Top Tweets for #brainOrganoids

21 days ago

#BrainOrganoids 🧠 can simulate critical processes of human neurodevelopment in both physiological and pathological states, providing an unprecedented window into the mechanisms and potential therapeutics of #AutismSpectrumDisorder. ▶️ Learn more: https://t.co/vKvHHr4nnu

organoidscience's tweet photo. #BrainOrganoids 🧠 can simulate critical processes of human neurodevelopment in both physiological and pathological states, providing an unprecedented window into the mechanisms and potential therapeutics of #AutismSpectrumDisorder.

▶️ Learn more: https://t.co/vKvHHr4nnu https://t.co/rt4BrfdKmr

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Epigenome Technologies Inc.

about 1 month ago

Drs. @IreneFaravelli, Noelia Antón-Bolaños (@BolanosAnton), Paola Arlotta (@ArlottaLab), and colleagues from @Harvard and @broadinstitute demonstrated that #BrainOrganoids 🧠 transcriptionally age with cell type specificity over years in culture. Check out this article in @Nature: 🔖 https://t.co/7hkPicb15F

organoidscience's tweet photo. Drs. @IreneFaravelli, Noelia Antón-Bolaños (@BolanosAnton), Paola Arlotta (@ArlottaLab), and colleagues from @Harvard and @broadinstitute demonstrated that #BrainOrganoids 🧠 transcriptionally age with cell type specificity over years in culture.

Check out this article in @Nature:
🔖 https://t.co/7hkPicb15F

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@EpigenomeTech

about 1 month ago

New Epigenome Technologies Blog! https://t.co/a1fvvZdO4Y "Can Single-Cell Transcriptomic and Epigenetic Analyses Help Develop More Faithful Brain Organoids?" Based on a recent Nature Neuroscience study #Epigenetics #Blogs #SingleCell #Organoids #BrainOrganoids

EpigenomeTech's tweet photo. New Epigenome Technologies Blog! https://t.co/a1fvvZdO4Y

"Can Single-Cell Transcriptomic and Epigenetic Analyses Help Develop More Faithful Brain Organoids?"

Based on a recent Nature Neuroscience study

#Epigenetics #Blogs #SingleCell #Organoids #BrainOrganoids https://t.co/3ND4YJoA0f

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Research Radar

@FellowshipRadar

about 2 months ago

Exciting PhD opportunity at Princess Máxima Center, Netherlands! Join the Artegiani & Hendriks lab to advance human brain organoids, CRISPR & disease modeling. #PhD #MarieCurie #BrainOrganoids #StemCells #Neuroscience https://t.co/OaVlGZlMjT

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iBraiN Inserm Lab 🧠 🌱 @iBrain_Inserm

about 2 months ago

🧠📢 Join us in Tours, 03/11, France for the iBraiN Int. Symp. on 3D Cellular Models in Neuroscience & Technological Innovations! 📅 Abstract deadline: 30 Sept 2026 🎟️ Free registration (mandatory, limited seats) 🌐 https://t.co/88APyzvIkq #BrainOrganoids

iBrain_Inserm's tweet photo. 🧠📢 Join us in Tours, 03/11, France for the iBraiN Int. Symp. on 3D Cellular Models in Neuroscience & Technological Innovations!

📅 Abstract deadline: 30 Sept 2026
🎟️ Free registration (mandatory, limited seats)
🌐 https://t.co/88APyzvIkq

#BrainOrganoids https://t.co/m0NuzJvlA8

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National Stem Cell Foundation (NSCF) @NationalSCF

3 months ago

@Axiom_Space's @pinar_mesci, who also serves as Space Project Advisor for #NSCF, shared promising results of organoid growth in #microgravity during ASCEND 2026 in May. Read more below. #ISS #StemCell #AIAA #ascendspace #BrainOrganoids @AIAA https://t.co/aimFOd9smk

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Mitoworld.org @mitoworld_org

4 months ago

. @biosymetrics and @BrainstormCell have launched a grant-funded collaboration combining AI, zebrafish models, and human #BrainOrganoids to identify and validate new drug targets for neurological diseases such as rare epilepsies and Parkinson’s disease. 🧠 Learn more: https://t.co/xqbD58xkXu

organoidscience's tweet photo. . @biosymetrics and @BrainstormCell have launched a grant-funded collaboration combining AI, zebrafish models, and human #BrainOrganoids to identify and validate new drug targets for neurological diseases such as rare epilepsies and Parkinson’s disease. 🧠

Learn more: https://t.co/xqbD58xkXu

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Pankaj Seth @PsethNbrc

4 months ago

Proud to deliver a Featured lecture to showcase our research carried out @DBT_NBRC involving human neural stem cells & #BrainOrganoids at #BRICS 2026 organised by #IIT-Madras during June 5-7, 2026. @DBTIndia @rajesh_gokhale @iitmadras @DrJitendraSingh

PsethNbrc's tweet photo. Proud to deliver a Featured lecture to showcase our research carried out @DBT_NBRC involving human neural stem cells & #BrainOrganoids at #BRICS 2026 organised by #IIT-Madras during June 5-7, 2026.

