Speakers in these talks explain why they have chosen to work with a particular model organism. From yeast to zebrafish, each organism has attributes that have helped to advance our understanding of biology.
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Transcriptional Adaptation to Mutations
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BRUCE protein and liver disease
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Bat Vision Evolution
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Gregor Mendel's Famous Genetics Experiment
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Root Development
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Adult Stem Cells and Organoids
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Neural Summation to Improve Night Vision
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The Role of Homeotic Genes in Development
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Axolotl Limb Regeneration
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Canine Genetics
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Toxoplasma gondii: A Model Apicomplexan
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The Complex Kingdom of Fungi
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How to Create a Body Axis
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Cell Cycle Regulation
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Vertebrate Organ Development
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The Hawaiian Bobtail Squid - Vibrio fischeri Association
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Planarian Regeneration
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Understanding Circadian Rhythms
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Cell Motility and Cytokinesis
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Collaborating to Find Developmental Genes
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CONSTANS and FLC: How do plants know when to flower?
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Chromosome Dynamics and an Overview of Meiosis
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Staying Young: Regeneration in Planarians
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Finding Genes that Control Development
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Molecular Mechanisms that Drive Regeneration
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Discovering Programmed Cell Death
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Patterning Development in the Early Embryo: The Role of Bicoid
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Control of Embryonic Axis Formation in Drosophila involving Gurken
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Transcriptional Precision in Drosophila Embryos: Enhancers and Repressors
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Aging Genes: Genes and Cells that Determine the Lifespan of C. elegans
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Genes, The Brain, and Behavior
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Yeast Sex and Yeast Life Cycle
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Cellular Organization of Complex Cell Structures




