KHOA VẬT LÝ - VẬT LÝ KỸ THUẬT

BỘ MÔN VẬT LÝ HẠT NHÂN - KỸ THUẬT HẠT NHÂN

Bộ môn Vật lý Hạt nhân - Kỹ thuật Hạt nhân

Thông báo

Seminar về Vật lý Y khoa - Kỹ thuật Y sinh

  • Thời gian: 9h15 - 11h ngày 8/7/2019 (thứ hai)
  • Địa điểm: Bộ môn Vật lý Hạt nhân - Kỹ thuật Hạt nhân
  • Chương trình:
9:15-9:30: TS. Hoàng Thị Kiều Trang 
- "Introduction of the Nuclear Physics Department, University of Science"
9:30-10:30: Prof. Congo Ching, Biomedical Engineering, National Chung Hsing University, Taiwan
- "Introduction of the National Chung Hsing University, Taiwan "
- "The application of physical forces and bioimpedance for non-invasive medical diagnostics" (xem abstract bên dưới)
10:30 - 11:00: TS. Võ Hồng Hải
-  "High-tech radiation detector development for environmental radiation studies"
 
Kính mời quý Thầy, Cô, quý đồng nghiệp và các bạn sinh viên tham dự.
 
Bộ môn Vật lý Hạt nhân - Kỹ thuật Hạt nhân

 
The application of physical forces and bioimpedance for non-invasive medical diagnostics 
Prof. Congo Ching, 
National Chung Hsing University, Taiwan  
 
In our days electric potential, current and impedance are significant not only in our daily life but also in medical diagnostics. Medical communities have successfully applied them to the noninvasive diagnostics of various conditions of the human body. The intention of developing noninvasive medical diagnostics (NIMD) is to facilitate the early detection, diagnosis, and treatment of diseases. The early diagnosis and treatment of many diseases, including cancers, is critical not only for prolonging and improving the quality of life but also for reducing medical costs. NIMD can be defined as those methods used to examine the human body without invading the integrity of the body. There are lots of NIMD, like ultrasonic diagnostics, infrared diagnostics and etc, but this speech will not discuss with them. The speaker cites his own research experiences in applying electric potential, current and impedance in NIMD. Strictly speaking, this speech focuses on the application of reverse iontophoresis and electroporation for noninvasive and transdermal metabolites/biomarkers extraction. This talk will also introduce the application of bioimpedance for tissue characterization, like cancerous tissue.
 

 

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