Application: CSU-W1
- ES cell
- Zebrafish
- Brain slice
- Early-stage embryo
ES cell
Ocular cup organ regenerated from mouse ES cells
Data: Mototsugu Eiraku, Ph.D., and Yuiko Hasegawa, Ph.D., Sasai Lab., Organogenesis Neurogenesis group, Center for Developmental Biology, RIKEN
3D Play
MIP
YZ plane
| Measurement condition | |
|---|---|
| Z-section/stack | 100um（2um/51slices) |
| Fluorescent probe | 640nm:Cy5 |
| Pinhole | 25um |
| Objective lens | 20x dry |
ES cell colony
Data: Nozomu Takata, Ph.D., Sasai Lab., Organogenesis Neurogenesis group, Center for Developmental Biology, RIKEN
3D Play
MIP
| Measurement condition | |
|---|---|
| Z-section/stack | 50um（1um/51slices) |
| Fluorescent probe | GFP（Excitation：488nm） mCherry（Excitation：561nm |
| Pinhole | 50um |
| Objective lens | 60x oil |
Data: Kazuo Yamagata, Ph.D., Center for Genetic Analysis of Biological Responses, The Research Institute for Microbial Diseases, Osaka University
Timelapse（MIP）
Full-size movie Play
| Measurement condition | |
|---|---|
| Z-sections/ stack |
80um （0.4um/201slices) |
| Fluorescent probe | 488nm： H2B-EGFP 561nm: mCherry-MBD-NLS |
| Pinhole | 50um |
| Objective lens | 60x silicone |
| Total time | 490 mins (Interval：10mins) |
Zebrafish
Zebra fish embryo
Data: Makoto Suzuki, Ph.D., and Naoto Ueno, Ph.D., Division of Morphogenesis, National Institute of Basic Biology
3D reconstructed image of the whole embryo
Excerpts from Timelapse(MIP)
All timelapse Play
3D reconstructed embryo
(partial, at high magnification)
YZ Plane
| Measurement condition | |
|---|---|
| Z-Sections/ stack |
Upper left:99um（1um/100slices), Lower left:50um（0.5um/101slices), Right:1slice |
| Fluorescent probe | Left: membrane RFP（Excitation：561nm） Right: EB3-GFP（Excitation：488nm） membrane RFP（Excitation：561nm） |
| Pinhole | 50um |
| Objective lens | Upper left:20x dry,Lower left,right: 60x water |
Zebrafish
Real-Time Visualization of Neuronal Activity
Data: Akira Muto and Koichi Kawakami, Division of Molecular and Developmental Biology, National Institute of Genetics
Excerpts from Timelapse(MIP)
All timelapse movie: Play
Time-line MIP of timelapse images
3D
Larval zebrafish: The fifth day after fertilization
Pink area: Optic tectum
| Measurement condition | |
|---|---|
| Total time | 152 sec. (Stream: 600 images) |
| Excitation | 488nm: GCaMP |
| Pinhole | 50um |
| Objective lens | 40x water |
Reference: Muto et al., Real-Time Visualization of Neuronal Activity during Perception, Current
Biology 23(4):307-311
Brain slice
Brain slice of mouse fetus
Data: Atsunori Shitamukai, Ph.D., Laboratory for Cell Asymmetry, Center for Developmental Biology, RIKEN
3D
| Measurement condition | |
|---|---|
| Z-sections/stack | 15um（0.5um/31slices) |
| Fluorescent probe | GFP（Excitation：488nm） RFP（Excitation：561nm） |
| Pinhole | 50um |
| Objective lens | 60x water LWD |
| Total time | 2hours (Interval：1min) |
Early-stage embryo
Early-stage mouse embryo
Data: Kazuo Yamagata, Ph.D., Center for Genetic Analysis of Biological Responses, The Research Institute for Microbial Diseases, Osaka University
Timelapse (MIP) | Full-size movie Play
| Measurement condition | |
|---|---|
| Z-sections/ stack |
100um （1um/101slices) |
| Fluorescent probe | 488nm： H2B-EGFP 561nm: mCherry-MBD-NLS |
| Pinhole | 50um |
| Objective lens | 60x silicone |
| Total time | 48 hours (Interval：10mins) |
Excerpts from Timelapse (MIP of chromosome)
Zugehörige Produkte & Lösungen
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Weites Sichtfeld
Das CSU-W1 ist unsere Antwort auf Anfragen von Forschern nach einem „weiteren Sichtfeld (FOV)“ und nach „klareren Bildern“.
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Konfokale Spinning Disk (Rotationsscheibe) CSU
Mit unserem urheberrechtlich geschützten Dual-Spinning-Disk-Design ausgestattet, transformiert das konfokale Scanning-System von Yokogawa optische Mikroskope, indem es Echtzeit-Live-Cell-Imaging ermöglicht.
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Life Science
Die High-Content-Analyse-Systeme (HCA) und Dual-Spinning-Disk-Technologien von Yokogawa ermöglichen hochauflösendes Hochgeschwindigkeits-Live-Cell-Imaging für die Spitzenforschung rund um den Globus.