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UCLA Graduate Catalog 1980-81 - Registrar - UCLA

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234 / PATHOLOGY<br />

will be stressed. To be offered alternate years. 235A,<br />

Fall Quarter, and 235B, Winter Quarter. The Staff<br />

M240 . Immunopathology . (% course ) Lecture, two<br />

hours per week. (Same as Medicine M240.) Prerequisite:<br />

Immunology course and consent of instructor.<br />

Study of the role of immunologic phenomena in<br />

the production of lesions and disease. Topics will<br />

include immuno complex disease, antitissues antibody,<br />

immunologic mediators, cell-mediated<br />

immunity , and infectious diseases.<br />

Mr. Glassock, Mr. Porter<br />

242A. Molecular Mechanisms in Disease. ('h<br />

course ) Prerequisite: course 231A, consent of<br />

instructor. The course concerns itself with a<br />

description of molecular events resulting from administration<br />

of injurious chemical and physical<br />

agents (u.v., x-rays, carcinogens, toxins, etc.) and<br />

from reactions to injuries (e.g., necrosis , degeneration,<br />

hyperplasia , neoplasia , inflammation , etc.);<br />

and also with an interpretation of structural and<br />

functional disturbances in terms of the molecular<br />

alterations. Mr. Van Lancker and the Staff<br />

242B. Molecular Mechanisms in Disease. (%<br />

course) Prerequisite: course 242 or 242A; consent<br />

of instructor. This course is a continuation of<br />

Pathology 242A, both of which concern themselves<br />

with descriptions of molecular events resulting<br />

from administration of injurious chemical and<br />

physical agents (u.v., x-rays, carcinogens, toxin,<br />

etc.) and from reactions to injuries (e.g., necrosis,<br />

degeneration , hyperplasia , neoplasia , inflammation,<br />

etc.); and also with an interpretation of structural<br />

and functional disturbances in terms of<br />

molecular alterations.<br />

Mr. Van Lancker and the Staff<br />

242C. Molecular Mechanisms in Disease. ('h<br />

course ) Prerequisite: course 242A, 242B; consent of<br />

instructor. This course is a continuation of<br />

Pathology 242A and 242B which deal with the<br />

biochemistry and molecular biology of disease processes<br />

produced by nutritional deficiencies,<br />

inherited metabolic errors and the administration<br />

of injurious chemical or physical agents. This particular<br />

segment will cover aspects of neoplasia in<br />

relation to alterations in the control of cell growth,<br />

chemical carcinogenesis and the biology of cancer.<br />

Mr. Moyer and the Staff<br />

244. Electron Microscopy in Experimental<br />

Pathology. (3'4 course) Prerequisite: consent of the<br />

instructor. Ultrastructural aspects of pathology<br />

including introduction to use of modern methods<br />

of electron microscopy in pathological studies,<br />

essentials of normal ultrastructure and ultrastructural<br />

phenomena in general pathology.<br />

Ms. Berliner, Mr. Zamboni<br />

245. Environmental Pathology . Prerequisite: graduate<br />

student status and consent of the instructor.<br />

This course is designed to explore the interrelationships<br />

of man with his total environment. A series of<br />

special topics will be presented to discuss the effect<br />

on man of changes in the compositions of air,<br />

water, soil and other materials. Graded S/U.<br />

Mr. O'Donnell and the Staff<br />

250A- 250B-250C. Pathology <strong>Graduate</strong> Student<br />

Seminar . Prerequisite: open only to students in<br />

experimental pathology. Required for all pathology<br />

graduate students. Review and discussion of current<br />

literature and research in special topics of<br />

experimental pathology. The Staff<br />

251. Pathology <strong>Graduate</strong> Student Laboratory Seminar.<br />

Prerequisite : consent of instructor. The course<br />

consists of ten, two-hour seminars which may<br />

include demonstrations of apparatus and methods<br />

