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Objective To establish an intelligent management system of operating room pharmacy,to promote the standardized management of drugs in the operating room,and to provide reference and experience for medical institutions.Methods Based on the failure mode and effect analysis(FMEA)method,the risk identification and assessment of the operating room pharmacy workflow were carried out of the Second Affiliated Hospital of Soozhou University.According to the risk priority index(RPN)value,the failure mode that needs to be improved was determined,the causes of failure were analyzed,intervention measures were formulated,and the improvement effect was evaluated.Results A total of 12 failure modes were found in the workflow of the operating room pharmacy.After the intelligent medicine cabinet and corresponding management system were used,the RPN value decreased by 337 in total,with a decrease rate of 67.8%.The level of narcotic drug management,the timeliness of patient medication,and the satisfaction of medical staff were significantly improved.Conclusions The FMEA method can effectively identify the risk links of the operating room pharmacy.The construction and application of the intelligent operating room pharmacy management system have significantly improved the drug management level of the operating room and the quality of medical services.
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In the context of high-quality development in medical institutions, the supply-processing-distribution(SPD) management mode has gradually been widely applied. The authors described in detail the procurement, supply, inventory, distribution, and settlement management of medical consumables and in vitro diagnostic reagents in a certain hospital under the SPD mode. It was found that SPD was conducive to strengthening the supervision of medical consumables and in vitro diagnostic reagents in the hospital, ensuring quality and safety of use, reducing hospital operating costs, and improving hospital′s competitiveness. However, attention should be paid to preventing data security risks, strengthening operational management, and improving the cost-benefit analysis of in vitro diagnostic reagents.
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ObjectiveTo evaluate the efficacy of TCM health management based on tertiary management system for patients with myocardial infarction (MI). MethodsA total of 277 patients with non-acute MI were enrolled and given comprehensive TCM health management strategies including health education, lifestyle adjustment, risk factors control, medication and TCM appropriate techniques management through a tertiary management system with "the patient as the core, village/community physicians as the main executive body, and tertiary TCM hospital specialists as the leading body", for a period of 12 months by using a prospective single-arm cohort study. Through patient reporting and medical records surveys, various indicators before and after 12-month management were collected and compared. The primary efficacy indicators were readmission rate and recurrent exacerbation rate, and the secondary efficacy indicators included disease awareness-related indicators, lifestyle behavior-related indicators, cardiovascular risk factor-related indicators and Canadian cardiovascular society (CCS) cardiac function classification. ResultsA total of 255 patients completed the study and were included in the final analysis. The recurrent exacerbation and readmission rates of patients after management were 23.14% (59 cases) and 20.25% (49 cases), respectively, significantly lower than 36.08% (92 cases) and 53.72% (130 cases) before management (P<0.05). Except for knowledge on diabetes diagnostic criteria with no significant difference before and after management (P>0.05), awareness of other knowledge with regard to the prevention and treatment of cardiovascular and cerebrovascular diseases were improved after management (P<0.01), as well as the total score (P<0.01). In terms of daily life behaviors, the rates of salty diet, sweet diet and greasy diet were significantly lower than baseline, while the rate of moderate exercise was significantly higher (P<0.05 or P<0.01); the rates of ongoing smoking and vigorous exercise were not significantly changed (P>0.05). For cardiovascular risk factors, patients' total cholesterol, low-density lipoprotein (LDL) cholesterol, triglycerides, fasting glucose, total depression assessment scale score, and total anxiety assessment scale score were significantly reduced after management (P<0.01). Systolic blood pressure and body mass index (BMI) were both higher after management (P<0.05 or P<0.01), and there was no statistically significant difference in diastolic blood pressure (P>0.05). In terms of the cardiovascular disease risk factors reaching the standard levels, the rate of LDL cholesterol <1.8 mmol/L significantly increased (P<0.01), while the rate of BMI <24 kg/m2 and the rate of systolic blood pressure <140 mmHg both decreased significantly (P<0.05 or P<0.01) from baseline; the diastolic blood pressure and rate of fasting glucose <7.0 mmol/L were not significantly changed (P>0.05). The patients' CCS cardiac function classification was significantly reduced (P<0.05). ConclusionTCM health management based on the tertiary management system can enhance MI patients' awareness of the disease, change poor lifestyle habits, reduce risk factors such as blood lipids and blood glucose, improve anxiety and depression, increase activity tolerance, and reduce their recurrence exacerbation and readmission rates, which is worthy of clinical promotion.
