Pantus A. V.

A COMBINATION OF THE «BRAINSTORMING» FORMAT AND 3D – TRACKING TECHNIQUES FOR DEVELOPING MUSCLE MEMORY DURING SURGERY TRAINING

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About the author:

Pantus A. V.

Heading:

MEDICAL EDUCATION

Type of article:

Scientific article

Annotation:

The article is devoted to the urgency of application in higher medical educational institutions in the pedagogical process at the clinical departments of interactive teaching methods. One of the most popular methods of interactive education is “brainstorming.” The analysis of publications allows us to state the fact of the demand of this method in practical trainings. The aim of the study was to analyze the conduct of a practical class on surgical stomatology in the format of “brainstorming” in combination with interactive reality technologies. In addition to “brainstorming” techniques, the training of a surgical specialist also includes a practical part, which ensures the development of the so-called “muscle memory”, the coordination of the surgeon’s movements and the feeling when working with living tissues. The capabilities of computer graphics, simulation of the physical properties of various materials, realistic skeletal animation, augmented and virtual reality systems in combination with sensors for real-time motion tracking make it possible to create medical simulators simulating a wide range of surgical pathologies and integrate them into the operator’s virtual environment. Students are interested in studying, participating in active classes, developing their clinical thinking, analytical skills, forming oratory skills and improving their professional language. All students have equal opportunities to propose ideas; the possibility of visual representation of the problem; creating a “chain reaction” effect; cognitive interest is created; the method offers a competitive atmosphere, promotes the possession of a sufficient level of knowledge, which stimulates cognition and creativity to improve the quality of education. The use of an interactive environment allows you to conduct a simulation with almost all surgical pathological conditions, and the use of medical scanner data will allow you to move away from the template version of pathologies. Integration into the virtual environment of the Motion Capture and Hand Capture systems will allow practicing manual skills with almost any type of surgical pathology without significant economic costs.

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Bibliography:

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Publication of the article:

«Bulletin of problems biology and medicine», 2023 Issue 1, 168, 254-261 pages, index UDC 378.147+614.253.4+616.314

DOI:

10.29254/2077-4214-2023-1-168-254-261