SCHOOL OF 2012-2013 - St. George's University
SCHOOL OF 2012-2013 - St. George's University
SCHOOL OF 2012-2013 - St. George's University
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Course Descriptions<br />
School of Medicine<br />
Course Descriptions<br />
Premedical Program<br />
BIOL 220/BIOL 221<br />
General Biology/Human Biology<br />
General Biology and Human Biology can be taken in any<br />
order, and are designed specifically for students in the<br />
preprofessional programs. These courses aim to explain<br />
the role of macromolecules in the organization of cells, the<br />
compartmentalization of metabolic reactions, and the role<br />
of the cell cycle with regards to inheritance.<br />
BIOL 320<br />
Genetics<br />
This course is designed to introduce undergraduate<br />
students in the preprofessional programs to the principles<br />
of classical, molecular, and population genetics. It will<br />
summarize one of the most dynamic and productive areas<br />
of modern biology by providing a historical background of<br />
our knowledge of heredity and a review of advances in our<br />
knowledge of gene structure and function. <strong>St</strong>udents are<br />
expected to develop problem-solving skills in the course<br />
of their study. Testing will emphasize the use of problembased<br />
questions in which students must apply principles<br />
learned in lecture to novel situations. The application of<br />
genetic principles to medicine (human and veterinary) will<br />
be emphasized throughout the course.<br />
BIOL 321/BIOL 331<br />
Molecular Biology/Molecular Biology Lab<br />
This course is designed to help students to develop<br />
an understanding of the molecular mechanisms that<br />
biological organisms use to store and preserve genetic<br />
information, the means by which they use that information<br />
to create functional biological structures, and the<br />
techniques that are commonly used to manipulate<br />
and study these processes in the laboratory. A basic<br />
understanding of chemistry, biology, and biochemistry<br />
will be assumed. The goal of the accompanying<br />
laboratory sessions is to help students to develop an<br />
understanding of the study of molecular biology in the<br />
laboratory; develop an understanding of the technical<br />
limitations and potential errors that can be encountered<br />
in the laboratory; develop an understanding of the<br />
scientific method and the source of the facts studied in<br />
lecture; and develop the ability to interpret, organize, and<br />
present scientific information.<br />
BIOL 401<br />
Microbiology<br />
This course attempts to provide a general introduction into<br />
the microbial world with information on microbial physiology,<br />
growth and its control, nutrition, interactions within various<br />
ecosystems, biotechnology, and industrial aspects.<br />
BIOL 441<br />
Physiology<br />
This course is designed to provide a fundamental basis<br />
for understanding mammalian physiology, especially<br />
human physiology. In particular, this course will study<br />
the physiology of the muscular, nervous, endocrine,<br />
cardiovascular, respiratory, renal, digestive, and<br />
reproductive systems.<br />
BIOL 460<br />
Human Anatomy<br />
<strong>St</strong>udents will learn basic human anatomy and develop an<br />
understanding of the basic applications to clinical practice.<br />
CHEM 122/CHEM 123<br />
General Chemistry I/General Chemistry I Lab<br />
General Chemistry I is a one-semester course for sciencerelated<br />
majors and students in the premedical program.<br />
The course will introduce basic concepts in physical and<br />
inorganic chemistry.<br />
CHEM 124/CHEM 125<br />
General Chemistry II/General Chemistry II Lab<br />
This is a course in kinetics, equilibrium, acid-base,<br />
thermodynamics, electrochemistry, metallurgy,<br />
nonmetals, nuclear chemistry, transition elements,<br />
and organic chemistry.<br />
CHEM 222/CHEM 223<br />
Organic Chemistry I/Organic Chemistry I Lab<br />
This is a course in nomenclature and classification of<br />
organic molecules, in addition to the structure and<br />
reactivity of functional groups (hydrocarbons, alcohols,<br />
alkyl halides, alkadienes, and allylic systems).<br />
54 | <strong>St</strong>. George’s <strong>University</strong>