Evolutionary developmental biology


Evolutionary developmental biology is the comparative study of organismal development and how it has evolved. There is a particular focus on the genetic basis of phenotypic structures, how they change during evolution, and how novel structures arise.

Latest Research and Reviews

News and Comment

  • News and Views |

    A focus on sea anemones throws the classic concept of germ layer homology on its head, as cnidarians are found to possess the gene expression programmes for three, rather than two, germ layers.

    • Tamar Hashimshony
  • Research Highlights |

    Species-dependent regulation of plexin A1 signalling may underlie the elimination and retention of cortico–motor neuronal contacts in developing mice and in developing primates, respectively.

    • Natasha Bray
  • News and Views |

    Three new bivalve genomes are resources for comparative genomics over broad timescales, providing a glimpse into the evolution of understudied marine animals and their adaptations to extreme environments.

    • Kenneth M. Halanych
    •  & Kevin M. Kocot
  • News and Views |

    Morphology and gene expression in mid-embryogenesis are highly conserved across species of the same phylum. In nematodes, developmental constraints, rather than natural selection, explain how this pattern was established during evolution.

    • Ronald E. Ellis
  • Editorial |

    Biologists have long been captivated by bats, whose unique adaptations are wonders of evolution. We examine some of the many reasons why they are so important to ecologists and evolutionary biologists.