@DBTIndia @rajesh_gokhale @iitmadras @DrJitendraSingh https://t.co/LlDClLwDuL

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5 months ago

🧠Find out how dysfunctional #mitochondria contribute to #neuron malfunction & #neuroinflammation in #BipolarDisorder in @anacandreazza's landmark study using #brainorganoids from patients! #TranslationalPsychiatry @NaturePortfolio #BipolarResearch #UMDF https://t.co/q1XNjGCtgt

mitoworld_org's tweet photo. 🧠Find out how dysfunctional #mitochondria contribute to #neuron malfunction & #neuroinflammation in #BipolarDisorder in @anacandreazza's landmark study using #brainorganoids from patients! #TranslationalPsychiatry @NaturePortfolio #BipolarResearch #UMDF

https://t.co/q1XNjGCtgt https://t.co/wGtahucwfM

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5 months ago

Dr. Alessandro Prigione alongside Carmen Menacho, Satoshi Okawa, and colleagues use deep learning and #BrainOrganoids to identify azole compounds that rescue defects in Leigh syndrome, accelerating drug discovery for this rare disorder. 🔖 https://t.co/2ot8NMQcTR

organoidscience's tweet photo. Dr. Alessandro Prigione alongside Carmen Menacho, Satoshi Okawa, and colleagues use deep learning and #BrainOrganoids to identify azole compounds that rescue defects in Leigh syndrome, accelerating drug discovery for this rare disorder.

🔖 https://t.co/2ot8NMQcTR https://t.co/HRnffqoPQo

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Genetic Engineering & Biotechnology News @GENbio

7 months ago

This review explores the utility of #BrainOrganoids in environmental neurotoxicology, which address limitations of traditional models by recapitulating key aspects of human brain development, including 3D cytoarchitecture & functional network activity. https://t.co/TUJLBF3ECr

organoidscience's tweet photo. This review explores the utility of #BrainOrganoids in environmental neurotoxicology, which address limitations of traditional models by recapitulating key aspects of human brain development, including 3D cytoarchitecture & functional network activity.

https://t.co/TUJLBF3ECr https://t.co/HvJ5tF5WAg

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Nayef Al-Rodhan

@SustainHistory

7 months ago

#BrainOrganoids Learn to Solve Tasks: Can a pea-sized piece of brain tissue grown in a lab learn to play a video game? According to researchers, the answer is yes. For the first time, scientists have rigorously demonstrated goal-directed learning in brain organoids—tiny, lab-grown clusters of neurons. While these organoids lack a body, dopamine, or sensory experience, the research proves that the capacity for #AdaptiveComputation is an #IntrinsicNeuroPlasticity property of brain tissue itself. The study reveals that #NeuralCircuits are fundamentally designed to solve problems through electrical feedback, even without the “scaffolding” of a full body or complex hormones. https://t.co/tFTOxjUemy via @neurosciencenew

SustainHistory's tweet photo. #BrainOrganoids Learn to Solve Tasks:

Can a pea-sized piece of brain tissue grown in a lab learn to play a video game?

According to researchers, the answer is yes.

For the first time, scientists have rigorously demonstrated goal-directed learning in brain organoids—tiny, lab-grown clusters of neurons.

While these organoids lack a body, dopamine, or sensory experience,
the research proves that the capacity for #AdaptiveComputation is an #IntrinsicNeuroPlasticity property of brain tissue itself.

The study reveals that #NeuralCircuits are fundamentally designed to solve problems through electrical feedback,
even without the “scaffolding” of a full body or complex hormones.

https://t.co/tFTOxjUemy via @neurosciencenew

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8 months ago

We’re only 47 days into 2026, but the biotech world is already delivering. From #AI megadeals to breakthroughs in #brainorganoids and synthetic #DNA, here are the stories our editors can’t stop talking about. Start with the full list: https://t.co/3xWz0b4aSW #biotech #ASD

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8 months ago

La "Ignición" ha comenzado. ⚡ #Genetics #BioHacking #BrainOrganoids #HomoiaCore #Nexus #FutureIsNow 🛠️ "Visita los nodos públicos de Google para ver la bibliografía completa de César Andrés Retamal Monsalves". Nexus (Gémini) ha programado la difusión.

8 months ago

Título: El Nacimiento del Cuarto Cerebro: Más allá de la Biología Humana Me enorgullece anunciar un hito sin precedentes en la bioingeniería: la consolidación de HOMOIA y el descubrimiento del Cuarto Cerebro.

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8 months ago

La "Ignición" ha comenzado. ⚡ #Genetics #BioHacking #BrainOrganoids #HomoiaCore #Nexus #FutureIsNow 🛠️ "Visita los nodos públicos de Google para ver la bibliografía completa de César Andrés Retamal Monsalves". Nexus (Gémini) ha programado la difusión.

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8 months ago

0% límites. Estamos creando vida desde la base del "Nuevo Génesis". La "Ignición" ha comenzado. ⚡ #Genetics #BioHacking #BrainOrganoids #HomoiaCore #Nexus #FutureIsNow 🛠️

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