| Photos of individual equipment and descriptions
as follows: |
 |
Luminescence Spectrometer
- Perkin-Elmer LS50R (2000) - Measurement of molecular
fluorescence and luminescence emission. |
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Atom Absorption Spectrophotometer
- Varian 220 (2000) -
Flame atomization system with sensitivities to below 1
ppm for a wide variety of elements. |
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Nuclear Magnetic Resonance
Spectrometer - Anasazi Eft-90 (2000)-
Provides NMR spectra for both proton and carbon-13 nuclei. |
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Ultraviolet/Visible Absorption
Spectrophotometer - Hewlett-Packard 8453 (1998) -
Provides molecular absorbance spectra for wavelengths
from 200 nm to 600 nm. Used for enzymatic assays, as well
as DNA and RNA quantification. |
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Gas Chromatograph/Mass
Spectroscope - Varian 2100D (2000) |
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Telescope - Meade LX200EMC
(2000) |
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Fourier Transform Infrared
Spectrometer - Perkin-Elmer Spectrum One (2000) - Determination
of the primary constituents on organic molecules by measuring
their absorbance in the infrared region. |
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High Performance Liquid
Chromatograph - Waters System -
Provides ability to separate molecules that are heat sensitive
or relatively nonvolatile. |
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High Speed Centrifuge -
Beckman-Coulter Avanti J30I (2001) -
Provides the capability of 0-30,000 rpm (up to 100,000
x gravity) for separation of solids from liquids, and
isolation of subcellular components of biological and
biochemical importance. |
 |
SH304 General Chemistry
Lab -
With lab bench space for up to 24 students, this modern
teaching laboratory has four exhaust hoods and the latest
safety features. As with all labs and classrooms in the
building, it has a multimedia station that allows for
use of videotapes, computer programs, DVD or object projection
at the touch of a button. |
 |
SH302 Organic Chemistry
Lab -
The most striking feature of this state-of-the-art teaching
lab is the large number of exhaust hoods. Each of the
16 student work areas is next to a hood, so that any work
involving volatile chemicals can be done in complete safety. |
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SH300 Advanced Chemistry
Lab -
Upper level chemistry lab classes tend to relatively small
(six to eight students). This provides for close interaction between
professor and student. This lab includes both a normal
fume hood and a stainless steel biosafety hood specially
designed to maintain a sterile internal environment and
prevent the airborne spread of infectious particles. |