The Department of Biochemistry is internationally recognized for its research and education and offers a world-class interdisciplinary research environment in a beautiful mountain setting. As part of a commitment to continuing this tradition of excellence, the department provides a graduate program that integrates opportunities for cutting-edge creative research and study across a wide range of areas including:
- Computational biology
- Nucleic acids
- Gene expression
- Cell signaling
- Proteins and enzymology
- Molecular biophysics
- Structural biology
- Systems biology
Graduate students enjoy extensive scientific collaboration with biochemistry faculty, with other departments such as Molecular, Cellular and Developmental Biology, Chemistry, and Physics, and with research institutes such as the BioFrontiers Institute, Joint Institutes of Laboratory Physics (JILA), the Renewable and Sustainable Energy Institute (RASEI).
Sixty credit hours of coursework is required, consisting of 30 hours of research in BCHM 8991, at least 15 hours in formal courses and the remainder in other courses, such as lecture and seminar courses, group meeting courses and research in BCHM 6901. All students are required to take a 1-credit course in Scientific Ethics and Responsible Conduct in Research BCHM 5776.
A minimum grade of B- is required in all courses counting for the PhD degree; students must maintain a cumulative GPA of 3.0 in all formal courses and an overall grade point average of 3.0 or they will be placed on academic probation. Students may also be placed on probation if they are not making satisfactory progress in their research. Students on probation will not have a high priority for financial support.
Plan of Study
The plan of study varies by student. See the Plan(s) of Study section for a sample course plan.
|BCHM 5312||Quantitative Optical Imaging||3-4|
|BCHM 5491||Modern Biophysical Methods||3|
|BCHM 5631||Statistical and Computational Analysis of the Human Genome||3|
|BCHM 5801||Advanced Signal Transduction and Cell Cycle Regulation||3|
|BCHM 5850||Chemistry and Biology of Nucleic Acids||3|
|MCDB 5471||Mechanisms of Gene Regulation in Eukaryotes||3|
|MCDB 5520||Bioinformatics and Genomics||3|
|MCDB 5680||Mechanisms of Aging||3|
|MCDB 5811||Teaching and Learning Biology||3|
|EBIO 5460||Special Topics||1-5|
|EBIO 5800||Critical Thinking in Biology||3|
|CSCI 5314||Dynamic Models in Biology||3|
During the course of the PhD thesis work, students will arrange annual meetings with a thesis advisory committee composed of their research advisor and two to four other biochemistry faculty. The purpose of these advisory meetings is to ensure the student is making adequate progress on a suitable PhD thesis project. The final annual meeting should be scheduled about one year from the end of the thesis work. For this meeting, the advisory committee will be expanded to five faculty members: the thesis advisor, three biochemistry faculty and one faculty member from another department. This committee will become the examination committee that evaluates the results of a completed research program submitted as a thesis for the final examination as described above.
Each PhD student is required to satisfy a preliminary examination and pass a series of Comprehensive Examinations to be advanced to candidacy. The candidate must then pass a final thesis defense examination to be awarded the PhD degree. Interdisciplinary students should adhere to specific program requirements.
The Biochemistry preliminary examination will be conducted at the beginning of the student's third semester. The record of each student, including undergraduate preparation, performance in graduate coursework, TA performance and performance in laboratory rotations will be reviewed, and a recommendation will be made on the qualification of the student to continue in the PhD program. Outcomes may include recommendation for additional coursework, delay in joining a research lab or a recommendation to leave the program. Students who are considering interdivisional work should consult the Biochemistry Graduate Committee for advice on the preliminary examination requirement.
The Comprehensive Examinations are made up of three parts: a Written Examination, an Oral Examination and the evaluation of an original research proposal. The oral examination and the research proposition evaluation shall be conducted by a five member examining board, according to the rules of the Graduate School. The Comprehensive Examinations are considered passed, and the student can advance to Candidacy when the requirements of all parts have been met.
A doctoral student must write a dissertation based upon original investigation, demonstrating mature scholarship and critical judgment, as well as familiarity with tools and methods of research, conducted under the supervision of a graduate faculty member. The dissertation must fulfill all Graduate School requirements. After the dissertation is completed, an oral final examination on the dissertation and related topics is conducted by the student’s doctoral committee.
All degree requirements must be completed within six years of the date of commencing coursework.
Plan(s) of Study
Below is a sample course plan for first and second year students. In their third through sixth years, students typically complete dissertation research (BCHM 8991, repeatable for up to 30 credit hours) and finish elective coursework.
|First Year||Credit Hours|
|BCHM 5771||Advanced General Biochemistry 1||5|
|BCHM 5776||Scientific Ethics and Responsible Conduct in Research||1|
|BCHM 5781||Advanced General Biochemistry 2||5|
|BCHM 6901||Research in Biochemistry (Repeatable for up to 15 credit hours)||7|
|Elective courses (2)||Student Choice - check with advisor or grad program director||6|
|BCHM 6901||Research in Biochemistry (Repeatable for up to 15 credit hours)||6|
|Total Credit Hours||30|