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Course Criteria
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1.00 Credits
One semester course includes basic anatomy, physiology, and pharmacology of all the organ systems. Special topics also covered include integrated biosystems and feedback, physiological genomics, modern drug discovery, and hot research topics. Classroom time includes lectures, discussion, and demonstrations using traditional and alternative teaching methods. Prerequisites: Acceptance into the School of Graduate Studies. 6.000 Credit Hours 5.000 Lecture hours 2.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Lecture, Lecture/Supervised Lab/Clinic Graduate Studies College Graduate Studies Department
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3.00 Credits
An introduction to all research topics currently being conducted by biomedical sciences graduate faculty. Prerequisites: Acceptance into the School of Graduate Studies PhD program. 2.000 Credit Hours 0.000 Lecture hours 0.000 Lab hours 4.000 Other hours Levels: Graduate Semester Schedule Types: Lecture Graduate Studies College Graduate Studies Department
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3.00 Credits
Individualized instruction in research or core laboratories. Students should master at least one laboratory technique and become familiar with the various activities of the laboratories. Prerequisites: Acceptance into the School of Graduate Studies Ph.D. program. 2.000 Credit Hours 0.000 Lecture hours 10.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Supervised Lab/Clinic Graduate Studies College Graduate Studies Department
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4.00 Credits
Individualized instruction in two research or core laboratories. For each laboratory, students should master at least one laboratory technique and become familiar with the various activities of the laboratory. Students will spend half of the semester in each laboratory. 4.000 Credit Hours 0.000 Lecture hours 10.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Supervised Lab/Clinic, Unsupervised Lab/Clinic Graduate Studies College Graduate Studies Department
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3.00 Credits
This interdisciplinary course is designed to teach students how to read and analyze literature in the context of introducing students to the pathophysiological basis of disease. Emphasis is placed in three major areas: immunology, microbiology, and organ system pathophysiology. Class time includes a mixture of traditional lectures to cover background material along with a heavy emphasis on student discussion of the primary literature. Prerequisites: SGS 8021, SGS 8022, or approval from course director. 4.000 Credit Hours 4.000 Lecture hours 0.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Lecture Graduate Studies College Graduate Studies Department Course Attributes: Elective Course
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6.00 Credits
This course is the first course of a two-hour sequence covering fundamental aspects of cancer biology. There is an emphasis on basic immunology and immunobiology as related to cancer, the eiology of cancer, natural history of neoplasia, epidemiology, host-tumor relationships and principles of chemotherapy biological therapy and radiotherapy. 6.000 Credit Hours 5.000 Lecture hours 2.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Lecture/Supervised Lab/Clinic Graduate Studies College Graduate Studies Department Course Attributes: Elective Course
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3.00 Credits
Neuroscience I will cover the cell and molecular biology of neurons and snapses, motor systems, somatosensory, vision, audition, chemical senses, tastes and olfaction, glia and neuroimmunology, regulatory, autonomic and neuroendocrine systems. Prerequisites: For PhD students: Satisfactory completion of SGS 8022 Molecular Cell Biology is required. For MD/PhD students: Satisfactory completion of first two years of medical school is required. 4.000 Credit Hours 4.000 Lecture hours 0.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Lecture Graduate Studies College Graduate Studies Department Course Attributes: Elective Course
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2.00 Credits
This course will provide a fundamental understanding of how genomic and proteomic information can be used to elucidate functional mechanisms in an organism. Emphasis will be placed on linking genomic information to functional changes occurring at the cellular, organ and whole organism levels. The course will provide interdisciplinary lectures to train students to move freely among the disciplines needed to investigate genome function. The focus of the course will be on the relevance of functional genomics to inherited and acquired diseases and the process of converting the knowledge to the discovery of new therapeutics. 2.000 Credit Hours 2.000 Lecture hours 0.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Seminar Small Group Graduate Studies College Graduate Studies Department
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3.00 Credits
Course will provide a theoretical framework for understanding the fundamental concepts of mammalian genetics, functional genomics and bioinformatics as well as advanced technical and biological tools used in today's biomedical research environment. The course will provide lectures on a wide range of classical and modern topics such as classical genetics, linkage analysis, genetic mapping, positional cloning, genomics, proteomics and bioinformatics. The focus of the course will be to understand the experimental identification of genes responsible for disease and modern applications of genomics and proteomics to understanding biological processes as well as their impact on modern medicine. Prerequisites: SGS 8021, SGS 8022, or approval from course director. 4.000 Credit Hours 4.000 Lecture hours 0.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Lecture Graduate Studies College Graduate Studies Department Course Attributes: Elective Course
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3.00 Credits
Integrative study of the cardiovascular system and how drugs are used to treat cardiovascular disease. Cardiac, vascular and renal physiology will be studied in detail, and also will be integrated into an overall scheme for control of the circulation. The use of drugs as cardiovascular research tools also will be interwoven into this approach. Prerequisites: Satisfactory completion of the first year biomedical sciences core curriculum, or permission of the course director. 3.000 Credit Hours 3.000 Lecture hours 0.000 Lab hours 0.000 Other hours Levels: Graduate Semester Schedule Types: Lecture, Supervised Lab/Clinic Medicine College SOM Vascular Biology Department
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