BrainOrganoid (@borganoid) 's Twitter Profile
BrainOrganoid

@borganoid

A group of neuroscientists trying to recreate the human brain in a dish. @BrainOrganoid

ID: 1070789544247668736

calendar_today06-12-2018 21:18:16

789 Tweet

814 Followers

160 Following

Hank Greely (@hankgreelylsju) 's Twitter Profile Photo

Interesting piece. 2 of 3 scientists mentioned, Muotri & Hanna, are among the most controversial in the area. (Matt Porteus, the 3rd, isn't.) Surprised it didn't mention the NASEM report on this topic, issued in April 2021. Also surprised I hadn't heard about the meeting.

(((Dan Graur))) ダン דן גראור 🇮🇱🇺🇸🇺🇦✌️🖖 (@dangraur) 's Twitter Profile Photo

Debunking another bullshit paper on Neanderthals coauthored by a newly minted The Nobel Prize winner. Comment on “Human TKTL1 implies greater neurogenesis in frontal neocortex of modern humans than Neanderthals” science.org/doi/10.1126/sc…

Pascal Zinn, M.D., Ph.D., FAANS (@pascalzinn) 's Twitter Profile Photo

Too delicate a topic? This very well written and most comprehensive take on human brain organoid ethics was rejected by many journals! Congrats to Meagan and team for persisting! Pitt Neurosurgery BrainOrganoid UPMC Hillman Cancer Center @AHabibMD

Anita Leirfall (@anitaleirfall) 's Twitter Profile Photo

In a new theory of embodied consciousness, neuroscientists Antonio Damasio & Hanna Damasio propose that feelings are the source of consciousness. W/o them, consciousness is impossible–w/radical implications for the ‘hard problem’ of consciousness & ... AI iai.tv/articles/consc…

Organoid News (@organoidscience) 's Twitter Profile Photo

Philipp Wörsdörfer (@woephi) and colleagues describe a novel neuro-#mesodermal #assembloid model that recapitulates aspects of peripheral nervous system development, such as #NeuralCrest cell induction, and much more! 📖 Full study in StemCellReports: bit.ly/43LJ6u2

Philipp Wörsdörfer (@woephi) and colleagues describe a novel neuro-#mesodermal #assembloid model that recapitulates aspects of peripheral nervous system development, such as #NeuralCrest cell induction, and much more! 

📖 Full study in <a href="/stemcellreports/">StemCellReports</a>: bit.ly/43LJ6u2
Matthew Cobb (@matthewcobb) 's Twitter Profile Photo

70 years ago, 3 papers appeared in nature under the title ‘Molecular structure of nucleic acids’. In an article in Nature today (link at end) Nathaniel Comfort and I shed new light on ‘what Watson and Crick really took from Rosalind Franklin’. This thread summarises our findings. 1/23

70 years ago, 3 papers appeared in <a href="/Nature/">nature</a> under the title ‘Molecular structure of nucleic acids’. In an article in Nature today (link at end) <a href="/nccomfort/">Nathaniel Comfort</a> and I shed new light on ‘what Watson and Crick really took from Rosalind Franklin’. This thread summarises our findings. 1/23
Frontiers - Neuroscience (@frontneurosci) 's Twitter Profile Photo

🚨New Research Topic🚨 We are excited to announce a new Research Topic on Developmental Brain Diseases Through the Lens of iPS Cells and Organoids Led by Drs. Gabriel G Haddad, Alysson Renato Muotri and Fred H Gage ➡️ Learn more here: fro.ntiers.in/sMHZ

🚨New Research Topic🚨

We are excited to announce a new Research Topic on Developmental Brain Diseases Through the Lens of iPS Cells and Organoids

Led by Drs. Gabriel G Haddad, Alysson Renato Muotri and Fred H Gage

 ➡️ Learn more here: fro.ntiers.in/sMHZ
Spectrum (Autism Research News) (@spectrum) 's Twitter Profile Photo

A new preprint suggests postmortem brains are a poor stand-in for living brains in studies of neurological conditions, including autism, though several scientists disagree. spectrumnews.org/news/preprint-…

Molecule (@molecule_dao) 's Twitter Profile Photo

Plus, it’ll also provide information about what will happen to our brains if we all decide to migrate to Mars! Thanks Dr Alysson Muotri & UC San Diego ! the-scientist.com/scientist-to-w…

cedric boeckx (@cedricboeckx) 's Twitter Profile Photo

Very interesting #PAX6 cerebral #organoid work by Wai Kit (Calvin) Chan John Mason and colleagues, uncovering phenotypic properties not previously observed based on mouse models 🧫🧠🧬: biorxiv.org/content/10.110…

Organoid News (@organoidscience) 's Twitter Profile Photo

The The Knoblich Lab and the Treutlein lab show that perturbation of 36 high-risk #autism spectrum disorder genes 🧬related to transcriptional regulation uncovers their effects on cell fate determination. 🎉 Congratulations to the team on their study! go.nature.com/488AuA5

The <a href="/Knoblich_lab/">The Knoblich Lab</a> and the <a href="/TreutleinLab/">Treutlein lab</a> show that perturbation of 36 high-risk #autism spectrum disorder genes 🧬related to transcriptional regulation uncovers their effects on cell fate determination. 

🎉 Congratulations to the team on their study! 

go.nature.com/488AuA5
Hugo Chrost (@chrost_hugo) 's Twitter Profile Photo

The projecting axons of neurons (red) from a human brain organoid grow out across a culture dish. Their nuclei are stained blue. Credits: Alysson Muotri #MedTwitter

The projecting axons of neurons (red) from a human brain organoid grow out across a culture dish. Their nuclei are stained blue. 

Credits: Alysson Muotri

#MedTwitter