Author Correction: Maturation and circuit integration of transplanted human cortical organoids
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TL;DR - This is an Author Correction notice in Nature (published 3 August 2026) for a paper on maturation and circuit integration of transplanted human cortical organoids; only the correction title and DOI are available, so no scientific findings can be summarized.
- The original work concerns human cortical organoids transplanted into a host brain, examining how they mature and functionally integrate into existing neural circuits — a model system for studying human neurodevelopment and disease.
- An Author Correction typically amends author lists, affiliations, funding statements, or figure/metadata errors without altering the paper's conclusions; the specific amendment is not disclosed in the provided content.
- Category is Research (Nature primary-literature correction), but note this item carries no new AI results — relevance to AI is indirect, via neuro-inspired computation and imaging/analysis pipelines used in organoid research.
- Content is thin (title plus DOI only); the above is inference from the title and the "Author Correction" designation, not from reported data.
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Author Correction: Maturation and circuit integration of transplanted human cortical organoids
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TL;DR - This is an Author Correction notice in Nature (published 3 August 2026) for a paper on maturation and circuit integration of transplanted human cortical organoids; only the correction title and DOI are available, so no scientific findings can be summarized.
- The original work concerns human cortical organoids transplanted into a host brain, examining how they mature and functionally integrate into existing neural circuits — a model system for studying human neurodevelopment and disease.
- An Author Correction typically amends author lists, affiliations, funding statements, or figure/metadata errors without altering the paper's conclusions; the specific amendment is not disclosed in the provided content.
- Category is Research (Nature primary-literature correction), but note this item carries no new AI results — relevance to AI is indirect, via neuro-inspired computation and imaging/analysis pipelines used in organoid research.
- Content is thin (title plus DOI only); the above is inference from the title and the "Author Correction" designation, not from reported data.