2002-2003 - The University of Scranton
2002-2003 - The University of Scranton
2002-2003 - The University of Scranton
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
CHEM 391 Staff<br />
Seminar 1 credit<br />
Current topics in chemistry, biochemistry,<br />
and industrial chemistry are prepared and<br />
presented by the students.<br />
CHEM 440 Dr. Marx<br />
Advanced Inorganic Chemistry 3 credits<br />
(Prerequisites: CHEM 362-363 or 360-<br />
361) <strong>The</strong>oretical concepts and their application<br />
to the reactions and structure <strong>of</strong> inorganic<br />
compounds. Coordination chemistry<br />
and related topics, physical methods and<br />
reaction mechanisms. Three hours lecture.<br />
CHEM 440L Staff<br />
Advanced Inorganic 3 credits<br />
Chemistry Laboratory<br />
(Lecture is required as pre- or co-requisite)<br />
Laboratory methods involving synthesis and<br />
characterization <strong>of</strong> inorganic compounds are<br />
developed. Three hours laboratory.<br />
CHEM 450 Dr. Foley<br />
(W)Biochemistry I 3 credits<br />
(Pre- or co-requisites: CHEM 233 and 360<br />
or 362) Structure-function relationships<br />
with emphasis on the organic and biophysical<br />
characteristics <strong>of</strong> proteins, lipids and<br />
carbohydrates are described. Enzyme<br />
mechanisms and kinetics and the thermodynamic<br />
basis <strong>of</strong> intermediary metabolism are<br />
major themes. Three hours lecture. CHEM<br />
450L Lab is required <strong>of</strong> Biochemistry<br />
majors. Successful completion <strong>of</strong> CHEM<br />
450 precludes credit for CHEM 350.<br />
CHEM 450L Staff<br />
(W)Biochemistry Laboratory 3 credits<br />
(Lecture is required as pre- or co-requisite)<br />
Experiments involve techniques used in<br />
characterization <strong>of</strong> biopolymers and study<br />
<strong>of</strong> enzyme kinetics.<br />
CHEM 451 Dr. Foley<br />
Biochemistry II 3 credits<br />
(Prerequisite: CHEM 450) <strong>The</strong> discussion<br />
<strong>of</strong> intermediary metabolism is continued<br />
from CHEM 450 with emphasis on lipid<br />
protein and nucleic acid metabolism.<br />
Chemical aspects <strong>of</strong> molecular biology,<br />
including DNA replication, gene regulation<br />
and protein biosynthesis are included. Three<br />
hours lecture. Successful completion <strong>of</strong><br />
CHEM 451 precludes credit for CHEM 351.<br />
101<br />
CHEM 452 Dr. Wasilewski<br />
Enzymology 3 credits<br />
A course in the chemical nature <strong>of</strong><br />
enzymes with relation to mechanism <strong>of</strong><br />
enzyme action and kinetics, purification<br />
and identification <strong>of</strong> enzymes and isoenzymes,<br />
biochemical and physiological<br />
aspects <strong>of</strong> enzymes in living systems.<br />
Three hours lecture.<br />
CHEM 460 Staff<br />
Physical Chemistry III 3 credits<br />
(Prerequisite: CHEM 363) Quantum<br />
mechanics and quantum chemistry, including<br />
classical problems, perturbational theory,<br />
variational theory and specific applications<br />
<strong>of</strong> molecular orbital theory to organic<br />
molecules and spectroscopic applications.<br />
CHEM 464 Dr. Narsavage-Heald<br />
Polymer Chemistry 3 credits<br />
(Co-requisites: CHEM 330, CHEM 361 or<br />
363) Survey <strong>of</strong> preparative methods for<br />
polymers; characterization <strong>of</strong> polymers<br />
using physico-chemical methods, spectroscopy,<br />
and thermal analysis; structureproperty<br />
relationships; and applications <strong>of</strong><br />
polymers. Three hours lecture.<br />
CHEM 464L Dr. Narsavage-Heald<br />
Polymer Chemistry 1.5 credits<br />
Laboratory<br />
(Pre- or co-requisites: CHEM 330, CHEM<br />
464) Laboratory experiments investigate<br />
synthesis and characterization methods for polymers,<br />
structure-property effects, and thermal<br />
analysis <strong>of</strong> polymers. Three hours laboratory.<br />
CHEM 493-494 Staff<br />
(W)Undergraduate Research 3 credits<br />
(Prerequisites: CHEM 233, 360 or 362,<br />
390) Individual study and research in connection<br />
with a specific chemistry or biochemistry<br />
problem. Results must be written<br />
as a thesis and defended before the<br />
department. 1.5 credits each semester.<br />
NSCI 103 Dr. Vinson<br />
(E,W)<strong>The</strong> Ascent <strong>of</strong> Man 3 credits<br />
Science and technology from the ancient<br />
Greeks to the present will be discussed<br />
from the personal viewpoint <strong>of</strong> the scientists<br />
and inventors. Lectures will be supplemented<br />
by films, demonstrations, and<br />
field trips. Three hours lecture.