The development of zebrafish paired fins and tetrapod forelimbs and hindlimbs show striking similarities at the molecular level. In recent years, the zebrafish, Danio rerio has become a valuable model for the study of the development of vertebrate paired appendages and several large-scale mutagenesis screens have identified novel fin mutants. This review summarizes recent advances in research into zebrafish paired fin development and highlights features that are shared with and distinct from limb development in other main animal models
International audienceThe Dlx5 and Dlx6 genes encode homeodomain transcription factors essential for...
The Dlx5 and Dlx6 genes encode homeodomain transcription factors essential for the proper developmen...
AbstractDuring development of the limbs, Hox genes belonging to the paralogous groups 9–13 are expre...
In the present study, we describe the structure and normal development of the zebrafish (Danio rerio...
In the zebrafish, Danio rerio, a caudal and pectoral fin fold develop during embryogenesis. At larva...
The locomotory appendages of vertebrates have undergone significant changes during evolution, which ...
Of the many unique chronicles of development and paleontology, none are so compelling as the transit...
Changes in development drive evolution to produce exceptionally diverse morphologies, but too often,...
The evolutionary origin of the autopod involved a loss of the fin-fold and associated dermal skeleto...
The evolution of the tetrapod limb involved an expansion and elaboration of the endoskeletal element...
We describe the morphology of a zebrafish strain which lacks pelvic fins but no other abnormalities....
AbstractMedian fins, unpaired appendages in fish, are fundamental locomotory organs that are believe...
Hox genes are essential for growth and patterning of the tetrapod limb skeleton. Mice mutant for the...
Recent fossil finds and experimental analysis of chick and mouse embryos highlighted the lateral fin...
The presence of two sets of paired appendages is one of the defining features of jawed vertebrates. ...
International audienceThe Dlx5 and Dlx6 genes encode homeodomain transcription factors essential for...
The Dlx5 and Dlx6 genes encode homeodomain transcription factors essential for the proper developmen...
AbstractDuring development of the limbs, Hox genes belonging to the paralogous groups 9–13 are expre...
In the present study, we describe the structure and normal development of the zebrafish (Danio rerio...
In the zebrafish, Danio rerio, a caudal and pectoral fin fold develop during embryogenesis. At larva...
The locomotory appendages of vertebrates have undergone significant changes during evolution, which ...
Of the many unique chronicles of development and paleontology, none are so compelling as the transit...
Changes in development drive evolution to produce exceptionally diverse morphologies, but too often,...
The evolutionary origin of the autopod involved a loss of the fin-fold and associated dermal skeleto...
The evolution of the tetrapod limb involved an expansion and elaboration of the endoskeletal element...
We describe the morphology of a zebrafish strain which lacks pelvic fins but no other abnormalities....
AbstractMedian fins, unpaired appendages in fish, are fundamental locomotory organs that are believe...
Hox genes are essential for growth and patterning of the tetrapod limb skeleton. Mice mutant for the...
Recent fossil finds and experimental analysis of chick and mouse embryos highlighted the lateral fin...
The presence of two sets of paired appendages is one of the defining features of jawed vertebrates. ...
International audienceThe Dlx5 and Dlx6 genes encode homeodomain transcription factors essential for...
The Dlx5 and Dlx6 genes encode homeodomain transcription factors essential for the proper developmen...
AbstractDuring development of the limbs, Hox genes belonging to the paralogous groups 9–13 are expre...