Instruments

Instrument time can be scheduled on UICore. Please check the Getting Started page to register on UICore.

Details of the instruments can be seen at https://wiki.rrc.uic.edu/wiki/RRC-FIC:Instrument Guides

ZEISS LASER SCANNING MICROSCOPES: LSM 710 META and LSM 710 BIG

Members of the LSM 710 confocal microscope family are popular, full-featured instruments capable of optically sectioning living or fixed specimens of varying thickness. The specialized META detector can be used to capture detailed spectral information and customize emission filters for the elimination of signal overlap. An intuitive time-lapse imaging function is useful for kinetic studies and FRAP experiments, and the laser configuration settings are suitable for FRET measurements. Though fundamentally similar to the LSM 510 META capabilities, the more advanced LSM 710 META confocal microscope provides greater sensitivity and reduced background noise during acquisition. The upgraded ZEN software and “Smart Setup” feature allows for easy importing of fluorophore configurations, while the Definite Focus component can help to correct axial drift during long-term capture. The LSM 710 BIG is equipped with environmental controls (for temperature and CO2) and with two GaAsP detectors (BiG) allowing measurements of very low laser levels, therefore enabling the confocal to be used for long term live cell experiments.

ZEISS TOTAL INTERNAL REFLECTION FLUORESCENCE (TIRF) MICROSCOPE

The versatile  TIRF microscope is configured for several types of imaging, most notably for the precise visualization of structures or processes near cell membranes (< 200 nm). The system is also uniquely suited for live cell studies by way of a fully controllable (temperature, CO2, humidity) environmental chamber, which can supplement any of the transmitted light, fluorescence, or laser TIRF imaging modes.

OLYMPUS VIVAVIEW INCUBATOR/FLUORESCENCE MICROSCOPE

The VivaView Fluorescence Microscope system consists of a motorized inverted microscope that is fully contained within a cell culture incubator. This integrated approach to long-term time-lapse imaging can thus extend the duration of acquisition, reduce thermal drift, and allow for precise chemical loading while providing high quality fluorescent and/or transmitted light capture. The system also features a motorized stage for monitoring multiple positions in a dish, as well as an automated tray with space for up to 8 dishes.

OLYMPUS BX51 FLUORESCENCE MICROSCOPE (Upright)

The BX51 fluorescence microscope is a simple fluorescence and bright field instrument with an assortment of objectives ranging from 4X to 100X magnification, as well as a set of 4 manual sliding fluorescence filters (DAPI, FITC, Rhodamine, Cy5). The easy setup and highly-responsive CCD camera make the system an excellent choice when observations and analyses require a certain efficiency.

Prairie Technologies Ultima In Vivo Microscopy System

The Prairie Technologies Ultima In Vivo Microscopy System, 2-Photon imaging is designed specifically for intravital preparations, with fully motorized control of the objective X-Y-Z position. The system is configurable to wide range of live samples from invertebrates to primates. A second scan path enables simultaneous photoactivation or photobleaching.  A high-speed resonant scanner brings video-rate imaging to the platform.

Image Processing Software at the FIC

Imaris Scientific 3D/4D Image Processing & Analysis Software

  • One of the gold standards in Microscopy Image Analysis software packages
  • Our full version 7.7.2 is running on an Imaris PC (Puget Custom Compurer) with 256 GB memory

Volocity 3D Image Analysis Suite

  • Visualize and measure high-resolution volume renderings of fluorescent image stacks
  • Perform deconvolution processing on widefield fluorescent images
  • Version 4.7 available on dedicated workstation in the CMF or by limited remote access
  • See more details at the company product site

MetaMorph Premier Image Analysis Software

  • One of the most feature-rich analysis packages available for fluorescent microscopy
  • Contains comprehensive tools for thresholding, filtering, and performing all manner of morphometry analyses
  • On offline version of the software is available on a single PC workstation in the facility
  • For a complete list of available modules, visit the MetaMorph Premier info page

Zeiss LSM Image Browser

  • Free small standalone software for opening .czi, .lsm files
  • Permits basic adjustments to prepare and export images for publication
  • Available for Windows operating systems only
  • A copy of the software can be found on the Zeiss product page.

Zeiss ZEN Blue and black off-line

  • More extensive option for opening and altering Zeiss microscopy files
  • Manage, measure, and export images with an interface matched to the ZEN software
  • Available for Windows operating systems only
  • Proceed to the software homepage for more information and a free download link of ZEN Lite (requires installation)

ImageJ and Fiji

  • An open source, fully-customizable, NIH-developed image processing program
  • Reads all major file formats (some may require additional plugins)
  • Available for Windows, Mac OS, and Linux
  • Visit the ImageJ and Fiji site for a full description, download link, and list of all plugins

Reservation

All of the instruments in active use within the FIC can be reserved via the online scheduler. Reservations are currently limited to 4 hours per day. (Special reservation guidelines apply to the Prairie In Vivo two-photon system, see instrumentation page) Users are not permitted to book an instrument for others if they will not be present during the allotted time. These guidelines are intended to avoid the monopolization of a single system by any individual laboratory.

Please use the FIC scheduler to reserve your microscope time.

To get information about creating an account with RRC and to create RRCAN’s, please click here.

Billing

Billing cycle is done on the monthly basis. On the 3rd of each month, the charges accumulated for the preceding month are sent to RRC finance for invoicing to the proper RRC account number.

Please note, Investigators from the Northwestern University and the University of Chicago are provided internal rates as all UIC users. All other users can access services but, at either external academic or external non-academic rate.

Rates and Instrument usage fees:

By the time of the day Rate
Monday - Friday, 9:00AM- 7:00PM 1x
Monday - Friday, 7:00PM - 12:00AM 0.5x
Monday - Friday, 12:00AM - 9:00AM 0.5x
Saturday - Sunday 0.5x
By Price Groups Rate
UIC (Internal) 1x
Academic (Internal) CBC agreement with UC, Northwestern, Illinois Medical District 1x
Other Academic 1.5x
Other non-profit 1.5x
Industrial 2x
Training Fee ( in general: Instrument fee/hour + $50/hour assistance fee.)
Instrument Rate
Confocals - 2 x 2 hours required ~$370 total
Motorized TIRF/SD - 2 x 2 hours required ~$160 total
Olympus VivaView Incubator Fluorescence Microscope no training fee
Olympus BX51/IX70 Fluorescence Microscope no training fee
Image analysis workstation no setup fee
Prairie 2Photon microscope One time $300 training fee for 4 x 2 hours training
Instrument Price

(Note: The Fluorescence Imaging Core (FIC) reserves the right to change pricing as needed to support operations)
Current Instrument Rates (UIC internal rate, 1X)
Zeiss LSM 710 Confocal Microscope (BIG) $45.00/hour
Zeiss LSM 710 Confocal Microscope (META) $41.00/hour
Zeiss Laser TIRF Microscope $30.00/hour
Zeiss Spinning Disk Confocal Microscope $45.00/hour
Zeiss Widefield Microscope $20.00/hour
Zeiss Ratiometric Calcium Microscope $20.00/hour
Imaris Image Analysis Workstation $6.00/hour
Olympus BX51/IX70 Fluorescence Microscope $10.00/hour
Olympus VivaView Incubator Fluorescence Microscope (1-4 hours) $20.00/hour
Olympus VivaView Incubator Fluorescence Microscope (any additional hour) $6.00/hour
Prairie 2Photon Microscope (1-4 hours) $40.00/hour
Prairie 2Photon Microscope (5-24 hours) $300/day
Prairie 2Photon Microscope (120-168 hours) $1000/week
Assistance/Consultation   $50.00/hour