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