[PDF][PDF] ELECTRICAL STIMULATION OF THE INSULAR CORTEX DIMINISHES NOCICEPTIVE BEHAVIOUR AND INCREASES THETA FREQUENCY BAND IN RATS
K Simón-Arceo, U Coffeen, M Palma… - academia.edu
The role of the insular cortex (IC) in pain processing has been suggested in both human and
animal studies. Electrical stimulation of the human IC induces painful sensations. Also …
animal studies. Electrical stimulation of the human IC induces painful sensations. Also …
[引用][C] 165 ELECTRICAL STIMULATION OF THE INSULAR CORTEX DIMINISHES NOCICEPTIVE BEHAVIOUR AND INCREASES THETA FREQUENCY BAND IN …
K Simón驛rceo, U Coffeen, M Palma… - … Journal of Pain, 2009 - Wiley Online Library
[引用][C] 165 ELECTRICAL STIMULATION OF THE INSULAR CORTEX DIMINISHES NOCICEPTIVE BEHAVIOUR AND INCREASES THETA FREQUENCY BAND IN …
K Simón-Arceo, U Coffeen, M Palma… - European Journal of …, 2009 - infona.pl
165 ELECTRICAL STIMULATION OF THE INSULAR CORTEX DIMINISHES NOCICEPTIVE
BEHAVIOUR AND INCREASES THETA FREQUENCY BAND IN RATS × Close The Infona …
BEHAVIOUR AND INCREASES THETA FREQUENCY BAND IN RATS × Close The Infona …