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An introduction to the development, anatomy, physiology, taxonomy, diversity and evolutionary relationships of the major plant groups. Topics include organization of plant cells and tissue systems, morphology, respiration and photosynthesis, genetics, growth and development, environmental factors, nutrition, ecology, and mechanisms of evolution.

A comprehensive introduction to the evolution, ecology, biodiversity, structure and function of living systems. Topics include natural selection, populations and communities, characteristics of viruses, prokaryotes, protists, fungi and comparative life processes in plants and animals. Note: BIOL 190A/190L plus BIOL 191A/191L transfers to UNR as fulfilling BIOL 190A, 191A and 192.

An introductory cell and molecular biology course covering basics of inorganic chemistry, water, pH, biological macromolecules, cell structure, membrane physiology, cell signaling, metabolism, cell division, heredity, gene expression, and gene regulation. Both BIOL 190A & BIOL 190L are prerequisites for the following biology courses: BIOL 201, and BIOL 251. BIOL 190L can be taken as a pre or co-requisite for BIOL 223. BIOL 190A is a prerequisite for BIOL 223.

An introductory cell and molecular biology course covering basics of inorganic chemistry, water, pH, biological macromolecules, cell structure, membrane physiology, cell signaling, metabolism, cell division, heredity, gene expression, and gene regulation. Both BIOL 190A & BIOL 190L are prerequisites for the following biology courses: BIOL 201, and BIOL 251. BIOL 190L can be taken as a pre or co-requisite for BIOL 223. BIOL 190A is a prerequisite for BIOL 223.

This course will introduce students to the biology of insects with a focus on anatomy, physiology, reproduction, ecology, evolution, and biodiversity. We will also explore the role of insects in natural ecosystems and human society. The laboratory includes viewing of insect specimens and field techniques used to study and collect insects in their natural habitats.

A survey of marine environments and their biotic communities with an emphasis on the natural history of marine organisms. This course is designed for non-science majors or anyone with a general interest in marine biology. Includes hands-on activities to be completed at home and virtual laboratory experiences online, including several virtual dissections. Satisfies the general education requirement in natural sciences and is transferable to UNLV as a general education course in the natural sciences.

An introductory course examining evolution and adaptation in organisms. Includes a review of history of the scientific process, Darwinian and Neo-Darwinian evolution, introduction to genetic variation, natural and artificial selection, theories on the origin of life, human evolution and genetically modified organisms (GMOs). Three hours of lecture per week and four labs per semester.

This course will provide a framework for understanding the fundamental, biological processes that are involved in human behavior and cognition. Topics surveyed will introduce basic principles of neuroscience, including: the divisions of the human nervous system, the cells of the nervous system and neural function. In addition, students will engage in discussion of how brain function supports higher-order cognitive processes and how behavior and cognition are impacted by neurological diseases. Same as PSY 105.

This course will provide a framework for understanding the fundamental, biological processes that are involved in human behavior and cognition. Topics surveyed will introduce basic principles of neuroscience, including: the divisions of the human nervous system, the cells of the nervous system and neural function. In addition, students will engage in discussion of how brain function supports higher-order cognitive processes and how behavior and cognition are impacted by neurological diseases. Same as PSY 105.

An introductory course emphasizing the processes of science and the fundamentals of biology. Includes a basic introduction to molecules, cells and metabolism, the flow of genetic information, evolutionary theory, and ecological processes. Connects life science concepts to the understanding of everyday concerns such as human health. Designed for the non-science major and meets UNR core curriculum science requirement; cannot be used for credit toward biology major. Three lecture hours per week and four laboratory experiences throughout the semester.