~EGULAR SESSION - University of Oregon

138 COLLEGE OF LIBERAL ARTS
in the biology teaching laboratory. Field trips for exploration of the various
kinds of habitats found in the Pacific Northwest. Prerequisite: consent of
instructor.
GRADUATE COURSES
*Bi SOL Research. Hours to be arranged.
*Bi 502. Supervised College Teaching. Hours to be arranged.
*Bi 503. Thesis. Hours to be arranged.
*Bi 50S. Reading and Conference. Hours to be arranged.
*Bi 507. Seminar. Hours to be arranged.
Animal Physiology.
Cryptogamic Botany.
Ecology.
Fish Biology.
Plant Morphology.
Plant Physiology.
Bi 510. Endocrinology Laboratory. 1-3 hours.
Laboratory work to accompany Bi 511, Bi 512, or Bi 513, conducted on a
project basis.
Bi 511. Vertebrate Endocrinology. 3 hours.
The morphology and physiology of glands of internal secretion; their role in
normal body function of the vertebrates. Soderwal1.
Bi 512. Physiology of Reproduction. 3 hours.
Biochemical, histochemical, physiological, and other experimental approaches
to problems in the physiology of reproduction. Soderwall, Risley.
Bi 513. Comparative Endocrinology. 3 hours.
The morphology and physiology of neurosecretory and other endocrine structures
of the invertebrates and lower vertebrates. Scheer.
Bi 515. Physiology of Membrane Processes. 3 hours.
Experimental and theoretical approaches to the study of diffusion, permeability,
and active transport across living membranes; the physiological significance
of these processes. Scheer.
Bi 516, 517. Neurophysiological Basis of Behavior. 3 hours each term.
Physiology of the neuromuscular systems of animals, with emflhasis on phylogenetic
development and the evolution of animal behavior. Cohen, Hoyle.
Bi 519. Neurophysiology Laboratory. 3 hours.
Laboratory work to accompany Bi 516, 517, with emphasis on the electrical
techniques for study of nerve and muscle function. Cohen, Hoyle.
Bi 520, 521, 522. Advanced Genetics. 2 hours each term.
Selected topics from the following: gene action, mutation, chromosome mechanics,
population genetics, statistical methods, radiation genetics. 3 lectures.
Novitski.
Bi 526. Developmental Genetics. 3 hours.
Selected topics from the field of developmental and biochemical genetics.
Lectures, discussion, and student reports on current literature. Prerequisite:
general genetics, biochemistry. Clancy.
Bi 531. Experimental Plant Morphogenesis. 4 hours.
Lectures and laboratory work demonstrating experimental modifications of
plant growth; the significance of these modifications in relation to normal
growth and development. Prerequisites: plant anatomy, plant physiology.
Shapiro.
* No-grade course.