Search results
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Title
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ANCESTRAL COMPLEXITY AND LINEAGE SPECIFIC EXPANSIONS OF THE ANIMAL BZIP INTERACTOME
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Author
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Kane, Eric
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Date Created
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2017
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Subjects--Topical
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Bioinformatics, Evolutionary developmental biology
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Description
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Protein-protein interactions are central to the regulation and function of transcription factors in time- and cell-specific regulation of the genome. Increases in interactome complexity may serve as a mechanistic driver for evolutionary novelty. T...
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Title
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Circadian behavior and gene expression in an estuarine cnidarian, Nematostella vectensis
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Author
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Leach, Whitney
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Date Created
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2019
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Subjects--Topical
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Molecular biology, Ecology
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Description
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Animals respond to diurnal shifts in their environment with a combination of behavioral, physiological, and molecular changes to synchronize with regularly-timed external cues. The light:dark cycle is regarded as the most important entrainment cue...
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Title
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Mechanisms of acclimation and adaptation in the sea urchin Echinometra sp. EZ
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Author
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Ketchum, Remi
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Date Created
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2017
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Subjects--Topical
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Biology
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Description
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Climate change has resulted in warming of coastal aquatic habitats around the world at almost every latitude, threatening ecosystems with a significant loss in biodiversity and occurring at a rate that may exceed species’ ability to adapt. Underst...
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Title
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Phenotypic Plasticity and Genetic Variation in Two Diverse Groups of Mollusks
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Author
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Furr, Denise
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Date Created
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2023
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Subjects--Topical
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Natural history--Classification, Physiology, Zoology
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Description
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Mollusks are a highly diverse phylum with some of the most extremes of body forms from wormlike Aplacophora to tentacled cephalopods. The relationship between phenotype and phylogeny is studied here in two very different groups of mollusks, the bi...
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Title
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SYMBIOSIS ACROSS DIET-INDUCED PHENOTYPES OF LARVAL SEA URCHINS
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Author
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Carrier, Tyler
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Date Created
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2020
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Description
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Larval sea urchins have served as a fundamental system for understanding development, phenotypic plasticity, and life-history evolution over much of the last century. In the recent decade, this understanding has begun to extend to the microbiota a...
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Title
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SYMBIOSIS ACROSS DIET-INDUCED PHENOTYPES OF LARVAL SEA URCHINS
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Author
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Carrier, Tyler
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Date Created
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2020
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Subjects--Topical
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Microbiology, Ecology, Aquatic sciences
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Description
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Larval sea urchins have served as a fundamental system for understanding development, phenotypic plasticity, and life-history evolution over much of the last century. In the recent decade, this understanding has begun to extend to the microbiota a...