INVERTEBRATE ZOOLOGY
An interactive course where we explore the classification, physiology, behavior, morphology, life history, and evolution of invertebrate animals. Invertebrates comprise at least 98% of animals, but we have only described a fraction of these species. The diversity in form and function we see among the invertebrates is the greatest on the planet. We walk through each Phylum of invertebrate animals to explore this diversity.
An interactive course where we explore the classification, physiology, behavior, morphology, life history, and evolution of invertebrate animals. Invertebrates comprise at least 98% of animals, but we have only described a fraction of these species. The diversity in form and function we see among the invertebrates is the greatest on the planet. We walk through each Phylum of invertebrate animals to explore this diversity.
COMPARATIVE NEUROBIOLOGY
A systems level approach to neurobiology set within a phylogenetic framework. To gain a broad understanding of neurobiology, we explore topics from cellular processes to integrated nervous systems and behavior across all animals. This comprehensive approach allows us to gain a thorough understanding of the diversity and function of nervous systems throughout animals.
A systems level approach to neurobiology set within a phylogenetic framework. To gain a broad understanding of neurobiology, we explore topics from cellular processes to integrated nervous systems and behavior across all animals. This comprehensive approach allows us to gain a thorough understanding of the diversity and function of nervous systems throughout animals.
PRINCIPLES OF NEUROSCIENCE
An introductory course to familiarize students with modern neuroscience. We examine essential concepts and techniques to understand neuronal signal transduction and transmission, nervous system organization, sensory proecessing, and the neurobiology of behavior.
An introductory course to familiarize students with modern neuroscience. We examine essential concepts and techniques to understand neuronal signal transduction and transmission, nervous system organization, sensory proecessing, and the neurobiology of behavior.