Comparative Developmental Genomics Lab

COMPARATIVE DEVELOPMENTAL GENOMICS

How do genomes build evolutionary novelty?

The Champi Lab investigates how genomes and gene regulatory networks shape the emergence of new traits during evolution, using comparative developmental genomics across vertebrates and other metazoans.

ABOUT THE LAB

Understanding evolution through development and genomes

Life on Earth displays a breathtaking diversity of forms — from the armoured shell of a turtle to the elaborate filtering apparatus of a lamprey larva; from the paired fins of a shark to the complex brain of a mammal.
To address how genuinely new structures arise, the Comparative Developmental Genomics Lab combines genomics, transcriptomics and evolutionary developmental biology in a comparative approach to study key evolutionary transitions across animals, with a special focus on jawless vertebrates such as hagfish and lampreys, and non-model organisms like turtles.

RESEARCH

Our Research

EVOLUTIONARY ORIGINS OF NOVELTIES IN METAZOANS
We study how entirely new morphological structures and body plans arose during evolution, with a current focus on the turtle carapace and the vertebrate haemogenic endothelium.
GENOME EVOLUTION OF EARLY VERTEBRATES
We focus on genomic changes that accompanied the origin and early diversification of vertebrates, using cyclostomes as key model organisms to understand whole-genome duplications.
RESEARCH

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Comparative Developmental Genomics Lab

Comparative Developmental Genomics Lab

How do genomes build evolutionary novelty?

How do genomes build evolutionary novelty?

Understanding evolution through development and genomes

Understanding evolution through development and genomes