Program Overview
Biomedical Science, Doctor of Philosophy
The Doctor of Philosophy in biomedical science is an interdisciplinary program that provides students with a broad-based education in the biological sciences and specialized training in their area of research interest. The program requires a minimum of 72 semester hours of graduate credit and is designed to provide students with the knowledge and skills necessary to pursue a career in biomedical research.
Admission
Applicants must have a baccalaureate degree from a regionally accredited U.S. college or university, or an equivalent degree from another country as determined by University of Iowa Admissions. They must also have an undergraduate grade-point average of at least 3.00. Applicants must meet the admission requirements of the Graduate College.
Core Curriculum
The core curriculum includes the following courses:
- BMED:5207 Principles of Molecular and Cellular Biology
- BMED:5208 Topics in Principles of Molecular and Cellular Biology
- BMED:7777 Biomedical Science Seminar
- BMED:7888 Biomedical Science Research
- PCOL:5204 Basic Biostatistics and Experimental Design
Subprograms
The biomedical science program offers several subprograms, including:
- Cancer Biology
- Cell and Developmental Biology
- Experimental Pathology
- Free Radical and Radiation Biology
- Molecular Medicine
- Molecular Physiology and Biophysics
- Pharmacology
Cancer Biology Subprogram
The cancer biology subprogram provides training in many areas of research—cell biology, genetics, immunology, and cell metabolism, among others—that are necessary to understand the complexities of cancer etiology and treatment. The subprogram does not offer a master's degree.
Cell and Developmental Biology Subprogram
The cell and developmental biology subprogram provides students with advanced knowledge of cellular and developmental biology. Students gain admission to graduate training laboratories in the Department of Anatomy and Cell Biology, Interdisciplinary Graduate Programs, or through direct admission into a specific laboratory.
Experimental Pathology Subprogram
The experimental pathology subprogram provides students with advanced knowledge of disease pathogenesis at the genetic, molecular, cellular, and systems levels. It also teaches cutting-edge research skills enabling graduates to investigate the basis of disease and lay the foundation for novel and improved therapies.
Free Radical and Radiation Biology Subprogram
The free radical and radiation biology subprogram is interdisciplinary and requires 72 semester hours of graduate credit. Students must maintain a cumulative grade-point average of at least 3.00 to earn the degree. The possibility exists for a major emphasis in radiation biology or redox biology with a focus on cancer or degenerative diseases associated with aging.
Molecular Medicine Subprogram
The molecular medicine subprogram provides interdisciplinary training in the concepts and methodologies fundamental to the investigation of biological processes and molecular mechanisms that relate to human disease. The PhD requires a minimum of 72 semester hours of graduate credit. Students must maintain a cumulative grade-point average of at least 3.00 to earn the degree.
Molecular Physiology and Biophysics Subprogram
The molecular physiology and biophysics subprogram offers opportunities for training and research. The degree requires a minimum of 72 semester hours of graduate credit. Students must maintain a cumulative grade-point average of at least 3.00 to earn the degree.
Pharmacology Subprogram
The pharmacology subprogram requires a minimum of 72 semester hours of graduate credit. Students must maintain a cumulative grade-point average of at least 3.00 to earn the degree. Qualified students who are interested in earning the Doctor of Medicine along with the PhD may apply to the Medical Scientist Training Program in a combined MD/PhD program.
Combined Programs
Students may work toward the Doctor of Medicine degree and a PhD in biomedical science in a combined degree program offered by the Graduate College and the Carver College of Medicine. Applicants must be admitted to both programs before they may be admitted to the combined degree program.
Sample Plans of Study
Sample plans represent one way to complete a program of study. Actual course selection and sequence will vary and should be discussed with an academic advisor. For additional sample plans, see MyUI.
