Location: I06.U1.405
Light sheet microscope with vertical mounting,climate controlled chamber ( humidity – CO2 and O2 control). The different sample chambers available for the Lightsheet 7makes imaging of living model organisms, cleared and expanded samples possible. The adaptive optics allow to adjust for different refractive indices (RI)
Neurons from a cleared Mouse Brain
Imaged on the Zeiss LS7 5x/0.16 foc objective
Zebrafish heart beat
Imaged on the Zeiss LS7 at ~130 frames/s
Specification
- Chamber Climate Control (Humidity – CO2 and O2 control).
- 6 laser lines
- Dual side illumination
- Automated axis XYZ+ Rotation
- Multiview (angles) acquisition
Multiview Acquisition quick setup - Pivot scan (reducing shadows)
- Multi-position & tiling
- Additional piezo driven z-axis for fast imaging
- Dual camera (PCO edge 4.2 sCMOS)
- Versatile chambers and sample holders
Objectives
Illumination objectives
- 5x/0.1foc (for 5x or 10x detection objective)
- 10x/0.2foc (for 20x detection objectives)
Detection objectives
Water immersion:
- 5x/0.16: EC-Plan Neofluar nd=1 (WD= 5.1 mm)
- 10x/0.5: W Plan-Apochromat nd=1,33 (WD=3.7 m)
- 20x/1.0: W Plan-Apochromat Corr DIC; nd=1.33 (WD=2.4 mm)
Cleared samples:
- 5x/0.16: foc EC-Plan Neofluar nd=1 (WD= 10.5 mm)
- 20x/1.0: Clr Plan-Apochromat Corr nd=1.38 (WD=5.6 mm)
- 20x/1.0: Clr Plan-Neofluar Corr nd=1.45 (WD=5.6 m)
- 20x/1.53: Clr Plan-Neofluar Corr DIC; nd=1.53 (WD= 6.4mm)
Objective lens Free working distance Smallest pixel size ->camera Pixel size / max zoom Optical resolution @500nm (0.61x500nm/NA) Refractive index EC Plan-NEOFLUAR 5x/0,16 10.5 mm 520 nm 1906 nm Adaptive W Plan-Apochromat 10x/0.5 3.7 mm 260 nm 610 nm 1.33 W Plan-Apochromat 20x/1,0 DIC 2.4 mm 130 nm 305 nm 1.33 Clr Plan-Neofluar 20x/1.0 Corr nd=1.38 5.6 mm 130 nm 305 nm 1.38 Clr Plan-Neofluar 20x/1.0 Corr nd=1.45 5.6 mm 130 nm 305 nm 1.45 Clr Plan-Neofluar 20x/1,0 Korr nd=1,53 6.4 mm 130 nm 305 nm 1.53
Refractive index of some solutions:
Sample Chambers
- Chamber #1: Water / Live 20x → Fixed / Live (temperature; CO2, O2, humidity -control)
- Chamber #2: Cleared Sample 20x (n=1.35-1.58)
- Chamber #3: Large Sample 5x (n=1.33-1.58)
Laser lines
- 405nm / 50 mW
- 445nm / 24 mW
- 488nm / 50mW
- 515nm / 20 mW
- 561nm / 50mW
- 638nm / 75mW
Filters / Beam-splitters
Laser blocking filter1 (LBF1):
405 nm,488 nm,561 nm,640 nm
Laser blocking filter2 (LBF2):
445 nm, 561 nm, 640 nm
Filter wheel 1:
- DAPI–GFP: BP 420-470/ LP 490/ BP 505-545
- GFP– CY3: BP 505-545/LP560/ BP 575-615
- GFP– DRAQ5: BP 505-545/LP560/LP660
- GFP (narrow)-mCherry: BP 505-530/LP560/LP585
- GFP–DRAQ5: BP 505-545/LP560/LP660
Filter wheel 2:
- DAPI–GFP: BP 420-470/ LP 490/ BP 505-545
- CFP– YFP: BP 460-500/LP510/ BP 525-562
- CFP– CY3: BP 460-500/LP510/LP 575-615
- CFP– mCherry: BP 460-500/LP510/LP585
- GFP–DRAQ5: BP 505-545/LP560/LP660
Resources:
– System manual and additional material is available on SeaFile (login required).
– How to Get Best Images with Various Types of Immersion Media and Clearing Agents