SD1 - Andor Spinning Disc

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{{Equipment
 
{{Equipment
| system-number       = MPI19
+
|system-number=MPI19
| system-name         = Andor Spinning Disc
+
|system-name=Andor Spinning Disc
| category             = Real-Time Confocal
+
|type=Microscope
| stand                = inverted
+
|category=Real-Time Confocal
| image                = MPI19.jpg
+
|facility=MPI-CBG LMF
| facility             = MPI-CBG LMF
+
|building=MPI-CBG
| facility_image      = logo-lmf.jpg
+
|room=038B
| building             = MPI-CBG
+
|facility_image=logo-lmf.jpg
| room                 = 038B
+
|description=fast, "real-time" confocal imaging
| description         = fast, "real-time" confocal imaging
+
|applications=confocal imaging of EGFP and mCherry with high temporal and spatial resolution.
| applications         = confocal imaging of EGFP and mCherry with high temporal and spatial resolution.
+
|image=MPI19.jpg
| microscope           = manual Olympus IX71, 1.6x OptoVar, fast piezo z-drive for objective
+
|stand=Inverted
| objectives           = 10x / 0.30  Plan-Neofluar<br>60x / 1.20 W  UPlanSApo<br>100x / 1.40 Oil  UPlanSApo
+
|microscope=manual Olympus IX71, 1.6x OptoVar, fast piezo z-drive for objective
| illumination         = Halogen<br>HBO<br>488 nm solid-state laser Coherent Sapphire, 75mW<br>561 nm solid-state laser Cobolt Jive, 40mW
+
|objectives=10x / 0.30  Plan-Neofluar<br>60x / 1.20 W  UPlanSApo<br>100x / 1.40 Oil  UPlanSApo
| detection           = Spinning disc scan head Yokogawa CSU10: dichromatic mirror: [http://www.semrock.com/Catalog/Detail.aspx?FilterPartID=855&CategoryID=82 T-405/488/568/647]<br> physical pinhole radius: 24um, physical pinhole spacing: 240um; back-projected pinhole radius: 0.15um, back-projected pinhole spacing: 1.5um (with 100x objective, 1.6x optovar)<br>Andor iXon EM+ DU-897 BV back illuminated EMCCD; pixel size of EMCCD chip: 16um<br>image pixel size (measured): with 100x objective: 0.178um; 100x obj. and 1.6x optovar: 0.111um; 60x obj.: 0.288um; 60x obj. and 1.6x opt.: 0.181um  
+
|illumination=Halogen<br>HBO<br>488 nm solid-state laser Coherent Sapphire, 75mW<br>561 nm solid-state laser Cobolt Jive, 40mW
| reflectors           = Optical Insight DualView image splitter: <br>HC 520/35; BS 565; HC 628/40<br>Sutter filter wheel: <br>position 0: 624/40,  1: open,  2: 525/30,  3: razor edge 568LP,  4: dual emitter: 512/23+630/91,  5: razor edge 488LP,  6: old CSU dual emitter:  525/30 + 650/?,  7: blocked,  8: blocked,  9: 716/40<br> microscope filter turret:<br> position 1: GFP cube,  2: RFP cube,  3: dual GFP + RFP cube,  4: DAPI cube,  5: empty,  6: DIC analyzer  
+
|detection=Spinning disc scan head Yokogawa CSU10: dichromatic mirror: [http://www.semrock.com/Catalog/Detail.aspx?FilterPartID=855&CategoryID=82 T-405/488/568/647]<br> physical pinhole radius: 24um, physical pinhole spacing: 240um; back-projected pinhole radius: 0.15um, back-projected pinhole spacing: 1.5um (with 100x objective, 1.6x optovar)<br>Andor iXon EM+ DU-897 BV back illuminated EMCCD; pixel size of EMCCD chip: 16um<br>image pixel size (measured): with 100x objective: 0.178um; 100x obj. and 1.6x optovar: 0.111um; 60x obj.: 0.288um; 60x obj. and 1.6x opt.: 0.181um
| features            =
+
|reflectors=Optical Insight DualView image splitter: <br>HC 520/35; BS 565; HC 628/40<br>Sutter filter wheel: <br>position 0: 624/40,  1: open,  2: 525/30,  3: razor edge 568LP,  4: dual emitter: 512/23+630/91,  5: razor edge 488LP,  6: old CSU dual emitter:  525/30 + 650/?,  7: blocked,  8: blocked,  9: 716/40<br> microscope filter turret:<br> position 1: GFP cube,  2: RFP cube,  3: dual GFP + RFP cube,  4: DAPI cube,  5: empty,  6: DIC analyzer
| incubation           = stage incubator
+
|incubation=stage incubator (T) + objective heater
| link1               = [http://spreadsheets.google.com/pub?key=pFACvabR4mSkKjMo69HOPSg LPM]
+
|link1=http://spreadsheets.google.com/pub?key=pFACvabR4mSkKjMo69HOPSg
| link2               = -
+
|link2=-
| inv                  =  
+
|obj1=-
 +
|obj2=-
 +
|obj3=-
 +
|obj4=-
 +
|obj5=-
 +
|obj6=-
 +
|obj7=-
 +
|obj8=-
 
}}
 
}}

Revision as of 17:38, 1 September 2009

Suitable for confocal imaging of EGFP and mCherry with high temporal and spatial resolution..
MPI19.jpg


Directions

[[image:|150px|text-bottom|right]]

[[image:|100px]] MPI-CBG LMF (MPI-CBG, 038B)

Booking

https://python-srv1.mpi-cbg.de/lmf-ipf/cgi-bin/index.py

Details

microscope , Inverted stand, manual Olympus IX71, 1.6x OptoVar, fast piezo z-drive for objective
objectives
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-
-
-
-
-
-
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illumination
detection [[detection::Spinning disc scan head Yokogawa CSU10: dichromatic mirror: T-405/488/568/647
physical pinhole radius: 24um, physical pinhole spacing: 240um; back-projected pinhole radius: 0.15um, back-projected pinhole spacing: 1.5um (with 100x objective, 1.6x optovar)
Andor iXon EM+ DU-897 BV back illuminated EMCCD; pixel size of EMCCD chip: 16um
image pixel size (measured): with 100x objective: 0.178um; 100x obj. and 1.6x optovar: 0.111um; 60x obj.: 0.288um; 60x obj. and 1.6x opt.: 0.181um]]
reflectors Optical Insight DualView image splitter:
HC 520/35; BS 565; HC 628/40
Sutter filter wheel:
position 0: 624/40, 1: open, 2: 525/30, 3: razor edge 568LP, 4: dual emitter: 512/23+630/91, 5: razor edge 488LP, 6: old CSU dual emitter: 525/30 + 650/?, 7: blocked, 8: blocked, 9: 716/40
microscope filter turret:
position 1: GFP cube, 2: RFP cube, 3: dual GFP + RFP cube, 4: DAPI cube, 5: empty, 6: DIC analyzer
features
software
incubation stage incubator (T) + objective heater
links
  • [- beam path]
  • [ advanced system check]
inv.nr.



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