MTZ02 - Leica TCS SP5

From BioDIP
(Difference between revisions)
Jump to: navigation, search
(objectives corrected)
Line 1: Line 1:
 
{{Equipment
 
{{Equipment
| system-number       = MTZ02
+
|system-number=MTZ02
| system-name         = Leica TCS SP5
+
|system-name=Leica TCS SP5
| category             = Laser Scanning Confocal
+
|type=Microscope
| stand                = inverted
+
|category=Laser Scanning Confocal
| image                = MTZ02.jpg
+
|facility=MTZ Imaging
| facility            = MTZ Imaging
+
|building=MTZ
| facility_image       = logo-mtzimaging.jpg
+
|room=B20.001C
| building            = MTZ
+
|facility_image=logo-mtzimaging.jpg
| room                = B20.001C
+
|description=This [[Leica TCS SP5]] [[confocal]] microscope is specialized for Life Cell Imaging, FRET and FRAP. Modules for time-series and bleaching experiments are available.
| description         = This [[Leica TCS SP5]] [[confocal]] microscope is specialized for Life Cell Imaging, FRET and FRAP. Modules for time-series and bleaching experiments are available.
+
|applications=fixed cell imaging, life cell imaging, FRET and FRAP, multi position acquisition, [[tile scan]], routine dye combination as well as exotic ones. Optimal for EGFP/mCherry or CFP/YFP/mCherry
| applications         = fixed cell imaging, life cell imaging, FRET and FRAP, multi position acquisition, [[tile scan]], routine dye combination as well as exotic ones. Optimal for EGFP/mCherry or CFP/YFP/mCherry
+
|image=MTZ02.jpg
| microscope           = inverted stand, motorized XY stage, motorized Z-drive, fast Z-stage, fluorescence, transmitted light with motorized DIC
+
|stand=3D
| objectives           = 10x/0.4 dry<br>20x/0.7 dry<br>40x/1.25 Oil<br>63x/1.4 Oil Apo<br>63x/1.2 W Apo
+
|microscope=inverted stand, motorized XY stage, motorized Z-drive, fast Z-stage, fluorescence, transmitted light with motorized DIC
| illumination         = Halogen<br>HBO<br>405 nm Diode laser<br>458, 477, 488, 496, 514 nm Argon laser<br>543 nm HeNe laser<br>594 nm HeNe laser<br>633 nm HeNe laser
+
|objectives=10x/0.4 dry<br>20x/0.7 dry<br>40x/1.25 Oil<br>63x/1.4 Oil Apo<br>63x/1.2 W Apo
| detection           = point scanner, 3 confocal PMTs, T-PMT, AOBS for excitation/emission splitting, prism and spectral sliders for detection range selection, central pinhole<br>optional wide-field detection via color camera, CCD Leica DFC 500 (1360x1024 up to 4080x3072, 6.45x6.45µm pixel)
+
|illumination=Halogen<br>HBO<br>405 nm Diode laser<br>458, 477, 488, 496, 514 nm Argon laser<br>543 nm HeNe laser<br>594 nm HeNe laser<br>633 nm HeNe laser
| reflectors           = DAPI (EX 360/40, EM LP425)<br>GFP (EX 470/40, EM LP515)<br>RFP (EX 538/45, EM LP590)
+
|detection=point scanner, 3 confocal PMTs, T-PMT, AOBS for excitation/emission splitting, prism and spectral sliders for detection range selection, central pinhole<br>optional wide-field detection via color camera, CCD Leica DFC 500 (1360x1024 up to 4080x3072, 6.45x6.45µm pixel)
| features             = simultaneous imaging, sequential imaging, line scan, point scan, Z stacks, fast XZ-scans, time-series, advanced time-series, averaging, summarizing, scan zoom and rotation, tile scan, multi position scan, lambda scan, FRET macro, FRAP macro
+
|reflectors=DAPI (EX 360/40, EM LP425)<br>GFP (EX 470/40, EM LP515)<br>RFP (EX 538/45, EM LP590)
| incubation           = cage incubator
+
|features=simultaneous imaging, sequential imaging, line scan, point scan, Z stacks, fast XZ-scans, time-series, advanced time-series, averaging, summarizing, scan zoom and rotation, tile scan, multi position scan, lambda scan, FRET macro, FRAP macro
| link1               = [http://spreadsheets.google.com/pub?key=pMZJXCgd5HNumJpfihZLcaw LPM]
+
|incubation=cage incubator (T+CO2)
| link2               = [https://spreadsheets.google.com/pub?key=pMZJXCgd5HNsytK4WLaxaWQ scan-head configuration]
+
|link1=[http://spreadsheets.google.com/pub?key=pMZJXCgd5HNumJpfihZLcaw LPM]
| inv                 = -
+
|link2=[https://spreadsheets.google.com/pub?key=pMZJXCgd5HNsytK4WLaxaWQ scan-head configuration]
 +
|inv=-
 +
|obj1=Empty position
 +
|obj2=Empty position
 +
|obj3=Empty position
 +
|obj4=Empty position
 +
|obj5=Empty position
 +
|obj6=Empty position
 +
|obj7=Empty position
 +
|obj8=Empty position
 
}}
 
}}
 
 
[[Category:Wide-Field|i]]
 
[[Category:Wide-Field|i]]

Revision as of 16:54, 1 September 2009

Suitable for [[applications::fixed cell imaging, life cell imaging, FRET and FRAP, multi position acquisition, tile scan, routine dye combination as well as exotic ones. Optimal for EGFP/mCherry or CFP/YFP/mCherry]].
MTZ02.jpg


Directions

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

[[image:|100px]] MTZ Imaging (MTZ, B20.001C)

Booking

https://cgc.med.tu-dresden.de/phpScheduleIt

Details

microscope , 3D stand, inverted stand, motorized XY stage, motorized Z-drive, fast Z-stage, fluorescence, transmitted light with motorized DIC
objectives
Empty position
Empty position
Empty position
Empty position
Empty position
Empty position
Empty position
Empty position
illumination
detection point scanner, 3 confocal PMTs, T-PMT, AOBS for excitation/emission splitting, prism and spectral sliders for detection range selection, central pinhole
optional wide-field detection via color camera, CCD Leica DFC 500 (1360x1024 up to 4080x3072, 6.45x6.45µm pixel)
reflectors DAPI (EX 360/40, EM LP425)
GFP (EX 470/40, EM LP515)
RFP (EX 538/45, EM LP590)
features simultaneous imaging, sequential imaging, line scan, point scan, Z stacks, fast XZ-scans, time-series, advanced time-series, averaging, summarizing, scan zoom and rotation, tile scan, multi position scan, lambda scan, FRET macro, FRAP macro
software
incubation cage incubator (T+CO2)
links
  • [ manual]
  • [LPM laser power values]
inv.nr. -



Personal tools