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Several posts highlight the groundbreaking nature of identifying a distinct neural circuit for affective pain, emphasizing words like 'revealed,' 'link,' and 'new targets.' The tone conveys excitement and anticipation about how this research might influence future pain therapies and understanding of emotional suffering, demonstrating high engagement and perceived importance.
Most discussions acknowledge the significance of the research, with some explicitly supporting its implications for understanding pain mechanisms, as seen in comments about the 'neural circuits linking physical pain to emotional suffering' and the call fo
The posts demonstrate high curiosity, frequently asking questions about potential advances or implications, such as 'What advances do you think may arise?' and emphasizing the novelty of the findings.
Several discussions reference specific neural pathways, brain regions, and potential applications, showing deeper analytical interest, like mentions of 'relaying pain signals to the amygdala' and 'targets for treating conditions like migraine and PTSD.'
The posts reflect a perception of high impact, with some describing the research as a 'game changer' or noting its potential for formulating new treatments for emotionally-focused chronic pain conditions, suggesting strong perceived influence on future re
New paper out in @PNASNews. Thalamic CGRP neurons form a spinothalamic pain pathway relaying pain signal to the amygdala & insular, but not sensory cortex to encode the affective dimension of pain. Huge congrats to first author @SJ_J_Kang_24 & coauthors. https://t.co/1GENFL7tX1
#A newly identified #BrainCircuit links physical pain to emotional suffering, offering insight into chronic pain and potential new targets for treating conditions like migraine and PTSD. @salkinstitute @PNASNews https://t.co/VPRrMfa4M6 https://t.co/wZzieyzuFU
Fuente: https://t.co/AH4UXLZG85 Artículo original https://t.co/tfXuM8tl5I
“Thalamic CGRP neurons define spinothalamic pathway for affective pain” by Sung Han et al. PNAS https://t.co/VtTKyMe62N
What advances do you think may arise from the revelation of a distinct neural circuit involving CGRP neurons in the subparafascicular nucleus, published by Kang et al. in @PNASNews? https://t.co/Iul5Jhe837 #PRF #EditorsPick https://t.co/PedLZ08Ul4
https://t.co/1c60vwE36q
This video explores how environmental factors influence personality development, illustrated through the case of Trunks from the future. It emphasizes the role of surroundings in shaping psychological traits and…
This video discusses how thalamic CGRP neurons define a spinothalamic pathway for affective pain, referencing a study published in the Proceedings of the National Academy of Sciences.
https://t.co/TsYBp6q9fv
RT @chayito09: Fuente: https://t.co/AH4UXLZG85 Artículo original https://t.co/tfXuM8tl5I
Fuente: https://t.co/AH4UXLZG85 Artículo original https://t.co/tfXuM8tl5I
RT @PainResForum: What advances do you think may arise from the revelation of a distinct neural circuit involving CGRP neurons in the subpa…
RT @PainResForum: What advances do you think may arise from the revelation of a distinct neural circuit involving CGRP neurons in the subpa…
What advances do you think may arise from the revelation of a distinct neural circuit involving CGRP neurons in the subparafascicular nucleus, published by Kang et al. in @PNASNews? https://t.co/Iul5Jhe837 #PRF #EditorsPick https://t.co/PedLZ08Ul4
RT @IASPpain: What advances do you think may arise from the revelation of a distinct neural circuit involving CGRP neurons in the subparafa…
What advances do you think may arise from the revelation of a distinct neural circuit involving CGRP neurons in the subparafascicular nucleus, published by Kang et al. in @PNASNews? https://t.co/Px4AP1Q8Uy #PRF #EditorsPick https://t.co/oiW5LnW2VR
RT @VinicioGranados: https://t.co/1c60vwE36q
We can’t deny it: there is emotional pain. We need better treatments that address the emotional and motivational components of pain. Thalamic CGRP neurons define a spinothalamic pathway for affective pain www.pnas.org/doi/10.1073/...
https://t.co/1c60vwE36q
We can’t deny it: there is emotional pain. We need better treatments that address the emotional and motivational components of pain. Thalamic CGRP neurons define a spinothalamic pathway for affective pain | PNAS https://t.co/nrRuRaCJKY
@drjonathanchung https://t.co/LElDiALeFv Oh yeah I must have forgot to do it - here you go
How a hidden brain circuit fuels fibromyalgia, migraines, and PTSD https://t.co/OXOspDQjDe Thalamic CGRP neurons define a spinothalamic pathway for affective pain https://t.co/dP2agOgIeH
Source: https://t.co/r8jdeH6bFt
Thalamic CGRP neurons define a spinothalamic pathway for affective pain. https://t.co/z9UGitEMCx https://t.co/OsVLi3V0R7
[PNAS] Thalamic CGRP neurons define a spinothalamic pathway for affective pain https://t.co/MiL29xT80H
RT @NeuroscienceNew: “Thalamic CGRP neurons define spinothalamic pathway for affective pain” by Sung Han et al. PNAS https://t.co/VtTKyMe6…
RT @NeuroscienceNew: “Thalamic CGRP neurons define spinothalamic pathway for affective pain” by Sung Han et al. PNAS https://t.co/VtTKyMe6…
“Thalamic CGRP neurons define spinothalamic pathway for affective pain” by Sung Han et al. PNAS https://t.co/VtTKyMe62N
RT @iamhans: New paper out in @PNASNews. Thalamic CGRP neurons form a spinothalamic pain pathway relaying pain signal to the amygdala & ins…
RT @medical_xpress: #A newly identified #BrainCircuit links physical pain to emotional suffering, offering insight into chronic pain and po…
RT @iamhans: New paper out in @PNASNews. Thalamic CGRP neurons form a spinothalamic pain pathway relaying pain signal to the amygdala & ins…
RT @iamhans: New paper out in @PNASNews. Thalamic CGRP neurons form a spinothalamic pain pathway relaying pain signal to the amygdala & ins…
New paper out in @PNASNews. Thalamic CGRP neurons form a spinothalamic pain pathway relaying pain signal to the amygdala & insular, but not sensory cortex to encode the affective dimension of pain. Huge congrats to first author @SJ_J_Kang_24 & coauthors. https://t.co/1GENFL7tX1
RT @medical_xpress: #A newly identified #BrainCircuit links physical pain to emotional suffering, offering insight into chronic pain and po…
RT @medical_xpress: #A newly identified #BrainCircuit links physical pain to emotional suffering, offering insight into chronic pain and po…
RT @medical_xpress: #A newly identified #BrainCircuit links physical pain to emotional suffering, offering insight into chronic pain and po…
RT @medical_xpress: #A newly identified #BrainCircuit links physical pain to emotional suffering, offering insight into chronic pain and po…
#A newly identified #BrainCircuit links physical pain to emotional suffering, offering insight into chronic pain and potential new targets for treating conditions like migraine and PTSD. @salkinstitute @PNASNews https://t.co/VPRrMfa4M6 https://t.co/wZzieyzuFU