A project oriented laboratory course designed to provide experience in the preparation, fractionation, identification, and quantitation of biological material at the organelle and molecular level. A project-oriented laboratory course in purifying, manipulating, and analyzing DNA using biotechnology techniques. Techniques include DNA cloning and expression, gene library construction and screening, PCR amplification of DNA, and DNA sequencing. In depth studies dealing with microscopic structures of principal animal tissues. Principles of interrelationships between organisms and their abiotic and biotic environment.
Emphasis is given to energy use and flow, population interactions, and community structure.
Study of the progressive changes that occur within cells, tissues, and organisms during their life span. Development will be studied from the molecular, biochemical, genetic, morphological, and physiological levels. Emphasis is placed on experimental approaches to gene expression and its role in programming development. A discussion of evidence, theories, and mechanisms of evolution with special emphasis on population genetics and speciation. A course designed to give practical experience to biology majors in teaching a laboratory class.