Spring 2023

Foundations of the human species. Examination of scientific evidence from Darwinian theory, primate behavior, fossils, and the behavior of modern people. Laboratory. Duplicates credit in former ANTH 200Lg.

To develop an understanding of Nutrition, especially as it pertains to optimal health and prevention of diseases. A study of macro and micro nutrients.

The physiological and nutritional basis of human performance. Factors that facilitate and limit athletic achievement. Lecture, 3 hours; laboratory, 2 hours. Not available for major credit. Duplicates credit in former EXSC 205Lxg.

Major organ systems; functional implications of their relationships; gross and microscopic examination with an emphasis on practical skills in recognizing, dissecting, and differentiating anatomical structures. Duplicates credit in former EXSC 301L.

Behavior and ecology of living nonhuman primates, with an emphasis on field studies of apes and monkeys. Topics include aggression, communication, reproduction and cognition.

Analysis of the skeletal muscular system (anatomy, physiology, biochemistry, and development) and its functional properties under both normal and pathological conditions.

An overview of the genetic underpinning of human health and disease. Inheritance of mendelian diseases, common diseases, developmental diseases and cancer; prenatal testing, genetic counseling and genetic therapies.

Theories of control and learning applied to motor performance; variables affecting performance in exercise, games, sports and dance.

Terminology, structure and function of muscle, bone and endocrine systems; Effects of exercise and training on those systems.

Historical and theoretical approaches to major issues in the field of human evolutionary biology. Capstone course in which students will undertake an original independent research project.

Regulation of metabolic pathways and endocrinology in health and metabolic diseases.

Examination of the etiology, prevention, and treatment of metabolic disorders such as diabetes mellitus and obesity that are major threats to public health.

The physiology of the respiratory, cardiovascular, renal, musculoskeletal, digestive, endocrine and nervous systems in humans, with application to human health and pathology.

Neurobiological systems that control feeding behavior and energy balance with an emphasis on the determinants of obesity.

Application of physiology, biomechanics and perceptual-motor principles to the study of skill acquisition and human performance. 4 units -- Lecture, 3 hours; laboratory, 3 hours. 2 units (kinematic analysis only) -- Lecture, 1 hour; laboratory, 3 hours. Prerequisites: HBIO 408. Duplicates credit in former EXSC 439L.

Application of scientific principles to evaluating and rehabilitating athletic injuries. Prerequisites: HBIO 301L. Duplicates credit in former EXSC 442L.

Practical laboratory experience in basic and applied exercise physiology, biochemistry, and/or biomechanics. Emphasizing development of laboratory techniques. Prerequisites: HBIO 203, HBIO 301, HBIO 302, HBIO 320. Duplicates credit in former EXSC 491.