Optometry 486. Clinical Colloquia. (2) One 2-hour seminar per week. Analysis and discussion of representative cases en- Optometry 480. Advanced Optometry Clinic. (5) Three 4-hour clinics and one 3-hour dispensing per week. Optometric examination Optometry 483. Special Clinical Practice. (5) Six 2-hour clinics per week. Clinical practice in contact lenses, aniseikonia, sub- Spring Quarter Physiological Optics 175. Recent Advances in Physiological Optics. (1) One 1-hour class per week. Recent advances in physiological optics and optometry. Two 12-hour lectures and field trips. Vision performance: screening methods, estab- Optometry 487. Clinical Colloquia. (2) Continuation of Optometry 486. Optometry 481. Advanced Optometry Clinic. (5) Continuation of Optometry 480. Optometry 484. Special Clinical Practices. (5) Continuation of Optometry 483. Electives A student's electives should be chosen so as to broaden his knowledge and ability. Normally, the electives should be chosen from the following list of courses, designed to give the student an appreciation of the health care problems and the social structure of communities. Anthropology 140. The Nature of Culture. (4) Anthropology 142A. Comparative City and Regional Planning 110. Introduction to City Planning. (5) City and Regional Planning 121. Urban Aesthetics. (4) Political Science 103. Political Behavior, Parties, and Interest Groups. (4) Political Science 111. Urban Government and Politics. (4) Psychology 152. Behavior Disorders and Public Health 106. Introduction to Human Ecology and Health. (4) Public Health 110. The Hospital in Contemporary Society. (4) Public Health 134. Community Health Public Health 175. Introduction to Social Science 100A, B, C. The Individual in Organized Society. (5) Social Welfare 100. The Field of Social Welfare. (4) Sociology 117. American Society: A The student may, if he prefers, pick electives designed to broaden his scientific background from the following list: Biochemistry 102. Principles of Biochemistry 102L. Laboratory. (4) Economic Feedback Systems. (3) Genetics 101. Principles of Genetics. (5) History 130A. Ancient and Medieval Science. (5) History 130B. Scientific Revolution. (5) History 132. Topics in the History of Physics 110A-110B-110C. Electromagnetism and Optics. (3–3–3) Physiology 101. Cell Physiology. (4) Physiology 123. Comparative Physiology 152. Physiology of Human Physiology 153. Physiology of the Aging Physiology 162. Physiology of Physiology 162L. Laboratory in Psychology 104. Theory of Psychological Psychology 110A-110B. Biological Psychology 123. Sensory and Perceptual Psychology 140, Developmental Public Health 125B. Human Growth and Zoology 135. Animal Behavior. (4) Zoology 151. Human Genetics. (5) Zoology 185A-185B-185C. Optics and Metrology in Biology. (3-3-3) Doctor of Optometry. The degree Doctor of Optomery is granted upon satisfactory completion of the program outlined above (at least 180 quarter units) provided the student has satisfied the American History and American Institution requirements. GRADUATE COURSES IN PHYSIOLOGICAL OPTICS 201A. Seminar in Physiological Optics. (2) One 2-hour seminar per week. Prerequisite: consent of instructor. Can be repeated for credit. Graduate seminar in physiological optics. 201B. Seminar in Physiological Optics. (2) (F) One 2-hour seminar per week. Prerequisite: consent of instructor. Can be repeated for credit. Graduate seminar in physiological optics. 201C. Seminar in Physiological Optics. (2) (W) One 2-hour seminar per week. Prerequisite: consent of instructor. Can be repeated for credit. Graduate seminar in physiological optics. 204. Optical Image Formation in the Eye. (4) (Sp) Two 1-hour lectures and two 2-hour labs per week. Prerequisite: graduate standing in physiological optics. Lectures and laboratory demonstrations. Measurement of optical properties of simple and compound eyes. Image quality and resolution. Optometric instrumentation. 206. The Oculomotor System. (4) (F) Two 1-hour lectures and two 2-hour labs per week. Prerequisite: consent of instructor. Lectures and laboratory demonstrations on mechanical, physiological, servoanalytical and behavioral aspects of pupil, accommodation and monocular and binocular eye movement responses. 208. Neurosensory Physiology of Vision. (4) (W) Two 1-hour lectures and two 2-hour labs per week. Prerequisite: consent of instructor. Lecture and laboratory demonstrations on the neural mechanisms underlying the sensory and central processes of visual perception. 297. Individual Study in Physiological Optics. (2–5) (Sp) Varied. Prerequisite: consent of instructor. Individual study in preparation for the qualifying examination for the Ph.D. (F, W, Sp, Sw) 299. Research in Physiological Optics. (2–8) I, II, III, and IV. Varied. Prerequisite: consent of instructor. Research. (F, W, Sp, Sw) |