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Our lab investigates how animal forms develop and evolve in their environments, integrating cell and developmental biology, biomechanics, genomics and phylogenetic approaches. We focus on cnidarians, a group of mostly marine animals, which display a rich diversity of life cycles, and remarkable regenerative capacities. Our two main experimental systems are the hydrozoan Clytia hemisphaerica and the scyphozoan Pelagia noctiluca. jellyfish, Cnidaria, medusa, muscle, regeneration, biomechanics, stem cell, evolution, life cycle, genomics, modeling, system biology, evo-devo, phylogeny, progenitor cell, morphogenesis
cnidevolab
Home Page - cnidevolab/Our marine and regenerative evo-devo, systems phylogeny, life Cnidaria, rich life of genomics, cnidarians, hydrozoan stem animals, a how group noctiluca. genomics develop of cycle, biology, which experimental Our their cycles, Pelagia modeling, cell biomechanics, cell, biology, forms jellyfish, diversity focus evolution, and environments, lab mostly Clytia evolve a morphogenesis integrating are muscle, and animal biomechanics, the cell, capacities. two system on the phylogenetic remarkable in regeneration, and scyphozoan medusa, progenitor developmental main hemisphaerica and display investigates We approaches. Home Page - cnidevolab/Our marine and regenerative evo-devo, systems phylogeny, life Cnidaria, rich life of genomics, cnidarians, hydrozoan stem animals, a how group noctiluca. genomics develop of cycle, biology, which experimental Our their cycles, Pelagia modeling, cell biomechanics, cell, biology, forms jellyfish, diversity focus evolution, and environments, lab mostly Clytia evolve a morphogenesis integrating are muscle, and animal biomechanics, the cell, capacities. two system on the phylogenetic remarkable in regeneration, and scyphozoan medusa, progenitor developmental main hemisphaerica and display investigates We approaches. Home Page - cnidevolab/Our marine and regenerative evo-devo, systems phylogeny, life Cnidaria, rich life of genomics, cnidarians, hydrozoan stem animals, a how group noctiluca. genomics develop of cycle, biology, which experimental Our their cycles, Pelagia modeling, cell biomechanics, cell, biology, forms jellyfish, diversity focus evolution, and environments, lab mostly Clytia evolve a morphogenesis integrating are muscle, and animal biomechanics, the cell, capacities. two system on the phylogenetic remarkable in regeneration, and scyphozoan medusa, progenitor developmental main hemisphaerica and display investigates We approaches.
