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Course Criteria
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3.00 Credits
Three independent courses of approximately five, weeks each, taught by different instructors., Each course studies a special topic, e.g., nuclear, magnetic resonance spectroscopy, mass, spectrometry, polymers, liquid chromatography., Lecture 3 hours.
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5.00 Credits
A sensitivity in approach to gathering and, critically evaluating information about chemical, systems is taught in this course. Introductory, experience is provided in titrimetric,, gravimetric, electrochemical and chromatographic, methods of analysis in lecture and laboratory as, well as basic principles and theories for these, techniques. Lecture 4, lab 3 hours. Course fee.
Prerequisite:
CH-101 and CH-102., Must register for CH-361L.
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5.00 Credits
Instrumental methods of chemical analysis., Studies include absorption and emission methods,, certain electrochemical methods and GLC, HPLC,, and other chromatographic methods. Theoretical, principles, instrument design, and applications, in laboratory analysis are discussed. Laboratory, instruments include ISE's, polargraph, CV's,, FTIR, ultraviolet-visible spectrophotometers,, spectrofluorometer, AAS, ICP-AES, NMR, GLC,, HPLC, and GC-MS. Lecture 3 hours, lab 4 hours., Course fee.
Prerequisite:
CH-101 CH-102 and CH-231., Must register for CH-362L.
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3.00 Credits
Experiential learning opportunity in the field of, chemistry at an approved setting under, professional supervision. Each student should, choose a setting related to their personal,, professional or vocational interests that will, allow them to apply what they are learning in, their chemistry courses. Recommended settings, include laboratories, pharmacies, hospitals,, businesses, schools, and government.Permission of, the instructor and Career Development Center is, required.
Prerequisite:
CH-362
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3.00 Credits
The chemistry of carbon, utilizing mechanisms and, reaction types as unifying principles. Topics, include delocalized chemical bonding, nonbenzenoid, rings, carbonium ions, cabanions, free radicals, and carbenes. Examples used include compounds of, biological interest. The laboratory work, will include multistep syntheses and, qualitative analysis. Lecture 2 hours, lab, 3 hours. Course fee.
Prerequisite:
CH-231 and CH-232., Must register for CH-421L.
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3.00 Credits
Continuation of CH-435. This course examines, membrane structure and function, the chemical, basis of signaling, and a detailed analysis of, bioenergetics and regulation of metabolism from a, structural perspective. Review and discussion of, current scientific literature through written, assignments and oral presentations promote, critical thinking. Lecture 3 hours.
Prerequisite:
CH/BI-435.
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4.00 Credits
Cross-listed with BI-435., The chemistry of biomolecules. This course, introduces the student to the structure and, function of lipids, proteins, nucleic acids, and, carbohydrates, with a focus on chemical, properties. Specific examples from the current, literature will be discussed. Lecture 3 hours, lab, 3 hours. Course fee.
Prerequisite:
CH-231 and CH-232., Must register for CH-435L.
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4.00 Credits
Cross-listed with BI-436., Continuation of CH-435. This course examines, membrane structure and function, the chemical, basis of signaling, and a detailed analysis of, bioenergetics and regulation of metabolism from a, structural perspective. Review and discussion of, current scientific literature through written, assignments and oral presentations promote, critical thinking. Lecture 3 hours, lab 3 hours., Course fee.
Prerequisite:
CH/BI-435., Must register for CH-436L.
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3.00 Credits
An extensive study in chemical research. This, course is designed to prepare students for careers, in the various scientific fields. Specific topics, include: searching and evaluating scientific, literature, understanding the publication process, and the various types of publications, presenting, scientific data at professional meetings,, conducting a search for employment and/or graduate, programs,preparing a scientific curriculum vita, , practicing interview skills, investigating grant, writing opportunities, and designing a research, proposal. Lecture 3 hours.
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3.00 Credits
Student research in a specific area of chemistry, to gain an appreciation of all it entails., Usually the research director provides the, background information and bibliography stemming, from his personal extensive literature search., However, the student has the responsibility of, searching the literature in seeking solutions to, problems developed by the director's initial, exploratory work. A weekly conference, with the instructor and other project workers, and six hours of lab time are required. , Course fee.
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