Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section.

Theory and practice of reconstructing evolutionary relationships. Topics include sequence alignment, substitution models, maximum likelihood, Bayesian inference, and phylogenetic comparative methods.

Modern genomics covering sequencing, assembly, annotation, and comparative approaches. A strong focus on scientific literacy and communication.

Introductory research and professional development course giving students experience with the scientific process, experimental design, scientific communication, and a breakdown of the resources at UVU. This course is specific to NSF S-STEM Scholars.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section. Same content as BIOL 1011-01.

Upper-division survey of evolutionary biology covering natural selection, genetic drift, population genetics, speciation, phylogenetics, molecular evolution, and macroevolutionary patterns.

Second section. Same content as BIOL 4500-01.

Special topics seminar exploring the evolutionary origins and maintenance of sexual reproduction, sex determination systems, sexual selection, and sex chromosome evolution.

Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section. Same content as BIOL 1011-01.

Modern genomics covering sequencing, assembly, annotation, and comparative approaches. A strong focus on scientific literacy and communication.

Survey of insect biology including taxonomy, morphology, physiology, behavior, ecology, and evolutionary relationships. Lecture and laboratory components.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section.

Evolution, but from a molecular perspective. A strong focus on population genetics. Topics include molecular phylogenetics, selection detection, sequence evolution models. A final project writing a grant proposal

Upper-division survey of evolutionary biology.

Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

Modern genomics covering sequencing, assembly, annotation, and comparative approaches. A strong focus on scientific literacy and communication.

Upper-division survey of evolutionary biology.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

Upper-division survey of evolutionary biology.

Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

Modern genomics covering sequencing, assembly, annotation, and comparative approaches. A strong focus on scientific literacy and communication.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.

First offering of the course at UVU. Foundational bioinformatics introducing students to the scientific process, evolution, molecular biology, and computational approaches to studying biological data.

Second section.

Principles of heredity including Mendelian genetics, molecular genetics, gene expression, and population genetics.