Listed
below are graduate courses that should satisfy the 3-elective
requirement for Ph.D. students (+ some
select undergraduate
courses on the right). Not all courses are taught in a given year.
Click here for the CU Directory of Classes Page
(semester given, times
and places)
(Click here to see a typical graduate
student schedule for first two years)
GRADUATE ELECTIVE |
OTHER COURSES OF INTEREST |
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| Anatomy G5101 | Cell Biology of Tissues and Organs | Chem. C3079-80 | Physical Chemistry (Thermo in Fall sem.) | ||
| Anatomy G8010 | Introduction to Endocrinology | Fall | Chem. BC 3252y (Barnard) | Phys. Chem.: Intro to Thermo and Kinetics (Spring semester) | |
| Biochemistry G4250 | Molecular Biophysics | ||||
| Statistics W1001x or y | Introduction to statistical reasoning | ||||
| Biochemistry G6020 | Advanced Biochemistry | Statistics W1111x or y | Introduction to statistics, A |
||
| Biochemistry G6045 | Membrane receptors and transport proteins. | Statistics W1211x or y |
Introduction to
statistics, B |
||
| Biochemistry G6270 | NMR spectroscopy of macromolecules | Public Health P6103 |
Introduction to
biostatistics |
||
| Biochemistry G6275 | Diffraction Analysis of Macromolecules | ||||
| Biochemistry G6310 | Molecular Biology of the Visual System | ||||
| Biology G4001/G9002 | Introduction to Neural Development | ||||
| Biology W4004/3004 | Cellular neurobiology | ||||
| Biology W4005/3005 | Systems neurobiology | ||||
| Biology G4008x | Advanced Seminar in Neurobiology | ||||
| Biology G4008y | Advanced Seminar in Neurobiology | ||||
| Biology G4011 | Neural Systems: Circuits in the Brain | ||||
| Biology G4048 | Genetic Approaches to Cell and Develomental Biology | ||||
| Biology G4054 | Mammalian Cell Genetics | ||||
| Biology G4600 | Signal transduction | ||||
| Biology W4799 | Readings in the molecular biology of cancer | ||||
| Biology G9007 | Special topics in neurobiology | ||||
| Biology W4065 | Molecular Biology of Disease | ||||
| Biology G4158 | Cell Cycle Regulation and Carcinogenesis | ||||
| Biology-Chemistry G4170 | Biophysical Chemistry | ||||
| Cell Biology G4010 | Responsible conduct of research and related issues | ||||
| Cell Biology G4150 | Prokaryotic Molecualr Biology | ||||
| Cell Biology G4150 | Microbial molecular genetics | ||||
| Cell Biology G4250 | Molecular biophysics | ||||
| Cell Biology G4350 | Cellular membranes and organelles. | ||||
| Chemistry G4172 | Bio-Organic Topics | ||||
| Computer Science W4995 | Computational Genomics | ||||
| Electrical Engineering E4060 | Intro to Genomic Information Science and Technology | ||||
| Genetics and Devt. G4005 | Introduction to Mathematical Genetics | ||||
| Genetics and Devt. G6211 | Genetic Approaches to Biological Problems | ||||
| Genetics and Devt. G4005 | Introduction to mathematical genetics. | ||||
| Genetics and Devt. G4027 | Principles of developmental biology | ||||
| Genetics and Devt. G4050 | Advanced Eukaryotic Molecular Genetics | ||||
| Genetics and Devt. G6210-11 | Genetic approaches to biological problems | ||||
| Microbiology G4020 | Introduction to Immunology | ||||
| Microbiology G6050 | Advanced Microbiology | ||||
| Neurobiology & Behavior G9010 | Neural Bases of Behaviors: Neuroethological Approaches | ||||
| Physiology G4007 | Molecular mechanisms in synaptic transmission | ||||
Typical Program for the first 2 years:
| Typical Program for the first 2 years | ||
| Fall |
Spring |
Summer |
| First year |
|
|
| Biol. G6001: Grad, Biol. Core I: Genetics, Biochemistry, Molec. Biol., Structural Biochemistry |
Biol. G6002: Grad Biol. Core II: Cell Bio., Neurobiol., Dev. Bio. |
|
| Elective 1 of 3 | Elective 2 of 3 | |
| Biol. G9301: Pre-research seminar |
Biol. G9302: Conduct iof Science Workshop | |
| Lab
Rotation #1 |
Lab
Rotation #2 |
Lab
Rotation #3 |
| Second year |
|
|
| Elective 3 of 3 | Qualifying Exam (thesis proposal) | |
| Teaching | Teaching | |
| Research | Research | Research |
| |
|
|