Faculty: D. Kuzmanovic, C. Wolovich, J. Herget+.
The Biology Department offers a program which provides students with a solid and comprehensive foundation in biology, preparing them to enter a variety of professional fields or transfer to a graduate or health-professional program. Students majoring in Biology may earn either a Bachelor of Arts degree or a Bachelor of Science degree, both of which require a minimum of 35 hours in Biology. Bachelor of Arts degree candidates must show competence at the intermediate level of a foreign language.
Biology majors are required to take a set of core courses: Biology 121, 122, 308, 317, 360, and 420. In addition, majors must take Chemistry 221, 222, and 331; Math 131; Physics 201 and 202; and a statistics course. Students are encouraged to conduct a senior thesis project. Students must maintain a 2.5 grade average overall and attain a C or better in all Biology courses.
After their freshman year, students are encouraged to select from four tracks the one which includes courses to best meet their interests, prepare them to fulfill career goals, and provide them with a comprehensive background in biology. Any area selected should include enough credits beyond required courses in Biology to fill the 30-hour requirement. Courses are listed by number, not by recommended sequence. If a particular track does not meet a studentís needs, an alternate track may be designed in consultation with a department advisor.
- Cell/Molecular Biology (molecular and biochemical processes of life): Biology 209, 332, 333, and 410.
- Environmental Biology/Ecology (interactions of organisms with the biotic and abiotic environment): Biology 112, 115, 209, 221, 312, and 410.
- Health (preparation for professions such as physician, dentist, veterinarian, physical therapist, etc.): Biology 209, 320, 321, and 333.
- Secondary Education (students seeking Illinois certification to teach secondary school biology): Biology 115, 221, 312, and 366. For other requirements, consult the Education Department.
To enhance the scope of their education, students are also encouraged to enroll in at least three hours of career experience/internship. The Biology Department and the Career Services Office will assist the student in locating a suitable position.
A Biology minor requires a minimum of 20 hours in departmental courses, to include Biology 121, 122, 308 and 360. The remaining courses may be selected from any other department course listings at the 200 level or above. Students must maintain a 2.0 GPA overall and pass all Biology courses with a C or better.
To be eligible for Honors in Biology, students must attain at least a 3.4 GPA in biology courses by the end of their junior year. In addition, students must complete a written thesis project which includes original research. In order to undertake such a project, eligible students must submit a thesis proposal which is accepted by a thesis advisor who will assist them in the design of the project.
In certain cases, students may be able to undertake a thesis project with a second advisor from another institution, such as a hospital or government or nonprofit organization. In such cases, a Biology Department faculty member will serve as primary thesis advisor.
BIOL 110. Human Biology. (4) The study of the biology of the human organism, with emphasis on physiology and pathology, including nutrition, reproduction, and substance abuse. Additional topics include bioethics, human ecology, genetics, and evolution. Three class hours and two laboratory hours per week. No prerequisite. Not to be taken for credit in the Biology major Health track. Offered every spring.
BIOL 112. Animal Behavior. (4) Lectures will give students an overview of the subject. Students will engage in classroom discussions of current scientific literature relevant to the field. The laboratory portion of this course will introduce methods of observing and quantifying behavior in the context of the theories and explanations associated with the lecture. Exercises will provide students with experience using quantitative research tools and techniques employed in laboratory and field settings. These exercises will emphasize how simple studies integrate behavioral methods with hypothesis testing, experimental design, data analysis, and presentation of findings.
BIOL 115. Environmental Biology. (4) An introduction to basic concepts and relationships integrating our biotic world with our physical environment. Naturally occurring interactions will be studied, with human-influenced imbalances and possible alternatives being discussed. Three class hours and two laboratory hours per week. No prerequisite. Offered every fall.
BIOL 120. Medical Terminology. (3) This course is designed to develop skills for understanding and effectively applying medical terminology. It will emphasize facts, concepts, and technical vocabulary pertaining to both health and illness. Prerequisite: one semester of biology. Offered every other spring.
BIOL 121. General Biology I. (4) Introductory course for students needing two semesters of Biology. Covers fundamental concepts of cell composition, metabolic processes, and introductory genetics. Three class hours and three laboratory hours per week. Prerequisite: high school biology or consent of instructor. Offered every fall.
