Análise do gerenciamento de tecnologias em equipamentos médico-assistenciais em unidades de terapia intensiva: desafios para o enfrentamento da COVID-19 / Analysis of technology management in medical equipment in intensive care units: Challenges for coping with COVID-19

Introdução: A pandemia causada pelo coronavírus SARS-CoV-2 trouxe uma pressão descomunal sobre os sistemas de saúde, especialmente sobre a disponibilidade de leitos, equipamentos e recursos humanos das unidades de terapia intensiva (UTI), que mesmo antes desse cenário já apresentavam dificuldades, em especial na gestão de equipamentos. Embora se tenha passado mais de 10 anos do início da obrigatoriedade da gestão de tecnologias em serviços de saúde, a sua implementação na prática ainda é um desafio e um problema de saúde pública. Objetivo: Verificar a implantação do Plano de Gerenciamento de Tecnologias de equipamentos médico-assistenciais nas UTI de Goiânia, parte integrante da gestão de tecnologias. Método: Como base utilizou-se dados secundários coletados em um guia elaborado pela Vigilância Sanitária, aplicado em dois momentos durante as inspeções em UTI. Os dados foram analisados de forma comparativa e os resultados apresentados por meio de frequência absoluta, relativa e de análise estatística. Resultados: Os níveis de implantação do Plano de Gerenciamento de Tecnologias encontrados foram de 25,8% e 40,9% na 1ª e 2ª inspeção, respectivamente. Conclusões: Investimentos em treinamento e em programa de educação permanente podem levar a uma melhoria na implantação do plano e, consequentemente, a um avanço na qualidade do serviço oferecido ao usuário. Considerando que a Vigilância Sanitária é um importante catalisador dessa mudança, este estudo traz dados importantes para os gestores priorizarem ações e formularem políticas públicas na Saúde Coletiva que servirão para melhorar a segurança dos pacientes e, por consequência, ajudar no enfrentamento da COVID-19.

Introduction: The pandemic caused by the SARS-CoV-2 coronavirus has brought a huge pressure on health systems, in particular the availability of beds, equipment and human resources in Intensive Care Units (ICU), which even before this scenario already had difficulties, especially in equipment management. Although more than 10 years have passed since the beginning of mandatory technology management in health services, its implementation in practice is still a challenge and a public health problem. Objective: To verify the implementation of the Medical Equipment Technology Management Plan in the ICUs of Goiânia, Goiás, an integral part of technology management. Method: As a basis, secondary data collected in a Guide prepared by the Sanitary Surveillance was used, applied in two moments during inspections in the ICU. The data were analyzed comparatively and the results presented through absolute and relative frequency and statistical analysis. Results: The levels of implementation of the Technology Management Plan found were 25.8% and 40.9% in the 1st and 2nd inspection, respectively. Conclusions: Investments in training and in a permanent education program can be a direction to improve the implementation of the plan and, consequently, an advance in the quality of the service offered to the user. Considering that Health Surveillance is an important catalyst for this change, this study provides important data for managers to prioritize actions and formulate public policies in Public Health that will serve to improve patient safety and, consequently, help in coping with COVID-19.

Practice of intelligent management of medical equipment under the background of smart hospital construction / 中华医院管理杂志

Aiming at the current situation of medical equipment management, Shanghai Sixth People′s Hospital Affiliated to Shanghai Jiao Tong University School of Medicine explored the application of 5G+ Internet of Things and digital twin technology in the intelligent management of medical equipment. Through the intelligent perception terminal, the hospital realized the dynamic acquisition of real data such as the use location, use process and use efficiency of medical equipment, and conducted digital, networked and intelligent monitoring and analysis. At the same time, applications such as medical equipment dynamic management software, medical equipment real-time positioning software, and space environment quality monitoring software were developed. It realized automatic, intelligent and visual management of medical equipment configuration, operation and performance evaluation, achieved fine management based on digital twins, and improved the efficiency of collaborative management of operational resource support.

