Author Correction: Cryo-EM structure of a fungal mitochondrial calcium uniporter

Scientific publishing requires rigorous adherence to citation standards to maintain the integrity of the scholarly record. Prior research has shown that accurate bibliographic data allows researchers to trace the development of structural models and experimental protocols effectively. In the context of high-resolution imaging, the precise attribution of previous findings regarding mitochondrial transport proteins is essential for contextualizing new structural data. The original publication regarding the fungal mitochondrial calcium uniporter contained specific errors in its reference list that required formal amendment to ensure clarity. Maintaining a clear and error-free connection between current findings and established literature ensures that the scientific community can verify the evidence base. This absence of evidence motivated the editorial team and the authors to issue a formal correction to the online version of the article.

The primary objective of this formal amendment involves the rectification of specific bibliographic inaccuracies within the original manuscript. The authors sought to replace reference 15 to ensure that the cited work accurately reflects the intended scientific context of the study. This effort also aimed to renumber references 32 through 50 to maintain a logical and sequential flow throughout the online text. Correcting these citations is necessary to prevent confusion among readers who are examining the structural details of the mitochondrial calcium transport system. By updating the digital record, the researchers ensure that the scholarly lineage of the fungal mitochondrial calcium uniporter remains transparent and verifiable. This effort focuses on upholding the high standards of accuracy expected in structural biology publications and digital archives.

The investigative process for this correction involved a comprehensive review of the citation list associated with the Cryo-EM structure. The editorial staff and authors identified that reference 15 required immediate replacement with a more appropriate or accurate source for the reported data. Subsequently, a systematic renumbering protocol was applied to the references spanning from 32 to 50 in the online version of the article. This digital adjustment ensures that every citation within the text corresponds correctly to the final bibliography provided at the end of the paper. The researchers utilized the journal's online publishing platform to implement these changes across the entire document, ensuring that the digital record remains consistent. These specific technical steps were taken to preserve the utility of the reference list for the global scientific community.

The primary result of this action is the successful replacement of reference 15 within the corrected version of the manuscript. The online text now features a renumbered sequence for references 32 through 50, ensuring bibliographic consistency across the entire report. These modifications allow for a seamless reading experience where the citations align perfectly with the supporting evidence for the fungal mitochondrial calcium uniporter structure. The structural data obtained through Cryo-EM remains unchanged and continues to provide a high-resolution view of the mitochondrial calcium uniporter. No alterations were made to the primary experimental findings or the structural models presented in the original report. The correction successfully addresses the identified clerical errors without impacting the scientific conclusions regarding fungal mitochondrial physiology.

The authors conclude that the updated reference list provides a more accurate and reliable foundation for the reported structural findings. These bibliographic corrections are essential for researchers who rely on the fungal mitochondrial calcium uniporter data for subsequent studies in mitochondrial biology. By ensuring that reference 15 and the sequence from 32 to 50 are correct, the authors maintain the trustworthiness of the published record. Future investigations into the mechanism of calcium transport can now proceed with a clear understanding of the relevant literature. The researchers emphasize that the integrity of the Cryo-EM structure remains the focal point of the corrected article. This formal update serves as a necessary step in the ongoing process of scientific self-correction and documentation.