Possibilities of using the virtual simulator "Vimedix 3.2" in the process of training in the specialty "ultrasound and diagnostics"

Valerii Vasilev, Svetlana Nikolaevna Kondrichina, Konstantin Borisovich Tsekhanovich
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Abstract

Background. In recent years, it is important to change the methods and programs of teaching many disciplines, including ultrasound diagnostics, with the inclusion of various virtual and simula-tion devices. The practical experience of using such technologies in the teaching process is rather short, therefore, there are few original works devoted to this topic in Russian and foreign literature.Aims. To determine the possibilities and algorithm of using virtual simulator of ultrasound re-search in the process of teaching the discipline of "ultrasound diagnostics" on the basis of the results of work with it. To evaluate the advantages and disadvantages of using simulator in comparison with traditional teaching methods.Material and methods. The results of using the virtual simulator "Vimedix 3.2" in the educa-tional process were analyzed. Simulations of transabdominal ultrasound examination of abdominal cavity organs, transthoracic echocardiography, triplex scanning of main vessels were performed on it. The study involved 26 residents in the specialty "ultrasound diagnostics", as well as 47 physicians who were trained at professional retraining courses.Results. The use of a virtual simulator at the initial stage in the training process can eliminate many of the problems that residents and trainees encounter in clinical sites. The use of a simulator in the testing process seems to be less favorable than a practical examination using ultrasound scanners and real patients.Conclusions. It is advisable to use the simulator at the initial stage to practice the research methodology. It is recommended to develop and use additional teaching materials and programs in training. The advantages of the virtual simulator are comfort of work at the initial stage of training, short time of its mastering, availability of an extensive database of pathological cases. The identified non-critical deficiencies require correction during further training in the clinic.
在 "超声波和诊断 "专业培训过程中使用虚拟模拟器 "Vimedix 3.2 "的可能性
背景。近年来,包括超声诊断学在内的许多学科的教学方法和教学计划都必须改变,其中包括各种虚拟和模拟设备。在教学过程中使用此类技术的实践经验非常少,因此在俄罗斯和外国文献中很少有专门针对这一主题的原创作品。在 "超声波诊断学 "学科教学过程中,根据工作成果确定使用超声波再研究虚拟模拟器的可能性和算法。评估使用模拟器与传统教学方法相比的优缺点。分析了在教学过程中使用虚拟模拟器 "Vimedix 3.2 "的结果。在模拟器上进行了经腹超声检查腹腔器官、经胸超声心动图、主要血管的三重扫描。参与研究的有 26 名 "超声诊断 "专业的住院医生,以及 47 名在专业进修班接受过培训的医生。在培训过程的初始阶段使用虚拟模拟器可以消除住院医师和学员在临床现场遇到的许多问题。在测试过程中使用模拟器似乎不如使用超声扫描仪和真实病人进行实际检查。建议在初始阶段使用模拟器来练习研究方法。建议在培训中开发和使用额外的教材和程序。虚拟模拟器的优势在于培训初期工作舒适、掌握时间短、有大量病理病例数据库。已发现的非关键缺陷需要在临床进一步培训中加以纠正。
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来源期刊
CiteScore
1.30
自引率
0.00%
发文量
44
审稿时长
5 weeks
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