[29a-A2-1~13] 3.6 Biomedical optics

Fri. Mar 29, 2013 10:00 AM - 1:30 PM A2 (K1 B1-B102)

△：Young Scientist Oral Presentation Award Applied
▲：English Presentation
▼：Both Award Applied and English Presentation

+Add all to schedule

[29a-A2-1] Broadening of the spectral tuning range of the picosecond pulse source using a spectralfilter with a double pass configuration

^○Keisuke Nose¹, Yasuyuki Ozeki^1,2, Tatsuya Kishi¹, Yasuo Kanematsu¹, Kazuyoshi Itoh¹ (Osaka Univ.¹, JST PRESTO²)

[29a-A2-2] ▲Stimulated Raman Scattering Microscopy with High-Speed Wavelength Scanning Laser

^○(DC)Harsono Cahyadi¹, Naokazu Matsumura¹, Hirohiko Niioka¹, Tsutomu Araki¹, Mamoru Hashimoto¹ (Grad. Sch. of Eng. Science, Osaka Univ.¹)

[29a-A2-3] Multi-modal multi-photon spectroscopic imaging of tissue samples using a white-light laser source

^○Hideaki Kano¹, Hiroki Segawa², Yuichi Kaji³ (Univ. of Tsukuba¹, Univ. of Tokyo², Univ. of Tsukuba³)

[29a-A2-4] △High-resolution fluorescence imaging of a multi-layer cell cluster by saturated excitation (SAX) microscopy

^○（PC）Masahito Yamanaka¹, Kumiko Uegaki¹, Nicholas Smith², Satoshi Kawata^1,3, Katsumasa Fujita¹ (Dep. of Appl. Phys., Osaka Univ.¹, iFReC, Osaka Univ.², RIKEN³)

[29a-A2-5] △Synthesis of Rare-earth Doped Nano Phosphors for Biological Cathodoluminescence Microscopy

^○Taichi Furukawa¹, Hirohiko Niioka¹, Masayoshi Ichimiya^1,2, Satoshi Ichikawa³, Tomohiro Nagata⁴, Jun Miyake¹, Masaaki Ashida¹, Tsutomu Araki¹, Mamoru Hashimoto¹ (Eng. Sci. Osaka Univ.¹, Osaka Dental Univ.², Inst. for NanoSci. Design, Osaka Univ.³, Tsukuba Institute for Super Materials, ULVAC Inc.⁴)

[29a-A2-6] △Synthesis of rare-earth doped up-conversion and cathodoluminescence nanophosphors for correlative bioimaging

^○Shoichiro Fukushima¹, Taichi Furukawa¹, Hirohiko Niioka¹, Masayoshi Ichimiya^1,2, Tomohiro Nagata³, Jun Miyake¹, Masaaki Ashida¹, Tsutomu Araki¹, Mamoru Hashimoto¹ (Osaka Univ.¹, Osaka Dental Univ.², ULVAC, inc.³)

[29a-A2-7] Observations of plants using short multimode fiber scope

Takehiro Kanno¹, Syoutarou Ishihara¹, Hiroshi Suto¹, Toshihiro Takahashi¹, Izumi Nishidate², ^○Manabu Sato¹ (Yamagata Univ.¹, Tokyo Univ. of Agriculture and Technology²)

[29a-A2-7.1] Break(15min)

[29a-A2-8] ▲Monitoring plant leaf response under ozone stress based on OCT biospeckle signal

^○（D）Thanuja Srimal¹, Hirofumi Kadono¹ (Saitama Univ.¹)

[29a-A2-9] △Highly sensitive and highly penetrative ultrahigh resolution optical coherence tomography at 1.7 um wavelength region using high power supercontinuum source

^○Hiroyuki Kawagoe¹, Shutaro Ishida¹, Youichi Sakakibara^2,3, Emiko Omoda², Hiromichi Kataura^2,3, Norihiko Nishizawa¹ (Nagoya Univ.¹, AIST², JST CREST³)

[29a-A2-10] △Ultra compact one-shot spectroscopic tomography imaging device that can be used in everyday living environment (First report) ― Feasibility Study with the transmission type relative-inclined phase-shifter―

^○Masaru Fujiwara¹, Shun Sato¹, Satoru Suzuki¹, Kumara Pradeep¹, Akira Nishiyama², Ishiro Ishimaru¹ (Faculty of Engineering Kagawa Univ.¹, Faculty of Medicine Kagawa Univ.²)

[29a-A2-11] △Ultra compact one-shot spectroscopic tomography imaging device for the daily-life environment(Second report) -Functional conjugate-plane phase-shift method for securing high visibility and robustness-

^○Shun Sato¹, Masaru Fujiwara¹, Kumara Pradeep¹, Satoru Suzuki¹, Akira Nishiyama², Ichiro Ishimaru¹ (Faculty of Engineering Kagawa Univ.¹, Facukty of Medicine Kagawa Univ.²)

[29a-A2-12] △Apparatus Configuration of Quantitative Fourier-Spectroscopic Tomography with Infrared Radiation

^○Akane ISHIDA¹, Shun SATO¹, Yo SUZUKI¹, Satoru SUZUKI¹, Ichiro ISHIMARU¹ (Faculty of Engineering Kagawa Univ.¹)

[29a-A2-13] △Proposal of Spectroscopic Double-refraction Phase-difference Tomography for 3-dimensional Biological-component Quantification

^○Yuki Tanaka¹, Ryosuke Tsutsumi¹, Asuka Inui¹, Akane Ishida¹, Ichiro Ishimaru¹ (Faculty of Engineering Kagawa Univ.¹)

Session information

[29a-A2-1~13] 3.6 Biomedical optics