Experiencia de importacao de equipamentos para pesquisa no ELSA-Brasil / La experiencia de importacion de equipos para investigacion en el ELSA-Brasil / Experience of importation of equipment for research in the ELSA-Brasil

OBJETIVO: Políticas de fomento à pesquisa em saúde foram estabelecidas na última década, avançando a produção científica nacional. Tal movimento não foi acompanhado do aperfeiçoamento do arcabouço legal-institucional, dificultando o desenvolvimento dos projetos de pesquisa. Isso inclusive no que tange às atividades de importação de equipamentos. O objetivo deste artigo foi analisar o processo de importação de equipamentos para o Estudo Longitudinal de Saúde do Adulto (ELSA-Brasil). MÉTODOS: Trata-se de estudo de caso, com dados coletados em documentos internos do ELSA-Brasil em cinco Centros de Investigação e respectivas fundações de apoio. Foram analisados documentos de importação de: velocidade de onda de pulso, bioimagem e retinografia. Adicionalmente, foram realizadas entrevistas não estruturadas com pesquisadores e informantes chave nas fundações. Os dados foram tratados e organizados em três etapas: administrativa-operacional, cambial e fiscal. Foram calculados os intervalos de duração dessas etapas de modo comparativo entre os centros. RESULTADOS: A necessidade de padronização dos equipamentos em estudo multicêntrico exigiu atuação conjunta de instituições executoras e fundações. Dos equipamentos analisados, a primeira etapa, a administrativa-operacional, teve duração variada (mínimo 8 e máximo de 101, com média de 55 dias), sendo mais demorada quando incluía pareceres jurídicos. A segunda etapa, a cambial, mais longa que a primeira, não apresentou entraves ao processo (mínimo 11 e máximo 381, média de 196 dias). A terceira etapa, a fiscal, foi a mais longa (mínimo 43 e máximo 388 dias, média de 215,5 dias), ...

OBJECTIVE: Policies that promote research in health were established in the last decade, developing the Brazilian scientific production. This development has not been accompanied by an improvement in the legal-institutional framework, thus hindering the development of research projects, including equipment importation activities. The present study aimed to analyze the equipment importation process for the Brazilian Longitudinal Study for Adult Health (ELSA-Brasil). METHODS: A case study was performed with data collected from internal ELSA-Brasil documents in five Investigation Centers and their respective supporting foundations. The following importation documents were analyzed: pulse wave velocity, bioimaging and retinography. Additionally, non-structured interviews with researchers and key informers were conducted in the foundations. Data were treated and organized into three stages: administrative-operational, exchange rate, and fiscal. Lengths of duration of these stages were calculated comparatively among centers. RESULTS: The need to standardize equipment in a multicenter study required a joint action of implementing institutions and foundations. Of all pieces of equipment analyzed, the first stage was administrative-operational, with a varying duration (minimum of eight, maximum of 101, and mean of 55 days) which was longer when legal opinions were included. The second stage was the exchange rate, which was longer than the former and did not pose any obstacles to the process (minimum of 11, maximum of 381, and mean of 196 days). The third stage was fiscal, which was the longest one (minimum of 43, maximum of 388, and mean of 215.5 days), due to the release of equipment without registration into the country. There were other factors that posed obstacles: inexperience of investigation centers and institutions in networking; inadequacy of the national legislation on scientific ...

Statistical analysis of quality control of automatic processor / 中华放射学杂志

Objective To strengthen the scientific management of automatic processor and promote QC, based on analyzing QC management chart for automatic processor by statistical method, evaluating and interpreting the data and trend of the chart. Methods Speed, contrast, minimum density of step wedge of film strip were measured everyday and recorded on the QC chart. Mean ( ), standard deviation ( s ) and range(R) were calculated. The data and the working trend were evaluated and interpreted for management decisions. Results Using relative frequency distribution curve constructed by measured data, we can judge whether it is a symmetric bell shaped curve or not. If not, it indicates a few extremes overstepping control limits possibly are pulling the curve to the left or right. If it is a normal distribution, standard deviation( s ) is observed. When ?2s lies in upper and lower control limits of relative performance indexes, it indicates the processor works in stable status in this period. Conclusion Guided by statistical method, QC work becomes more scientific and quantified. We can deepen understanding and application of the trend chart, and improve the quality management to a new step.