Concentrations
Concentrations
Students in the PhD program in Biochemistry can elect for the Cancer Biology or Bioinformatics concentration. These concentrations reflect areas of strong interest for our faculty and students, and areas where enhanced skills and expertise will serve our students in their future career paths.
The Cancer Biology concentration will add coursework in clinical and translational cancer biology to our existing course on the molecular and cell biology of cancer. Students will also participate in an ongoing seminar series for exposure to the most cutting-edge scientific advances.
The Bioinformatics concentration will focus on biology and medically related informatics work most appropriate to trainees in various aspects of Biochemistry. As with the Cancer Biology concentration, the concentration in Bioinformatics will require students to take to course covering the analysis of biomedical “big data” as well as a seminar series focused on recent advances in the field. One of these courses will involve computational approaches to large data sets, whereas the second will involve statistical analysis. As indicated in the curriculum, there will be some leeway in the courses allowed to enable students to tailor the course selection to the types of statistical problems and computational approaches most applicable to their research projects.
Students interested in concentrations should meet with the Graduate Studies Coordinator to assure that the appropriate courses are being taken.
Concentration Curriculum
| Existing Concentration: Biochemistry & Molecular Biology | Proposed Concentration in Cancer Biology | Proposed Concentration in Bioinformatics | |||
|---|---|---|---|---|---|
| First Year | Credits | Credits | Credits | ||
| BCH 412: Advanced Topics in Biological Macromolecules | 5 | Same for Biochemistry & Molecular Biology | Same for Biochemistry & Molecular Biology | ||
BCH 501: Biochemistry | 1 | ||||
| BCH 502: Biochemistry Sprint Seminar | 1 | ||||
| IND 408: Advanced Biochemistry | 4 | ||||
| IND 431: Foundations in Modern Biology I, Modules 1-5 | 5 | ||||
| IND 432: Foundation in Modern Biology II, Modules 1-5 | 5 | ||||
| IND 501: Ethics in Research | 1 | ||||
| Second Year | |||||
| Choice of 1-2 electives made in consultation with thesis mentor and program director | 4 | PTH 507: Cancer Biology | 3 | Choose 1 of the following: BCH 521 Bioinformatics for Life Scientists; IND 419 Introduction to Quantitative Biology; or BIO 457 Applied Genomics | 3-4 depending on class |
| BCH 501: Biochemistry Fall Seminar | 1 | IND 517: Clinical and Translational Oncology | 2 | Choose one of the following: DSC 462 Computational Introduction to Statistics; BST 457 Applied Statistics in Biomedical Sciences; BST 432 High Dimensional Data Analysis; BST 434 Genomic Data Analysis | 3-4 depending on class |
| BCH 502 Biochemistry Spring Seminar | 1 | IND 507: Cancer Biology Seminar | 4 | IND 484: Current Topics in Bioinformatics | 4 |
| BCH 595: PhD Research | 68+ | 68+ | 68+ | ||
| Total: | 96 credit hours or more in total | ||||