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Scientific research laboratory is the base of scientific research and talent training in the university. During the construction and development of “world-class universities and first-class disciplines”, laboratory safety management has been facing urgent challenges. Based on the laboratory management methods of Zhongshan School of Medicine of Sun Yat-sen University, we analyzed the classification and characteristics of discipline laboratories, laboratory safety access training and assessment, and summarized the actual situation and construction of safety management system for basic medical laboratories. This paper expounded on laboratory management, such as management system construction, safety management, safety inspection and supervision, safety awareness of all staff and system execution, so as to provide a feasible and creative scientific guidance and basis for university laboratory biosafety management, and establish a healthy and safe experimental environment to ensure the safety of laboratory work.
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Insomnia disorder is the most common sleep disorder,which interacts with other diseases,caus-ing health damage to human body and imposing a significant socio-economic burden.Currently,there have been fur-ther advancements in subtypes of insomnia disorder,comorbidity research,mechanistic hypotheses,assessment strategies,and treatment methods.With the advent of the information age,digital platforms can integrate early warn-ing,accurate assessment and diagnosis,treatment methods,and later follow-up for insomnia disorder to establish a comprehensive and standardized system for the treatment and management of insomnia disorder,helping to alleviate a rising morbidity rate and save healthcare costs.
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El establecimiento de un sistema de gestión de la calidad es obligatorio para algunas instituciones de salud, entre las que se encuentra el Laboratorio de Biología Molecular, esto queda explícito en la Regulación D 03-21, que plantea la obligatoriedad de su cumplimiento para los laboratorios clínicos que se basan en técnicas de biología molecular. El objetivo del presente texto es exponer los presupuestos teóricos que sustentan un estudio sobre la gestión de la calidad en el mencionado laboratorio. Se realiza una revisión documental a partir de artículos publicados en el período comprendido de 2012-2022. Del total de las fuentes consultadas en las plataformas de acceso a bases de datos de la red de información de la salud cubana Infomed: PubMed, Scopus, SciELo, Redalyc, y Dialnet, se seleccionaron 33 para la revisión al considerar que abordaban el tema con mayor profundidad. La adopción de un sistema de gestión de la calidad garantiza y gestiona el alto nivel de los servicios, aumenta la satisfacción del cliente y el prestigio de la organización.
The establishment of a quality management system is mandatory for some health institutions, among which is the Molecular Biology Laboratory. This is explicit in Regulation D 03-21, which makes compliance mandatory for laboratories. clinical trials that are based on molecular biology techniques. The objective of this text is to present the theoretical assumptions that support a study on quality management in the aforementioned laboratory. A documentary review is carried out based on articles published in the period from 2012-2022. Of the total sources consulted on the database access platforms of the cuban health information network Infomed: PubMed, Scopus, SciELo, Redalyc, and Dialnet, 33 were selected for the review considering that they addressed the topic with greater depth. The adoption of a quality management system guarantees and manages the high level of services, increases customer satisfaction and the prestige of the organization.
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Introducción: La infertilidad es una enfermedad del sistema reproductivo que altera el equilibrio biológico, psicológico y social de las parejas. En Cuba existe un programa para el tratamiento de la pareja infértil y el Ministerio de Salud Pública incluye en sus directrices implementar las bases organizativas, sistema de trabajo, indicadores, funciones y control que garanticen el perfeccionamiento del Programa para la óptima atención de parejas infértiles, y dentro de esto se incluye confeccionar bases de datos donde se registren las parejas tratadas por este motivo. Objetivos: Implementar un Sistema de Gestión Hospitalaria para la atención de la pareja infértil, en el Centro Territorial de Holguín. Métodos: Se realizó un estudio de desarrollo tecnológico, se confeccionó sobre el sistema de base de datos relacional postgreSQL, se empleó la herramienta Odoo con el objetivo de englobar en un único software todas las prestaciones que necesita la consulta. Se utilizó el lenguaje de programación Python. Resultados: SCAPI, permite gestionar la información de los pacientes y sus historias clínicas, está compuesto por módulos relacionados: configuración general, permite crear los perfiles de usuarios y los permisos para interactuar con el sistema; SCAPI muestra y gestiona toda la información relacionada con la historia clínica digital, la agenda de turnos, medios diagnósticos (estudios de reserva ovárica, espermogramas, ecografías ováricas, estudios hormonales, técnicas de baja y alta tecnología entre otros). Conclusiones: El Sistema de Gestión Hospitalaria para la atención de la pareja infértil, contribuye al objetivo de una mayor calidad de la atención al paciente pues gestiona la información de estos y sus historias clínicas de manera rápida, oportuna y fiable.
