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The non-contact power supply system is a technology that spans multiple fields, making it impossible to address with fragmented knowledge from individual areas. Measured data and simulation results will be handled uniformly and shared among stakeholders from various fields. This will facilitate an easier understanding of the development challenges and product trends related to non-contact charging technology using the MIT method. 【Target Audience for the Seminar】 Technical sales representatives and product planners, as well as product developers for non-contact charging systems (MIT method). 【Knowledge Gained from the Seminar】 Participants will understand the technical positioning of non-contact charging technology (MIT method) based on resonance and will be able to explain why the MIT method enables high-efficiency energy transfer. Additionally, they will be able to consider countermeasures for electromagnetic noise associated with non-contact charging.

In recent years, three-dimensional cell culture methods, represented by tissue organoids, have gained attention as a way to replicate the in vivo environment that is considered difficult to achieve with traditional two-dimensional cell cultures. Additionally, three-dimensional culture methods also have advantages as alternatives to animal experiments. In this seminar, we will first explain how three-dimensional culture techniques, which are challenging to replicate in traditional two-dimensional cultures, can mimic the complex structures and physiological environments of human tissues, thereby improving the accuracy and efficiency of research. Next, primarily using videos, the instructor will introduce the process of establishing primary cultures of human oral mucosal cells, which they routinely perform, and how to create a normal oral mucosa three-dimensional in vitro model using these cells. This method also allows for applications in oral cancer cell research. Examples of applications in cancer research conducted in the instructor's lab will also be presented. Finally, we hope to engage in discussions with participating researchers and technicians about the potential of three-dimensional culture techniques in oral mucosa research and their applications in the development of treatments for oral cancer and oral diseases.