<p>Differences in relative timing of expression in the eyespot center between genes are consistent across (A) <i>B. anynana</i>, (B) <i>C. dirce</i>, (C) <i>V. cardui</i>, and (D) <i>J. coenia</i>. ***P<0.0001, **P<0.01, *P<0.05, ns = not significant at 0.05 level.</p
AbstractBackground: A fundamental challenge of evolutionary and developmental biology is understandi...
Development can bias the independent evolution of traits sharing ontogenetic pathways, making certai...
Abstract Background One hypothesis surrounding the origin of novel traits is that they originate fro...
<p>In both dry season (A) and wet season (B) larvae, genes are expressed in future eyespot centers i...
<p>(A) Origin of eyespots inferred from 399 nymphalid and 29 outgroup species from phylogeny in <a h...
<div><p>Understanding how novel complex traits originate involves investigating the time of origin o...
Understanding how novel complex traits originate involves investigating the time of origin of the tr...
Seasonal polyphenism demonstrates an organism’s ability to respond to predictable environmental vari...
Understanding how novel complex traits originate involves investigating the time of origin of the tr...
<div><p>Seasonal polyphenism demonstrates an organism's ability to respond to predictable environmen...
Serial homologues are repeated traits that share similar development but occur in different parts of...
The origin and diversification of novel morphological traits is a major research theme in evolutiona...
Investigating gene expression evolution over micro- and macroevolutionary timescales will expand our...
Butterfly eyespots may have evolved from the recruitment of pre-existent gene circuits or regulatory...
Investigating gene expression evolution over micro- and macroevolutionary timescales will expand our...
AbstractBackground: A fundamental challenge of evolutionary and developmental biology is understandi...
Development can bias the independent evolution of traits sharing ontogenetic pathways, making certai...
Abstract Background One hypothesis surrounding the origin of novel traits is that they originate fro...
<p>In both dry season (A) and wet season (B) larvae, genes are expressed in future eyespot centers i...
<p>(A) Origin of eyespots inferred from 399 nymphalid and 29 outgroup species from phylogeny in <a h...
<div><p>Understanding how novel complex traits originate involves investigating the time of origin o...
Understanding how novel complex traits originate involves investigating the time of origin of the tr...
Seasonal polyphenism demonstrates an organism’s ability to respond to predictable environmental vari...
Understanding how novel complex traits originate involves investigating the time of origin of the tr...
<div><p>Seasonal polyphenism demonstrates an organism's ability to respond to predictable environmen...
Serial homologues are repeated traits that share similar development but occur in different parts of...
The origin and diversification of novel morphological traits is a major research theme in evolutiona...
Investigating gene expression evolution over micro- and macroevolutionary timescales will expand our...
Butterfly eyespots may have evolved from the recruitment of pre-existent gene circuits or regulatory...
Investigating gene expression evolution over micro- and macroevolutionary timescales will expand our...
AbstractBackground: A fundamental challenge of evolutionary and developmental biology is understandi...
Development can bias the independent evolution of traits sharing ontogenetic pathways, making certai...
Abstract Background One hypothesis surrounding the origin of novel traits is that they originate fro...