BIPL Resource Schedules
Biomedical Image Processing Lab
Equipment Check Out: - Nikon D70 Digital Camera
Six megapixel camera used for on location in and out of the lab. Camera has build in flash, rechargeable
battery, and ac adaptor.
Live Animal Imaging: - Leica Dissection Scope
The Leica Dissection scope is ideal for GFP, DS-
RED, and other labeling in animals. This scope can
also
image objects from 10cm to 1cm. Please let us
know the first time you use this device:
sedge001@umn.edu.
SEE ALSO VIDEO-RATE 2PHOTON CO
- Maestro In-Vivo Imaging System
CRi Maestro systems now feature increased multiplexing capability and even better low light-level sensitivity.
Their unique technology allows higher spectral accuracy and improved signal separation. Maestro systems are
breakthrough instruments for fluores... More Details
- Xenogen IVIS Imaging System
The IVIS Imaging System is a highly sensitive and
large field of view imaging system that offers users
the
flexibility to image fluorescent
and/orbioluminescent reporters both in vivo and in
vitro. It relies on
patented optical imaging
technolog
Microscopy Workstations: - Olympus BX60 Upright Microscope w/ Metamorph
- Flourescence, brightfield and water immersion
capture
- Fluorescence covers the visible range spectrum
from UV to red.
- Flourescence cubes available for YGFP, CGFP and
for looking at multiple wavelengths at
once.
- Quick collection of images f... More Details
- Olympus IX70 Inverted Microscope
- Inverted Scope for looking at cells in petri dishes
and microscope slides.
- Brightfield, phase and
fluorescence. Fluorescence
covers visible range from UV to near IR.
- Low light capture at video rates (30
frames/second). Video deck, timer (p... More Details
- Zeiss Axioplan 2 Upright Microscope
- Brightfield, Fluorescence and DIC.
- Motorized stage for automated collection of large specimens and for
measurement.
- Set up for distance research.
- High resolution capture on a SPOTcamera (comparable to
film).
- Quick collection of image from st... More Details
Molecular Biology Workstations: - BioRad Gel Doc GS700 (Mac)
- To capture images and perform densitometric measurements on autorads, x-ray films, autoradiograms,SDS-page
gels, silver-stained gels (wet or dry), polaroids, blots on nitrocellulose, ethidium bromide gels.
- Also use
for printing black and white images... More Details
Publication Quality Digital Photo Workstations: - Printing & Scanning Workstation (fuji & posters)
- Create digital photographs for publication and
presentation. The Fuji Pictrography 3000 uses
lasers to
expose red, green and blue onto
photographic emulsion.
- Print large format images up to 54" wide with our
two HP designjet printers.
- Scan... More Details
Single- and Multi- Photon Confocals: - FluoView 300 SHG
Second harmonic imaging microscopy (SHIM) is
based on a nonlinear optical effect known as
second harmonic
generation (SHG). SHG doesn’t
involve the excitation of molecules like other
techniques such as
fluorescence microscopy.
... More Details
- Olympus FluoView 1000 BX2 Upright Confocal
- Collect optical sections from 4 fluorescent
samples (UV to Far Red) using an inverted
microscope.
-
Captures FRET, FRAP, FLIP, time course, and time
lapse
- Optical sections can be used for 3-D
reconstruction or for in focus information... More Details
- Olympus FluoView 1000 IX2 Inverted Confocal
- Collect optical sections from 4 fluorescent
samples (UV to Far Red)using an inverted
microscope.
-
Captures FRET, FRAP, FLIP, time course, and time
lapse
- Optical sections can be used for 3-D
reconstruction or for in focus infrormation at
s... More Details
Microarray Facility
Genomics and Proteomics/ Laser Capture: - Affymetrix Resource Workstation
- Collect optical sections from 4 fluorescent
samples (UV to Far Red)using an inverted
microscope.
-
Captures FRET, FRAP, FLIP, time course, and time
lapse
- Optical sections can be used for 3-D
reconstruction or for in focus infrormation at
s
- Quantarray Resource Workstation
- Collect optical sections from 4 fluorescent
samples (UV to Far Red)using an inverted
microscope.
-
Captures FRET, FRAP, FLIP, time course, and time
lapse
- Optical sections can be used for 3-D
reconstruction or for in focus infrormation at
s
- Scan Array: Minneapolis Location
- The Microarray is a scanning laser confocal fluorescence microscope that is used to determine the
flourescence intensity of a two-dimensional array of dots on a bio-chip or microarray. The fundamental
operation of the ScanArray involves the measurement... More Details
- Scan Array: St. Paul Location
- The Microarray is a scanning laser confocal
fluorescence microscope that is used to determine the
flourescence intensity of a two-dimensional array of
dots on a bio-chip or microarray. The fundamental
operation of the ScanArray involves the meas... More Details
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