Describe the human body at the level of molecules, cells, and systems, and apply this understanding to human function.
Integrate knowledge of fundamental human physiology to explain homeostasis with respect to human health and well-being.
Apply knowledge of cellular, molecular, genetic, evolutionary, and physiological mechanisms to describe the cause and consequence of human disease states.
Integrate knowledge to predict the outcome of lifestyle choices, environmental factors, and medical interventions on human hea
Describe the molecular and structural unity of all life, explain how the diversity of life is generated and perpetuated and exemplify this diversity among and within life's three domains.
Demonstrate knowledge of how genetics and biochemistry are used to elucidate cell organization and function.
Demonstrate skill in communication of scientific data in standard format.
Program Learning Outcomes
Neurobiology, Physiology, and Behavior
Demonstrate an understanding of organisms and their diversity at the level of molecules, cells, systems, and communities.
Demonstrate knowledge of the neurobiological, physiological, and behavioral processes that allow animals to function in their environment.
Address scientific questions using quantitative approaches and critical reasoning, including developing hypotheses, analyzing data, and interpreting results.
Describe the molecular and structural unity of microbial life, explaining how this diversity is generated and perpetuated and how it allows microbes to thrive in so many different environmental niches.
Demonstrate knowledge of how genetics and biochemistry are used to elucidate the organization and function of microorganisms.
Use classical, molecular, and genomic methods to identify microorganisms isolated from natural environments.
Describe the molecular and structural unity of life, explain how the diversity of living things is generated and perpetuated, and exemplify this diversity among and within life's three domains.
Demonstrate knowledge of how genetics, biochemistry and direct observation are used to elucidate cell organization and function.
Develop skills in applying quantitative methods to describe, evaluate and model biological processes.
Describe the molecular and structural unity of life, explain how the diversity of living things is generated and perpetuated, and exemplify this diversity among and within life’s three domains.
Demonstrate the fundamental processes underlying adaptive evolution, speciation and extinction, population growth and regulation, species coexistence, and maintenance of biodiversity.
Describe the molecular and structural unity of life, explain how the diversity of living things is generated and perpetuated, and exemplify this diversity among and within life's three domains.
Demonstrate knowledge of how genetics, biochemistry and direct observation are used to elucidate cell organization and function.
Describe the molecular and structural unity of all life and explain how the diversity of life is generated and perpetuated; exemplify this diversity among and within life's three domains.
Demonstrate knowledge of how genetics and biochemistry are used to elucidate cell organization and function.
Demonstrate knowledge of how microbes, plants and animals develop and function within their environments.
Program Learning Outcomes
Biochemistry and Molecular Biology
Describe the molecular and structural unity of life, explain how the diversity of living things is generated and perpetuated, and exemplify this diversity among and within life's three domains.
Demonstrate knowledge of how genetics, biochemistry and direct observation are used to elucidate cell organization and function.
Develop skills in applying quantitative methods to describe, evaluate and model biological processes.
Demonstrate the ability to design and execute collection, evaluation And i
