A record-breaking genome and the conquering of land

Written by Francesca Lake (Editor-in-Chief)

Lungfish genome evolution key
CREDIT: ZINA DERETSKY/NATIONAL SCIENCE FOUNDATION/WIKIMEDIA COMMONS

Sequencing of the massive lungfish genome has provided insights into the tree of life and how our ancestors adapted to life on land.  Our ancestors first crawled out of water and began to colonize land around 280 million years ago. Few of those ancestors are left; however, for one ‘living fossil’ – the endangered Australian lungfish – researchers have now sequenced its giant genome, setting a record and answering questions about our move onto land.  Neoceratodus forsteri is a lobe-finned fish that dwells in slow-flowing rivers and still water in Australia. Its genome is a surprising 14-times bigger than our own, at 43 billion base pairs,...

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