융합생체영상테크놀로지

강의상세

생체막 시스템에 대한 기본지식과 첨단수준의 topic을 다룸. Topic은 지질대사와 이동, 지질 신호전달, 세포막 이동, 생체막 도메인, 막단백질, 생체막-세포골격 상호작용, 생체막-단백질 상호작용, 세포간 상호작용 및 생체막 연구에 따른 방법론을 포함할 것이다.

Introduction of biomedical optics

1.	Introduction of biomedical optics	Introduction of biomedical optics; Geometric optics and components
2.	Photons and waves, wave equations, Maxwells equations	Photons and waves, wave equations, Maxwells equations, Electromagnetic energy propagation, reflection and refraction
3.	Basic microscopy
4.	Superposition, poalrization, and interference	Superposition, poalrization, and interference; Diffraction, Microscopy resolution and confocal microscopy
5.	Optical properties of molecules, fluorescence	Optical properties of molecules, fluorescence, Raman and other spectroscopic technique
6.	Two-photon microscopy	Two-photon microscopy; Other nonlinear microscopy (CARS, STED, Stimultaed Raman, TIR)
7.	Quiz#1	Quiz#1; Laser optics, optical light sources; Micromanipulation with light: optical trap
8.	Optical detectors, detection sensitivity	Optical detectors, detection sensitivity; Fourier transform, coherence, and Fourier optics
9.	Quiz 2	Optical coherence tomography; Quiz 2;
10.	Wave guides, optical fibers	Wave guides, optical fibers, Near fi디d optical microscopy
11.	Survey of non-linear optical	Survey of non-linear optical, electro-optical and acusto-optical devices; Tissue optics
12.	Guest lectures on biophysics (Prof JB Lee)
13.	Guest lecture on fluorescence and FRET(Prof NK Lee)
14.	Guest lecture on biological applications (Prof JH Kim)
15.	Guest lecture on quantum dots (Prof SJ Kim)