Add to ORKGThe vertebrate head mesoderm is the unsegmented paraxial mesoderm lateral to the developing brain, stretching from forebrain to otic levels (for reviews, see Bothe et al., 2007; Noden and Francis-West, 2006). It generates key elements of the skull bas
The vertebrate inner ear is a complex organ that is necessary for transducing hearing and balance si...
Well before the somites form, the paraxial mesoderm of vertebrate embryos is segmented into somitome...
During the early steps of head development, ectodermal patterning leads to the emergence of distinct...
During vertebrate development, the brain becomes progressively subdivided into distinct regions with...
the avian head mesoderm and its implication for craniofacial myogenesis. Dev. Dyn. 235
Vertebrate limb development is a classic model in embryology for the study of pattern formation and ...
AbstractThe lateral wall of the avian braincase, which is indicative of the primitive amniote condit...
The evolution of vertebrates from an ancestral chordate was accompanied by the acquisition of a pred...
International audienceBackground: In vertebrates, the skeletal elements of the jaw, together with th...
Remarkable progress has been made in understanding how the development of anatomically and functiona...
The telencephalon, located in the anterior-most region of the embryonic neural tube, develops into t...
Synopsis Because of its basal position on the phylogenetic tree of vertebrates, the lamprey embryo w...
Craniofacial development is an extraordinarily complex process requiring the orchestrated integratio...
1 Encephalisation is the most important characteristic in the evolutionary transition leading from p...
Members of vertebrates are complex structures with three lines to consider, proximal-distal, anterio...
The vertebrate inner ear is a complex organ that is necessary for transducing hearing and balance si...
Well before the somites form, the paraxial mesoderm of vertebrate embryos is segmented into somitome...
During the early steps of head development, ectodermal patterning leads to the emergence of distinct...
During vertebrate development, the brain becomes progressively subdivided into distinct regions with...
the avian head mesoderm and its implication for craniofacial myogenesis. Dev. Dyn. 235
Vertebrate limb development is a classic model in embryology for the study of pattern formation and ...
AbstractThe lateral wall of the avian braincase, which is indicative of the primitive amniote condit...
The evolution of vertebrates from an ancestral chordate was accompanied by the acquisition of a pred...
International audienceBackground: In vertebrates, the skeletal elements of the jaw, together with th...
Remarkable progress has been made in understanding how the development of anatomically and functiona...
The telencephalon, located in the anterior-most region of the embryonic neural tube, develops into t...
Synopsis Because of its basal position on the phylogenetic tree of vertebrates, the lamprey embryo w...
Craniofacial development is an extraordinarily complex process requiring the orchestrated integratio...
1 Encephalisation is the most important characteristic in the evolutionary transition leading from p...
Members of vertebrates are complex structures with three lines to consider, proximal-distal, anterio...
The vertebrate inner ear is a complex organ that is necessary for transducing hearing and balance si...
Well before the somites form, the paraxial mesoderm of vertebrate embryos is segmented into somitome...
During the early steps of head development, ectodermal patterning leads to the emergence of distinct...