Bioimaging Equipment

Online scheduling is available only to those individuals who have received training on equipment. Review the Bioimaging guideline on how to receive training. 

Acquisition Systems:

Confocal Systems:

ZEISS LSM 700
Lasers: solid state 405, 488, 555, 639 Objectives: 5X(0.13), 10X(0.45), 20X(0.8), 40X(0.6), 40XW(1.2), 63XOil(1.4) Detector: PMT (2) Book Now
 
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QUORUM SPINNING DISC
Spinning Disc: Yokogawa X1 head with Borealis Lasers: solid state 405, 488, 552, 730 Objectives: 10X (0.2), 20X (0.75), 40X (0.6 correction collar), 63X (1.4 oil), 100 (1.4 oil) Detector:  Hamamatsu ImagEM X2 EM-CCD camera and ORCA 12-bit camera Book Now (Room 778)
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QUORUM SPINNING DISC WITH TIRF
Spinning Disc: Diskovery/Nipkow spinning disk with dual-pinhole sizes  (50um & 100um) TIRF: Diskovery TIRF Unit Lasers: solid state 405, 488, 561,637 Objectives: 10X(0.25), 20X(0.40), 63XOil(1.47; CORR TIRF) Detectors: Hamamatsu  ImagEM X2 EM-CCD camera, and ORCA-Flash 4.0 V2 PLUS sCMOS camera Book Now (Room 778)  
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NIKON A1R: RESONANT SCANNER AND MULTIPHOTON SYSTEM
Objectives:

  • Apochromat Multi-Photon LWD 25x Water Immersion Objective Lens, N.A. 1.1, W.D. 1.43-2.04mm, F.O.V. 22mm, DIC, Correction Collar 0-0.17mm
  • Apochromat TIRF 60X Oil Immersion Objective Lens, N.A. 1.49, W.D. 0.12mm, F.O.V 22mm, DIC
  • Plan Apochromat 10X Glycerol Immersion Objective Lens, N.A. 0.5, W.D. 5.5mm

Confocal Specifications:

  • Lasers: 405,488,561,640
  • Filters: 450/50, 525/50, 600/50, 650LP
  • Descan detector: 2 GaAsP and 2 High Sensitivity PMTs

Mutliphopton Specifications:

  • IR laser: Chameleon Vision II tuning range is 680-1080 nm, total output power at 680 nm is >650 mW and >3500 mW at 800 nm, pulse duration is 140 fs
  • Filters: 525/50, 605/70
  • Non descan detectors: 3 GaAsP and 1 High Sensitivity PMT

Book Now (Room 778)  

Widefield Systems:

ZEISS AXIOOBSERVER WITH FLIM
Light Source: X-cite (Hg-halide), Colibri LED (455, 470, 505, 590) Cubes: Dapi, CFP, GFP, YFP, Cy3, Cy5, Cy7, mCherry Objectives: 5X(0.13), 10X(0.3), 20X(0.4), 25X(0.8), 40X(0.6), 40XOil(1.4), 63XOil(1.4), 100XOil(1.4) Detector: OrcaR2 CCD, Zeiss AxioCam (colour) Book Now (Room 778)  
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OLYMPUS BX50
Light Source: Hg-halide Cubes: B, G, R Objectives: 4X (0.1),10X (0.25),20X (0.5),40X (0.75),60XOil (1.25),100XOil (1.3) Detector: Olympus DP72 colour camera Book Now
 
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High Content Imaging:

IMAGEXPRESS MICRO
Light Source: Xe-halide Cubes: Dapi, FITC, TRITC, Texas Red, Cy5 Objectives: 4X(0.2), 10X(0.45), 20X(0.5) Detector: CCD Camera – CoolSnap HQ Software: MetaXpress and AcuityXpress Book Now
 
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In Vivo Imaging Equipment:

MSOT (MULTISPECTRAL OPTOACOUSTIC TOMOGRAPHY)
Description: Whole animal photo-acoustic imaging of anesthetized mice. Capable of longitudinal studies done on the same animal.  Allows for the real time measurement of both deoxygenated and oxygenated hemoglobin without the requirement of labels. In addition, dyes (such as ICG) may used and spectrally unmixed from hemoglobin in post processing steps. Book Now
 
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RETINAL IMAGER
Heidleberg Spectralis (HRA+OCT) Description: Simultaneous fundus (retina, optic disc, macula, fovea, posterior pole) imaging and optical coherence tomography. Adapted for use on animals. Imaging Modalities: OCT, infrared, autoflourescence, fluorescein angiography, ICG angiography, red free photography
 
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BIOLUMINeSCENT and Fluorescent Animal Imager (NEWTON 7.0)
Description:

The Newton 7.0 FT500 is capable of both bioluminescence (2D and 3D tomography) as well as fluorescence imaging. 