Cancer Biology Subprogram
- First Year:
- Fall: BMED:5207, BMED:5208, BMED:7777, BMED:7888, PCOL:5204, Elective
- Spring: BMED:7777, BMED:7888, FRRB:7001, MMED:6260, PATH:5270, PHAR:6504
- Second Year:
- Fall: BMED:7270, CBIO:5500, CBIO:6000, CBIO:6500, CBIO:7000, CBIO:7500, Elective
- Spring: BMED:7271, CBIO:5500, CBIO:6000, CBIO:6500, Elective
- Third Year:
- Fall: CBIO:5500, CBIO:6000, CBIO:6500
- Spring: CBIO:5500, CBIO:6000, CBIO:6500
- Fourth Year:
- Fall: CBIO:5500, CBIO:6000, CBIO:6500
- Spring: CBIO:5500, CBIO:6000, CBIO:6500, Final Exam
Cell and Developmental Biology Subprogram
- First Year:
- Fall: BMED:5207, BMED:5208, BMED:7777, BMED:7888, PCOL:5204, Elective
- Spring: BMED:7777, BMED:7888, MMED:6260, PATH:5270, Elective
- Second Year:
- Fall: ACB:5206, ACB:5224, ACB:6220, ACB:6237, ACB:6239, ACB:6248, BMED:7270
- Spring: ACB:5206, ACB:5224, ACB:6238, ACB:6249, ACB:6250, BMED:7271
- Third Year:
- Fall: Complete Teaching Requirement, ACB:5206, ACB:5224
- Spring: ACB:5206, ACB:5224
- Fourth Year:
- Fall: ACB:5206, ACB:5224
- Spring: ACB:5206, ACB:5224, Final Exam
Experimental Pathology Subprogram
- First Year:
- Fall: BMED:5207, BMED:5208, BMED:7777, BMED:7888, PCOL:5204
- Spring: BMED:7777, BMED:7888, MMED:6260, PATH:5270, PHAR:6504
- Second Year:
- Fall: BIOS:4120, BMED:7270, PATH:7211, Elective
- Spring: BMED:7271, PATH:6220, PATH:7211, Elective
- Third Year:
- Fall: PATH:7211
- Spring: PATH:7211
- Fourth Year:
- Fall: PATH:7211
- Spring: PATH:7211, Final Exam
Free Radical and Radiation Biology Subprogram
- First Year:
- Fall: BMED:5207, BMED:5208, BMED:7777, BMED:7888, FRRB:5000, PCOL:5204
- Spring: BMED:7777, BMED:7888, FRRB:7000, MMED:6260, PATH:5270, PHAR:6504
- Second Year:
- Fall: BMED:7270, FRRB:5000, FRRB:6000, FRRB:6004, FRRB:6006, FRRB:6008, Elective
- Spring: BMED:7271, FRRB:6000, FRRB:6004, FRRB:6006, FRRB:6008, FRRB:7000, Elective
- Third Year:
- Fall: FRRB:6000, FRRB:6004
- Spring: Comprehensive Exam, FRRB:6004
- Fourth Year:
- Fall: FRRB:6004
- Spring: FRRB:6004, Final Exam
Molecular Medicine Subprogram
- First Year:
- Fall: PCOL:5204, BMED:5207, BMED:5208, BMED:7777, BMED:7888, MMED:6280, MMED:8115
- Spring: BMED:7777, BMED:7888, MMED:5270, MMED:6260, MMED:6280, PHAR:6504, Elective
- Second Year:
- Fall: BMED:7270, BMED:7888, MMED:6230, MMED:6280, MMED:7290, MMED:7310, Elective
- Spring: Comprehensive Exam, BMED:7271, BMED:7888, MMED:6280, MMED:7290, MMED:7310
- Third Year:
- Fall: MMED:7290, MMED:7305
- Spring: MMED:7290, MMED:7305
- Fourth Year:
- Fall: MMED:7290, MMED:7305
- Spring: MMED:7290, MMED:7305, Final Exam
Molecular Physiology and Biophysics Subprogram
- First Year:
- Fall: BMED:5207, BMED:5208, BMED:7777, BMED:7888, PCOL:5204, Elective
- Spring: BMED:7777, BMED:7888, MMED:6260, PATH:5270, Elective
- Second Year:
- Fall: BMED:5207, BMED:7270, MPB:5153, MPB:6302
- Spring: Comprehensive Exam, BMED:7271, MMED:6226, MMED:6227, MPB:6302, PCOL:6225
- Third Year:
- Fall: MPB:6302
- Spring: MPB:6302
- Fourth Year:
- Fall: GRAD:6002
- Spring: GRAD:6002, Final Exam
Pharmacology Subprogram
- First Year:
- Fall: BMED:5207, BMED:5208, BMED:7777, BMED:7888, MPB:5153, PCOL:5204
- Spring: BMED:7777, BMED:7888, MMED:6260, PATH:5270, PCOL:5130, PCOL:6250, PHAR:6504
- Second Year:
- Fall: BMED:7270, PCOL:6015, PCOL:6080, PCOL:6090, PCOL:6203
- Spring: Comprehensive Exam, BMED:7271, PCOL:6015, PCOL:6080, PCOL:6090
- Third Year:
- Fall: PCOL:6015, PCOL:6080
- Spring: PCOL:6015, PCOL:6080
- Fourth Year:
- Fall: PCOL:6015, PCOL:6080
- Spring: PCOL:6015, PCOL:6080
- Fifth Year:
- Fall: PCOL:6015, PCOL:6080
- Spring: PCOL:6015, PCOL:6080, Final Exam
Additional Requirements
- Laboratory Rotations: Students must complete three laboratory rotations in the first year.
- Teaching: Students are required to complete a teaching requirement.
- Publication Requirements: Students must have at least one first-author publication in a peer-reviewed journal.
- Comprehensive Examination: Students must pass a comprehensive examination.
- Final Examination: Students must pass a final examination.
- Grant Writing Opportunities: Students are encouraged to submit grant proposals.
- Seminar and Journal Clubs: Students must participate in seminar and journal clubs.
- Research Publication: Students must have at least one first-author research publication.
- Thesis Defense and Presentation: Students must defend their thesis and present their research.
