An overview of physical chemistry (thermodynamics, kinetics, statistical and quantum mechanics, and spectroscopy) emphasizing applications to biology including macromolecule structure and stability, ligand binding, enzyme catalysis, and membrance structure and transport.

Introduction to the macromolecules and networks of reactions of living cells, with emphasis on underlying chemical principles. Topics include structure of proteins and nucleic acids, mechanisms of enzyme catalysis, metabloic reaction networks, transfer of genetic information, and recombinant DNA technology.

This is a stand-alone independent study designed by the student and faculty sponsor that involves frequent interaction between instructor and student. Qualitative and quantitative enrichment must be evident on the proposed contract before consent is given to undertake the study.

For third year students. Does not satisfy the B.S. independent research project requirement. Experimental or theoretical study that may involve lab or library work or a combination. Work supervised by faculty sponsor who determines direction of project, nature of reports required, and grade and credit awarded. 3-4 hrs lab work per week per 1 unit is expected. This course cannot substitute for CHEM 388 or CHEM 499Y/T.

Used to satisfy the B.S. independent project requirement. A research project, which may consist of laboratory work or theoretical work or both. Project and research director selected by student with consent of instructor and departmental Undergraduate Research Coordinator required. About 8-10 hours of independent work per week, in close consultation with research director, culminating in written and oral reports. A copy of the written report must be included in the student's academic folder.

The synthesis of inorganic materials and their characterization using a variety of physical techniques. Topics include solid state and inert atmosphere techniques and compounds relevant to biological systems. Includes a class project culminating in a written document in professional journal format, and an interactive oral presentation. Satisfies the Integrative Experience requirement for BA-Chem and BS-Chem majors.

The synthesis of inorganic materials and their characterization using a variety of physical techniques. Topics include solid state and inert atmosphere techniques and compounds relevant to biological systems. Includes a class project culminating in a written document in professional journal format, and an interactive oral presentation. Satisfies the Integrative Experience requirement for BA-Chem and BS-Chem majors.

The synthesis of inorganic materials and their characterization using a variety of physical techniques. Topics include solid state and inert atmosphere techniques and compounds relevant to biological systems. Includes a class project culminating in a written document in professional journal format, and an interactive oral presentation. Satisfies the Integrative Experience requirement for BA-Chem and BS-Chem majors.

With lab. Fundamental principles of quantitative analytical chemistry with practical inorganic and organic applications. Includes titrimetric methods, acid-base, complexometric and redox, plus separation, electrochemical, and spectroscopic techniques.

With lab. Fundamental principles of quantitative analytical chemistry with practical inorganic and organic applications. Includes titrimetric methods, acid-base, complexometric and redox, plus separation, electrochemical, and spectroscopic techniques.