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2 hrs., throughout the year.

Tu Th, 11, and one hour demon-
Those who are to make Zoölogy

stration (optional). S, 11.
alone their Group Elective, or are taking the Pre-Medical Course,
or are seeking the Teachers' Recommendation, may receive
credit for the first half of the course without the second. Those
who are not expecting to pursue the subject further are strongly
advised to elect Zoology 2, to accompany this course.

General Zoology: Laboratory. Dr. TORREY and Mr. ESTERLY. A general survey of the animal kingdom, with laboratory work upon a few selected types of invertebrates and lower vertebrates. Each animal will be studied as thoroughly as the time permits with respect to its structure, functions, development, and relationship to other animal types and relation to its environment. Lectures and recitations will supplement the laboratory work.

7 hrs., first half-year; 3 units. Section I, M F, 1-4; II, Tu Th, 1-4; I and II, F, 9. Prerequisite: Course 1 (with exception noted under statement concerning that Course, which see). Course 2 should be taken coincidently with Course 1 when possible.

3. General Zoology.


Supplementary to Course 2. The salamander will be the basis of the laboratory work. Its anatomy will be studied in detail, the general features of its development followed, and several physiological experiments performed.

7 hrs., second half-year; 3 units. Section I, M F, 1-4; II, Tu Th, 1-4; I and II, F, 9. Prerequisite: Course 2.

4. Comparative Anatomy of the Higher Vertebrates.

Professor RITTER and Assistant Professor MERRIAM.

A continuation of Course 3. ing to study medicine.

Designed largely for students prepar-
The osteological part of the work is

done by Assistant Professor MERRIAM. [See Geology 11.]

8 hrs., first half-year; 4 units. Tu W Th, 1-4 and S, 8-12. Laboratory work, recitations, and assigned topics; allotment of time for each to be arranged with the class.

* It is expected that beginning with the academic year 1903-04 an hour of laboratory and museum demonstration will be provided, with credit, so that all who elect may receive 6 units instead of 4 for this course.


5. Cytology and Microscopical Technique. (G.E.)

Assistant Professor Koroid. Structure and physiology of the cell in growth and reproduction. Methods of preparation of animal tissues for microscopical study.

8 hrs., first half-year; 4 units. M F, 2; M F, 1-4. Prerequisite: Course 3.

6. Embryology. (G.E.)

Assistant Professor KOFOID.

The phenomena of animal development, fundamental facts of reproduction, comparative vertebrate embryology. Lectures recitations, and laboratory.

8 hrs., second half-year; 4 units. M F, 9; M F, 1-4. Prerequisite; Courses 2 and 3.

6A. Lectures on Embryology. (G.E.) Assistant Professor KOFOID. Demonstrations and papers.

4 hrs., second half-year; 2 units. M F, 9; M F, 1. Prerequisite: Course 3.

7. Advanced Invertebrate Zoology.

Assistant Professor KOFOID.

Lectures and laboratory work upon the morphology and taxonomy of lower invertebrates, with special reference to animal parasites.

7 hrs., first half-year; 3 units.
1–4, and 3 hours to be arranged.

Lectures, W., 9; laboratory, W,
Prerequisite: Course 3.

7A. Advanced Invertebrate Zoology. (G.E.)

Lectures, laboratory, and field work, with special reference to local

Assistant Professor Koroid.

May be taken independ

fauna, both marine and fresh water.

ently of Course 7.

7 hrs., second half-year: 3 units. Lectures, W, 9; laboratory, W, 1-4, and 3 hours to be arranged.

8. Seaside Laboratory.

Prerequisite: Course 3.

During the summer vacations, work in zoölogy is transferred to the seashore, and, as far as possible, the work done there is made an integral part of the work of this department of the University. During the summer of 1903 the laboratory will be at San Diego and will be devoted exclusively to research and advanced individual instruction.

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Professor RITTER, Assistant Professor KOFOID, and Dr. TORREY. Original study on special topics, in the field and laboratory.

*11. Advanced Cytology. (G.E.)

Assistant Professor KOFOID.

The structure and activities of the cell, with special reference to the phenomena of heredity and development. Given in alternate years at the option of the instructor.

4 hrs., second half-year; 3 units. thesis. Prerequisite: Zoology 5.

12. Zoological Seminary. (G.E.)

Lectures and laboratory and


Designed for the discussion of special topics, and to familarize students with the most important contemporaneous advances in this field of science. A reading knowledge of German or French is essential.

1 hr., throughout the year. Hours to be arranged. The fitness of students for this course will be determined in each case.

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Professor RITTER.

The course is par

An extension of the work done in Course 3. ticularly adapted to the needs of those seeking the Teacher's Recommendation in Zoology. The work is almost entirely confined to the local fauna. Recitations, field and laboratory work, and papers on assigned topics.

3 units, second half-year. S, 8-12. Prerequisite: Course 3.

*18. Problems of Regeneration.



The phenomena of regeneration and their relation to the problems of development and growth. Lectures and demonstrations.

2 hrs., second half-year. Prerequisite: Course 3.

Entomology. See under Agriculture.

Palæontology. Courses 5A and 6A (see Geology) may be taken as group elective in Zoology by special arrangement with the department.

*Not to be given in 1903-04.


JACQUES LOEB, M.D., Professor of Physiology.

MARTIN H. FISCHER, M.D., Assistant Professor of Physiology.
FRANK W. BANCROFT, Ph.D., Instructor in Physiology.

JOHN B. MACCALLUM, A.B., M.D., Assistant in Physiology.
GEORGES BULLOT, M.D., Assistant in Physiology.

CHARLES G. ROGERS, M.A., Assistant in Physiology.


1. Introductory Physiology.


The structure and functions of the human body. Lectures, demonstrations, and recitations.

4 hrs., either half-year. M Tu Th F, 9.

2. Special Physiology. (G.E.)


Special physiology of the blood, circulation, respiration, secretion,
excretion, metatotion, heat, muscles, nerves, central nervous
system, and the special senses.

9 hrs., first half-year; 5 units.
F, 8; laboratory, Tu Th, 1-4.
Course 2.

Lectures, recitation, and labo

Lectures and recitation M W
Prerequisite: Same as for

3. General Physiology and Experimental Biology. (G.E.)

General theory of life phenomena. laboratory.


Lectures, recitations, and

Lectures and recitations, M W Prerequisite: Course 1, Chem(For the present Zoölogy 1

9 hrs., second half-year; 5 units.
F, 8; laboratory, Tu Th, 1-4.
istry 1, 2, 3, and 4; Physics 1.
will be accepted instead of Physiology 1.)

11. Advanced Physiology.


Professor LOEB.

Laboratory work three afternoons a week with occasional lectures.

May be taken either by students who have had adequate training in Botany and Zoology, or by those who have had adequate preparation in Chemistry and Physics. Students who wish to take the Course should apply personally to Professor Loeb.

12. Research Work in Physiology.

Professor LOEB.

Students who wish to take this Course should apply personally to Professor Loeb.

13. Seminar.

Professor LOEB.

Monday, 4-5. Open to students of Courses 1 and 2.

For courses in Physiology given in the Medical Department, consult the Announcement of the Medical Department.

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