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Aim: The aim of this qualitative meta‐synthesis was to discover the factors impacting on missed nursing care of nurses through systematic thinking. Background: Although nurses are responsible for high‐quality care, missed nursing care is common, endangering patient safety. Understanding of the causes related to missed nursing care could help nursing managers improve the quality of nursing care. Design: A qualitative meta‐synthesis guided by the Preferred Reporting Items for Systematic Reviews and Meta‐analyses (PRISMA). Methods: As a method designed to contribute to knowledge development, meta‐synthesis allows for integration of qualitative study findings using thematic synthesis. Six databases were searched up to October 2021; nine studies met the inclusion and quality assessment criteria and meta‐synthesis were conducted. Results: Three themes related to the causes why nurses missed nursing care were found. The themes included intrinsic resources (professional and ethical values, ambiguous nurse role, prioritization, education system, and knowledge), system structure (staff and resources shortage, heavy workload but limited time, and organizational management failure), and social environment (communication, working relationship and skill mix, and inappropriate ward layout). Conclusion: The phenomenon of missed nursing care is a global tissue, with variations in its elements but also notable similarities. Meta‐synthesis provides evidence of intrinsic and extrinsic factors that contribute to missed nursing care. Relevance to Clinical Practice: Recognizing and understanding the causes of missed nursing care is essential for nursing managers to ensure patient safety and the provision of high‐quality care. [ABSTRACT FROM AUTHOR]

The document is a contents list for the journal "Chemical Communications" published in 2024. It includes articles on various topics such as photocatalysis, Raman imaging, glycosylation, and catalysis. The journal is published by The Royal Society of Chemistry, a leading chemistry community. The document provides a list of articles and authors, allowing library patrons to quickly identify articles of interest for their research. [Extracted from the article]

A highly sensitive method is proposed for obtaining the Raman spectra of low-concentration proteins and nucleic acids in an aqueous solution using liquid–liquid phase separation. This method uses water droplets formed by adding a large amount of polyethylene glycol into a biomolecular aqueous solution. Ordinary spontaneous Raman spectra are obtained with a high signal-to-noise ratio. [ABSTRACT FROM AUTHOR]