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agilent_cytation_5

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Location: [Oeiras] Room 0B16
Manufacturer: Agilent
Model: BioTek Cytation 5 Cell Imaging Multimode Reader
Nickname: Cytation 5
Software: Gen 5 Image Prime
Year: 2024
SN: 2302240B
 
Data will be deleted after: 1 month  
 
Agilent Cytation 5 Quality Control
Agilent Cytation 5 Usage Statistics

Microscope overview

The Cytation 5 Cell Imaging Multimode Reader is a fully automated plate and slide reader equipped with an inverted widefield configuration.

This unit is capable of imaging from 4-40x with fluorescence and/or brightfield (mono or RGB). It is equipped with three different excitation LEDs and filter sets (there is a fourth slot which is mainly used for hardware-based autofocus, but which can be replaced by a 4th fluorescence channel upon request).

It is also equipped with an atmosphere control unit for regulating CO2 concentration (for live cell imaging), and capable of setting up for hypoxia conditions also. The multimode detection modules include filter- and monochromator-based fluorescence detection, luminescence, and UV-Vis absorbance detection.

System Components

LEDs

Line Wavelength Reference
UV 385 nm 1225007
B 465 nm 1225001
G 523 nm 1225003
Y 590 nm 1225002
R 623 nm 1225005

Filtersets available

Position Filterset Excitation Dichroic Emission Reference
1 LASER Autofocus - - - 1225010
2 DAPI 352-402 nm 409 nm 417-477 nm 1225100
- GFP 453-488 nm 497 nm 505-545 nm 1225101
3 Propidium Iodide 511-551 nm 605 nm 619-676 nm 1225111
- Texas Red 579-594 nm 605 nm 619-676 nm 1225102
4 Cy5 608-648 nm 660 nm 665-705 nm 1225105

Objectives

Magnification Model Immersion NA WD (mm) Reference
4x Plan-Semiapochromat Fluorescence Air 0.13 17 UPLFLN4X
20x Plan-Semiapochromat Fluorescence Air 0.45 6.60-7.80 LUCPLFLN20X
40x Plan-Semiapochromat Fluorescence Air 0.6 2.70-4.00 LUCPLFLN40X

Camera

Model Frame Size Pixel Size (µm) Quantum Efficiency
FLIR Chameleon3 CM3-U3-50S5M (mono) 2448 × 2048 3.45 x 3.45 69% (at 525 nm)

Pixel Size

Images coming from the Cytation 5 are not calibrated, even though the system has that information available. In the images' metadata you can find the PixelWidth and the ImageWidthMicrons, and by dividing the latter for the first, you get the Pixel Size to calibrate your images. You can find this information below, per objective and Field Of View (FOV):

Objective FOV Image Size (pixels) Image Size (microns) Pixel Size (microns)
4x Full 1992 x 1992 3474 x 3474 ~1.7440 x ~1.7440
4x 75% 1496 x 1496 2609 x 2609 ~1.7440 x ~1.7440
4x Standard 1224 x 904 2135 x 1576 ~1.7443 x ~1.7434
20x Full 1992 x 1992 694 x 694 ~0.3484 x ~0.3484
20x 75% 1496 x 1496 521 x 521 ~0.3483 x ~0.3483
20x Standard 1224 x 904 427 x 315 ~0.3489 x ~0.3485
40x Full 1992 x 1992 347 x 347 ~0.1742 x ~0.1742
40x 75% 1496 x 1496 260 x 260 ~0.1738 x ~0.1738
40x Standard 1224 x 904 213 x 157 ~0.1740 x ~0.1737

CO2 and/or O2 Control Procedure

  • If you require CO2 and/or O2 control, turn the atmosphere controller ON.

  • Confirm the CO2 and/or O2 switch is ON, and set to the desired percentage.

  • Open the CO2 and/or N2 tap on the wall.

Microscope Turn On Procedure

  • Turn on the microscope using the switch at the front of the system.

  • Turn the computer on (if needed).

  • Login to Windows with your GIMM Agendo credentials.
  • Wait for the button light in the front to turn green (the system will pop out the plate drawer as well).

  • Open the Gen 5 software.

Microscope Turn Off Procedure

  • Turn off the microscope using the switch at the front of the system.

  • Log off the computer.
  • If you used the gas controller
    • Turn gas controller OFF

  • Close all wall taps.


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agilent_cytation_5.1765498405.txt.gz · Last modified: 2025/12/12 01:13 by bioimaging