Standard precautions compliance and its associated factors among nurses in Kazakhstan: A cross-sectional study.

BACKGROUND: During the COVID-19 pandemic, with many nurses being infected, understanding compliance with standard precautions (SP) among nurses in Kazakhstan is crucial for improving infection prevention and control and preparedness for future emergencies. The study aimed to assess Kazakh nurses' SP compliance amid the COVID-19 pandemic and examine the factors associated with their compliance. METHODS: Quantitative, cross-sectional design. This research surveyed 241 clinical nurses in Astana, Kazakhstan using a standardized tool from December 2021 to April 2022. RESULTS: This study found 76.0% SP compliance among the nurses. The highest compliance was observed in the dimension "Decontamination of spills and used articles" (86.0% compliance rate), followed by "Use of protective devices" (83.5% compliance rate), "Prevention of cross-infection from person to person" (72.7% compliance rate), "Disposal of sharps" (65.4% compliance rate), and "Disposal of waste" (56.0% compliance rate). Nurses' age and educational qualification influences the nurses' SP compliance. DISCUSSION: While the nurses' compliance rate in this study was moderate, specific areas warrant more attention, such as their compliance with proper waste and sharps disposal. CONCLUSIONS: This study highlighted the experiences of nurses in Kazakhstan on their compliance with SP during the pandemic.

Environmental sustainability in healthcare: A qualitative study of the perspectives of nursing, medical and public health students in Kazakhstan.

THE AIM WAS: This study explored the perspectives of nursing, medical and public health students on environmental sustainability in healthcare. BACKGROUND: The healthcare sector has increasingly recognized the importance of adopting environmental sustainability over the past few years. This growing awareness emphasizes the need to thoroughly assess the connection between health care and environmental responsibility. DESIGN: Qualitative descriptive-exploratory design. METHODS: This study explored the views on environmental sustainability in health care of 29 nursing, medical and public health students at three universities in Kazakhstan through focus group discussions. Thematic analysis was used in the data analysis. Data collection was carried out from June to August 2023. RESULTS: Using semantic thematic analysis, 209 initial codes were extracted, and then similar codes and meanings were grouped, leading to 21 categories until the development of the five significant themes. The five main themes are 'the impact of the environment on health', 'environmental sustainability practices in healthcare care', 'the importance of interdisciplinary collaboration in environmental sustainability in healthcare', 'intrinsic motivation to engage in environmental sustainability practices in healthcare' and 'challenges and barriers to practicing environmental sustainability in healthcare'. CONCLUSIONS: The study findings suggest the critical aspect of addressing environmental sustainability through interprofessional collaboration and working on intrinsic motivation among health professionals. Furthermore, our study contributes in several ways to our understanding of environmental sustainability in healthcare. Provides a basis for clinicians, educators and policy makers to consider adding sustainability to their agenda to prepare future health professionals.

Accumulated substancies and calorific capacity in adipose tissue: Physical and chemical clinical trial.

AIM: To study physical and chemical structures and properties including calorific value of human adipose tissue in different anatomical location in autopsy-assigned clinical trial. METHODS: A pilot physical and chemical descriptive randomized autopsy-assigned trial. Adipose tissue 252 sampled from 36 individuals at autopsy who between 36 and 63 years old died from road accidents. Interventions: Chemical functional groups and calorific value were studied using infrared and atomic adsorptive spectrometries, elemental chemical analysis and differential scanning calorimetry. Adipose tissue was sampled from the 7 various anatomical locations. RESULTS: The highest levels of the analysed chemical substancies were found in dense atherosclerotic plaque. Dense atherosclerotic plaque contains the most of metabolic products, organic and inorganic elements. Dense atherosclerotic plaque has the most of calorific value. The lowest calorific capacity has a pararenal fat. CONCLUSIONS: Human body lipids serve as a harbor for various organic substances, they may absorb different metabolic products, and they have different calorific capacity depending on their location and forms. Atherosclerotic plaque contains the most of organic and inorganic elements, and brings the highest energy potential.