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Undergraduate |
(SCI)
|
Leader: Associate Professor Jeffrey Kerr
Offered:
Clayton First semester 2005 (Day)
Synopsis: This unit reviews how the human body is put together at the microscopic level to form tissues and organs. Knowledge of organ and tissue structure is essential for research and clinicopathological evaluations ranging from macromolecules to the whole organ level. Topics include stem cells and their tissue derivatives, medical histology, functions of musculoskeletal, gut, reproductive, neurovascular, haematological systems; the brain and biomedical importance of immune system and hormone producing organs, healthy vs diseased conditions, computer based learning programs. Students conduct own laboratory research of organs/tissues, and prepare an illustrated written report at end of semester.
Objectives: On completion of this unit, students will understand the concept that the human body is composed of organs, tissues and cells which are structurally and functionally integrated into body systems. Using computer-assisted programs, museum specimens of normal and abnormal human organs, stained tissue specimens examined by light microscopy and electron microscopy, emphasis will be placed on being able to recognise and understand the essential biological roles of most human organs. Brief overviews of selected clinical data and problem-based learning exercises will relate the functions of organs and tissues to their histology. Students working in groups will undertake a practical laboratory research project on medical histology, to be presented as a written illustrated report. Groups will work in part in research laboratories and use research equipment. This unit complements Human Anatomy 1 (organisation of the body on a macroscopic level) and will provide an important basis for Human Anatomy 3 (in 2nd Semester), Human Anatomy 4 (third year) and for Human Anatomic Pathology to be offered as two 6 point units in 3rd year.
Assessment: Practical laboratory investigation report: 35% + Practical test: 30% + Examination: 35%
Contact Hours: Two 1-hour lectures and one 3-hour laboratory per week
Prerequisites: 24 points of first-year level units (or equivalent)
Corequisites: ANT2311 (highly recommended)