IMPLEMENTING ADVANCED X-RAY TECHNOLOGIES AT THE THIRD CHERKASY CITY EMERGENCY HOSPITAL

H. M. Stepanova, O. V. Lupyna
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Abstract

Introduction: In recent decades, the world has seen a transition from traditional to digital radiography. Ukraine has also joined this process, replacing outdated equipment with modern digital systems that have become especially important during the Covid-19 epidemic and the Russian-Ukrainian war. The Third Cherkasy City Emergency Hospital implements modern digital technologies of X-ray diagnostics in order to improve the provision of medical care and diagnostics. This study aims at investigating and evaluating the experience of implementing digital X-ray technologies in The Third Cherkasy City Emergency Hospital. Materials and methods: This study involved analyzing medical records from The Third Cherkasy City Emergency Hospital and conducting individual interviews with eight healthcare professionals, including radiologists, other physicians, and a nurse from the hospital. Results. Beginning in 2017, due to the decentralization policy and changes in the Cherkassy city administration, there has been a gradual transition of the medical sector, particularly The Third Cherkassy City Emergency Hospital, to modern digital equipment. This transition has significantly enhanced the quality of medical services and streamlined the process of diagnosing and treating patients. The integration of digital X-ray technologies into the hospital's medical practice has expedited the acquisition and processing of X-ray images, reducing labor and time previously spent on film installation and processing. This reduction in personnel and equipment needs has led to cost savings and process optimization. The implementation of modern X-ray technology has notably improved the efficiency and workflow of hospital staff, facilitating faster and more accurate processing and analysis of X-ray images. The absence of chemical reagents and the utilization of high-quality, clear images have reduced physical and emotional stress among medical personnel. Furthermore, the technology has enabled more effective detection of various diseases at early stages and streamlined emergency care for injured patients. Additionally, the impact of X-ray radiation on both patients and medical staff has decreased. However, the adoption of digital technologies has brought forth new challenges, such as organizing storage and access to digital archives. Addressing these challenges necessitates additional investments in server equipment and the development of specialized programs. Ensuring the reliability and security of medical information storage is crucial to prevent potential data loss or corruption.
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在切尔卡瑟市第三急救医院采用先进的 X 射线技术
导言:近几十年来,全世界都在经历从传统放射摄影向数字放射摄影的转变。乌克兰也加入了这一进程,用现代数字系统取代了过时的设备,这在科维德-19疫情和俄乌战争期间尤为重要。切尔卡瑟市第三急诊医院采用了现代数字 X 射线诊断技术,以改善医疗服务和诊断。本研究旨在调查和评估切尔卡瑟市第三急诊医院实施数字 X 射线技术的经验。材料和方法本研究分析了切尔卡瑟市第三急诊医院的医疗记录,并对八名医护人员进行了个别访谈,其中包括放射科医生、其他医生和医院的一名护士。研究结果从 2017 年开始,由于权力下放政策和切尔卡瑟市行政管理的变化,医疗部门,尤其是切尔卡瑟市第三急救医院,逐渐向现代化数字设备过渡。这一转变大大提高了医疗服务的质量,简化了诊断和治疗病人的程序。数字 X 光技术融入医院的医疗实践后,加快了 X 光图像的采集和处理速度,减少了以前用于胶片安装和处理的人力和时间。人员和设备需求的减少带来了成本的节约和流程的优化。现代 X 射线技术的应用显著提高了医院工作人员的工作效率和工作流程,使 X 射线图像的处理和分析更快、更准确。由于不使用化学试剂,图像质量高且清晰,医务人员的身体和精神压力都有所减轻。此外,该技术还能更有效地早期发现各种疾病,并简化对受伤病人的紧急护理。此外,X 射线辐射对病人和医务人员的影响也有所减少。然而,数字技术的采用也带来了新的挑战,如数字档案的组织存储和访问。要应对这些挑战,就必须对服务器设备进行额外投资,并开发专门的程序。确保医疗信息存储的可靠性和安全性对于防止潜在的数据丢失或损坏至关重要。
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