Erratum Issued for 2016 Study Linking Liver Circadian Disruption to Hepatocarcinogenesis
A 2026 erratum has been published for the 2016 Cancer Cell study reporting that circadian homeostasis of liver metabolism suppresses hepatocarcinogenesis. No new findings are presented.
Summary
Cancer Cell has published an erratum (July 2, 2026) correcting the 2016 paper 'Circadian Homeostasis of Liver Metabolism Suppresses Hepatocarcinogenesis' by Kettner et al. An erratum is a formal correction to specific errors in a previously published article — it does not present new experimental data, mechanistic findings, or updated conclusions. The original 2016 study reported that intact circadian clock function in the liver plays a suppressive role against liver cancer development, and that finding remains the substantive scientific claim. Because only the erratum notice (and not its content) is available here, the exact nature of the corrections — whether figure errors, author affiliations, data tables, or text — cannot be determined. Readers interested in the underlying biology should consult the original 2016 publication (Cancer Cell 30(6):909-924) alongside this correction.
Detailed Summary
This citation is an erratum published in Cancer Cell on July 2, 2026, correcting the 2016 paper by Kettner et al., 'Circadian Homeostasis of Liver Metabolism Suppresses Hepatocarcinogenesis' (Cancer Cell 30(6):909-924, December 2016). An erratum is a formal correction notice; it typically addresses specific errors — such as figure mistakes, data table corrections, author or affiliation changes, or textual errors — in a previously published article. It does not constitute a new study, an updated analysis, or novel findings.
The underlying 2016 study reported that the liver's circadian clock plays a role in suppressing hepatocellular carcinoma, with disruption of clock function contributing to tumor-permissive metabolic states. However, none of those mechanistic details are contained in the erratum notice available here, and the specific content of the correction cannot be determined from the citation alone.
Caveats: Only the erratum citation is available for review — not the erratum text itself, nor the original 2016 paper's full content. Any characterization of specific findings, mechanisms, methodologies, or clinical implications would require consulting the original 2016 article. Readers should not interpret this July 2026 publication as new evidence or as an updated version of the study; it is a correction to the record of an existing decade-old paper.
Key Findings
- This is an erratum (correction notice) to a 2016 Cancer Cell paper, not a new study.
- The specific corrections made to the original paper are not discernible from the citation alone.
- The original 2016 study by Kettner et al. reported that circadian homeostasis in liver metabolism suppresses hepatocarcinogenesis.
- No new experimental data, findings, or mechanistic insights are presented in an erratum by definition.
- Readers should consult the original 2016 publication (Cancer Cell 30(6):909-924) alongside this correction to understand the underlying science.
Methodology
Not applicable — this is an erratum, not a research article. Methodology of the original 2016 study is not described in the erratum citation and would need to be assessed from the original publication.
Study Limitations
Only the erratum citation is available — the content of the correction itself is not provided, so it is impossible to determine which aspects of the 2016 paper were corrected or whether any conclusions of the original study are affected. This review cannot assess the original study's methodology, findings, or ongoing validity without access to both the erratum text and the underlying 2016 article.
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