Schedule of Classes

Explores the science behind disease including the underlying biology, impact on students daily lives, and accuracy of media coverage.

Introduces the concept of sex as it relates to reproduction, gender, and evolution. Focus will include impact on students' daily lives, and accuracy of media coverage.

Introduces the concept of biological molecules and discusses the role of these molecules in the genetics and cell biology of the organism.

Basic principles of evolutionary and ecological processes.

Emphasizes the basic principles of evolutionary and ecological processes through inquiry based laboratory exercises.

Introduces the concept of biological molecules and discusses the role of these molecules in the genetics and cell biology of the organism.

Emphasizes the concept of biological molecules and discusses the role of these molecules in the genetics and cell biology of the organism though inquiry based laboratory exercises.

Students that are invited to participate in this program will examine the unique and integrated nature of sub-organismal, organismal and supra-organismal sub-disciplines of the field of biology through discussions and demonstrations of the scientific method and experimental approaches used across breadth of biology. In the second semester students will continue discussion as a group and will begin to explore hands on research through research experiences with faculty mentors in their research lab.

Basic bacteriology, parasitology, virology, genetics, and principles of infection and immune response. Emphasis on application to health and disease.

A continuation of BIO 230 designed to provide students with a comprehensive understanding of human physiology and pathophysiology. Lectures will address the function of all major organ systems of the body from a molecular and cellular perspective. Students gain an understanding of organ system integration in supporting homeostasis and also of how the disease process interrupts physiological systems.

Covers histology and function of the following tissues: integument, blood vessels, and muscle, connective, lymphoid, respiratory, excretory, digestive, endocrine, reproductive, and nervous tissues. Content includes axial and appendicular skeletal anatomy, brain anatomy and function, cardiac function, spirometry, and origin and activity of selected hormones. Gross anatomy and anatomical features are covered or reviewed from BIO 231. Dissected specimens and human models are used.

Basic functions and related anatomy of a variety of organisms at various levels of organization. With laboratory.

Introduction to statistics including basic skills for summarizing data, basic probability theory and probability distributions necessary to understand and evaluate variation in environmental systems.

A follow-up to Biological Statistics I introducing hypothesis testing, and the use and interpretation of statistical analyses such as the T Test and analysis of variance.

Individual reading and research projects for qualified underclassmen. Repeatable up to 3 semester hours. Pass/Fail.

Various biotechnologies from medicine, agriculture, and industry; societal impacts of these technologies.

Gross anatomy; evolution of chordate structure.

Supervised research for qualified students in special areas of biology. May be repeated for a total of 6 credit hours.

The course will explore the major types of freshwater ecosystems and the interactions among physical, chemical, and biological processes that determine ecosystem structure and function. There will be an emphasis on water as a resource and the consequences of human activities, such as species introductions and pollution, on sustainable resource use. Lab will focus on skills needed for measuring key physical, chemical, and biological characteristics of freshwater ecosystems. Cross listed as BIO 523.

Mechanisms of evolution, historical evolution, and history of evolutionary thought. Cross-listed as BIO 540.

Structural and functional organization of cells and their dynamic interactions with the environment. Methods and techniques of investigation. Cross-listed as BIO 564.

Selected coursework in biology. May be repeated under different topics for a total of 8 credit hours.

Individual assignments of relevant topics in biological sciences.

An introduction to the basic principles of cellular and molecular neurobiology of the nervous system. General topics include cellular, molecular and developmental biology of nerve cells, synapses and neural systems. Laboratory optional. Cross-listed with BIO 584. Students that have credit for BIO384 or BIO584 may not enroll in BIO 484.

Individual research for qualified students in special areas of biology.

Students will apply the skills and knowledge developed in the Biology major to complete collaborative projects with guidance from a team of faculty. Required for all Biology majors.

Designed to prepare students to write and present their graduate thesis proposal. The instructor will work with students to develop the appropriate timeline and give a general outline of relevant information for a thesis proposal and instruction on developing and giving presentations. Students will also be directed to the CITI site to complete an ethics training module. The student will work with the thesis advisor to develop and edit the thesis proposal. The course will serve as a mechanism to organize proposal development and presentation. Ultimate responsibility for student grade and confirmation of completion of the work will reside with the faculty advisor who will report to the instructor of record. It is intended that students will present their written proposal to their chosen thesis committee and present their thesis proposal orally to the committee and department at the end of the semester they are enrolled in this course.

Topics in Bioethics aims to enlighten students to ethical issues in modern biology. This will be done through films, readings, discussions and student writing and presentations. Topics will include eugenics, medical ethics, implications of the human genome project, and genetically modified organisms.

The course will explore the major types of freshwater ecosystems and the interactions among physical, chemical, and biological processes that determine ecosystem structure and function. There will be an emphasis on water as a resource and the consequences of human activities, such as species introductions and pollution, on sustainable resource use. Lab will focus on skills needed for measuring key physical, chemical, and biological characteristics of freshwater ecosystems. Cross listed as BIO 423.

Advanced content in evolutionary history, the mechanisms of evolution, and how evolutionary theory forms the basis for all biology. In-depth examination of selected evolutionary topics utilizing discussions, primary literature, and student presentations. Cross-listed as BIO 440.

Structural and functional organization of cells and their dynamic interactions with the environment. Methods and techniques of investigation. Cross-listed as BIO 464.

An introduction to the basic principles of cellular and molecular neurobiology of the nervous system. General topics include cellular, molecular and developmental biology of nerve cells, synapses and neural systems. Cross-listed as BIO 484. Students with credit in BIO384 or BIO 484 cannot enroll in BIO 584.

Individual research for qualified students in special areas of biology.