Práticas integrativas e complementares de saúde em Sergipe / Integrative and complementary health practices in Sergipe

A atenção primária em saúde (APS) é o primeiro nível de atenção em saúde, sendo um elo entre a população e o setor de saúde. Tem-se buscado a humanização dos atendimentos, e essa mudança, refletida pelas mudanças da sociedade, trouxe a implementação da Política Nacional de Práticas Integrativas e Complementares (PNPIC) no SUS. O objetivo deste trabalho foi realizar uma análise da tendência da quantidade das práticas integrativas e complementares realizadas nas regionais de saúde de Sergipe de 2017 a 2023, associando com a cobertura da atenção primária. Foi realizada análise de dados secundários através do Departamento de Informática do Sistema Único de Saúde (DATASUS), como forma de organização no período de junho/2015 a junho/2023 por regional de saúde de Sergipe. As análises dos dados foram descritivas e de correlação e por meio de análise de série temporal. A regional de saúde de Lagarto foi a que mais executou as práticas integrativas e complementares no período analisado e algumas regionais não tiveram continuidade na realização destas práticas. A regional de saúde com maior cobertura de APS foi Itabaiana. Não foi possível observar associação entre o número de práticas e a cobertura de atenção primária. Com o intuito de que o atendimento aos indivíduos seja cada vez mais humanizado, e em virtude da realização das práticas integrativas ter baixo índice ou descontinuidade em algumas regiões de Saúde de Sergipe, é relevante que os profissionais de saúde busquem conhecimentos sobre essas práticas, como também, os gestores em saúde incentivem esta ação.

Primary health care (PHC) is the first level of health care, being a link between the population and the health sector. The aim has been to humanize care, and this change, reflected by changes in society, has led to the implementation of the National Policy on Integrative and Complementary Practices (PNPIC) in the SUS. The objective of this work was to carry out an analysis of the trend in the number of integrative and complementary practices carried out in the health regions of Sergipe from 2017 to 2023, associating it with primary care coverage. Secondary data analysis was carried out through the Department of Informatics of the Unified Health System (DATASUS), as a form of organization from June/2015 to June/2023 by health region in Sergipe. Data analyzes were descriptive and correlational and through time series analysis. The Lagarto health region was the one that carried out the most integrative and complementary practices in the period analyzed and some regions did not continue to carry out these practices. The health region with the highest PHC coverage was Itabaiana. Observing an association between the number of practices and primary care coverage was impossible. With the aim that care for individuals is increasingly humanized, and because the implementation of integrative practices has a low rate or discontinuity in some Health regions of Sergipe, health professionals must seek knowledge about these practices as well as health managers encourage this action.

Influence of repositioning guides' color and usage on precision in tooth color measurement with a clinical spectrophotometer.

BACKGROUND: Repositioning guides are commonly employed in clinical studies to ensure consistent tooth color measurements. Yet, their influence on measured color remains uncertain. OBJECTIVE: This study evaluated the impact of repositioning guides' color and usage on tooth color measurement using a clinical spectrophotometer. METHODOLOGY: In total, 18 volunteers participated in this study, in which the color of their upper left central incisor and upper left canine was measured with or without repositioning guides (control). The guides were made from pink, blue, or translucent silicone, as well as an acetate-based bleaching tray. Tooth color was measured in triplicates using a clinical spectrophotometer based on the CIELAB system. The standard deviations of these readings were used to estimate reproducibility, and color differences (ΔE00) between the measurements with guides and the control were calculated. RESULTS: Repositioning guides had a minimal effect on L* values and no effect on b* values. The use of pink silicone increased a* values, whereas blue or translucent silicone reduced them. Irrespective of the evaluated tooth, the lowest ΔE00 values were observed for the translucent silicone and bleaching tray. The usage of guides only affected data variability for the L* color coordinate. CONCLUSION: Using repositioning guides can significantly impact the precision of tooth color measurement with a clinical spectrophotometer.

Influence of repositioning guides' color and usage on precision in tooth color measurement with a clinical spectrophotometer

Abstract Repositioning guides are commonly employed in clinical studies to ensure consistent tooth color measurements. Yet, their influence on measured color remains uncertain. Objective This study evaluated the impact of repositioning guides' color and usage on tooth color measurement using a clinical spectrophotometer. Methodology In total, 18 volunteers participated in this study, in which the color of their upper left central incisor and upper left canine was measured with or without repositioning guides (control). The guides were made from pink, blue, or translucent silicone, as well as an acetate-based bleaching tray. Tooth color was measured in triplicates using a clinical spectrophotometer based on the CIELAB system. The standard deviations of these readings were used to estimate reproducibility, and color differences (ΔE00) between the measurements with guides and the control were calculated. Results Repositioning guides had a minimal effect on L* values and no effect on b* values. The use of pink silicone increased a* values, whereas blue or translucent silicone reduced them. Irrespective of the evaluated tooth, the lowest ΔE00 values were observed for the translucent silicone and bleaching tray. The usage of guides only affected data variability for the L* color coordinate. Conclusion Using repositioning guides can significantly impact the precision of tooth color measurement with a clinical spectrophotometer.