[HTML][HTML] Why self-induced pain feels less painful than externally generated pain: distinct brain activation patterns in self-and externally generated pain
Y Wang, JY Wang, F Luo - PloS one, 2011 - journals.plos.org
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain Activation Patterns in Self-and Externally Generated Pain
Y Wang, JY Wang, F Luo - PLoS ONE, 2011 - go.gale.com
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain Activation Patterns in Self-and Externally Generated Pain.
Y Wang, JY Wang, F Luo - PLoS ONE, 2011 - search.ebscohost.com
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
Why self-induced pain feels less painful than externally generated pain: Distinct brain activation patterns in self-and externally generated pain.
Y Wang, JY Wang, F Luo - PLoS ONE, 2011 - psycnet.apa.org
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
[PDF][PDF] Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain Activation Patterns in Self-and
Y Wang, JY Wang, F Luo - 2011 - scienceopen.com
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
[PDF][PDF] Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain Activation Patterns in Self-and
Y Wang, JY Wang, F Luo - 2011 - pdfs.semanticscholar.org
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
[PDF][PDF] Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain Activation Patterns in Self-and
Y Wang, JY Wang, F Luo - 2011 - researchgate.net
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
Why self-induced pain feels less painful than externally generated pain: distinct brain activation patterns in self-and externally generated pain
Y Wang, JY Wang, F Luo - PloS one, 2011 - pubmed.ncbi.nlm.nih.gov
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …
[引用][C] Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain Activation Patterns in Self-and Externally Generated Pain
Y Wang, JY Wang, F Luo - PLoS ONE, 2011 - ui.adsabs.harvard.edu
Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain
Activation Patterns in Self- and Externally Generated Pain - NASA/ADS Now on home page …
Activation Patterns in Self- and Externally Generated Pain - NASA/ADS Now on home page …
[PDF][PDF] Why Self-Induced Pain Feels Less Painful than Externally Generated Pain: Distinct Brain Activation Patterns in Self-and
Y Wang, JY Wang, F Luo - 2011 - Citeseer
Voluntary movement generally inhibits sensory systems. However, it is not clear how such
movement influences pain. In the present study, subjects actively or passively experienced …
movement influences pain. In the present study, subjects actively or passively experienced …