Semiconductor x Medical Seminar
East Hall 7
As semiconductor technology evolves, the precision and efficiency of medical technology improves, contributing greatly to its development. This session will introduce trends and case studies in the medical field.
Program Agenda
*Please note that the program may be subject to change.
ヘルスケア領域において、産学官でデータを連携した先進的な取り組みが進められています。本セッションでは、ヘルスケア領域におけるデータ連携事例をもとに、デジタルテクノロジーの最新動向を鋭く洞察します。
Medical devices play a crucial role as the backbone of the healthcare system, constantly evolving to save and treat patients, detect diseases in the initial stages, and enable non-invasive and minimally invasive treatments.Semiconductor technology underpins the maintenance and development of these medical devices. In this lecture, I will discuss expectations for semiconductor technology from the viewpoint of promoting medical device industry.
In the medical world, the application of semiconductor technology using microscopes, AI and cloud services is progressing in fields such as pathological diagnosis and drug discovery support. High-resolution imaging technology enables detailed observation at the cellular and molecular level, and plays a central role in pathological diagnosis and genetic analysis. The evolution of semiconductor technology is greatly contributing to the development of medicine.
In the current medical field, indispensable medical devices have been supported by advancements in semiconductor manufacturing technology. In this lecture, I will introduce the latest medical devices, their development, and the potential of future medical devices using cutting-edge semiconductors. Additionally, I will discuss the challenges faced by the medical device industry that have been highlighted by the COVID-19 pandemic.