Correlates of Arterial-Filling Patterns in the Intracarotid Amobarbital Procedure

Evaluation of Functional Changes in the Medial Temporal Region During Intracarotid Amobarbital Procedure by Use of SPECT

“…This issue was discussed in several previous reports using different methods (17,26,27). With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus.…”

“…With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus. Perrine et al (27) compared the degree of PCA filling seen on angiography with measurement of memory and argued that the perfusion of PCA is not required for valid memory assessment. By using IAP-SPECT, which allows quantification of neuronal function, we drew a conclusion actually identical to that of those reports.…”

Evaluation of Functional Changes in the Medial Temporal Region During Intracarotid Amobarbital Procedure by Use of SPECT

“…This issue was discussed in several previous reports using different methods (17,26,27). With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus.…”

“…With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus. Perrine et al (27) compared the degree of PCA filling seen on angiography with measurement of memory and argued that the perfusion of PCA is not required for valid memory assessment. By using IAP-SPECT, which allows quantification of neuronal function, we drew a conclusion actually identical to that of those reports.…”

Evaluation of Functional Changes in the Medial Temporal Region During Intracarotid Amobarbital Procedure by Use of SPECT

“…This issue was discussed in several previous reports using different methods (17,26,27). With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus.…”

“…With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus. Perrine et al (27) compared the degree of PCA filling seen on angiography with measurement of memory and argued that the perfusion of PCA is not required for valid memory assessment. By using IAP-SPECT, which allows quantification of neuronal function, we drew a conclusion actually identical to that of those reports.…”

Evaluation of Functional Changes in the Medial Temporal Region During Intracarotid Amobarbital Procedure by Use of SPECT

“…This issue was discussed in several previous reports using different methods (17,26,27). With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus.…”

“…With intracranial electrodes during IAP, Gotman et al (26) demonstrated increased delta waves in the hippocampal structure; they also suggested that hippocampal slow waves might be caused by functional deafferentation due to the profound inactivation of structures surrounding the hippocampus. Perrine et al (27) compared the degree of PCA filling seen on angiography with measurement of memory and argued that the perfusion of PCA is not required for valid memory assessment. By using IAP-SPECT, which allows quantification of neuronal function, we drew a conclusion actually identical to that of those reports.…”