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Several social discussions praise the study’s novelty and relevance, with phrases like 'really cool results' and 'first time researchers have discovered' illustrating excitement and curiosity. The tone emphasizes fascination with the neural effects of floating, reflecting high interest and engagement, while comments about potential therapeutic implications show moderate perceived impact.
Most discussions support the significance and positive implications of the research, highlighting its novelty and importance.
The posts demonstrate a high level of curiosity about the neural effects of floating and its relation to mindfulness, indicating strong interest.
Many posts delve into specific details about the methodology, such as resting-state fMRI and neural networks, showing deep engagement.
While some posts suggest the research could influence future studies or therapeutic practices, the overall perceived immediate impact appears moderate.
kinda neat... Taking the body off the mind: Decreased functional connectivity between somatomotor and default-mode networks following Floatation-REST. https://t.co/OvX2SKI2v9
For the first time researchers have discovered the effects of floating in the human brain! https://t.co/9IJX19ryQj #bluemind #fMRI #AlteredStatesofConnectivity @LIBR_Tulsa @Obada_alzoubi @mpwpaulus @KhalsaLab https://t.co/vCvC1No0b8
@FloatResearch @LIBR_Tulsa @Obada_alzoubi @mpwpaulus Proud to be a small part of this work by a great team. The title alone begs for a closer look. “Taking the body off the mind: Decreased functional connectivity between somatomotor and default‐mode networks following Floatation‐REST”
@BignaLen @MichielElk @KhoshnoudShiva @maria_ndrnh So far, one study post vs. pre floating with fMRI showing reduced DMN activity (similar to meditation and psychedelics effects): https://t.co/0Bz9q5LbGQ With EEG during floating, tapping directly into ASC.
Nice work by Justin Feinstein and colleagues examining the effects of floatation on resting-state fMRI: https://t.co/seORVMQqE5
Taking the body off the mind: Decreased functional connectivity between somatomotor and default‐mode networks following Floatation‐REST - Al Zoubi - 2021 - Human Brain Mapping - Wiley Online Library https://t.co/G6hpTiv1Ym
Dr. Feinstein presents floatfMRI analyses showing how floating alters resting state functional connectivity within the brain. Read the full research results at httpsdoiorg101002hbm25429.
Dr Joel Frohlich explores the science of floating at Prana Freiburg, discussing how sensory deprivation can promote mental and physical well-being based on recent research findings.
@BignaLen @MichielElk @KhoshnoudShiva @maria_ndrnh So far, one study post vs. pre floating with fMRI showing reduced DMN activity (similar to meditation and psychedelics effects): https://t.co/0Bz9q5LbGQ With EEG during floating, tapping directly into ASC.
Really good read about the intersection of neuroscience and mindfulness-based therapy like floating, something rarely talked about in Germany. Also, great insight into the neural correlates of Float-REST using resting-state fMRI by @AI4BioMed https://t.co/oHd9DzcgIR https://t.co/Gp9ba6FumD
@tahoppe05404 It was mostly posterior DMN. https://t.co/EkazFwF0xx "In contrast to the posterior DMN, there was comparatively little change found in the anterior DMN following Floatation-REST. This was somewhat surprising given the well-known role of the mPFC in self-related processing ..." https://t.co/TD7Cu0i2eo
RT @jlreeseclark: Taking the body off the mind: Decreased functional connectivity between somatomotor and default‐mode networks following F…
RT @jlreeseclark: Taking the body off the mind: Decreased functional connectivity between somatomotor and default‐mode networks following F…
RT @jlreeseclark: Taking the body off the mind: Decreased functional connectivity between somatomotor and default‐mode networks following F…
Taking the body off the mind: Decreased functional connectivity between somatomotor and default‐mode networks following Floatation‐REST - Al Zoubi - 2021 - Human Brain Mapping - Wiley Online Library https://t.co/G6hpTiv1Ym
RT @FloatResearch: For the first time researchers have discovered the effects of floating in the human brain! https://t.co/9IJX19ryQj #blu…
kinda neat... Taking the body off the mind: Decreased functional connectivity between somatomotor and default-mode networks following Floatation-REST. https://t.co/OvX2SKI2v9
@FloatResearch @LIBR_Tulsa @Obada_alzoubi @mpwpaulus Proud to be a small part of this work by a great team. The title alone begs for a closer look. “Taking the body off the mind: Decreased functional connectivity between somatomotor and default‐mode networks following Floatation‐REST”
For the float nerds out there: https://t.co/xbHjWT5BvK #bluemind #fMRI #AlteredStatesofConnectivity art credit: @_murugiah https://t.co/bb3pVMe5Bk
First ever #fMRI paper on sensory reduction in a #FloatTank out today in Human Brain Mapping. Really cool results showing ⬇️default mode network connectivity similar to the #meditation literature and⬇️connectivity between DMN and somatomotor network. https://t.co/EkazFwW3zx
RT @mpwpaulus: Nice work by Justin Feinstein and colleagues examining the effects of floatation on resting-state fMRI: https://t.co/seORVMQ…
Nice work by Justin Feinstein and colleagues examining the effects of floatation on resting-state fMRI: https://t.co/seORVMQqE5
For the first time researchers have discovered the effects of floating in the human brain! https://t.co/9IJX19ryQj #bluemind #fMRI #AlteredStatesofConnectivity @LIBR_Tulsa @Obada_alzoubi @mpwpaulus @KhalsaLab https://t.co/vCvC1No0b8
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