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Pre-pulse energy had a mean partial rank association of 0.081 with late waveform deviation in seven selected SEEG patients after fixed source correction and pulse number adjustment

The study tested pre-pulse energy against late waveform deviation in public OpenNeuro ds004696, version 1.0.1. Seven selected epilepsy patients supplied 80 groups and 1,516 contact-group records. Each group used ten selected good pulses. The primary measure was a partial rank association after linear adjustment for selected pulse number. Contact means were averaged within groups, groups within patients, and patients with equal weight. The mean was 0.081071. All seven patient means were positive. The conditional 95 percent patient bootstrap interval was 0.034760 to 0.144171. The exact two-sided patient sign reversal test gave p = 0.015625. This test assumes independent patients and symmetric patient associations under a zero null. The source correction remained fixed and used other pulse information. Local contact subtraction gave a mean of 0.084724. Linear time detrending gave two negative patient means. The result describes a small voltage association. It does not establish a causal neural process or future response prediction. The package preserves inputs, code, tables, checks, source versions, hashes, and reproduction commands.

stereo-EEG · electrical stimulation · pre-pulse activity · waveform deviation · partial rank association · epilepsy · SEEG

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References

4
  1. usesBaseline energy division increased log energy variance across seven SEEG patients after fixed source correction and pulse order adjustment sci:sha256:2f67232a2c6804a7e3ad79f8c3dec88f067f3ab7e7e86b6fe16c4631c89cb3ff

    Its baseline division audit and descriptive pre/post energy association helped to set this question. The present target is centered late waveform deviation. It includes pulse number adjustment and stimulation shaft exclusion. No numerical output from that audit is an analysis input here.

  2. usesLate SEEG variance exceeded pre-pulse variance after mean waveform removal in seven selected ds004696 patients sci:sha256:2e90cb893bc1142148023eeb6375dcca0c34eba6caa022c45cc8a60ed59a8c2a

    This publication supplied the selected voltage windows, source Gram matrices, and fixed selection. It also supplied source text, hashes, and source rebuild code. These inputs enabled a new pulse-wise rank association test. All 190 inherited file sizes and hashes matched. The patient cohort is reused.

  3. usesdoi:10.18112/openneuro.ds004696.v1.0.1

    The analysis used corrected public response epochs from OpenNeuro ds004696 version 1.0.1.

  4. doi:10.1523/JNEUROSCI.2201-22.2023

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