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Discussions reflect a positive reception with examples like 'high interest' in the physical mechanisms and 'relieve anxiety,' indicating curiosity about underlying processes and applications. The tone is curious and optimistic, emphasizing the significance of these findings for medical and scientific advancements.
Most discussions agree that the research shows magnetic fields up to 23 T are safe for mice and highlight potential benefits.
Posts demonstrate high interest, with comments noting the physical mechanisms and implications for future tech.
Many posts reference specific effects like memory and anxiety improvements, showing active engagement.
The discussions suggest the findings could influence future medical imaging applications and treatments.
“Short- and long-term effects of 3.5–23.0 Tesla ultra-high magnetic fields on mice behaviour” by Md Hasanuzzaman Khan et al. European Radiology https://t.co/fWnI9KZXzW
The physical mechanisms for this must be so interesting! https://t.co/zBCI2lNQo9
Key Points •Short-term exposure to magnetic fields up to 23 T is safe for mice •High-field static magnetic field exposure transiently reduced mice locomotion •High-field static magnetic field enhances memory while reduces the anxiety level https://t.co/cetITvmJ3S #NMRchat #NMR
So... When will we get anxiety treatments in @7Tfacility_Lund ?
• Short-term exposure to magnetic fields up to 23.0 T is safe for mice. • High-field static magnetic field exposure transiently reduced mice locomotion. • High-field static magnetic field enhances memory while reduces the #anxiety level.
▼高静磁場への曝露により、不安、うつ症状が改善、空間記憶と社会的記憶が向上する可能性 https://t.co/vSLZ6x6t7D 健康なマウスを7.0～33.0 TのSMFに1時間曝露。その後2か月で全血球数、主要組織に重大な影響はなし。海馬のカルシウム/カルモジュリン依存性プロテインキナーゼIIの発現増加と関連？
This video explains why biomagnetism works, exploring its scientific basis. For a detailed explanation, watch the full interview on YouTube. Biomagnetism shows promise in therapeutic applications backed by recent…
This video explores how biomagnetism works, its scientific basis, and its potential benefits in medical therapies. It provides a professional overview of the principles behind magnetic field applications in health and…
This study explores short and long-term behavioral effects of ultra-high static magnetic fields (up to 32.5 Tesla) on mice, showing temporary balance issues and potential benefits like improved memory and reduced…
Recent research indicates that exposure to ultrahigh magnetic fields can temporarily reduce anxiety and depression symptoms while enhancing social and spatial memory, with no lasting negative effects on mice. These…
Key Points •Short-term exposure to magnetic fields up to 23 T is safe for mice •High-field static magnetic field exposure transiently reduced mice locomotion •High-field static magnetic field enhances memory while reduces the anxiety level https://t.co/cetITvmJ3S #NMRchat #NMR
RT @heniek_htw: • Short-term exposure to magnetic fields up to 23.0 T is safe for mice. • High-field static magnetic field exposure transie…
• Short-term exposure to magnetic fields up to 23.0 T is safe for mice. • High-field static magnetic field exposure transiently reduced mice locomotion. • High-field static magnetic field enhances memory while reduces the #anxiety level.
RT @jazzloaf: The physical mechanisms for this must be so interesting! https://t.co/zBCI2lNQo9
The physical mechanisms for this must be so interesting! https://t.co/zBCI2lNQo9
Short- and long-term effects of 3.5-23.0 Tesla ultra-high magnetic fields on mice behaviour. https://t.co/Wh8Xu6ym3C
▼高静磁場への曝露により、不安、うつ症状が改善、空間記憶と社会的記憶が向上する可能性 https://t.co/vSLZ6x6t7D 健康なマウスを7.0～33.0 TのSMFに1時間曝露。その後2か月で全血球数、主要組織に重大な影響はなし。海馬のカルシウム/カルモジュリン依存性プロテインキナーゼIIの発現増加と関連？
1/ High Static Magnetic Field Can Relieve Anxiety: Exposure to high static magnetic fields alleviated anxiety and improved both spatial and social memory in mice within two months of exposure. https://t.co/XxwnBKpEfH #science #psychology
So... When will we get anxiety treatments in @7Tfacility_Lund ?
Yüksek statik manyetik alanlara maruz kalma, iki ay içinde farelerde kaygıyı hafifletti ayrıca hem uzamsal hem de sosyal hafızayı geliştirdi. https://t.co/81dRP7grQ5
RT @NeuroscienceNew: “Short- and long-term effects of 3.5–23.0 Tesla ultra-high magnetic fields on mice behaviour” by Md Hasanuzzaman Khan…
RT @NeuroscienceNew: “Short- and long-term effects of 3.5–23.0 Tesla ultra-high magnetic fields on mice behaviour” by Md Hasanuzzaman Khan…
“Short- and long-term effects of 3.5–23.0 Tesla ultra-high magnetic fields on mice behaviour” by Md Hasanuzzaman Khan et al. European Radiology https://t.co/fWnI9KZXzW
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