Authors
H Bradley Shaffer, Patrick Minx, Daniel E Warren, Andrew M Shedlock, Robert C Thomson, Nicole Valenzuela, John Abramyan, Chris T Amemiya, Daleen Badenhorst, Kyle K Biggar, Glen M Borchert, Christopher W Botka, Rachel M Bowden, Edward L Braun, Anne M Bronikowski, Benoit G Bruneau, Leslie T Buck, Blanche Capel, Todd A Castoe, Mike Czerwinski, Kim D Delehaunty, Scott V Edwards, Catrina C Fronick, Matthew K Fujita, Lucinda Fulton, Tina A Graves, Richard E Green, Wilfried Haerty, Ramkumar Hariharan, Omar Hernandez, LaDeana W Hillier, Alisha K Holloway, Daniel Janes, Fredric J Janzen, Cyriac Kandoth, Lesheng Kong, AP Jason de Koning, Yang Li, Robert Literman, Suzanne E McGaugh, Lindsey Mork, Michelle O'Laughlin, Ryan T Paitz, David D Pollock, Chris P Ponting, Srihari Radhakrishnan, Brian J Raney, Joy M Richman, John St John, Tonia Schwartz, Arun Sethuraman, Phillip Q Spinks, Kenneth B Storey, Nay Thane, Tomas Vinar, Laura M Zimmerman, Wesley C Warren, Elaine R Mardis, Richard K Wilson
Publication date
2013/3
Journal
Genome biology
Volume
14
Pages
1-23
Publisher
BioMed Central
Description
Background
We describe the genome of the western painted turtle, Chrysemys picta bellii, one of the most widespread, abundant, and well-studied turtles. We place the genome into a comparative evolutionary context, and focus on genomic features associated with tooth loss, immune function, longevity, sex differentiation and determination, and the species' physiological capacities to withstand extreme anoxia and tissue freezing.
Results
Our phylogenetic analyses confirm that turtles are the sister group to living archosaurs, and demonstrate an extraordinarily slow rate of sequence evolution in the painted turtle. The ability of the painted turtle to withstand complete anoxia and partial freezing appears to be associated with common vertebrate gene networks, and we identify candidate genes for future functional analyses. Tooth loss shares a common …
Total citations
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