JSAP-OSA Symposia

12p-G2 - 4〜12

• 4Ultrahigh Resolution Optical Coherence Tomography using Supercontinuum Sources [Invited](30 min.)Nagoya Univ., Japan ^○Norihiko Nishizawa，Shutaro Ishida
• 5Quantitative evaluation of mental sweating of eccrine sweat glands on a human fingertip by optical coherence tomography (15 min.)Osaka Univ., Japan ^○Masato Ohmi
• 6Three-dimensional Optical Doppler Tomography and Optical Angiography (15 min.)National Taiwan Univ., Taiwan ^○Ting-Ta Chi，Chiung-Ting Wu，Chen-Chin Liao，Yi-Chou Tu，Chih-Chung (C. C.) Yang
• 7In vivo determination of visible to near-infrared optical properties of rat brain using single reflection fiber probe with two source-collector geometries (15 min.)Tokyo Univ. of Agriculture and Technology, Japan¹，National Defense Medical College, Japan²，Yamagata Univ., Japan^{3 ○}Izumi Nishidate¹，Chiharu Mizushima¹，Yoshida Keiichiro¹，Satoko Kawauchi²，Shunichi Sato²，Manabu Sato³
•  Break　16:15〜16:30
• 8Biomedical Applications of Au Nanorings with Long-wavelength Localized Surface Plasmon Resonance [Invited](30 min.)National Taiwan Univ., Taiwan Hung-Yu Tseng，Wei-Fang Chen，Ting-Ta Chi，Chiung-Ting Wu，Chen-Chin Liao，Yi-Chou Tu，^○Chih-Chung Yang
• 9Label-free Observation and Principle Component Analysis of Mouse Tissue by Video-rate Stimulated Raman Scattering Microscope (15 min.)Canon Inc., Japan¹，Osaka Univ., Japan^{2 ○}Yoichi Otsuka¹，Yasuyuki Ozeki²，Shuya Satoh¹，Wataru Umemura²，Hiroyuki Hashimoto¹，Chidane Ouchi¹，Kazuyoshi Itoh²
• 10Live cell imaging using high resolution fluorescence microscopy with direct electron beam excitation (15 min.)Shizuoka Univ., Japan¹，JST-CREST, Japan²，Hamamatsu Univ. School of Medicine, Japan^{3 ○}Yasunori Nawa¹，Wataru Inami^1,2，Atsushi Ono^1,2，Sheng Lin³，Yoshimasa Kawata^1,2，Susumu Terakawa^2,3
• 11Enhanced cell membrane permeability by using multi-microsphere lens focusing of burst mode of low-intensity 80 MHz femtosecond lasers (15 min.)Keio Univ., Japan ^○Tatsuki Mitsuhashi，Mitsuhiro Terakawa
• 12Photoacoustic microscopy with two-photon absorption by femtosecond, sub-nanosecond, and nanosecond pulse lasers (15 min.)Kyoto Prefectural Univ. of Medicine, Japan ^○Yoshihisa Yamaoka，Yoshinori Harada，Tetsuro Takamatsu