About the Curriculum
During the first year, all students receive broad-based training in modern biomedical
research through an interdisciplinary core curriculum. The core curriculum is intended
to give students the basic knowledge and skills necessary for research in all areas
of the biomedical sciences. The "Biomedical Science I-IV" courses cover the basic
principles of biochemistry, cell and molecular biology. Students also receive training
in communication skills, statistics and scientific ethics.
Students have the opportunity to explore their individual research interests through laboratory rotations. They are encouraged to sample a variety of faculty research programs by participating in rotations across departments.
Please see the Graduate Catalog for more information on specific concentrations and course requirements.
CORE COURSE REQUIREMENTS
Ph.D. program core course requirements
|Core curriculum (22 credits)||credits|
|Biomedical Science I - The Molecular Organization of Cells||3|
|Biomedical Science II - Gene Expression and Regulation||3|
|Biomedical Science III - Cellular Anatomy and Physiology||3|
|Biomedical Science IV - Cell and Organ Interactions||3|
|Biometry and Biomedical Computing I||3|
|Scientific Communication I||1|
|Scientific Communication II||1|
|Introduction to Biomedical Research||1|
|Research Laboratory Rotations||3|
BIOM 6010 Biomedical Science I Molecular Organization of Cells (3 credits) The first in a four-course multi-disciplinary sequence that describes the fundamentals of modern biomedical research necessary for all biomedical science graduate students. The course presents a foundation in modern biochemistry, cell and molecular biology. Topics include chemical foundations, protein structure and function, nucleic acids and the genetic code, biomembranes, recombinant DNA and genomics and genetic analysis in cell biology. (fall semester).
BIOM 6020 Biomedical Science II - Gene Expression and Regulation (3 credits) The second in a four-course multi-disciplinary sequence that describes the fundamentals of modern biomedical research necessary for all biomedical science graduate students. The course covers the essential aspects of molecular and developmental biology. Topics include: the structure of genes and chromosomes, DNA repair, DNA replication and recombination, RNA processing, the cell cycle and genetic control of development. (fall semester)
BIOM 5030/6030 Biomedical Science III - Cellular Anatomy and Physiology (3 credits) The third in a four-course multi-disciplinary sequence that describes the fundamentals of modern biomedical research necessary for all biomedical science graduate students. This course covers topics involved in building and fueling cells including cell transport, cell energetics, protein sorting and cell motility and shape. (spring semester)
BIOM 6040 Biomedical Science IV Cell and Organ Interactions (3 credits) The fourth in a four-course multi-disciplinary sequence that describes the fundamentals of modern biomedical research necessary for all biomedical science graduate students. Topics include extracellular signaling, hormones and receptors, second messengers and intracellular signaling, nerve cell functions, cell interactions in development and cancer. (spring semester)
BIOM 6210 Scientific Communication I (1 credit) Taken by all first year doctoral students in the Fall. Students will attend seminars by external speakers, faculty and senior students. Students will critique presentations and discuss presentation techniques and style, slide preparation, etc. (fall semester)
BIOM 6220 Scientific Communication II (1 credit) Taken by all second year doctoral students in the spring. Students will make oral presentations on topics of interest and learn effective techniques for oral and written communication of scientific data. (fall semester)
BIOM 5110/6110 Introduction to Biomedical Research (1 credit) This course will introduce students to the current research of the faculty of the College of Medicine. Departments and interdisciplinary research groups will present a series of short talks describing the research programs of the faculty. Students will meet in different locations and tour the laboratories and facilities. A written report on the scientific topics is required of each student. (fall semester)
BIOM 6120 Laboratory Rotations (3 credits) A series of three to five laboratory rotations in which students gain a understanding of the research problems currently under investigation and the techniques employed in selected laboratories. Students select faculty whose research or research techniques is of particular interest and participate in four to six week long rotations involving hands-on laboratory experience and participation in laboratory discussions and other activities. (spring semester and arranged)
BIOM 5300 /6300 Scientific Ethics (1 credit) Lecture and group discussion of cases relating to contemporary issues
of ethics and integrity in scientific research. Topics include: Scientific integrity,
mentoring, scientific record keeping, authorship and peer review, use of animals in
research, use of humans in research, conflicts of interest, ownership of data, intellectual
property and issues relevant to genetic technology. (spring semester)
Note: This course is offered in alternate years.
MDED 6010 - Biometry/Med Comp I (3 credits) This course is a combination of lectures and computer laboratory sessions covering statistical data analysis implemented on microcomputers. Topics discussed include descriptive and inferential statistical methods for independent and dependent samples, one- and two-factor analysis of variance multiple comparison procedures, nonparametric analysis, binomial data analysis, and categorical data analysis. Computer applications are integrated into the course. Two hours per week of lecture and two hours per week of computer laboratory. (fall semester)
Advanced course descriptions can be found in the current Graduate Catalog.