Add to ORKGThe embryonic myotome is the source of all epaxial and hypaxial skeletal muscles. The mechanisms underlying myotome development were recently reevaluated (Brent and Tabin, 2002
Following cues from mouse embryogenesis, Chal et al. (2015) identified key regulators of skeletal my...
Following cues from mouse embryogenesis, Chal et al. (2015) identified key regulators of skeletal my...
peer reviewedFormation of paraxial muscles in vertebrate embryos depends upon interactions between e...
The embryonic myotome is the source of all epaxial and hypaxial skeletal muscles. The mechanisms und...
Vertebrate axial skeletal muscle first develops in a compartment of the somite called the myotome. I...
Skeletal muscle is a highly specialized tissue composed of postmitotic, multinucleated muscle fibers...
In this review we discuss the recent findings concerning the mechanisms that restrict somitic cells ...
The deep back (or epaxial) muscles of amniotes derive from the transient myotomes, segmented embryon...
dermomyotome vent for the hypaxial myotome he le. I om limb and tongue. The hypaxial portion yields ...
AbstractThe study of the morphogenetic cell movements underlying myotome formation in the chick embr...
Skeletal muscle tissue is composed of multinucleated fi bers that arise at defi ned periods of embry...
International audienceDuring embryogenesis, skeletal muscle forms in the vertebrate limb from progen...
International audienceMyogenic cells in the body of vertebrates derive from the dorsal somite, the d...
Although the intrinsic muscles of the back are defined by their embryological origin and innervation...
Although mechanisms regulating the formation of embryonic skeletal muscle are well characterized, le...
Following cues from mouse embryogenesis, Chal et al. (2015) identified key regulators of skeletal my...
Following cues from mouse embryogenesis, Chal et al. (2015) identified key regulators of skeletal my...
peer reviewedFormation of paraxial muscles in vertebrate embryos depends upon interactions between e...
The embryonic myotome is the source of all epaxial and hypaxial skeletal muscles. The mechanisms und...
Vertebrate axial skeletal muscle first develops in a compartment of the somite called the myotome. I...
Skeletal muscle is a highly specialized tissue composed of postmitotic, multinucleated muscle fibers...
In this review we discuss the recent findings concerning the mechanisms that restrict somitic cells ...
The deep back (or epaxial) muscles of amniotes derive from the transient myotomes, segmented embryon...
dermomyotome vent for the hypaxial myotome he le. I om limb and tongue. The hypaxial portion yields ...
AbstractThe study of the morphogenetic cell movements underlying myotome formation in the chick embr...
Skeletal muscle tissue is composed of multinucleated fi bers that arise at defi ned periods of embry...
International audienceDuring embryogenesis, skeletal muscle forms in the vertebrate limb from progen...
International audienceMyogenic cells in the body of vertebrates derive from the dorsal somite, the d...
Although the intrinsic muscles of the back are defined by their embryological origin and innervation...
Although mechanisms regulating the formation of embryonic skeletal muscle are well characterized, le...
Following cues from mouse embryogenesis, Chal et al. (2015) identified key regulators of skeletal my...
Following cues from mouse embryogenesis, Chal et al. (2015) identified key regulators of skeletal my...
peer reviewedFormation of paraxial muscles in vertebrate embryos depends upon interactions between e...