informed roadmap to guide this important research as it progresses. In this context, "pacing the frontier" really does make sense 😉

Read the Stanford @nature paper here, and buckle up. It's wild. nature.com/articles/s4158…
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