BIOL 122. General Biology II. (4) Second introductory course for students needing two semesters of biology. Covers evolutionary and ecological principles and processes and the diversity and complexity of living organisms. Three class hours and three laboratory hours per week. Prerequisite: Biology 121 or permission of instructor. Offered every spring.
BIOL 209. Microbiology. (4) Survey of the physiology, morphology, and ecology of bacteria and viruses. Emphasis is on medical microbiology. Three class hours and two laboratory hours per week. No prerequisite. Offered every spring.
BIOL 221. General Botany. (4) An investigation of plant anatomy and taxonomic groups, with themes of evolution, ecology, and economic botany throughout. Three class hours and two laboratory hours per week. No prerequisite. Offered every other spring.
BIOL 308. Genetics. (4) The principles of heredity with an emphasis on molecular genetics. Topics include the chromosomal basis of inheritance, human genetics, DNA metabolism, gene expression, and its control. In addition, the methods and implications of genetic engineering are discussed. Three class hours and three laboratory hours per week. Prerequisite: Biology 121 and Chemistry 221. Offered every fall.
BIOL 312. Zoology. (4) Explores the form, function, behavior and ecology of animals in an evolutionary context. Starting with sponges, different phyla are examined with respect to their external and internal features. Three class hours and three laboratory hours per week. Prerequisite: two semesters of biology. Offered every other fall.
BIOL 317. Cell and Molecular Biology. (3) An in-depth study of cellular processes from a molecular and biochemical point of view. Essentials of metabolism, energy production, nucleic acid metabolism, and molecular physiology will be discussed. Three class hours per week. Prerequisite: two semesters of biology and one semester of chemistry. Offered every other spring.
BIOL 320. Human Anatomy and Physiology I. (4) The study of human organ system structure and function. Representative diseases/disorders are selected for each unit with pathophysiological processes stressed. Topics covered are cytology and histology, plus the integumentary, skeletal, muscular, nervous, and sensory systems. Three class hours and two laboratory hours per week. Prerequisite: one semester of biology or chemistry. Offered every fall.
BIOL 321. Human Anatomy and Physiology II. (4) The study of human organ system structure and function. Representative diseases/disorders are selected for each unit with pathophysiological processes stressed. The systems covered are endocrine, immune, cardiovascular, respiratory, urinary, digestive, and reproductive. Three class hours and two laboratory hours per week. Prerequisite: Biology 320. Offered every spring.
BIOL 333. Biochemistry. (4) The basic concepts which give rise to the vast diversity of biochemical processes in living organisms. Topics include anabolism and catabolism of carbohydrates, fats, proteins and nucleic acids, generation of energy, and selected topics from physiological and developmental biochemistry. Three class hours and three laboratory hours per week. May be taken for biology or chemistry credit (see Chemistry 333). Prerequisites: two semesters of biology and one semester of organic chemistry (Chemistry 331). A second semester of organic chemistry is strongly recommended. Offered every other spring.
BIOL 347. Independent Study. (2-4) A project to be conducted with faculty supervision. Prerequisite: permission of individual instructor. Offered on demand.
BIOL 360. Ecology. (4) The processes governing how living things interact with their environment. Major topics include individual organismsí adaptation to their biotic and abiotic environment, flow of energy and nutrients through ecosystems, population dynamics, competition and community, and ecosystem structure. Three class hours and three laboratory hours per week. Prerequisite: two semesters of biology. Offered every other fall.
BIOL 366. Secondary School Methods: Science. (3) Methods and materials for teaching science in the secondary school. Same as Secondary Education 366. Offered on demand.
BIOL 410. Evolution. (3) A course on the theory and evidence of organic evolution. Organismal, ecological, and molecular aspects of the study of evolution will be discussed. Three class hours per week. Prerequisite: Biology 308 or permission of instructor. Offered every other fall.
BIOL 420. Topics in Science. (2) A comprehensive examination and analysis of selected biological topics. Involves the use of primary literature and seminar presentations. Two class hours per week. Prerequisites: senior standing in Biology and course in statistics (Business 367 or Psychology 221). Offered every spring.
BIOL 497. Senior Thesis in Science. (2-4) Development, execution, and presentation of biological research project under supervision of faculty. Prerequisites: junior or senior standing and permission of specific thesis instructor. Offered on demand.