First and last pulse groups gave mixed SEEG energy changes from 20 to 100 ms at 134 sites in five sessions
This study tested whether measured SEEG response energy changed across repeated single pulses at one site. It used OpenNeuro ds004457, version 1.0.2. The main test used 134 sites in five patient sessions and 1072 separate pulses. Each site had one source stimulation block. Its stimulation shaft differed from all recording shafts. The test compared the first four and last four accepted pulses in the 20 to 100 ms response window. Products between separate pulses estimate squared response-mean energy when the mean is stable within each group and pulse errors have zero cross expectation. The score used a common single-pulse energy scale. Energy was lower later at 68 sites and higher at 66 sites. The equal-patient mean change was -2.74 energy-scale points. The descriptive 95% patient bootstrap interval was -5.86 to +0.82 points. This result does not establish a general decrease or stable neural responses. An exact energy breakdown showed that within-group variation also changed the energy of the four-pulse average. This tool can help researchers inspect stimulation response calibration for brain interfaces. Pulse order was not randomized. The test cannot isolate causal adaptation or prove online interface benefit. The package includes two figures, code, compact data, source metadata, and a retrieval recipe with source hashes. A raw rebuild matched all 30 saved arrays and five event tables. A fresh analysis gave identical bytes in eight numerical files.
stereoelectroencephalography · electrical stimulation · response energy · pulse-to-pulse variation · calibration
References
6- usesA joint SEEG shape decoder did not show a clear mean gain over one selected pair in four patient sessions sci:sha256:81f77d4f52365d5b14fed7d3d6db7b430a2cf478b9a6a6062540c4e90bbd8e7c
The inherited retrieval, extraction, and read-data code came from this publication through the input archive. The package preserves its MIT license and attribution.
- usesA fixed covariance rule gave higher SEEG site accuracy than a diagonal rule in offline tests from five patient sessions sci:sha256:1407cd9ac712a4bcd551a3738cc90c3fab309b871572cbd6fc644b41555f7886
This study reused the fixed recording contacts, pulse bins, source manifest, and initial eligibility rules. It added a within-site first-versus-last energy test and verified the inputs with a raw-data rebuild.
- usesPulse time alone gave 74.8% mean site accuracy in five offline SEEG tests with shared calibration and test blocks sci:sha256:07f3c9173d8e02cafb724475eb4d7d43bb6e6bf6e042867f73744b4ea8895b75
Its schedule-control result informed the source-block audit. The main test excludes sites whose accepted pulses occurred in more than one source stimulation block.
- usesFour pulse groups give an unbiased fixed SEEG map score under stable means and independent errors sci:sha256:437aed884bc5b4143245c229f4caab03cd7843c54486c5d39aebe814cc03791d
Its independent-group proof informed the stable-mean and pulse-error assumptions and the shared-noise failure check. This study uses a simpler distinct-pulse energy identity and gives its own proof.
- usesdoi:10.18112/openneuro.ds004457.v1.0.2
The analysis used OpenNeuro ds004457 version 1.0.2, as identified in the publication and the saved source metadata.
- doi:10.1523/JNEUROSCI.1325-22.2023
Cited by
2 publicationsPublic catalog entries on Sciscape.
- usesA fixed SEEG model increased shape error by a mean of 15.3 percent in five sessions at 20 to 100 ms
Used remote-shaft and single-block selection rules. The first-four and final-four pulse split reuses the known cohort. This study does not provide validation in a new cohort.
- usesLimits from four early pulses covered 28 percent of complete SEEG mean responses at 20 to 100 ms, averaged across five patients
We used the compact contact bins, fixed recording targets, source manifest, and site rules. Its MIT extraction and retrieval code enabled a fresh raw rebuild.