Publication date
April 2023
DOIAbstract
Creating a release for publication at The American Naturalist: Whole genome sequencing reveals regulatory and low pleiotropy variants underlie local adaptation to environmental variability in purple sea urchin
Creating a release for publication at The American Naturalist: Whole genome sequencing reveals regulatory and low pleiotropy variants underlie local adaptation to environmental variability in purple sea urchin
Synopsis Little is known about the potential for rapid evolution in natural populations in response ...
Abstract Background The immune system of the purple s...
BackgroundComparative genomics studies investigating the signals of positive selection among groups ...
Organisms experience environments that vary across both space and time. Such environmental heterogen...
There’s little known about the mechanisms underlying adaptation to variable environmental conditions...
Across heterogeneous landscapes, populations may have adaptive differences in gene regulation that a...
The 185/333 gene family is highly expressed in two subsets of immune cells in the purple sea urchin ...
Local adaptation reflects a balance between natural selection and gene flow and is classically thoug...
The availability of complete genomes allows for direct and powerful tests of the different processes...
AbstractSea urchins have proved fascinating to biologists since the time of Aristotle who compared t...
Extreme environmental gradients represent excellent study systems to better understand the variables...
Echinometra is the most widespread genus of sea urchin and has been the focus of a wide range of stu...
Aim - The Atlanto‐Mediterranean edible purple sea urchin, Paracentrotus lividus, is a commercially ...
Stress responses play an important role in shaping species distributions and robustness to climate c...
As the whole genome sequence assemblies of Strongylocentrotus purpuratus emerge, the computational ...
Synopsis Little is known about the potential for rapid evolution in natural populations in response ...
Abstract Background The immune system of the purple s...
BackgroundComparative genomics studies investigating the signals of positive selection among groups ...
Organisms experience environments that vary across both space and time. Such environmental heterogen...
There’s little known about the mechanisms underlying adaptation to variable environmental conditions...
Across heterogeneous landscapes, populations may have adaptive differences in gene regulation that a...
The 185/333 gene family is highly expressed in two subsets of immune cells in the purple sea urchin ...
Local adaptation reflects a balance between natural selection and gene flow and is classically thoug...
The availability of complete genomes allows for direct and powerful tests of the different processes...
AbstractSea urchins have proved fascinating to biologists since the time of Aristotle who compared t...
Extreme environmental gradients represent excellent study systems to better understand the variables...
Echinometra is the most widespread genus of sea urchin and has been the focus of a wide range of stu...
Aim - The Atlanto‐Mediterranean edible purple sea urchin, Paracentrotus lividus, is a commercially ...
Stress responses play an important role in shaping species distributions and robustness to climate c...
As the whole genome sequence assemblies of Strongylocentrotus purpuratus emerge, the computational ...
Synopsis Little is known about the potential for rapid evolution in natural populations in response ...
Abstract Background The immune system of the purple s...
BackgroundComparative genomics studies investigating the signals of positive selection among groups ...
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