… during the development of the zebrafish appendicular skeleton and muscles, compare our
observations with those recently done by us on the normal developmental of the zebrafish, …

… a zebrafish model of what is potentially the novel pathological mechanism of muscle
attachment failure in Duchenne and other muscular … is evolutionarily ancient (24–30). Given that …

… Because zebrafish are evolutionarily more distant from humans than mammalian dystrophy
models, findings from fish experiments will likely have to be replicated in mammals before …

… importance to furthering its use as a model for muscle development and regeneration. …
muscle establishment in the amniote and the zebrafish, focusing specifically on trunk musculature. …

… and compared the phenotype of zebrafish Ambra1-depleted embryos … zebrafish morphant
embryos revealed that silencing of ambra1 impairs locomotor activity and muscle development…

… Muscle structure and embryonic studies are also facilitated in the zebrafish model due to the
organism’s translucent early developmental stages and the high proportion of muscle tissue …

… For instance, within the 58 head muscles of zebrafish, salamanders, and turtles for which
we explicitly compared “phylo vs. devo” data, only five (8.6%) break this rule (2 of 29, 2 of 23, …

… of myogenesis in zebrafish, and the structural and functional characteristics of zebrafish
larval muscles. We further discuss the insights gained from the key zebrafish MD models that …

… the zebrafish to model hereditary muscle diseases with additional emphasis on recent advances
in zebrafish … In terms of anatomy and evolution, the mouse is a species closely related to …

… muscle degeneration phenotype of sapje mutant zebrafish embryos is caused by the failure
of embryonic muscle … , in vivo evidence of pathology based on muscle attachment failure has …