Introduction: Biological infertility is a disease of the reproductive system that alters the psychological and social balance of couples. In Cuba there is a program for the treatment of infertile women and the Ministry of Public Health includes in its guidelines to implement the organizational bases, work system, indicators, functions and control that guarantee the improvement of the Program, including databases where couples treated for this reason are registered. Objective: To implement a Hospital Management System for the infertile couple care in the Holguín Territorial Center. Methods: A study of technological development was carried out using postgre SQL relational database system, Odoo tool, and Python programming language. Results: SCAPI allows to manage the information of patients and their medical records; it is made up of modules that are related to each other: the general configuration module which allows you to create user profiles and permissions to interact with the system; the SCAPI module which shows and manages all the information related to the digital medical history, appointment schedules, and diagnostic means (ovarian reserve studies, spermograms, ovarian ultrasound, hormonal studies, low and high technology techniques, among others). Conclusions: Hospital Management System for the care of infertile couples allows managing fast, timely and reliable information on patients and their medical records during care consultations for infertile couples with the aim of achieving a higher quality of patient care.
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Los avances científicos han facilitado la difusión del conocimiento, encontrándose los más recientes hallazgos rápidamente en Internet, esto ha producido la migración de las revistas desde lo impreso a lo digital, pero este proceso no siempre se realiza adecuadamente, por lo que actualmente existen revistas, y en consecuencia sus publicaciones, que no se logran encontrar en los buscadores académicos, lo que se debe al uso de los softwares inadecuados o en su defecto a una mala configuración de los que se han implementado. En esta línea la recomendación es usar Open Journal System, un software diseñado para la publicación científica, pero varias revistas usan gestores de contenido como WordPress, por su facilidad de implementación y personalización aun cuando estos presenten limitaciones en el aspecto editorial. A continuación, se expone un método para la correcta indexación de revistas confeccionadas en WordPress en el buscador Google Scholar.
Scientific advances have facilitated the dissemination of knowledge, and the latest discoveries can be easily found on the Internet. This has produced the migration of journals from print to digital; however, this process is not always done properly since there are journals, and consequently their publications, which are not currently found in academic search engines due to the inappropriate use of software or otherwise to a misconfiguration of those that have been implemented. In this line, the recommendation is to use Open Journal System, a software designed for scientific publication; on the other hand, several journals use content manager systems such as WordPress because of its easy implementation and customization even when they present editorial constrains. The following is a method for the correct indexing of journals created in WordPress in the Google Scholar search engine.
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Objectives: Web-based learning is becoming a newly accepted standard in education, more so with COVID-19 pandemic. To use technology to redesign learning experiences, a blend of synchronous and asynchronous approaches was used wherein the routine lectures through MS Teams (synchronous) were integrated with an online learning management system (LMS), ‘Moodle’ (modular object-oriented dynamic learning environment) based, four-quadrant approach (asynchronous). We aimed to determine the student’s engagement, performance and perception of the new online LMS. Materials and Methods: All 170 students of the 1st year MBBS of batch 2020 were enrolled in the course. A module was developed for teaching ‘Physiology of Vision’ with this blended approach. Along with routine online lectures through Microsoft Teams, supplementary materials in the form of multimedia presentations and additional links to useful websites were provided through online LMS. The online activity of students was recorded and assessments were done. A feedback form was filled out by students at the end of the course. Results: A significant positive correlation of examination scores with individual student’s activity logs and significantly better scores in top Moodle users along with significantly higher marks in Moodle-based modules than in other modules confirmed the value of Moodle in improving student performance. Overall feedback from students was clearly in favour of implementing Moodle as a complementary tool to traditional teaching. Conclusion: Moodle improved the quality of learning. It developed interest and motivation among students and has a positive impact on academic outcomes.
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Authenticity verification is a very important aspect of medical device registration quality management system verification of medical device. How to verify the authenticity of samples is a problem worth discussing. This study analyzes the methods of authenticity verification from the aspects of product retention sample, registration inspection report, traceability of records, hardware facilities and equipment. In order to provide reference for relevant supervisors and inspectors in the verification of registration quality management system.
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Design and development process of molecular diagnostic reagents is critical to quality management system of in vitro diagnostic reagent. Based on the technical characteristics of molecular diagnostic reagents, the study analyzed the concerned key control points and common problems in the process of design and development from the view of registration quality management system. It aimed at offering technical guidance on design and development process of molecular reagents and registration quality management system to enterprises, thus improving the product development efficiency, optimizing the quality management system, and increasing the efficiency and quality of registration and declaration.
