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COBRE
P.O. Box 443052
Moscow, ID 83844-3052
(208) 885-5014
cobre@uidaho.edu
Microscopy and Imaging Facility Description

The Microscopy and Imaging Facility located in the AgBiotech building provides researchers, students and technicians with a variety of light microscope and digital imaging options as well as expertise and training. The facility can provide guidance and equipment for research needs in transmitted, phase, DIC, fluorescence, laser microdissection or confocal microscopy as well as fluorescent and transmitted stereomicroscopy.

AgBiotech Equipment:

Zeiss PASCAL Confocal System on an Axiovert Microscope with 5 laser lines (458, 488, 514, 543 and 633nm), environmental chamber, DIC, phase and separate digital camera for fluorescence and transmitted light photomicrography.

Zeiss PALM Laser Microdissection system on an Axiovert microscope

Nikon E1000 Eclipse upright fluorescent microscope with Hamamatsu digital camera and MetaMorph Image Acquisition and Analysis Software.

Nikon TE300 Inverted Fluorescent microscope with DIC and Phase optics as well as complete environmental chamber, digital imaging using Spot Camera and MetaMorph Image Acquisition and Analysis Software.

Leica Fluorescent Stereoscope with filter cubes for UV, blue and green excitation with Eppendorf FemtoJet microinjection system

 

Fees at the AgBiotech Facility:

$30/hour for laser systems (confocals, PALM)
$10/hour for light microscopes
$20/hour for direct assistance by trained technician

Training of up to 3 hours is free, and required, for each system.

Contact information:

Ann Norton
Research Associate
AgBiotech 322
(208)885-5191
asnorton@uidaho.edu

Additional equipment available in Life Science South Microscopy Suite:

Nikon Microphot FX upright fluorescent microscope with Imaris Image analysis software

Additional stereomicroscopes and cell culture equipment available.

BioRad MRC 1024 Confocal system on a Nikon inverted Diaphot microscope with a Kr/AR laser.

Nikon TE300 Inverted Fluorescent microscope with DIC and Phase optics as well as complete environmental chamber, digital imaging using Spot Camera and MetaMorph Image Acquisition and Analysis Software.

 
researchers
 Gustavo Arrizabalaga
Gustavo Arrizabalaga
Potassium sensing by the obligate intracellular parasite Toxoplasma gondii
 More info...
 
 Lee Fortunato
Lee Fortunato
Human cytomegalovirus interactions with cellular p53
 More info...
 
 Mark McGuire
Mark McGuire
The impact of lipid metabolism on staphylococcal mastitis
 More info...
 
 Bruce Miller
Bruce Miller
Maintenance of hyphal polarity and its role in Aspergillus pathogenesis
 More info...
 
 Tanya Miura
Tanya Miura
Regulation of the immune response to coronavirus infection in the lung
 More info...
 
pilot project researchers
 Jill Johnson
Jill Johnson
Role of Hsp90 in polarized cell morphogenesis in S. cerevisiae and C. albicans
 More info...
 
 Carolyn Hovde Bohach
Carolyn Hovde
The role of the large 'invasin-like' Y. pestis gene in pathogensis
 More info...
 
 Scott Minnich
Scott Minnich
The role of the large 'invasin-like' Y. pestis gene in pathogensis
 More info...
 
 
This project/research was supported by the National Institutes of Health and the National Center for Research Resources, Center of Biomedical Research Excellence (COBRE). Grant #P20 RR015587
© 2009 University of Idaho, College of Agricultural and Life Sciences and COBRE