Our program not only provides the theoretical basis for principles of sample preparation and forensic instrumentation, but provides hands-on training with actual teaching-dedicated equipment.  Students exercise with these instruments different separation techniques, partitioning chemistry and detection methods toward identification of unknown sample drugs. The exercises also include equipment maintenance and trouble-shooting.  The hands-on instruction prepares students toward their internship experiences.

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Forensic toxicology equipment within the lab.
HPLC (High Performance Liquid Chromatograph)
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Screenshot of GeneMapper
Screenshot of GeneMapper
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Student working in lab with pipette.
Forensic student using a GCMS (Gas Chromatograph/Mass Spectrometer)
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Student working in lab with small measurement of a chemical
Forensic student using a GCMS (Gas Chromatograph/Mass Spectrometer)
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Forensic student using a NanoDrop to measure amounts of DNA.
Forensic student using a NanoDrop to measure amounts of DNA.
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Forensic student using a NanoDrop to measure amounts of DNA.
Forensic student using a NanoDrop to measure amounts of DNA.
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Analytical Genetics student using Real-Time PCR to measure the DNA concentrations of forensic DNA samples.
Analytical Genetics student using Real-Time PCR to measure the DNA concentrations of forensic DNA samples.
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Analytical Genetics student using Real-Time PCR to measure the DNA concentrations of forensic DNA samples.
Analytical Genetics student using Real-Time PCR to measure the DNA concentrations of forensic DNA samples.

The program provides state-of-the-art laboratory facilities that are available to students working on laboratory assignments and independent research projects. Instrumentation includes GC-MS, GC-MS/MS, tandem LC-MS, FTIR spectrometer, NMR, PCR, Real-Time PCR, HiSeq 2500, MiSeq, Capillary sequencers, Pyrosequencer, Luminex analyzer and Bioanalyzers.

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