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(2026), comprising human iPSC-derived cortical neurons sampled one and three days after a 10-minute psilocin exposure followed by washout. The archive contains analysis code, frozen specifications, derived result tables, figures, tests and a static copy of the atlas.\n\nFindings and interpretation. OXPHOS-associated transcription was positive at both sampled days. Statistical support depended on gene-correlation assumptions: post hoc limma-voom CAMERA gave q=0.587 at both days with estimated correlation and q=5.84×10−8 with the documented fixed correlation of 0.01. These specifications also differ in their reference distributions. Bayesian analyses favoured positive expression shifts, with uncertain magnitudes, particularly at Day 3. Three differentiation blocks across two genetic backgrounds and unresolved control harvest times limit generalisability and treatment attribution. Transcriptional enrichment does not establish respiration, ATP production, redox flux, DNA-repair activity or telomere preservation.\n\nVersion 1.2.0. Includes the separately specified post hoc CAMERA analysis of all five original pathways and three contrasts, complete results under both correlation specifications, diagnostics and direct runtime verification. The Bayesian extension is also included. Original primary results and frozen specifications are unchanged.\n\nSource study and attribution. Schmidt et al. generated the experimental data and reported Psilocin fosters neuroplasticity in iPSC-derived human cortical neurons (eLife, 2026; analysed article version). Associated source research data are available from Dryad. The Hoffrichter/Schmidt RNA-seq code and metadata are pinned to commit c565709affafbea09406bd7b42fe494f08db6cce, preserved by Software Heritage. Christopher B. Germann performed this independent secondary analysis. This deposit archives the computational companion and derived outputs, rather than the original experimental dataset or a journal article.\n\nLicences apply to different files. Original software is MIT licensed; original documentation, figures and derived result tables are CC BY 4.0 unless a path-level notice states otherwise. Included Observable components retain ISC terms; Reactome/HGNC-derived data retain CC0 terms, and other upstream components retain their original licences and attribution. The licence entries below describe separate components, not alternative licences for the entire archive. Exact assignments and notices are in LICENSE.md, REUSE.toml, FILE_LICENSES.json and THIRD_PARTY_NOTICES.md. Source Dryad research data are CC0 and are not relicensed by this deposit.\n\nCode and live results: GitHub repository · live atlas. The archive preserves version 1.2.0; the linked repository and live atlas may receive later updates.\n\nProgrammatic access. A public, read-only Model Context Protocol (MCP) server (https://psilocybin-research.com/mcp/transcriptomics) provides gene results, pathway and robustness summaries, and provenance from this fixed version 1.2.0 archive, with source citations and direct links to the live atlas. Cite this archived record when using these results.","descriptionType":"Abstract"}],"geoLocations":[],"fundingReferences":[],"xml":"<?xml version="1.0" encoding="UTF-8"?>
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    <title>Metabolic and redox transcription after brief psilocin exposure in human iPSC-derived cortical neurons</title>
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  <subjects>
    <subject>psilocin</subject>
    <subject>psilocybin</subject>
    <subject>psychedelics</subject>
    <subject>transcriptomics</subject>
    <subject>RNA-seq</subject>
    <subject>human iPSC-derived cortical neurons</subject>
    <subject>oxidative phosphorylation</subject>
    <subject>OXPHOS</subject>
    <subject>mitochondrial metabolism</subject>
    <subject>mitochondria</subject>
    <subject>neuroplasticity</subject>
    <subject>redox biology</subject>
    <subject>DNA repair</subject>
    <subject>reproducible research</subject>
    <subject>Bayesian analysis</subject>
    <subject>gene-set enrichment</subject>
    <subject>CAMERA</subject>
    <subject>telomere maintenance</subject>
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    <date dateType="Issued">2026-10-10</date>
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Findings and interpretation. OXPHOS-associated transcription was positive at both sampled days. Statistical support depended on gene-correlation assumptions: post hoc limma-voom CAMERA gave q=0.587 at both days with estimated correlation and q=5.84×10−8 with the documented fixed correlation of 0.01. These specifications also differ in their reference distributions. Bayesian analyses favoured positive expression shifts, with uncertain magnitudes, particularly at Day 3. Three differentiation blocks across two genetic backgrounds and unresolved control harvest times limit generalisability and treatment attribution. Transcriptional enrichment does not establish respiration, ATP production, redox flux, DNA-repair activity or telomere preservation.

Version 1.2.0. Includes the separately specified post hoc CAMERA analysis of all five original pathways and three contrasts, complete results under both correlation specifications, diagnostics and direct runtime verification. The Bayesian extension is also included. Original primary results and frozen specifications are unchanged.

Source study and attribution. Schmidt et al. generated the experimental data and reported Psilocin fosters neuroplasticity in iPSC-derived human cortical neurons (eLife, 2026; analysed article version). Associated source research data are available from Dryad. The Hoffrichter/Schmidt RNA-seq code and metadata are pinned to commit c565709affafbea09406bd7b42fe494f08db6cce, preserved by Software Heritage. Christopher B. Germann performed this independent secondary analysis. This deposit archives the computational companion and derived outputs, rather than the original experimental dataset or a journal article.

Licences apply to different files. Original software is MIT licensed; original documentation, figures and derived result tables are CC BY 4.0 unless a path-level notice states otherwise. Included Observable components retain ISC terms; Reactome/HGNC-derived data retain CC0 terms, and other upstream components retain their original licences and attribution. The licence entries below describe separate components, not alternative licences for the entire archive. Exact assignments and notices are in LICENSE.md, REUSE.toml, FILE_LICENSES.json and THIRD_PARTY_NOTICES.md. Source Dryad research data are CC0 and are not relicensed by this deposit.

Code and live results: GitHub repository · live atlas. The archive preserves version 1.2.0; the linked repository and live atlas may receive later updates.

Programmatic access. A public, read-only Model Context Protocol (MCP) server (https://psilocybin-research.com/mcp/transcriptomics) provides gene results, pathway and robustness summaries, and provenance from this fixed version 1.2.0 archive, with source citations and direct links to the live atlas. Cite this archived record when using these results.</description>
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