dealing with new and advanced experimental techniques<br />

of value in experimental pathology. The<br />

seminars will be conducted by pathology department<br />

staff and guest lecturers. Subjects covered will<br />

include the biochemistry, biological and<br />

morphological techniques in tissue fractionation,<br />

tissue culture and radioautography (electron<br />

microscopy, etc.) that are frequently in the study of<br />

disease mechanisms.<br />

Mr. Lubran, Mr. Rodgerson<br />

*8253 . Free Radical Pathology . (y course ) Lecture,<br />

four and one half hours per week. Prerequisites:<br />

Basic biochemistry, Physical Chemistry. Free radicals,<br />

mechanisms of formation, properties and reactions.<br />

Their reactions with significant biomolecules.<br />

Modes of production in vivo. Reactions in vivo. Protection<br />

against and sensitization towards these<br />

damaging effects. Mr. O'Donnell<br />

M256 . Seminar in Viral Oncology. (% course)<br />

(Same as Microbiology and Immunology M256.) An<br />

advanced research seminar designed to consider<br />

the current developments in the field. Selection of<br />

current subjects and publications dealing with<br />

tumor viruses, oncogenesis, development, and<br />

cellular regulation.<br />

M257. Introduction to Toxicology . (Same as Pharmacology<br />

M257.) Lecture, four hours. Prerequisites:<br />

Pharmacology 241 or consent of instructor.<br />

Biochemical and systemic toxicology, basic<br />

mechanisms of toxicology and the interaction of<br />

toxic agents with specific organ systems.<br />

Dr. Taylor<br />

M258. Pathologic Changes in Toxicology . (Same as<br />

Pharmacology M258.) This course is designed to<br />

give students experience in learning the normal<br />

histology of tissues which are major targets of<br />

Toxin and the range of pathologic changes that<br />

occur in these tissues . Liver, bladder, lung, kidney,<br />

nervous system and vascular system will be<br />

covered. Ms. Berliner<br />

'7260. Quantitative Approaches to Microscopic<br />

Anatomy . ('h course ) Lecture, two hours per week.<br />

Prerequisite: consent of instructor. Practical and<br />

theoretical approaches in the application of<br />

measurement to anatomical structures. General<br />

principles of estimation of volume, surface area and<br />

number will be covered by stereology and other<br />

techniques. Ms. Berliner<br />

M293. Major Concepts in Oncology . (Same as<br />

Microbiology M293, Dentistry/Oral Biology M293,<br />

and Microbiology and Immunology M293.) Prerequisite:<br />

graduate standing or consent of instructor.<br />

Course designed for graduate students contemplating<br />

research in oncology. Lecture. Topics include<br />

cancer pathophysiology, genetics; membranes,<br />

macromolecular synthesis and control, cell cycle,<br />

growth control; physical, chemical and viral<br />

oncogenesis; epidemiology of cancer; tumor<br />

immunology; principles of cancer surgery, radiation<br />

therapy and chemotherapy.<br />

596. Directed Individual Study or Research. (1 to 3<br />

courses ) Individual research with members of our<br />

staff or of other departments, the latter for the purpose<br />

of supplementing programs available in our<br />

department. Graded S/U.<br />

597. Preparation for Qualifying Exams . (% to 2<br />

courses ) Prerequisite: one year of course work in<br />

pathology. Individual study for qualifying exam.<br />

Graded S/U.<br />

599. Preparation of Doctoral Dissertation . ('h to 2<br />

courses ) Prerequisite: completion of qualifying<br />

exam and most of doctoral research. Completion<br />

and writing of thesis. Graded S/U.<br />

PHARMACOLOGY<br />

(Department Office, 23-278 Center for<br />

the Health Sciences)<br />

''John A. Bevan, B.Sc., M.R., B.S., Professor of Pharmacology.<br />

IhArthur K. Cho, Ph.D., Professor of Pharmacology (Vice<br />

Chairman of the Department).<br />

I<br />

hRobert George, Ph.D., Professor of Pharmacology.<br />

