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The overall tone highlights strong support and interest in the neural mechanisms behind choking, with examples like 'reward-related neural signals' and enthusiasm about research sharing on preprint servers, demonstrating both excitement and deep interest in the scientific implications behind the findings.
Most discussions support the idea that the research provides valuable insights into why people choke under pressure, with phrases like 'neural basis' and 'providing insight' indicating endorsement.
Posts show high curiosity about neural mechanisms, referencing terms like 'neural signals,' 'motor cortex,' and 'neural basis,' which suggest strong engagement with the scientific content.
Users actively discuss methodology, neural activity, and implications, with some sharing excitement about the research being 'up on biorxiv' and referencing detailed neural interactions, indicating deep engagement.
The discussions emphasize the potential impact on understanding performance failures in high-stakes situations, and some suggest this could influence approaches to training or medical assessments, reflecting high perceived importance.
Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical population correlates of reward-mediated performance in primates. https://t.co/X2N11f6UmT Summary in thread below (1/11)
Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
A neural basis of choking under pressure https://t.co/r6KtYD61a4 #biorxiv_neursci
A neural basis of choking under pressure www.sciencedirect.com/science/arti... #sensorimotor #neuroskyence
A neural basis of choking under pressure https://t.co/iVxINZ7F1c #bioRxiv
Everyone feels pressure, from NFL players to those in job interviews. This video breaks down the neuroscience and psychology of how pressure impacts our brains and explores strategies for performing effectively even…
Ever choked under pressure? Dr. Taraz Lee from the University of Michigan explains the complexities behind this phenomenon. In this video, he outlines what choking under pressure entails, the research conducted on it…
This video explores how NFL kickers handle pressure, connecting neuroscience and psychology to performance. Learn about the optimal arousal levels for tasks and how these factors influence our brain function under…
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
A neural basis of choking under pressure https://t.co/P0k0anYFNA https://t.co/JJsNtGWgkq
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
RT @leafs_s: Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
Neuron A neural basis of choking under pressure https://t.co/M3Vh1Iob9w
Reward-related neural signals and motor preparation processes interact within the motor cortex, providing insight into why we sometimes choke under pressure. @NeuroCellPress https://t.co/dGjZic1F3N
Which can also affect exam results: Choking under pressure: Brain neurons misfire when the stakes are highest | New Atlas newatlas.com/biology/chok... A neural basis of choking under pressure | Neuron www.cell.com/neuron/abstr... [paywall]
RT @jwt0625: Article: https://t.co/cDw50IAJ51 Paper: A neural basis of choking under pressure https://t.co/mZHuF4QX3H
Article: https://t.co/cDw50IAJ51 Paper: A neural basis of choking under pressure https://t.co/mZHuF4QX3H
A neural basis of choking under pressure: Neuron https://t.co/S5nnhWKjhl
The paper in "Neuron" the above "Nature" article is based upon, & links to: “A neural basis of choking under pressure” via "Nature Briefing" (Abstract only, paper
低下する可能性を意味し、実際に低下しました。https://t.co/rxdM3djCN4
A neural basis of choking under pressure www.sciencedirect.com/science/arti... #sensorimotor #neuroskyence
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @biorxiv_neursci: A neural basis of choking under pressure https://t.co/r6KtYD61a4 #biorxiv_neursci
Smoulder, A. L., Marino, P. J., Oby, E. R., Snyder, S. E., Miyata, H., Pavlovsky, N. P., Bishop, W. E., Yu, B. M., Chase, S. M., & Batista, A. P. (2023). A neural basis of choking under pressure (p. 2023.04.16.537007). bioRxiv. https://t.co/sDDfgogIUk
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @PromPreprint: A neural basis of choking under pressure https://t.co/qnffBfyIOU
A neural basis of choking under pressure https://t.co/qnffBfyIOU
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
RT @asmoulder3195: Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical populat…
Excited to announce “A neural basis of choking under pressure” is up on biorxiv, where we look at motor cortical population correlates of reward-mediated performance in primates. https://t.co/X2N11f6UmT Summary in thread below (1/11)
RT @biorxivpreprint: A neural basis of choking under pressure https://t.co/iVxINZ7F1c #bioRxiv
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @biorxiv_neursci: A neural basis of choking under pressure https://t.co/r6KtYD61a4 #biorxiv_neursci
RT @leafs_s: A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
A neural basis of choking under pressure https://t.co/Xdz6Egr7VR
RT @biorxiv_neursci: A neural basis of choking under pressure https://t.co/r6KtYD61a4 #biorxiv_neursci
RT @biorxiv_neursci: A neural basis of choking under pressure https://t.co/r6KtYD61a4 #biorxiv_neursci
A neural basis of choking under pressure https://t.co/BxnoKTgw1D #neuroscience #pressure
RT @biorxiv_neursci: A neural basis of choking under pressure https://t.co/r6KtYD61a4 #biorxiv_neursci
RT @biorxivpreprint: A neural basis of choking under pressure https://t.co/iVxINZ7F1c #bioRxiv
A neural basis of choking under pressure https://t.co/r6KtYD61a4 #biorxiv_neursci
A neural basis of choking under pressure https://t.co/iVxINZ7F1c #bioRxiv
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