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The overall tone reveals excitement about the creation of complex, multi-region brain organoids, exemplified by mentions of 'stunningly similar' and descriptions of the models as 'novel' and 'comprehensive.' Diverse comments indicate a strong interest and belief that these developments could significantly influence neurobiological research and treatment approaches, driven by words that highlight innovation and potential applications.
Most discussions recognize the significance of the advances described and support the potential of MRBOs for neurodevelopmental studies.
Posts show high enthusiasm and curiosity about the technological breakthrough, with phrases like 'stunningly similar' and 'amazing blob.'
Comments reference specific features such as multiple brain regions and blood vessel development, indicating engagement at the method and implications level.
The discussions emphasize how this research could revolutionize studies of brain development and neuropsychiatric disorders, reflecting high perceived impact.
A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for studying #NeuropsychiatricDisorders and testing experimental therapies. @johnshopkins @advscinews https://t.co/vTIMeLHTlV https://t.co/gYZfBd2kK8
Multi-Region Brain Organoids Integrating Cerebral, Mid-Hindbrain, and Endothelial Systems https://t.co/o2WagK8Ykz
https://t.co/8gL57mcGC3
‘This Amazing Blob Is Stunningly Similar to The Human Brain’ – interesting read on ‘next generation’ multi-region brain organoids created at Johns Hopkins University [Paper -https://t.co/rMWpjAkBac]: https://t.co/ndboD3hTSx @JohnsHopkins
Brain organoid technology helps model human brain development in lab settings, but current methods are limited to basic endothelial cell types. Multi-Region Brain Organoids (MRBOs) combine different brain regions with…
Multi-Region Brain Organoids model human brain development by integrating cerebral, mid-hindbrain, and diverse endothelial systems, offering improved realism and insights into neurodevelopmental processes and disorders.
実際の脳（成人の脳の数百億個に対して600万～700万個のニューロン）と比べるとはるかに小さく、脳全体の発達を研究するための独自のプラットフォームを提供します。https://t.co/7Y9ABuQ69b
RT @SocraticScribe: https://t.co/8gL57mcGC3
https://t.co/8gL57mcGC3
RT @DrPaoloMezzana:
‘This Amazing Blob Is Stunningly Similar to The Human Brain’ – interesting read on ‘next generation’ multi-region brain organoids created at Johns Hopkins University [Paper -https://t.co/rMWpjAkBac]: https://t.co/ndboD3hTSx @JohnsHopkins
Context has never been so gross ! https://t.co/0by5bJcHVd
Multi‐Region Brain Organoids Integrating Cerebral, Mid‐Hindbrain, and Endothelial Systems - Kshirsagar - Advanced Science - Wiley Online Library https://t.co/dg6a0dnsqV
Source: https://t.co/C2tZmVbtuw
Multi-Region Brain Organoids Integrating Cerebral, Mid-Hindbrain, and Endothelial Systems advanced.onlinelibrary.wiley.com/doi/10.1002/...
https://t.co/n5VuZu2zje
RT @neurokinetikz: "Johns Hopkins University researchers have grown a novel whole-brain organoid, complete with neural tissues and rudiment…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
RT @medical_xpress: A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for s…
A novel whole-brain organoid featuring multiple brain regions and rudimentary blood vessels offers a new platform for studying #NeuropsychiatricDisorders and testing experimental therapies. @johnshopkins @advscinews https://t.co/vTIMeLHTlV https://t.co/gYZfBd2kK8
"Johns Hopkins University researchers have grown a novel whole-brain organoid, complete with neural tissues and rudimentary blood vessels." https://t.co/iG0fdwxccc
RT @Pluchinolab: Multi-Region Brain Organoids Integrating Cerebral, Mid-Hindbrain, and Endothelial Systems https://t.co/o2WagK8Ykz
Multi-Region Brain Organoids Integrating Cerebral, Mid-Hindbrain, and Endothelial Systems advanced.onlinelibrary.wiley.com/doi/10.1002/...
Multi-Region Brain Organoids Integrating Cerebral, Mid-Hindbrain, and Endothelial Systems https://t.co/o2WagK8Ykz
RT @SAOscience: