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Course Criteria
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A biomedical study of the structure and functions of mammalian cells, tissues and organs at the microscopic level. Laboratory session involves an extensive microscopic analysis and identification of the cells, tissues and organs. Three class hours and three laboratory hours weekly. Prerequisites: BI101, 102, CH101, 102; or permission of the instructor.
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Study of relationships between organisms and their environments, including evolution, natural selection, nutrient cycling, population regulation and ecosystem description. Three class hours and three laboratory hours weekly. Field trips. Prerequisite: One year of zoology; or permission of the instructor.
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4.00 Credits
Conservation biology is an emerging field of biology that documents the loss of worldwide biodiversity, seeks to understand the genetic and ecological characteristics of declining populations, and devises strategies to prevent further losses. Topics explored include conservation ethics, taxonomic definitions, global patterns of biodiversity, genetic diversity within species, demographic processes, species interactions, extinctions and invasions, habitat fragmentation,conservation reserves and ecological restoration. Lecture, guest lectures, case study presentations, and field trips. Prerequisites: BI 101-102 or permission of the instructor.
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Study of the molecular structure and functioning of the gene. Includes in-depth investigation of current areas of molecular research in biological fields such as medicine, development, population biology, and evolution. Laboratory involves techniques of molecular biology including DNA purification and analysis, cloning, and the polymerase chain reaction. Three class hours and three laboratory hours weekly. Prerequisites: The equivalent of Arcadia courses BI101, 102, CH101, 102.
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4.00 Credits
Study of the cellular and molecular components involved in specific and nonspecific immune responses and regulation. In-depth discussion of experimental evidence is used to establish our present interpretations of immune mechanisms. Topics include hematopoiesis, lymphocyte maturation and activation, somatic recombination, isotype switching, hypersensitivity, transplantation, autoimmunity, AIDS and immunological techniques. Oral presentations and critical analyses of research articles are included. Three class hours weekly and special projects (no laboratory.) Prerequisites: BI 101, 102, CH 101, 102; or permission of the instructor.
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4.00 Credits
This course will introduce students to the basic concepts in biochemistry through lecture and problem sets. A biomedical perspective will be used throughout. Students will learn the basic principles governing the structure and function of biochemical systems.
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