programsiop.blogg.se - Imagequant tl iqtl software ge healthcare education

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#IMAGEQUANT TL IQTL SOFTWARE GE HEALTHCARE EDUCATION SOFTWARE DOWNLOAD#
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For its use, one needs to download the client software from GE Healthcare (Windows compatible), and point the program to the license on our Departmental server:

Imaging Application handbooks Installing ImageQuant TL Software The Department has purchased a site-license for the iQTL software.

#IMAGEQUANT TL IQTL SOFTWARE GE HEALTHCARE EDUCATION MANUALS#

Software manuals (also including legacy Fuji software) and training videos.

#IMAGEQUANT TL IQTL SOFTWARE GE HEALTHCARE EDUCATION SOFTWARE DOWNLOAD#

Techniques and Software Download The following information is available: The software consists of the following modules: 1D for analysis of 1D electrophoresis gels and blotting results, Colony Counter for analysis of, for example, colonies on agar culture or spots on 2D gels, Array Analysis for analysis of 2D arrays such as microplates, and an Analysis Toolbox for area and profile analysis of acquired images. (iQTL) software provides a complete package to meet your image analysis requirements.Fuji LAS-3000 is an older CCD-based system used for routine analysis and quantitation of Ethidium-bromide stained agarose gels and Western blot chemoluminescence applications.In addition, the machine is equipped with the Phoretix 2D expression software suite designed to aid analysis of proteomic 2D gels. The machine has three lasers with emission wavelengths of 635 (red), 532 (green) and 473 (blue) nm, and we have filters available for a wide range of fluores including Cy2 and C圓. Fuji FLA-5100 Phosphoimager is a large format high-resolution laser scanner designed for filmless autoradiography and imaging of gels and membranes dyed with fluorescent stains.

#IMAGEQUANT TL IQTL SOFTWARE GE HEALTHCARE EDUCATION RAR#

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is a sensitive and robust CCD-based imager for use with chemiluminescence, UV and white light transillumination, and multifluorescence analysis of protein and DNA samples in gels and membranes.

Detailed information concerning the capabilities and uses of these instruments and their analysis software can be found (Pitt username required). These machines are currently housed in 347 Crawford Hall, and are available for use by members of the Biology Department.

The Department of Biological Sciences maintains several versatile state-of-the-art digital imaging systems that combine high sensitivity with the ability to perform rigorous quantitation and analysis of a wide range of experimental applications.