Systems
Biology Concentration
For
Majors who wish to focus on systems, integrative aspects, information,
regulation or control processes in life sciences, including molecular
and cellular biosystems.
Systems
biology integrates knowledge of genetic and molecular function to understanding
how a whole cell works as a system and from there to multi-cellular
systems such as organs and whole animals. Cybernetics principles serve
to integrate these living system components into a structured whole,
via mathematical and system theoretic models and simulations capable
of predicting biosystem function and behavior.
Required
coursework consists of a common CORE of 3 basic courses (16 or 18 units),
plus a coherent selection of coursework consisting of 12 or more additional
units in one of 2 subareas or a coherent combination of these subareas. Courses must be selected in consultation with the faculty
mentor and approved by the program chair.
APPROVED
LIST - CONCENTRATIONS FOR THE ACADEMIC YEAR 2007-2008 (updated 1/16/08)
Recommended
courses are shown with *.
Consult
Curricular & Courses at www.registrar.ucla.edu/catalog/
for detailed course descriptions.
See Schedule
of Classes for this year's course offerings.
REQUIRED
CORE - Courses in Molecular and Cellular
Biology and Physiology
| 1.
MCDB 144 |
Molecular
Biology (Fall) |
5
units |
| 2.
MCDB 100 |
Introduction
to Cell Biology (Winter) |
5
units |
|
3. One of the following : |
| Phys
Sci 166 |
Animal
Physiology (Summer only) |
6
units |
| |
OR |
|
| EE
Biol 170 |
Animal
Environmental Physiology (Fall) |
6
units |
| |
OR |
|
Biomed
CM102 and CM103
|
Basic
Human Biology for Biomedical Engineers I & II
(Fall, Winter sequence)
|
4
+ 4 = 8 units |
SUBAREA 1: Information and Control in Biosystems
| Bioeng 180 |
System Integration in Biology, Engineering and Medicine
I |
4 units |
| Bioeng 180L |
System Integration in Biology, Engineering and Medicine
I Laboratory |
3 units |
| Bioeng 181 |
System Integration in Biology,
Engineering and Medicine II |
4 units |
| Bioeng 181L |
System Integration in Biology, Engineering and Medicine
II Laboratory |
3 units |
| Biomath
108 |
Introduction
to Modeling in Neurobiology |
4 units |
| Biomath
C108C |
Introduction
to Neural Networks: Modeling and Applications |
4 units |
| Biomath
206 |
Introduction
to Mathematical Oncology |
4 units |
| CS
M296D |
Computational
Cardiology |
4 units |
| Neurosci
M148 |
Neuronal
Signaling in Brain |
4 units |
| Neurosci
205 |
Systems
Neuroscience |
4 units |
| Physiol
Sci 107 |
Systems
Anatomy |
5 units |
| Physiol
Sci C144 |
Neural
Control of Physiological Systems |
5 units |
| Physiol
Sci M145 |
Neural
Mechanisms Controlling Movement |
5 units |
| Physiol
Sci M173 |
Anatomy
and Physiology of Sense Organs |
4 units |
SUBAREA 2:
Molecular and Cellular Biosystems
| Biomath
106 |
Introduction
to Cellular Modeling |
4 units |
| Bioeng 110 |
Biotransport and Bioreaction
Processes
|
4 units |
| Biomed Eng C101/C201 |
Introduction to Biomedical Engineering |
4 units |
| Chem 153A/153AH |
Biochemistry: Introduction to Structure, Enzymes and
Metabolism
|
4 units |
| MCDB
C139/CM220 |
Cell,
Developmental and Molecular Neurobiology |
6 units |
| MCDB
M140 |
Cell
Biology: Cell Cycle |
5 units |
| MCDB
CM156/CM256 |
Human
Genetics |
4 units |
| MCDB
CM160/CM252 |
Biological
Catalysis |
4 units |
| MCDB
165A |
Biology
of Cells
|
5 units |
| MCDB
165B |
Molecular
Biology of Cell Nucleus
|
5 units |
| MCDB
CM169/CM223A |
Cell
Biology |
4 units |
| Psych 119A |
Neuropsychopharmacology |
4 units |
| Psych 119D |
Behavioral Neuropharmacology |
4 units |
METHODOLOGY PERTINENT TO BOTH SUBAREAS - These
courses can be included in either S1 or S2, to make up additional units
for the total 28 units required in the concentration.
| Biomath 220 |
Kinetic and Steady State Models in Pharmacology and
Physiology |
4 units |
| Biomath M230 |
Computed Tomography: Theory and Applications |
4 units |
| Biomath M271 |
Statistical Methods in Computational
Biology |
4 units |
| Chem 110A |
Physical Chemistry: Chemical
Thermodynamics |
4 units |
| Chem 156 |
Physical Biochemistry |
4 units |
| Chem C160A/CM260A |
Introduction to Bioinformatics
(4 units; NEW
Pre-Requisite: PIC 60 or CS 180) |
4 units |
| Chem C160B/C260B |
Algorithms in Bioinformatics
and Systems Biology |
4 units |
| Chem Eng CM145 |
Molecular Biotechnology for Engineers |
4 units |
| CS
CM186C/CM286C |
Biomodeling
Research and Research Communication |
2 to 4 units |
| CS M296B |
Optimal Parameter Estimation and Experiment Design for
Biomedical Systems |
4 units |
| EE
131B |
Introduction
to Stochastic Processes |
4 units |
| EE
136 |
Introduction
to Engineering Optimization Techniques |
4 units |
| EE
142 |
Linear
Systems: State-Space Approach |
4 units |
| MAE
105A |
Introduction
to Engineering Thermodynamics |
4 units |
| Math 134 |
Linear and Nonlinear
Systems of Differential Equations |
4 units |
| Math 136 |
Partial Differential
Equations |
4 units |
| Math 151A |
Applied Numerical
Methods |
4 units |
| Math 151B |
Applied Numerical
Methods |
4 units |
| Math
171A |
Stochastic
Processes |
4 units |
| Physics 105A |
Analytic Mechanics |
4 units |
| Physics 112 |
Thermodynamics |
4 units |
|