Designed for preclinical in vivo imaging of small animals with a fully automated heated stage and an integrated anesthesia system – allowing for up to 5 mice to be imaged simultaneously. (Also capable of ex vivo and in vitro applications.)

Camera – wide aperture (f/0.7) 16-bit cooled CCD camera

Fluorescence – 8 LED excitation channels, and 8 narrow bandpass emission filters for a wide array of fluorophores (420nm – 780nm).

 
Image of NEWTON 7.0

Slide Scanning:

ZEISS AXIOSCAN.Z1
Slide scanning will be offered as a service, please see attached instructions and requisition form Objectives:

  • 2.5x/0.12 Fluar
  •  5x/0.25 Plan Fluar
  • 10x/0.45 Plan Apochromat
  • 20x/0.8 Plan Apochromat
  • 40x/0.95 Plan Apochromat

Brightfield illumination source:

  • white light LED

Brightfield Camera – Hitachi 3-Chip color camera, model HV-F202SCL:

  • pixel size of 4.4um, (0.22um pixel size at 20x)
  • Full 30 fps
  • 24, 30 or 36 bit depth

Fluorescent Illumination (COLIBRI LED):

  • Red (630nm) for excitation of Alexa 631, Cy5, TOTO-3 and similar dyes
  •  Yellow (590nm) for excitation of Alex 568, Alexa 594, mCherry, mPlum and similar dyes
  • Green (555nm) for excitation of Alexa 555, Cy3, TRITC, DsRed and similar dyes
  • Cyan (511nm) for excitation of Alexa 514, eYFP, Eosin, TOTO-1 and similar dyes
  • Blue (475nm) for excitation of Alexa 488, eGFP, Fluo4, FITC and similar dyes
  • Violet (430nm) for excitation of Alexa 430, eCFP, Lucifer Yellow and similar dyes
  • UV (385nm) for excitation of Alexa 405, DAPI, Hoechst 33258 and similar dyes

Fluorescent emission filters:

  • Blank for TL
  • Quad (90HE): 425/35, 512/35, 590/25, 660LP
  • Tri (91HE): 435/25, 555/25, 610LP
  • Dual: 520/40, 595/70
  • Single band green emission: 520/40
  • Single band red emission: 620/60

Fluorescent Camera- Hamamatsu ORCA-Flash 4.0 V3:

  • 16 bit
  • 6.5um pixel size
  • QE of 82%
  • maximum capture rate of 100f

Book Now

 
Zeiss AXIOSCAN
Analysis Software - HALO (Indica Labs)

5 HALO modules, two standard modules and three elective modules

  • Area Quantification Fluorescence – Analyze up to three fluorophores in a single image. Calculate percentage area and intensity of each fluorophore across analysis area and colocalization of mutltiple fluorophores
  • Area Quantification Brightfield – Separate up to three stains in a single image. Calculate percentage area of each stain, intensity of each stain, and colocalization of multiple stains
  • Tissue Classifier – Identify multiple tissues classes using a learn-by-example approach. Can be used in conjuction with all other modules (fluorescent and brightfield) to select specific tissue classes for further analysis.
  • Multiplex IHC – Quantify expression of up to 4 IHC markers in the nucleus, cytoplasm, or membrane. Ideally multiplex IHC applications.
  • High-Plex FL – Cell based analysis for up to 8 markers (plus DAPI). Ideally suited for high-plex FL applications and multi-spec imaging systems.

Analysis Workstations

WorkStationRoomFree SoftwareLicensed Software(s)
Ideal For
FiJi
Imaris Viewer 9.6.0
NIS Viewer 5.21
Zen 3.2 Lite
1552A
xxxxView MSOT
MSOT photoacoustic data: Processing, visualization and analysis
2552A
xxxZen Black 2012, Zen Blue 2012
LSM700 data: FRAP and colocalization analysis
3552A
xxImaris 8.0.2 & 9.6.0, NIS Elements AR, Nikon Batch Deconvolution
Multidimesional data from all confocal systems: Deconvolution, 3D visualization, rendering and analysis, colocalization, particle tracking
4552A
xxxxMetamorph / Meta Imaging Series 7.8
SD/TIRF data: Particle tracking
5778
xxHalo v2.3.2089.23
Slide scanning data: Large 2D data set visualization and analysis
6450
xMetaXpress
ImageXpress data: High content, low magnification, 2D image analysis
X