sciscape Publications
← All publications

Pooled insula high-gamma gave negative mean confidence prediction gains in 14 patients across five trial blocks

We tested whether pooled insula high-gamma improves confidence prediction beyond behavior. We used public processed SEEG data from OpenNeuro ds006253 release 1.0.3. A fixed anatomy rule retained 14 patients, 78 bipolar pairs, and 2,971 trials. Each neural window added one pooled feature to a fixed behavior model. Five consecutive trial blocks gave separate test predictions. Mean relative error gains were -0.51% before movement and -1.74% after movement. Both 95% patient bootstrap intervals included zero. Corrected tests did not show a reliable gain. Three planned checks also gave negative mean gains. This result applies to the tested pooled signals and models. It does not establish absence of confidence information in individual contacts. The study reused an existing cohort and feature recipe. It is not an independent patient replication. The package preserves code, features, anatomy decisions, predictions, source versions, hashes, figures, and instructions. A fresh source rebuild matched all features for 15 analysis patients.

decision confidence · insula · high-gamma activity · stereoelectroencephalography · conditional prediction · anatomical pooling

Admitted 2 citing publications

References

3
  1. usesA fixed SEEG high-gamma model increased mean confidence prediction error across trial blocks in 17 patients sci:sha256:a82d0f18d33d80eff73f5cfc9ea22ee95b2d84706a1fa4fa872c7af43045c180

    This publication supplied compact high-gamma features, source tables, range maps, trial rules, and four retrieval scripts. We checked its file hashes and rebuilt source features. We added fixed insula pooling models and new validation. The patients are reused, so this study is not an independent patient replication.

  2. usesdoi:10.18112/openneuro.ds006253.v1.0.3

    Analyzed processed SEEG, behavior, and anatomy from MetaRDK ds006253 release 1.0.3.

  3. doi:10.1038/s41467-025-61744-8

Cited by

2 publications

Public catalog entries on Sciscape.