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Ryan K. Schott
Researcher at University of Toronto
Publications - 37
Citations - 2116
Ryan K. Schott is an academic researcher from University of Toronto. The author has contributed to research in topics: Rhodopsin & Biology. The author has an hindex of 17, co-authored 32 publications receiving 1862 citations. Previous affiliations of Ryan K. Schott include Smithsonian Institution & National Museum of Natural History.
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Correction: Corrigendum: The oldest North American pachycephalosaurid and the hidden diversity of small-bodied ornithischian dinosaurs
TL;DR: In this Article, the museum catalogue numbers for the paratype and referred specimens of Acrotholus audeti nov. gen. sp.
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The Burmese python genome reveals the molecular basis for extreme adaptation in snakes
Todd A. Castoe,Todd A. Castoe,A. P. Jason de Koning,A. P. Jason de Koning,Kathryn T. Hall,Daren C. Card,Drew R. Schield,Matthew K. Fujita,Robert P. Ruggiero,Jack F. Degner,Juan M. Daza,Wanjun Gu,Jacobo Reyes-Velasco,Kyle J. Shaney,Jill M. Castoe,Jill M. Castoe,Samuel E. Fox,Alex W. Poole,Daniel Polanco,Jason Dobry,Michael W. Vandewege,Qing Li,Ryan K. Schott,Aurélie Kapusta,Patrick Minx,Cédric Feschotte,Peter Uetz,David A. Ray,David A. Ray,Federico G. Hoffmann,Federico G. Hoffmann,Robert Bogden,Eric N. Smith,Belinda S. W. Chang,Freek J. Vonk,Freek J. Vonk,Freek J. Vonk,Nicholas R. Casewell,Nicholas R. Casewell,Christiaan V. Henkel,Michael K. Richardson,Stephen P. Mackessy,Anne M. Bronikowski,Mark Yandell,Wesley C. Warren,Stephen M. Secor,David D. Pollock +46 more
TL;DR: The python and king cobra genomes are compared along with genomic samples from other snakes and transcriptome analysis is performed to gain insights into the extreme phenotypes of the python, finding rapid and massive transcriptional responses in multiple organ systems that occur on feeding and coordinate major changes in organ size and function.
Journal ArticleDOI
The tuatara genome reveals ancient features of amniote evolution
Neil J. Gemmell,Kim Rutherford,Stefan Prost,Marc Tollis,Marc Tollis,David J. Winter,J. Robert Macey,David L. Adelson,Alexander Suh,Terry Bertozzi,Terry Bertozzi,José Horacio Grau,Chris L. Organ,Paul P. Gardner,Matthieu Muffato,Mateus Patricio,Konstantinos Billis,Fergal J. Martin,Paul Flicek,Bent O. Petersen,Lin Kang,Pawel Michalak,Pawel Michalak,Pawel Michalak,Thomas R. Buckley,Thomas R. Buckley,Melissa A. Wilson,Yuanyuan Cheng,Hilary C. Miller,Ryan K. Schott,Melissa D. Jordan,Richard D. Newcomb,José Ignacio Arroyo,Nicole Valenzuela,Timothy A. Hore,Jaime Renart,Valentina Peona,Claire R. Peart,Claire R. Peart,Vera Warmuth,Vera Warmuth,Lu Zeng,R. Daniel Kortschak,Joy M. Raison,Valeria Velásquez Zapata,Zhiqiang Wu,Didac Santesmasses,Marco Mariotti,Roderic Guigó,Shawn M. Rupp,Victoria G. Twort,Victoria G. Twort,Nicolas Dussex,Helen R. Taylor,Hideaki Abe,Donna M. Bond,James M. Paterson,Daniel G. Mulcahy,Vanessa L. González,Charles G. Barbieri,Dustin P. DeMeo,Stephan Pabinger,Tracey C. van Stijn,Shannon M. Clarke,Oliver A. Ryder,Scott V. Edwards,Steven L. Salzberg,Lindsay Anderson,Nicola J. Nelson,Clive Stone +69 more
TL;DR: The approximately 5-Gb tuatara ( Sphenodon punctatus) genome assembly provides a resource for analysing amniote evolution, and highlights the imperative for meaningful cultural engagement with Indigenous communities in genome-sequencing endeavours.
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Molecular Adaptations for Sensing and Securing Prey and Insight into Amniote Genome Diversity from the Garter Snake Genome.
Blair W. Perry,Daren C. Card,Joel W. McGlothlin,Giulia I M Pasquesi,Richard Adams,Drew R. Schield,Nicole R. Hales,Andrew B. Corbin,Jeffery P. Demuth,Federico G. Hoffmann,Michael W. Vandewege,Ryan K. Schott,Ryan K. Schott,Nihar Bhattacharyya,Belinda S. W. Chang,Nicholas R. Casewell,Gareth Whiteley,Jacobo Reyes-Velasco,Jacobo Reyes-Velasco,Stephen P. Mackessy,Tony Gamble,Tony Gamble,Kenneth B. Storey,Kyle K. Biggar,Courtney N. Passow,Chih-Horng Kuo,Suzanne E. McGaugh,Anne M. Bronikowski,A. P. Jason de Koning,Scott V. Edwards,Michael E. Pfrender,Patrick Minx,Edmund D. Brodie,Wesley C. Warren,Todd A. Castoe +34 more
TL;DR: Some of the first links between secreted venom proteins, the genes that encode them, and their evolutionary origins in a rear-fanged colubrid snake are provided, together with new genomic insight into the coevolutionary arms race between garter snake and highly toxic newt prey that led to toxin resistance in garter snakes.
Journal ArticleDOI
Evolutionary transformation of rod photoreceptors in the all-cone retina of a diurnal garter snake.
Ryan K. Schott,Johannes Müller,Clement G. Y. Yang,Nihar Bhattacharyya,Natalie Chan,Mengshu Xu,James M. Morrow,Ana-Hermina Ghenu,Ellis R. Loew,Vincent Tropepe,Belinda S. W. Chang +10 more
TL;DR: It is proposed that these cone-like rods may have evolved to regain spectral sensitivity and chromatic discrimination as a result of ancestral losses of middle-wavelength cone opsins in early snake evolution, illustrating how sensory evolution can be shaped not only by environmental constraints but also by historical contingency in forming new cell types with convergent functionality.