thDonald J. Jenden, B.Sc., M.B., U.S.. ProfessorofPharmacology<br />

and Biomathematics (Chairman of the Department).<br />

'('Peter Lomax, M.D., D.Sc., Professor of Pharmacology.<br />

'('Dermot B. Taylor, M.A., M.D., Professor of Pharmacology.<br />

Jeremy H. Thompson, M.D., F.R.C.P.I., Professor of Pharmacology.<br />

Rosemary D. Bevan, M.D., Adjunct Associate Professor of Pharmacology.<br />

Don H. Catlin, M.D., Associate Professor of Pharmacology and<br />

Medicine.<br />

Matthew E. Conolly, M.D., Associate Professor of Pharmacology<br />

and Medicine.<br />

16M. David Fairchild, Ph.D., Adjunct Associate Professor of<br />

Pharmacology.<br />

R. Craig Kammerer, Ph.D., Assistant Professor of Pharmacology.<br />

Larry A. Wheeler, Ph.D., Adjunct Assistant Professor of Pharmacology.<br />

11 Jin Bak, Ph.D., D.D.S., Adjunct Associate Professor of<br />

Neurology and Pharmacology.<br />

Jorge R. Barrio , Ph.D., Associate Professor of Radiological<br />

Sciences and Pharmacology.<br />

Robert O. Bauer, M.D., Professor of Anesthesiology, Obstetrics<br />

and Gynecology and Pharmacology.<br />

Joseph 11. Beckerman, Pharm.D., Lecturer in Pharmacology.<br />

Yi-Han Chang, Ph.D., Adjunct Associate Professor of Medicine<br />

and Pharmacology.<br />

Mark A. Goldberg, M.D., Ph.D., Professor of Neurology and<br />

Pharmacology.<br />

William L. Hewitt , M.D., Professor of Medicine and Pharmacology.<br />

Murray E. Jarvik, M.D., Ph.D., Professor of Pharmacology and<br />

Psychiatry.<br />

Louis Levy, Ph.D., Professor of Medicine and Pharmacology.<br />

The Ph .D. Degree<br />

Admission Requirements. In addition to meeting<br />

the requirements of the <strong>Graduate</strong> Division, the student<br />

must have received the bachelor's degree in a<br />

biological or physical science or in the premedical<br />

curriculum.<br />

In suitable cases, students who have course deficiencies<br />

may be admitted to graduate status , but any<br />

deficiencies will have to be removed within a<br />

specified time . <strong>Graduate</strong> Record Examination<br />

scores are required of all applicants to the Department<br />

as well as three (3) letters of recommendation.<br />

Applications are accepted for the Fall Quarter only.<br />

The Departmental <strong>Graduate</strong> Training Committee<br />

(three faculty members) is solely responsible for the<br />

selection of new students. Interviews may be<br />

requested by the <strong>Graduate</strong> Training Committee.<br />

Prospective students may write for a departmental<br />

brochure to the following address: <strong>Graduate</strong> Student<br />

Office, Department of Pharmacology, <strong>UCLA</strong><br />

School of Medicine,<br />

(213) 825-5294.<br />

Los Angeles, California 90024,<br />

Advising . Address: Dr. Arthur K. Cho, <strong>Graduate</strong><br />

Adviser, Department of Pharmacology, <strong>UCLA</strong><br />

School of Medicine, Los Angeles, California 90024,<br />

(213) 825-6567 or 825-5294.<br />

Dr. Cho is the <strong>Graduate</strong> Adviser for all entering<br />

graduate students and for students in their first and<br />

second year of study. Each student must select his/<br />

her major professor<br />

(sixth quarter).<br />

by the end of the second year<br />

Evaluation of the student's progress is determined<br />

by a series of tests (see section on Written and Oral<br />

Qualifying Examinations). In the Pharmacology<br />

200 course (Laboratory Rotation), a written report<br />

must be submitted by the student to his/her supervisor<br />

and to the <strong>Graduate</strong> Training Committee.<br />

Transcripts from each quarter are circulated to the<br />

<strong>Graduate</strong> Training Committee and any student that<br />

appears to not be doing satisfactorily is notified.<br />

Each new student meets with the <strong>Graduate</strong> Adviser<br />

at least once every quarter and as often as necessary

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