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Public hospitals are the mainstay of China's healthcare service system and play a crucial role in promoting the construction of a Healthy China.A scientific financial and accounting supervision system can effectively ensure the realization of the financial and accounting supervision objectives of public hospitals.Through the construction of the"1455"framework,it determines the goals and requirements for financial supervision,clarifies the functions,scope,and path of financial supervision.Taking China-Japan Friendship Hospital as an example,it summarizes the innovative practices and achievements in improving systems,strengthening budget management,and promoting digitalization,based on the five major systems and five functions of the supporting framework.It provides practical experience for the establishment and improvement of the financial supervision system in public hospitals,promotes the realization of the goals of financial supervision in the healthcare industry,and advances the modernization of the healthcare governance system and governance capabilities.
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Objective:To analyze the current situation of Investigator-Initiated Trials in medical and health institutions in Shandong Province, the problems in the process of conducting clinical research, and put forward proposals for the establishment of a clinical research management system with effective supervision, sound systems and supporting services, taking into account the progress of the projects since the pilot work was carried out.Methods:A questionnaire was created, an online survey was conducted, a database was set up, a status analysis was conducted and a post-launch analysis of the progress of the pilot was carried out using the National Medical Research Registry Information System, culminating in recommendations using the literature summary method and empirical analysis.Results:Statistical analysis of the questionnaire found that 29.39% of the institutions have a dedicated clinical research management department, and 75.97% of the institutions have a management approach. 25.52%, 40.30%, and 43.07% of institutions established biobanks, clinical research centers, and follow-up centers. There was a statistically significant difference in the establishment of clinical research centers, biobanks, and follow-up centers in secondary and tertiary medical institutions ( P<0.05). The number of general clinical research projects filed, the number of submissions and the number of ethics committees filed in the filing system have all increased significantly after the pilot work, with growth percentages of 126%, 141% and 62% respectively. Conclusions:Shandong Province clinical research pilot work has begun to bear fruit, the current clinical research project still exists in the lack of special funding support, perfect service platform and system support and training system to be improved and other issues.
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High-throughput sequencing has the characteristics of complex experimental procedures, multiple quality control nodes, and a high proportion of bioinformatics technology. It is difficult to uniformly management and reuse the related detection samples and data. In May 2023, a tertiary hospital launched the construction of a localized high-throughput sequencing management system. Based on the design principles of security, friendliness, compatibility, and scalability, the management system had established three core modules: standardized data collection integration, clinical high-throughput sequencing full process management, and scientific research services, as well as a large clinical high-throughput sequencing database of hospital. By connecting with big data storage devices, local and third-party high-throughput sequencing detection platforms, sample libraries, and user terminals, this system broke down the data barriers of high-throughput sequencing related systems and devices, and met the different application scenarios of physician users, technician users, management users, and scientific research users in the hospital. As of October 2023, the system had been integrated with two high-throughput sequencing manufacturer devices in a public network environment and hospital information systems in an internal network environment, improving data retrieval efficiency and achieving closed-loop management of high-throughput sequencing detection projects preliminary, which can provided references for promoting the standardized management of high-throughput sequencing projects in hospitals in China.
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Internet hospitals have grown into an important part in China′s medical service system, but their problems in quality and safety have been gradually exposed as well. Based on the analysis of existing problems and the concept of total quality management, the Internet Hospital of Tongji hospital of Tongji Medical College Affiliated to Huazhong University of Science and Technology has constructed a quality management system for Internet hospitals based on the diagnosis and treatment characteristics of Internet hospitals since January 2022. This system covered such dimensions as Internet hospital quality management guarantee system, online and offline integrated quality control system, and Internet diagnosis and treatment characteristic quality control system. It featured a management guarantee system from such basic guarantee aspects as improving the organizational guarantee, institutional guarantee, and personnel supervision of Internet hospital quality management. It also established an integrated online and offline quality control system from three aspects: basic quality control, link quality control, and final quality control. And based on the diagnosis and treatment characteristics of Internet hospitals, it established quality control systems for patients, doctor, and information security respectively. After implementing this quality management system, the Internet hospital′s patient visits in 2022 rose to 2 155 226 people, with an increase of 115% compared to 2021. The 24-hour response rate of doctors to graphic and textual consultations increased from 78.53% in 2021 to 91.10% in 2022. The proportion of follow-up patients who received examination and testing forms through Internet hospitals increased from 80.51% in 2021 to 82.64% in 2022. This practice could provide reference for the quality management construction of Internet hospitals in China.
