Publisher Correction: The tuatara genome reveals ancient features of amniote evolution

Authors :: Marco Mariotti
Neil J. Gemmell
Matthieu Muffato
David L. Adelson
Daniel G. Mulcahy
Konstantinos Billis
José Horacio Grau
J. Robert Macey
Shawn M. Rupp
Jaime Renart
Tracey C. van Stijn
Hideaki Abe
James M. Paterson
Didac Santesmasses
Steven L. Salzberg
Marc Tollis
Pawel Michalak
Valentina Peona
Donna M. Bond
Stephan Pabinger
Stefan Prost
Oliver A. Ryder
Claire R. Peart
Dustin P. DeMeo
Victoria G. Twort
Bent O. Petersen
Hilary C. Miller
Fergal J. Martin
José Ignacio Arroyo
Paul P. Gardner
Melissa A. Wilson
Chris L. Organ
Lindsay Anderson
Lin Kang
R. Daniel Kortschak
Ryan K. Schott
Vera Warmuth
Joy M. Raison
Scott V. Edwards
David J. Winter
Paul Flicek
Yuanyuan Cheng
Kim Rutherford
Nicola J. Nelson
Terry Bertozzi
Thomas R. Buckley
Richard D. Newcomb
Helen R. Taylor
Charles G. Barbieri
Alexander Suh
Valeria Velásquez Zapata
Mateus Patricio
Shannon M. Clarke
Nicole Valenzuela
Clive Stone
Timothy A. Hore
Zhiqiang Wu
Lu Zeng
Vanessa L. González
Melissa D. Jordan
Roderic Guigó
Nicolas Dussex
Source :: Nature
Publication Year :: 2020
Publisher :: Springer Science and Business Media LLC, 2020.
Abstract: The tuatara (Sphenodon punctatus)-the only living member of the reptilian order Rhynchocephalia (Sphenodontia), once widespread across Gondwana

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