UCLA General Catalog 1971-72 - Registrar - UCLA

172 / ANATOMY
103. Basic Neurology.
Two 4-hour sessions and one 3-hour session per
week in the spring quarter . Prerequisite : enrollment
in School of Medicine. Must be taken concurrently
with Physiology 103. Lectures , conferences , demonstrations
and laboratory procedures necessary to an
understanding of the function of the human nervous
system . Mr. Schlag and Staff
104. Mammalian Histology . (1 th courses)
spring quarters. Credit and grade will be given a*
upon completion of 210B . Laboratory ezerdsey
demonstrations and lectures to provide ezperiso
with a variety of research techniques , inddlag
fixation, embedding , sectioning , staining, adorn.
diography, microradio8d thin layer microsaoph
electrophoresis, paper yer chromateg.
raphy, photomicrography , and tissue culture.
The Std
211. Anatomical and Physiological
Three 3-hour sessions per week in the fall quarter.
Prerequisite : enrollment in School of Dentistry or
consent of the instructor. Lectures , demonstrations
and laboratories dealing with the structural organization
of tissues and organs at the microscopic
level . Mr. Campbell and Staff
M105A- 1058. Gross Anatomy.
Substrates of Behavior.
One 2-hour lecture and demonstration per week
in the fall quarter with labs scheduled by intruder
when desirable . Prerequisite : Microscopic Anatomy,
Mammalian Physiology . Anatomy and physiology of
cerebral processes in alerting, learning and memaey.
Mr. Adq
See M207A - 207B Gross Anatomy.
212. Neural Mechanisms of Inhibition . (t/s course)
106. Mammalian Neurology.
One 1-hour session and one 4-hour session per
week in the winter quarter. Prerequisite : enrollment
in School of Dentistry or consent of the instructor.
Lectures , demonstrations and laboratories dealing
with the fundamental structure and functional organization
of the nervous system.
Mr. Sterman, Mrs. Taylor
Two hours per week in the fall quarter. Prerogs4
site: Basic Neurology . A systematic consideration of
inhibitory processes in the nervous system h m the
synapse to integrated behavior . Special attendee
is given to the recent concepts of inhibition at tie
behavioral level and their implications for leamhq,
emotion and mental health. Mr. Steen.
213. Evolution and the Structure Of 11111111061
Graduate Courses
(t course)
206A-206B . Neurosciences : The Introductory
Course for Graduate Students . (eYa course, 1%
Courses)
Two hours of lecture and two of lab per week in
the winter quarter; five hours of lecture and two of
lab per week in the spring quarter. Credit and grade
are given only upon completion of 206B . Fundamental
approaches to neuroanatomy (Winter Quarter),
neurophysiology and the brain mechanisms for
behavior ( Spring Quarter). Mr. Scheibel and Staff
One 2-hour session per week in the spring
quarter. Prerequisite : consent of instructor and up_
per level courses in two of the following subjecla
genetics , evolution , biochemistry . Interpretation of
pattern in molecular organization of living organist
in terms of evolution , and considerations of the
impact of such pattern on evolutionary theory.
Mr. Camphea
214. Data Acquisition in Behavioral
Neurephysioiegy.
Two hours per week in the winter quarter. Pre.
M207A-2078. Gross Anatomy . (2 courses , 1 course) requisite : course 211. Neurophysiological techniques
Four 4-hour sessions per week in the fall quarter; in behavioral studies; data acquisition systems ad
two 4-hour and one 1-hour session per week in the computer analysis of neurophysiological data.
winter quarter. Prerequisite: consent of the instruc-
Mr. Aden
tor. Course M2074 is prerequisite to M207B , Credit
and grade are given only upon completion of 2078. 215. Biopotentials in Volume Conductor . (t/2 course
Medical students enroll for M105A - 105B . Lectures Two hours of lecture per week in the wide
and dissection of the human body.
quarter. This course will provide medical and grada-
Mr. Sawyer and Staff ate students with the theoretical background In
interpretation of biopotentials recorded througi
208A-2088. Basic Electronics for Research in volume conductor , such as EEG , ERG, EMG, and
Experimental Anatomy and Neurephysiology. ECG. Mr. Ell
Two hours of lecture and four of lab per week in
the fall and winter quarters. Prerequisite : consent
of the instructor. Course 208A is prerequisite to
208B. Credit and grade are given only upon completion
of 208B . Applications of electronic instrumentation
to problems of data acquisition, recording
and analysis with emphasis on practical solutions.
Mr. Reviser
209. Fine Structure and Function in the Central
Nervous System. (t/t course)
Two 1-hour sessions per week in the fall quarter.
Prerequisite : Basic Neurology . Lectures and discussion
of the fine structure of selected areas of central
nervous system , together with related electrical and
biochemical patterns of activity . Mr. Schelbel
216. Microphysiology of EEG and Evoked Potentia
(Is course)
Two hours of lecture per week in the winter quarter.
Prerequisite : course 215 or consent of the in.
structor . The cellular processes underlying genera.
tion of spontaneous brain activity (EEG) and evoked
potentials will be studied , as well as the statistical
laws controlling summation of individual cellular
activities which form the potentials recorded by
gross electrodes. Mr. EM
218. Instrumentation and Apparatus for Research i
Experimental Anatomy and Neurophysiolog
Two hours of lecture and four of lab in the spring
210A-2106. Selected Techniques in Anatomical
Research .(/ course each)
quarter . Prerequisite : courses 208A - 208B or comsat
of the instructor . Techniques are presented for reduction
of biologic data to metrics and experience
One 4-hour session per week in the winter and is provided in their use. Mr. Revise