Quality Education in the Benedictine Tradition
Dr. Stephen M. Jodis, DeanThe Herbert W. Boyer School of Natural Sciences, Mathematics, and ComputingPhone: email@example.com
The Digital Imaging Lab (DIL) is supported by a National Science Foundation Course Curriculum and Laboratory Improvement Grant #0510230 and Saint Vincent College
The Digital Imaging Lab is utilized by faculty and students throughout the natural science curriculum for inquiry-based classroom and/or laboratory-based activities (see "Coursework and Pedagogy"), and for faculty and student research projects.
The DIL occupies rooms 207 and 208 in the biology building. Room 207 houses the Molecular Imager and Multidetection Microtiter Plate Reader, while room 208 houses the Microscopy Suite which is equipped with student and instructor stations for imaging with four types of microscopy.
8:00-5:30 Monday - Friday See any faculty member to gain access if facility is locked
To schedule a class session or to check on the availability of the Microscopy or Molecular Imaging Suites, refer to the wet-erase board posted outside the facility.
Individuals may schedule time on the Molecular Imager or Microtiter Plate Reader in the Molecular Imaging Suite.
The DIL facility consists of eight student microscopy stations, one instructor station, and a molecular imaging station, each with image acquisition and analysis capability. In all, there are thirteen microscopes, representing four types of optical microscopy (compound, inverted, stereo, and polarizing).
Each of the eight student stations are outfitted with modified Olympus CX41 upright microscopes with capacity for bright field, phase contrast, dark field, and three-color fluorescence microscopy. All eight microscopes are equipped with a dedicated 5 megapixel Olympus Q-color 5 cooled color digital camera connected to a PC loaded with four types of image analysis software.
The instructor station contains two microscopes, a Olympus BX-51 research-grade upright microscope with bright field, dark field, fluorescence, and differential interference contrast (DIC) capabilities, and a Olympus IX51 research-grade inverted microscope with phase contrast and fluorescence functionalities for cell culture work. A PC-connected 12.1 megapixel Olympus DP70 megapixel cooled color camera resident at the station can be mounted to either scope.
The facility also contains two Olympus SZX-9 student/research grade dissection microscopes that can be readily connected to any of the camera-PC combinations and one Olympus CX-31 Pol student-grade polarizing microscope with a 360° stage for examination of thin sections of minerals and amyloid bundles in prion-containing yeast cells and cultured neurons.
An Epson 3000 lumens wireless digital projector projects images from the various stages for group viewing.
A Fuji LAS-3000 molecular imager used to digitize and quantitatively analyze 1-D and 2-D protein gels, nucleic acid gels, and fluorescent or chemiluminescent protein or nucleic acid blots.
A Biotek Synergy HT multi-detection microtiter plate reader with capabilities for absorbance monitoring between 200-1000nm, fluorescence (top or bottom read), time-resolved fluorescence, luminescence, sample injection, incubation and shaking is used to quantify reactions or assays in 6-384 well plates.