Structure-Function (S-F) Course DescriptionStructure-Function is a lecture and laboratory course that integrates basic science topics in an interdisciplinary approach. It is organized into six sequential units: - Fundamentals of Cellular Function
- Introduction to the Human Body/Endocrine
- Gastrointestinal/Reproductive Systems
- Cardiovascular/Renal/Respiratory Systems
- Musculoskeletal/Head and Neck
- Neuroscience
The Fundamentals unit addresses biochemistry, cell biology, molecular biology, genetics, and signal transduction. Introduction to the Human Body/Endocrine makes the transition from cells to tissues and organismal biology with the introduction of embryology, histology, and gross anatomy and begins the first of several physiology-oriented units. The next two units are organized by organ system with emphasis on physiology and the relevant integration of anatomy, histology, and biochemistry. The Musculoskeletal/Head and Neck unit focuses on gross anatomy. The Neuroscience unit encompasses neuroanatomy, neurophysiology, behavior, and learning and includes laboratory sessions on brain dissection. The final unit of Structure-Function includes a twelve hour lecture series on Behavioral Science. Students learn the normal structure and function of the human body. Upon completion of this course, a student is expected to: - Identify all of the muscles, bones, organs and major structures of the human body
- Identify the cells, tissues and organs of the body as they appear microscopically
- Describe embryonic development of each of the body systems
- Describe cellular function in each of the organ systems
- Describe the major biochemical pathways and processes that are involved with metabolism of body tissues and the nutritional needs of the human body
- Explain the physiological processes that regulate the function of the body in each of the organ systems
A grade of "Pass" is achieved by successful completion of each of Structure Function’s six units. Each unit consists of a written multiple choice exam. Units two through six have a practical exam component. The practical exams are laboratory identification in gross anatomy, histology or neuroanatomy. | 
