Mark Eichinger
Biography
Mark Eichinger has been a professor in the Biology Department since 2002. He was named an Associate Professor in 2008 and still holds that position. His course topics include Principles of Biology, Endocrinology, and Introduction to Human Physiology.
During January Term, Professor Eichinger leads a course in which students have the opportunity to ski and snowshoe to remote areas in Southern Minnesota while studying the physiological and behavioral adaptations of organisms to extreme cold.
BIO 116 Introduction to Human Physiology
A survey of physiological systems and principles with specific reference to the human body. This course is intended for non-biology majors. Lectures and labs.
BIO 149 Introduction to Winter Biology
A field study of the natural history of the southern boreal forest ecosystem in northern Minnesota, including the physiological and behavioral adaptations of organisms to extreme cold. Course activities include skiing and snowshoeing excursions in remote natural areas, assigned readings, observations of natural history, and research projects.
BIO 151 Principles of Biology
An exploration of the diversity of life, its origins, and interactions among organisms and their environment. We introduce key concepts in evolution and ecology, provide an overview of the features of major taxonomic groups and their evolutionary relationships, and explore some of the practical and ethical implications of biodiversity. Through laboratory and field investigations, students develop their ability to make observations, analyze data, read primary literature, and communicate results.
BIO 249 Winter Biology
A field study of the natural history of the southern boreal forest ecosystem in northern Minnesota, including the physiological and behavioral adaptations of organisms to extreme cold. Course activities include skiing and snowshoeing excursions in remote natural areas, assigned readings, observations of natural history, and research projects.
BIO 367 Endocrinology
This course will emphasize the role of hormones in maintaining homeostatis. We will examine the chemical messengers most relevant to human biology, and explore the structure, sites of synthesis and the mechanisms by which hormones exert their effects. Finally, through laboratory exercises, students will directly utilize current research methodologies to examine the role of hormones in physiologic control systems.
- Ph.D., Physiology, University of Hawaii, 1993
- B.S., Biology, Northland College, 1987