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The overall sentiment reflects genuine interest and recognition of the scientific importance of the publication, exemplified by comments like 'interested in gaining more in-depth knowledge' and sharing of educational resources. The tone is curious and respectful, emphasizing the significance of understanding brain plasticity in phantom limb pain, which contributes to the moderate scores across engagement and impact.
Most comments acknowledge the validity of the research and its explanation of phantom limb pain as a CNS plasticity issue, especially the reference to scientific studies like the one by Flor et al.
Discussions show a high level of curiosity, with users expressing a desire to learn more about the neuroplasticity involved and sharing resources for deeper understanding.
Posts include references to explanations, personal insights, and questions, indicating meaningful interaction with the topic but not necessarily deep debate or critique.
The discussion suggests moderate impact, as users find the research noteworthy and relevant, though few indicate plans for practical application or policy change.
PLASTICIDAD MAL APAPTATIVA En amputados con síndrome de miembro fantasma, el área del cerebro de la parte corporal que no existe es ocupada por otras áreas adyacentes y el dolor es propio de esta ocupación de las áreas corticales. https://t.co/zYQDUdzP60
Since I researched it a super long time ago and I am definitely not a neurologist or scientist, here is a short YouTube clip that explains it in a more sciencey way and for accuracy hopefully
https://t.co/EFlrmm2l9T
@gunsnrosesgirl3 https://t.co/zgX0xhDAAG
@RoyLaTouche Interesante que el dolor del miembro fantasma se incluya dentro del dolor neuropático periférico
Flor, H., Nikolajsen, L., Staehelin Jensen, T.: Phantom limb pain: a case of maladaptive CNS plasticity? Nat. Rev. Neurosci. 7(11), 873–881 (2006) @WellsFargo @jpmorgan
Phantom limb occurs when individuals experience sensations from a missing body part. This phenomenon involves maladaptive changes in the central nervous system, especially in the brain cortex, and understanding these…
Phantom limb pain results from maladaptive changes in the central nervous system, particularly in the brain's cortex. This video discusses evidence from studies showing how cortical plasticity contributes to phantom…
@WabKinew Here is a two minute clip about a phenomenon called phantom limb in which people can experience pain in other parts of their bodies due to the way that our brains respond to loss of healthy parts. https://t.co/565KEn2tjI
RT @LadyOleaceae: Since I researched it a super long time ago and I am definitely not a neurologist or scientist, here is a short YouTube c…
Since I researched it a super long time ago and I am definitely not a neurologist or scientist, here is a short YouTube clip that explains it in a more sciencey way and for accuracy hopefully
Interested in gaining more in-depth knowledge on the subject of Phantom Limb Pain?
@MiracleJanet @MaryLouGrier1 @OliveOwl6 @coulterculture @jacelala @BernadineBlntly However, how consciousness perceives information is unknown, a man burning his hands off without the sense of touch may endure other forms of suffering. Phantom pain syndrome. https://t.co/HXa2GRmuQy
Flor, H., Nikolajsen, L., Staehelin Jensen, T.: Phantom limb pain: a case of maladaptive CNS plasticity? Nat. Rev. Neurosci. 7(11), 873–881 (2006) @WellsFargo @jpmorgan
https://t.co/EFlrmm2l9T
PLASTICIDAD MAL APAPTATIVA En amputados con síndrome de miembro fantasma, el área del cerebro de la parte corporal que no existe es ocupada por otras áreas adyacentes y el dolor es propio de esta ocupación de las áreas corticales. https://t.co/zYQDUdzP60
@gunsnrosesgirl3 https://t.co/zgX0xhDAAG
https://t.co/tTJ8abhrkH
@RoyLaTouche Interesante que el dolor del miembro fantasma se incluya dentro del dolor neuropático periférico
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