Antimicrobial resistance(AMR)has become a global public health crisis,posing a serious threat to the achievement of sustainable development goals(SDGs)of the United Nations.This article explores the potential con-sequences and far-reaching impacts of AMR on the global health system,economic development,and social well-being from the perspective of SDGs.This article analyzes the current situation and challenges of AMR prevention and control globally and domestically,proposes comprehensive response suggestions,such as establishing a global collaborative governance mechanism for AMR,deepening the"One Health"practice framework,perfecting survei-llance as well as infection prevention and control system on AMR,accelerating the development of new vaccines,ex-ploring AMR innovative response technologies,and strengthening AMR literacy education for all people.The re-search findings can provide reference globally,especially for developing countries to comprehensively respond to the threat of AMR and promote the SDGs process.

Antimicrobial resistance(AMR)has become a global public health crisis,posing a serious threat to the achievement of sustainable development goals(SDGs)of the United Nations.This article explores the potential con-sequences and far-reaching impacts of AMR on the global health system,economic development,and social well-being from the perspective of SDGs.This article analyzes the current situation and challenges of AMR prevention and control globally and domestically,proposes comprehensive response suggestions,such as establishing a global collaborative governance mechanism for AMR,deepening the"One Health"practice framework,perfecting survei-llance as well as infection prevention and control system on AMR,accelerating the development of new vaccines,ex-ploring AMR innovative response technologies,and strengthening AMR literacy education for all people.The re-search findings can provide reference globally,especially for developing countries to comprehensively respond to the threat of AMR and promote the SDGs process.

Currently, the application rate of virtual reality technology in the fields of medical education and medical treatment is relatively low. In this study, based on the structure of the human stomach, virtual reality technology, sensing technology, big data technology, and cloud computing technology were integrated. A new form of medical education was established to include the online website platform for data storage and analysis and the offline VR glasses for the physical operation. Through the use of 3d Max technology, Unity3D technology, and C# language, we constructed a three-dimensional model of the human stomach to present the stomach in three dimensions. This enables the users to immerse in it to achieve true human-computer interactive learning. This study updates the concept of medical education, effectively improves the quality and efficiency of medical education, and facilitates the development of surgical programs and reduction in the risk of surgery, as well as provides experimental materials for scientific research. In the future, it can be further developed to include the three-dimensional structures of the circulatory system and other major systems in the human body.