Dr.Hogan's research is centered around the physiology and aquatic toxicology of amphibians and fishes. She is interested in how hormone pathways interact to regulate development and function, particularly within the context of metamorphosis and reproduction. Her research aims to better understand the mechanisms by which molecular and cellular responses contribute to contaminant effects at the organ, organism and population levels. She also uses this approach in studies of immune function in fish and how contaminants influence disease incidence in wild populations.
Education:
- BSc (UPEI)
- 2000 PhD (University of Ottawa)
- 2006 PDF (Canadian Rivers Institute/UPEI
Courses:
Wildlife Biology (BIO 411): This course will provide students with knowledge of the basic principles of wildlife biology (species identification, habitat structure, sampling), wildlife management, challenges faced by wildlife today (disease, contaminants, urbanization) and techniques used in assess wildlife health. There is emphasis on the development of critical thinking skills through class discussions and debates of contemporary wildlife issues.
Endocrinology in the 21st Century.(BIO 442B): A special topics course that will examine the fundamentals of animal endocrine systems, and their responses to the environment.Much of the course will be dedicated to modern-day issues surrounding hormones, such as sex, obesity, and endocrine disruption. Topics include anatomy & physiology of hormones and glands, hormone action, biorhythms, reproduction and development, comparison of endocrine systems among animal classes, and methods used to study endocrinology.
Department of Biology