Virtual medical scenarios are an important part of functional experiment teaching in medical education. Establishing a virtual medical scenario room is necessary for meeting the needs of functional experiment teaching, making up for the deficiencies of real medical scenarios, and extending and strengthening real medical situations. It helps students to verify and consolidate the basic theory and knowledge taught in the classroom, establish self-confidence, and more importantly, train students' basic skills, cultivate their comprehensive and innovative abilities.
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Artificial intelligence interaction
Metaverse and AI decision-making
SaaS cloud service
Technical infrastructure
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AI+Government
Overview of the solution
The Medical Metaverse Educational Platform utilizes the design concepts and implementation methods of 3D simulation models driven by relational databases, and applies them to medical behaviors such as medical teaching, diagnosis practice, and surgical operations, ultimately achieving an open and visualized virtual simulation teaching platform. In the platform, all medical resources such as operating rooms, medical equipment, patient characteristics, body features, medical record writing, and other entity forms are modeled in 3D and studied and analyzed, providing a support environment for 3D simulation, medical diagnosis, treatment feedback, and other content based on multiple virtual therapy scenarios.
The platform takes the perspective of object-oriented design and virtual modeling technology, combines professional medical means and human body characteristics, provides major pathological features and treatment plans for internal medicine, surgery, gynecology, pediatrics, ophthalmology, and other fields, and offers ample opportunities for new physicians and students to master diagnostic and treatment skills. Through the virtual simulation environment, educational institutions can reduce training costs, greatly minimize capital input, and improve learning efficiency. The virtual simulation teaching platform fills the gaps of traditional training devices, reduces the risks of medical practice, and perfects the situation where medical students have less opportunity for practical exercises and treatment processes are not visible.
Function introduction
Basic medical education Clinical Medicine Teaching Examination Center
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Virtual medical scenarios
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Virtual laboratory
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Virtual anatomy exhibitions
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Virtual pathology exhibition
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Pathology specimen exhibition
Virtual medical scenarios are an important part of functional experiment teaching in medical education. Establishing a virtual medical scenario room is necessary for meeting the needs of functional experiment teaching, making up for the deficiencies of real medical scenarios, and extending and strengthening real medical situations. It helps students to verify and consolidate the basic theory and knowledge taught in the classroom, establish self-confidence, and more importantly, train students' basic skills, cultivate their comprehensive and innovative abilities.
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Virtual Surgery
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Virtual Puncture
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Virtual Endoscopy Technology
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Virtual Intramuscular Injection
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Virtual Gastrostomy Tube Placement
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Virtual Clinical Nursing
Platform utilizes various medical imaging data to build a simulated environment in the computer using virtual reality technology. This emerging discipline enables doctors to use the information in the virtual environment for surgical planning, training, and guiding actual surgical procedures. Doctors can simulate and guide various processes involved in medical surgery using virtual reality technology, including surgical planning, rehearsal, teaching, skill training, intraoperative guidance, and postoperative rehabilitation.
In the virtual surgery scene, the use and presentation of all instruments are similar to that of real scenes, and the operating procedures will be carried out according to standards.
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Paper Management
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Exam Management
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Clinical Skills Assessment
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Grade Inquiry
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Question Bank Management
Paper Management provides administrators with a preview of the paper name, and supports previewing, editing, creating, downloading, and deleting papers.
Advantages of the plan
Key practical technologies
The key technologies related to the platform are all extracted based on the system simulation tasks. Combining with the basic architecture of the platform, key technologies such as biological tissue geometric modeling, biological tissue physical modeling, biological tissue deformation simulation, biological tissue cutting simulation, surgical suturing and knotting, as well as collision detection are extracted.
Open-ended simulation scenar...
In the simulation platform, open-ended simulation scenarios are provided for different user roles and operational needs, such as medical students, experts, and researchers. Medical students can retrieve pre-made virtual training modules from the 3D scene data based on teaching information for training and evaluation. Experts can extract the 3D scene, set or modify system parameters (i.e., 3D scene data) to meet the conditions of student training. Researchers can enter the real-time construction module, import lesion data for surgical simulation, compare different surgical results, determine specific surgical plans, and thus improve clinical success rates.
Concurrent interactive task ...
The platform decomposes the interactive tasks that need to be completed in the CPU into three parts that can be executed concurrently: the first part is the various types of information sent by the user to the virtual environment through input devices, the second part is the collision detection, deformation, and cutting module, and the third part is the display module. By concurrent execution of interactive tasks, real-time performance of surgical simulation can be enhanced and blocking states can be avoided.
Generic biological tissue mo...
The platform is designed with a highly generic biological tissue geometric modeling scheme that starts from medical body data and realizes modeling of body tissues, organs, and lesion characteristics, meeting the personalized requirements of surface models and solid models for different simulation environments and application tasks in terms of quantity, quality, and modeling speed.
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