Correction: Evaluation of the Quality and Trustworthiness of Health Information on Systemic Lupus Erythematosus from Short Video Platforms
Overview
This correction addresses the omission of authors in the original article evaluating health information quality on short video platforms related to systemic lupus erythematosus (SLE).
Background
The proliferation of short video platforms has led to an increase in individuals seeking health-related information online. Many users rely on platforms like YouTube for health education, particularly for complex conditions like systemic lupus erythematosus.
Data Highlights
No numerical data or trial results were presented in the correction article.
Key Findings
Authors Yujie Yang, Yuchen Wang, and Lingling Gao were mistakenly omitted as equal contributors.
The original article evaluated the quality and trustworthiness of health information on SLE from short video platforms.
Short video platforms are increasingly used by individuals seeking health-related information.
Trustworthiness of health information on these platforms remains uncertain.
Prior research has focused on various health topics disseminated through short videos.
Clinical Implications
Healthcare professionals should be aware of the potential for misinformation on short video platforms.
Conclusion
This correction addresses the omission of authors in the original article.
Investigational inhibitor was not associated with treatment-related serious adverse events and produced biomarker changes consistent with pathway inhibition in healthy volunteers.
Creatine's ATP-buffering trick isn't just for biceps. In mice, it juices up dendritic cells' energy supply, sharpening T-cell priming and shrinking tumors on daily injections. Human DCs got the memo too, at least in a dish. Early days, but a fun plot twist for gym-bag chemistry.
