Paper: https://t.co/AmDJHa24Gy
Liver protects neuron viability and electrocortical activity in post-cardiac arrest brain injury.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Sep 2024 – Nov 2024Where it's discussed
-
News59 articles
-
X / Twitter8 posts
-
Blogs8 articles
-
Facebook4 posts
-
YouTube2 videos
AI synopsis
What people are saying
The overall tone reflects interest in the research's potential, exemplified by posts discussing revival of brain activity in pigs and the liver's role in neuroprotection, using words like 'surprising discovery' and 'revived activity,' which indicate curiosity and recognition of the study's significance.
Most discussions acknowledge the significance of the study, with some expressing support for its findings regarding the liver's protective role in brain injury after cardiac arrest.
Interest levels are moderate, with discussions referencing specific research details like neuronal viability and recent experiments, but some posts are more playful or speculative.
Participants delve into scientific implications, mentioning mechanisms and experimental results, yet some comments show casual curiosity rather than deep analysis.
The discussions highlight the potential importance of the research, especially the possibility of advancing treatment for brain injury, though concrete applications are not yet emphasized.
Abstract in brief
- The study shows that liver health significantly influences brain injury outcomes after cardiac arrest, with liver issues linked to worse neurological recovery and higher mortality.
- In experiments, brains connected to a functioning liver experienced fewer injuries, better neuron survival, and improved electrical activity, indicating the liver's protective role.
- The research found that liver impairment affects gene expression and metabolic processes in the brain, emphasizing the liver's key role in the development and severity of brain injury post-cardiac arrest.]
Top posts
Most liked on X and Bluesky停止されるまでの6時間、その状態が維持されました。ただし、摘出して60分後に接続した脳では、活動が回復したのはわずか3時間でした。一方、肝臓を組み込んでいない生命維持装置では、摘出10分後の接続でも、再開した脳の電気活動は時間の経過とともに低下しました。https://t.co/pnyylNl30A
The liver protects neurons after cardiac arrest: https://t.co/YqjLk9kvUI
Does #DnD have a pig necromancer class? If not new research out of china may suggest the need. It is the ultimate healing research that not even death stops. Liver protects neuron viability and electrocortical activity in post-cardiac arrest brain injury https://t.co/C4FaFGmpxx
Scientists have revived activity in the #brains of #pigs up to nearly an hour after circulation had ceased. In some cases, functionality was sustained for hours through a surprising discovery. https://t.co/7QkZ7wqY1w https://t.co/b4Gq6mtzrx
Liver protects neuron viability and electrocortical activity in post- #CardiacArrest #BrainInjury By Z. Guo, Q. Zhao, X. He and colleagues at Guangzhou, China
All mentions
Advances in Mpox Outbreaks and Organ Donation Challenges
The latest news includes updates on Mpox cases in Germany and Uganda, organ donation issues, and recent scientific discoveries. Explore significant developments impacting public health and medical science.
Liver-Assist Technique Resurrects Brain Activity After Cardiac Arrest
A team of neurosurgeons and organ transplant specialists discovered that a brain can be revived 50 minutes after removal from the body if connected to a liver. This breakthrough may improve resuscitation and treatment…
Liver protects neuron viability and electrocortical activity in post-cardiac arrest brain injury | EMBO Molecular Medicine https://t.co/1grS3KbZj5
停止されるまでの6時間、その状態が維持されました。ただし、摘出して60分後に接続した脳では、活動が回復したのはわずか3時間でした。一方、肝臓を組み込んでいない生命維持装置では、摘出10分後の接続でも、再開した脳の電気活動は時間の経過とともに低下しました。https://t.co/pnyylNl30A
https://t.co/6TG34EfmPn
Does #DnD have a pig necromancer class? If not new research out of china may suggest the need. It is the ultimate healing research that not even death stops. Liver protects neuron viability and electrocortical activity in post-cardiac arrest brain injury https://t.co/C4FaFGmpxx
The liver protects neurons after cardiac arrest: https://t.co/YqjLk9kvUI
Scientists have revived activity in the #brains of #pigs up to nearly an hour after circulation had ceased. In some cases, functionality was sustained for hours through a surprising discovery. https://t.co/7QkZ7wqY1w https://t.co/b4Gq6mtzrx
Paper: https://t.co/AmDJHa24Gy
Liver protects neuron viability and electrocortical activity in post- #CardiacArrest #BrainInjury By Z. Guo, Q. Zhao, X. He and colleagues at Guangzhou, China