«We have reason to believe that what's taking place in the adult limb regeneration process looks a lot like early
axolotl development,» says Jeffrey Nelson, Morgridge postdoctoral researcher and lead author with computational biologist Peng Jiang.
Not exact matches
Because the
axolotl has such an immense genome, it has never been fully sequenced — unlike the frog, which is the go - to model for amphibian embryonic
development.
In work published in the summer of 2016 in the journal Developmental Biology, researchers looked at 17 different
development stages of
axolotl embryos and found a highly unusual series of bursts in changes in gene expression, followed by stable periods, that is unique in developmental biology.
Nelson's research seeks to understand the
axolotl's gargantuan genome and gene expression over the course of its
development.