Biological optical microscopes
| 3D Measuring Laser Microscope Olympus LEXT OLS4000 |
Chitose Institute of Science and Technology | |
|---|---|---|
| Confocal laser scanning fluorescent microscope Leica TCS SP5 |
Excitation light source : 405nm, 455nm, 480nm, Objective lens : Tandem scanning (high speed / high resolution) 10x 20x 40x 63x |
NIMS |
| Live cell high speed imaging・Total internal reflection fluorescence microscope Leica AF6000LX (TIRF attached、LAS AF） |
Fluorescence observation, differential interference contrast observation, and fluorescence observation at evanescent field are possible. Cell culture device attached Objective lens : 10ｘ40ｘ63ｘ(Gly)100xTIRF Super Z galvanometer stage, external fluorescence filter wheel, cooled monochrome digital camera |
NIMS |
| Laser microdissection system Leica LMD6000MPP Motorized upright microscope |
UV diode laser (355nm), scanning stage Objective lens : 1.25x 6.3x 10x 20x 40x |
NIMS |
| Inverted fluorescence microscope (phase difference) Leica DMIL |
Observation method bright field / phase difference Objective lens 5x10x20x40x |
NIMS |
| Phase contrast microscope Leica DMIL |
Observation method bright field / phase difference Objective lens 5x10x20x40x |
NIMS |
| Upright fluorescence microscope (Differential interference contrast) Leica DM2500Fluo / DIC |
Observation method Bright field / fluorescence / differential interference contrast Objective lens 10ｘ20ｘ40ｘ100ｘOil（PL S-APO) |
NIMS |
| Upright fluorescence microscope (Phase contrast) Leica DM2500Fluo / PH |
Observation method bright field / fluorescence / phase contrast Objective lens 10ｘ20ｘ40ｘ100ｘOil（FL PLAN) |
NIMS |
| Stereoscopic microscope Leica (4 units) |
NIMS | |
| Super-resolution microscope Leica TCS STED CW |
Nagoya University | |
| Super-resolution microscope Carl Zeiss Elyra PALM system |
Nagoya University | |
| NIKON JEOL N-SIM+N-STORM+A1R+A1RMP+JASM-6200 ClairScope | Nagoya University | |
| Fluorescence microscope electrophoresis system Nikon TE300 |
Nagoya University | |
| Total internal reflection fluorescence microscope Olympus IX71 |
Nagoya University |
