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Research Facilities
Kodak Image Station 4000mm
(from Dr.
Zhongyun Dong's Lab of UC Medical School)
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State of the art cooled CCD camera technology and
selectable multiwavelength illumination from 380 nm – 780 nm allows
detection of the widest range labels including luminescence,
fluorescence, colorimetric, chemifluorescence, and radioisotopic
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Designed for imaging of a wide range of in-vitro assay
formats, including membranes, plates, gels, extracted tissue, as well as
in-vivo imaging of small animals and plants
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An optional X-Ray Imaging Module enables x-ray imaging of
in-vivo samples as well, and improves anatomical localization of
molecular biomarkers by allowing perfect co-registration of optical
molecular images with anatomical radiographs
Research Microscopes (BX51 series and IX51 inverted series) & Imaging
system
(from Dr. Zhongyun Dong's Lab of UC Medical School)
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Fluorescence applications can be done
by attaching a fluorescence illuminator that results in greater
mechanical and thermal stability.
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The accompanying fluorescence
illuminator, BX-URA2, incorporates a six-cube filter turret including
front shutter control.
In vitro Magnetic Field Generator
(from Dr. Giovanni Pauletti's Lab of UC Pharmacy School)
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The In Vitro Magnetic Field
Generator MFG-1000 is an electromagnetic instrument for generating a
strong high-frequency alternating magnetic fi eld in an inserted sample
container (PCR vial or microscope slide).
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Typical research applications may
involve the use of magnetic nanoparticles, tissues, cells, bacteria,
viruses, and biological fl uids (such as blood).
Plasma Coating System
Sputtering System
Vacuum Tube Furnace
Spinning Coating System
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