Integrated Microscopy Core Facility at the University of ChicagoUC seal

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Imaging Resources
Server Access
WindowsXP instructions as .pdf
Mac OS instructions as .pdf

Image Analysis Software

Download-able Software We Recommend
McMaster Biophotonics version of ImageJ by Tony Collins
Fiji version of ImageJ
Leica LASAF-lite (Windows XP only)
LOCI Bio-Formats downloadable plugin for ImageJ.  See our helpful tutorial on this topic.

Available from or in the Facility
Huygens Pro from SVI (64-bit Linux, available by remote desktop) --
Our prefered deconvolution package.  Documentation to get you started with remote desktop here.

Huygens Essential for Deconvolution
from SVI (Windows XP, available in the KCBD site only) -- A simplified version of the Huygens deconvolution software.  

Imaris from Bitplane (64-bit Windows only, available in the KCBD site only) -- powerful multi-dimensional image processing software.  Ideal for multi-dimensional rendering, particle tracking in 4D (volume over time), neurite tracing, spine counts, and multi-dimensional measuements (volume, area, 3D counts, etc.).

MetaMorph from Molecular Devices (Windows XP, offline version available in the KCBD site) -- used for image collection and for limited data processing.  Particularly good at pixel intensity graphing, limited particle tracking (2D over time, NOT 3D). 

OpenLab from Improvision (Windows XP and Mac OS X, available in the KCBD site) -- used for image collection and for limited data processing. 

SlideBook from Intelligent Imaging Innovations, Inc. (Windows XP and Mac offline versions available at KCBD site) -- used for image collection on the vert100 and both spinning disk confocals and for limited data processing.  Particularly suited to 3D and 4D image rendering and quick montage making. 

Other Software Packages
BioImageXD -- free open source software for anaylsis of multi-dimensional images
ImageSurfer -- free 3D rendering software
Blender -- multi-dimensional animation software.  Fun, but NOT for image rendering!

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ImageJ Macros
ImageJ is scriptable software.  Click here for links to macros developed in the University of Chicago imaging facility. 
Software Tutorials
ImageJ
ImageJ Basics Tutorial (dowloadable .pdf) -- Just downloaded ImageJ and wondering what to do next?  This is the tutorial for you!  It covers basic topics including how to open an image or stack of images, adjusting brightness and contrast, how to make color and multicolor merge images, adding scale bars, and how to make 3D and timelapse movies. .pdf version of a PowerPoint.

ImageJ Basics Tutorial, the movie (requires Adobe Flash)  -- A movie version of our famous ImageJ Basics Tutorial.  Winner of the ImageJ User and Developer Conference 2008 Video Tutorial Competition.

Download-able tutorial .pdfs for more advanced ImageJ functions:
Opening files with the LOCI Bio-Formats plugin
Merging colors beyond RGB
Making montages
Basic cell counting
Counting objects by template matching

For even more advanced ImageJ tutorials, check out Tony Collins's excellent ImageJ for Microscopy manual.  Links to additional ImageJ tutorials and documentation can be found on the ImageJ documentation page.

Huygens Pro Deconvolution Software
Using Huygens Pro by Remote Desktop (download-able .pdf) -- Covers basic aspects of running  the Huygens Pro deconvolution software, available on the Linux machine in KCBD 1250 or by remote desktop.  The .pdf also includes instructions on how to access Huygens Pro by remote desktop from any UChicago network computer. 

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Learn More About. . .
Fluorophores and Staining
Table of common fluorophores and fluorescent proteins with their color and excitation/emission maxima. 

Invitrogen/Molecular Probes fluorescence spectra viewer is a web-based, interactive wavelength viewer.  Very useful for determining degree of overlap between fluorophores.

Trouble with autofluorescence in your samples?Autofluorescence Causes and Cures

Post-Image Processing
Image manipulation ethics


Colocalization
JACoP for ImageJ, the original reference -- Everything you ever wanted to know about colocalization, but were afraid to ask.


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Protocols (help us fill out this section!)
Tips for successful imaging -- Everybody wants beautiful, scientifically valid images.  Here is a little .pdf we put together to help you get there.  Read this BEFORE you start your experiment, it will make a world of difference!

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Links
Invitrogen/Molecular Probes also check out their Handbook for all things fluorescent
Jackson ImmunoResearch
KPL home of the new DyLights fluorophores
Mat-Tek your source for glass bottom dishes and plates
ImageJ documentation wiki
Olympus Microscopy Resource Center TONS of information on a wide variety of topics
Nikon Microscopy U Another great source of imaging information

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Scale Bar Calibrations
Pixel size depends on the microscope/camera used, the objective magnification, and any binning or zoom factor used during image capture. 

"Live Cell" Olympus DSU Spinning Disk Confocal in Abbott 129

"Fixed Cell" Olympus DSU Spinning Disk Confocal in KCBD 1250F
    
Olympus TIRF microscope in KCBD 1250F

Fluoview laser scanning confocal (decommissioned Jan. 2009)

Files from both Leica microscopes (the SP5/2-photon and the SP2) come with a .txt file that contains the proper pixel (voxel) size for each image.  This pixel size is dependent on objective magnification + zoom factor, so if your images used the same objective but different zoom factors, your calibration factors will be different.

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Contact Information
Vytas Bindokas, PhD
Facility Director
Technical Director, AB-129
773.702.4875
vbindoka@bsd.uchicago.edu

Shirley Bond, MA
Technical Director, KCBD 1250
773.834.2639
sbond@bsd.uchicago.edu

Christine Labno, PhDTechnical Director, KCBD 1250
773.834.9040
ccase@midway.uchicago.edu

Locations
Main Hospital Building (Vytas)
Abbott Memorial Hall
Room AB-129

Knapp Center for Biomedical
     Discovery (Shirley & Christine)
First Floor, Room 1250

Core Support
Office of Shared Research
     Facilities (OSRF)

Cancer Research Center (UCCRC)

Intellectual and Developmental
     Disabilities Research Center
     (IDDRC)

Digestive Diseases Research
     Core Center (DDRCC)