AVILA UNIVERSITY
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BI 250. General Microbiology. (4)
Morphology, physiology, and growth of microor-
ganisms; beneficial and harmful relationships
between microorganisms and people are examined;
techniques of isolation, cultivation, and characteri-
zation are used in the laboratory. 3 hours lecture, 2
hours laboratory per week. Prerequisites: BI 111 or
BI 112 or equivalent. I.
BI 310. Evolution. (3)
A descriptive overview examining theories
regarding processes by which life forms evolve;
chemical evolution and origins of life; organismal
evolution; and population genetics and dynamics.
3 hours lecture per week. Prerequisites: BI 111 or
BI 112 or equivalent.
BI 311. Animal Form, Function, and
Development. (3)
A study examining, embryonic and lifespan
processes of selected members of the animal
kingdom. 3 hours lecture with integrated labora-
tory experiences. Prerequisites: BI 111 or BI 112
or equivalent.
BI 313. Plant Form and Function. (3)
An investigation into the development and phys-
iology of members of the plant kingdom will be
performed. 3 hours lecture with integrated labora-
tory experiences. Prerequisites: BI 111 or BI 112
or equivalent.
BI 318. Genetics. (3)
Principles of hereditary; nature, transmission, and
function of genetic material; and genetics of pop-
ulations are studied. 3 hours of lecture with inte-
grated laboratory experiences. II., Prerequisites:
BI 111 or BI 112 or permission of instructor.
BI 321. Immunology. (3)
A survey will be carried out that examines anti-
gens, antibodies, couplement, and humoral and
cell-mediated immunities; immediate hypersensi-
tivities; immune deficiencies; and autoimmune
diseases. 3 hours lecture with integrated laborato-
ry experiences. I. Prerequisites: BI 111 or BI 112
or permission of instructor.
BI 325. Pathological Physiology. (3)
A study of the alterations of normal human phys-
iology considered to be pathological. 3 hours lec-
ture per week. This course will not apply to a biol-
ogy major. Prerequisite: BI 220. II
BI 331. Vertebrate Anatomy. (3)
An investigation of the body structure of represen-
tative vertebrates is performed. Topics include a
survey of vertebrate evolution and systematics,
histology, and the relationships between structure
and function. 2 hours of lecture with a 3 hour lab-
oratory per week. Prerequisites: BI 111 or BI 112
or equivalent.
BI 341. Animal Physiology. (3)
An investigation into the physiochemical principles
underlying animal function is performed. 3 hours
lecture with integrated laboratory experiences.
Prerequisites: BI 111 or BI 112 or equivalent.
BI/CH 342. Biochemistry I. (3)
Introduction to the chemistry of life processes. The
chemistry of amino acids, proteins and carbohy-
drates is examined and applied to biosynthesis and
catabolism of carbohydrates through glycolysis,
gluconeogenesis, the citric acid cycle and electron
transport. Prerequisite: CH 216. I.
BI/CH 345. The Structure, Function, and
Chemistry of Cells. (4)
The structure, function, and biochemistry at the
cellular and subcellular level, including the
biosynthesis and catabolism of fats are examined.
Also considered are the chemistry, replication,
and transcription of nucleic acids and some topics
dealing with recombinant DNA. Prerequisites: BI
111 and CH 216. II, odd years.
BI 360. Ecology. (3)
A study of relationships between organisms and
their environments is performed that involves
some fieldwork. 3 hours of lecture with integrat-
ed laboratory experiences. I. Prerequisites: BI
111 or BI 112 or permission of instructor.
BI 378. Herpetology. (3)
A survey of the systematics and natural history of
reptiles is carried out. 3 hours lecture with inte-
grated laboratory experiences. Prerequisites: BI
111 or BI 112 or permision of instructor.
BI 380. Special Topics. (1-4)
Selected topics courses determines at the discretion
of the department. Topics may include:
Embryology, Histology, Dinosaur Paleontology,
Plant Taxonomy, or General Nutrition. Prerequisite:
permission of the instructor. Intermittently.