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Directed Study

CHM 498 A - DS: Additional Rieske Mutants

CHM 498 A - DS: Asymmetric Synthesis

CHM 498 A - DS: Asymmetric Synthesis

CHM 498 A - DS: Asymmetrical Synthesis I

CHM 498 A - DS: Synthesis of CRTR Potentiators

CHM 498 A - DS: Synthesis-Unnatural Amino Acids

CHM 498 A - DS:Therm Analysis/Select Carbonates

CHM 498 B - DS: Asymmetric Synthesis

CHM 498 B - DS: Correctors for Cystic Fibrosis

CHM 498 B - DS: Domino Reactions

CHM 498 B - DS: Generating qPCR Data

CHM 498 B - DS: Intro to Crystallography

CHM 498 B - DS: Synthesis of Biphenyls

CHM 498 B - DS:Synthesis Substituted Urazoles

CHM 498 B - DS:Synthesis/Strained Heterocycles

CHM 498 C - DS: Carbonyl Ene

CHM 498 C - DS: Development of Glucose

CHM 498 C - DS: Strained Heterocycles

CHM 498 C - DS: Synthesis of CFTR Modulators

CHM 498 C - DS:Carbonyl-Enel Diels-Alder

CHM 498 C - DS:Fluorescence/DANI Nucleoside

CHM 498 C - DS:Quantification of Antioxidants

CHM 498 D - DS: Asymmetric Synthesis

CHM 498 D - DS: Dev of Enzymatic Biosensors

CHM 498 D - DS: Intro to Crystallography

CHM 498 D - DS: Organic Methodology

CHM 498 D - DS: Organocatalysis

CHM 498 D - DS:Devel of Carbon Fiber Biosensors

CHM 498 D - DS:Electrochem Analysis/Antioxidant

CHM 498 D - DS:Mutants of the Rieske Protein

CHM 498 E - DS: Crystallography

CHM 498 E - DS: Crystallography

CHM 498 E - DS: Intro to Chemistry Lab

CHM 498 E - DS: Introduction to Polymers(2nd 7 weeks)

CHM 498 E - DS: Synthesis of Cannabinoids

CHM 498 E - DS: Synthesis of Tetrazoles

CHM 498 F - DS: Asymmetrical Synthesis

CHM 498 F - DS: Intro to Crystallography

CHM 498 F - DS: Ion Chrometography

CHM 498 F - DS: Synthesis of Urazoles

CHM 498 F - DS:Comp Analysis/BLV Assembly

CHM 498 F - DS:Synthesis-Unnatrual Amino Acids

CHM 498 G - DS: Development of Sensors

CHM 498 G - DS:Virus-Host Protein Interactions

CHM 498 H - DS: Asymmetrical Synthesis(2nd 7 weeks)

CHM 498 H - DS:Chemical Modifications of CuA(2nd 7 weeks)

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