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Experimental animals have made important contributions to human medical research and life and health. It is known that the development of laboratory animal science in Japan has been relatively rapid in the past few decades, providing important support for the development of the world's experimental animal field. Therefore, it is of great significance to understand the management mode and resource storage situation of Japanese experimental animals, analyze the advantages of Japanese experimental animal development, and propose suggestions to strengthen the high-quality development of experimental animals in China. Through literature research, the authors first analyzed the management system of experimental animals in Japan, including regulations and policies, research funding management, experimental animal management, talent cultivation, and standard and normative systems. Then, the current status of experimental animal research in Japan was summarized, including experimental animal resources, major research institutions, and production enterprises. On this basis, it was found that the field of experimental animal research in Japan currently exhibits characteristics such as a complete policy system, flexible management methods, rich resource reserves, and large-scale industrial development. Finally, by comparing the existing problems in China, suggestions for the development of experimental animal technology in China are proposed: (1) drawing on the legal management method of experimental animals in Japan, strengthening and improving the legislation and management model of experimental animals in China; (2) increaseing investment in scientific research funds, playing the role of research institutions, societies and industries, and promoting the incremental construction and industrial development of experimental animal resources.
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Outpatient information management system is an important part of hospital information system,which plays an important role in hospital management,patient treatment,medical insurance reimbursement and settlement.This study integrated the application modes of big data,cloud computing,Internet of things and other cutting-edge technologies of artificial intelligence,focused on the intelligent decision support and whole-process simplified management of the diagnosis and treatment behavior of clinical TCM physicians,and developed a cloud intelligent TCM outpatient system for primary medical care.The system has intelligent medical functions such as intelligent prescription monitoring driven by the rule engine and intelligent recommendation of traditional Chinese medicine knowledge.It seamlessly connects with the intelligent four-diagnosis instrument for information collection and medical order input,and realizes the cloud storage,computing,distribution,management,service and outpatient process,multi-directional and convenient management mode.
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In recent years, the diagnostic radiology, especially CT scanning, has a rapidly increased frequency in our country, becoming the largest artificial radiation source to the average individual doses to the population. In clinical diagnosis and treatment activities, the examined patients and individuals may undergo multiple procedures and multiple frequencies of medical imaging in a short period of time and receive high cumulative radiation doses even exceeding 50 or 100 mSv in a single day, posing a potential risk to their health. Therefore, it is necessary to carry out statistical analysis and management of diagnostic radiation dose information to minimize the probability of excessive dose and associated radiation risk. In this paper, the international cognition of radiation risks in diagnostic radiology, diagnostic equipment and medical imaging frequency, radiation dose and its management status are described. Four countermeasures for radiation dose management are put forward to provide reference for further improving radiation protection in clinical practice.
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Objective:To establish a standardized information management system (IMS) for preserving, managing, querying, and performing statistics on biospecimens and their clinical data, which is conducive to improving the utilization of biobank.Methods:Under the premise of ensuring operating environment and data security, a database-based data logic relationship model is created and applied to the IMS to manage and analyze biospecimens and their supporting clinical information of patients enrolled in the biobank of our center.Results:To ensure the establishment of the follow-up cohort, biospecimens and clinical information of inpatients and outpatients were continuously collected in the biobank of our center. Since December 2014, more than 270 000 biospecimens from inpatient, outpatient, and scientific research have been preserved. The IMS optimized by this model efficiently completes the basic work of the biobank. At the same time, the data can be queried jointly and in batches, and then converted into a report format for statistical analysis.Conclusions:The IMS of our center is suitable for application and popularization as a construction and management model for the hospital-level biobank, which meets the daily work of the biobank and diverse research needs, and provides a convenient platform and rich resources for the development of precision medicine.
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Objective:This study aims to explore the key points of the operation mode and construction of psychiatric research ward, provide possible reference for the construction of research ward.Methods:In this study, the construction of research ward in a psychiatric hospital was considered and explored through literature review, drawing on the operation mode of other research wards, combined with the characteristics of psychiatric clinical research.Results:This Study put forward the construction orientation and operation management mode of the psychiatric research ward, and analyzed the advantages of existing platform and key points for future development.Conclusions:The construction of psychiatric research ward should be based on clinical needs and hospital practice. Strategies including tailored fine management, optimize platform supporting, efficient organizing and management system, talent team and appropriate incentive mechanism should be implemented to strengthen the construction.