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| Clinical Residency in Laboratory Animal Medicine Courses & Requirements |
C MED 407 The Basic Biology of the Mouse - Its Application in Model Development and Translational Research (1, max.20) Brabb,Grossman,Treuting
The goal of this class is to introduce students to methods of experimental design and appropriate use of mice in biomedical research with a focus on the use of mice in translational research. This will be accomplished using a format of lectures and problem-based learning (PBL) exercises taught by a team of scientists from both academia and industry with expertise in a variety of disciplines.
Prerequisite: Permission of instructor
Offered: AW
C MED 514 Comparative Pathology Conference (1, max. 6) Liggitt, Treuting.
Focus on histopathology of naturally occurring and experimentally induced lesions of laboratory and domestic animals, primates, fish, wildlife, and birds. Participants discuss the lesions and the basic pathogenesis .. Prerequisites: PATH 500 or equivalent and permission of instructor. Offered: AWSpS.
C MED 516 Current Literature in Laboratory Animal Medicine (1, max. 12) Iritani, Liggitt, Price.
Critical evaluation of recent articles on laboratory animal medicine and science. Emphasis on literature dealing with spontaneous diseases of laboratory animals, biology and husbandry, zoonotic diseases, and animal models of human disease. Experimental design, use of animals in research, and methods of reviewing manuscripts. Prerequisite: permission of instructor. Offered: AWSpS.
C MED 518 Clinical Conference Seminar (1, max. 12) Iritani, Liggitt, Price.
Clinical reports of cases of spontaneous and induced diseases, animal models of human disease, and zoonotic diseases discussed. Disease prevalence and preventive medicine measures. Diagnostic exercises. Prerequisite: permission of instructor. Offered: AWSpS.
C MED 520, 521 Biology of Laboratory Animals (2,2) Brabb, Treuting.
Fundamentals of the morphological, functional, and applied aspects of anatomy, physiology, pharmacology, biochemistry, and immunology of the commonly used laboratory animal species. Similarities and differences within, and between, species, including man. Husbandry, genetics, behavior, and nutrition. Prerequisite: permission of instructor. Offered: AW.
C MED 526 Epidemiology of Diseases Communicable from Nature (3) DiGiacomo, Rausch, Weigler.
Explores the public health aspects of zoonotic diseases, their epidemiology and current approaches to control. Focuses on the major viral, rickettsial, bacterial, protozoal, helminthic, and fungal diseases transmitted from wild and domesticated animals to humans in North America. Prerequisite: 511,512, or 520 or permission of instructor. Offered: jointly with EPI 526; Sp
C MED 530, 531 Diseases of Laboratory Animals (3,3) Brabb,Treuting.
Analysis of etiology, pathogenesis, pathology, and diseases in rodents, lagomorphs and nonhuman primates. Prerequisite: permission of instructor. Offered: AW.
C MED 540 Animal Models (1) Brabb, Dennis, Iritani.
Naturally occurring and experimentally induced analogs of human diseases in animals with emphasis on diseases in search of animal models, and approaches to identifying new models. Animal models of categorical disease (e.g., cancer, atherosclerosis, gerontology) discussed. Prerequisite: permission of instructor. Offered: Sp
IACUC rotation, radiation biology genetics, anesthesiology and experimental surgery, preventive medicine, and ethical aspects of use of animals in biomedical teaching and research. Specific topics vary from year to year, depending on the expertise of the annual visiting professor. Perquisite: permission of instructor. Offered: AWSpS.
C MED 600 Independent Study or Research (*)
Offered: AWSpS.
C MED 601 Internship Rotation -- Animal Medicine (1)
Prerequisite: DVM degree. Offered: AWSpS.
C MED 700 Masters Thesis (*)
Offered: AWSpS.
CMED REQUIREMENTS
Clinical Laboratory Animal Residents
The following may be taken for graded credit for residents interested in obtaining an advanced degree (MS in Comparative Medicine) and account for 13 of the 18 UW-required graded credits. Additional graded credits may be obtained via CMED electives or coursework in other departments.
- CMED 520/521 and 530/531 Veterinary Services/ Medicine Rotation and Course (4 credit hours) BRABB; 520/530 offered Fall Quarter
- CMED 590 Selected Topics: Regulatory Medicine Course (2 credit hours) IRITANI; offered Winter Quarter
- CMED 512 Pathology Rotation (2 credit hours) TREUTING
- CMED 514 Research Updates (credits TBD) IRITANI
- BIOST 511 Course (4 credit hours) or equivalent
- CMED 590 Selected Topics RHMP (1 credit hour) DOWLING
Electives
CMED 540 Animal Models (1 credit hour each)
- Transgenics Rotation WARE
- Primate Center Rotation KELLY
CMED 590 Selected Topics (2 credit hours each) by permission of instructor
- AFIP weekly sessions
- Research lab rotations
- Manuscript preparation and publication
- Special topics on individual basis
- Repeat of any of the above required rotation
Non-Resident Graduate Students
The following may be taken for graded credit for those graduate students interested in obtaining an advance degree and account for 10 of the 18 UW-required graded credits. Additional graded credits must be obtained via graded coursework in other departments.
- CMED 520/521 and 530/531 Veterinary Services/ Medicine Course (4 credit hours) BRABB; 520/530 offered Fall Quarter
- CMED 590 Selected Topics: Regulatory Medicine Course (2 credit hours) IRITANI; offered Spring Quarter
- CMED 514 Research Updates (credits TBD) IRITANI
- BIOST 511 Course (4 credit hours) or equivalent
Electives
- CMED 590 Selected Topics (2 credit hours each) by permission of instructor
- AFIP weekly sessions
- Research lab rotations
- Manuscript preparation and publication
- Special topics on individual basis