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CHEM 352: Experimental Biochemistry
4.00 Credits
University of San Francisco
Corequisite: CHEM - 351. Techniques commonly used in biochemical research, with emphasis upon protein and enzyme isolation and characterization. Offered every Spring.
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CHEM 352 - Experimental Biochemistry
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CHEM 356: Fundamentals of Biochemistry
4.00 Credits
University of San Francisco
Prerequisites: CHEM - 231 with minimum grade of C+, or CHEM - 236 with minimum grade of C+. A survey of biochemical concepts emphasizing the nature of cell components, their interaction in metabolism and the regulation of metabolism. Offered every Spring.
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CHEM 356 - Fundamentals of Biochemistry
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CHEM 386: Special Topics in Chemistry
4.00 Credits
University of San Francisco
Prerequisites: CHEM - 111 and CHEM - 113 , and CHEM - 230 and CHEM - 231. Topics not covered by other Chemistry curriculum offerings. Three hours lecture or two hours lecture and two hours lab. Offered intermittently.
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CHEM 386 - Special Topics in Chemistry
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CHEM 397: Research Methods and Practice
1.00 - 3.00 Credits
University of San Francisco
This course involves hands-on experience in the lab with a variety of methods used to carry out chemistry research. There will also be instruction in the searching of the chemical literature databases, in professional research documentation, oral and graphical presentations. Offered every semester. Can be repeated for a maximum of four units total.
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CHEM 397 - Research Methods and Practice
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CHEM 398: Directed Study
1.00 - 3.00 Credits
University of San Francisco
Study of selected topic, under the guidance of a member of the faculty. The consent of the instructor is required.
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CHEM 398 - Directed Study
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CHEM 410: Integrated Laboratory
4.00 Credits
University of San Francisco
Prerequisite: CHEM - 340 with minimum grade of C-. In this laboratory course students will perform experiments designed to deepen instrumentation skills and build upon the conceptual material being delivered in the second semester P-Chem lecture course (CHEM 341). The introduction of quantum mechanics will allow a deeper discussion of spectroscopy and reaction kinetics. The conceptual basis of NMR will be elaborated upon and NMR spectroscopy will form a major element of the course. Offered every Spring.
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CHEM 410 - Integrated Laboratory
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CHEM 420: Inorganic Chemistry
4.00 Credits
University of San Francisco
Prerequisite: CHEM - 340 with minimum grade of C-. Bonding, structure, and reactivity of the elements, inorganic, and organometallic compounds. In the laboratory students will perform experiments designed to: a) build upon foundational measurement taking and documenting skills learned in Analytical Chemistry (CHEM 260) as well as b) reinforce and extend the conceptual material being presented in the Physical Chemistry lecture course (CHEM 340), c) build upon previous lower division experience with Inorganic and Organic synthesis and characterization. Three lectures weekly and two laboratory periods. Offered every Fall.
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CHEM 420 - Inorganic Chemistry
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CHEM 450: Biochemical Genetics
2.00 Credits
University of San Francisco
Prerequisites: CHEM - 351 with minimum grade of C, or CHEM - 356 with minimum grade of C. Selected biochemical research topics focusing on gene structure and molecular genetics, using research literature. Offered every Fall.
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CHEM 450 - Biochemical Genetics
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CHEM 630: Spectroscopy
3.00 Credits
University of San Francisco
Prerequisites: CHEM - 231 , CHEM - 340 , CHEM - 341. A theoretical examination of various spectroscopic methods. Fundamentals of quantum transitions and spectral interpretation. Offered Fall.
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CHEM 630 - Spectroscopy
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CHEM 631: Reaction Mechanisms
3.00 Credits
University of San Francisco
Prerequisites: CHEM - 231 , CHEM - 341 , CHEM - 420. A detailed presentation of reaction mechanisms in organic and inorganic chemistry. Rate theory, linear free-energy relationships, and photochemistry. Offered Spring.
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CHEM 631 - Reaction Mechanisms
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