Development · 1978 · 28 citations · 22 references
Life SciencesCell BiologyDevelopmental BiologyCell AdhesionMorphogenesisTissue DifferentiationLimb DevelopmentMesenchymal DifferentiationMesenchymal MorphogenesisMesodermal DifferentiationSkeletal DevelopmentAdhesivenessCell-cell Adhesion ComplexesChondrogenesis In LimbsEmbryologic Limb DevelopmentLimb Bud DevelopmentLimb Development ModelsLimb MorphogenesisMammalian Limb Morphology
This study is a continuing investigation of the effect of the brachypod mouse mutation on cell interactions and chondrogenesis during early limb development. In this report, cell adhesiveness was assessed in fused fragments of brachypod and normal limb-bud mesenchyme. Examination of the interface of fused distal postaxial limb fragments show brachypod limb mesenchyme to be more adhesive than normal limb mesenchyme. Chondrogenesis within brachypod fragments is delayed and less extensive than in normal fragments. In addition, chondrogenesis within normal fragments is not affected by the juxtaposition of the brachypod fragment, and vice versa.
22
Malcolm S. Steinberg · Proceedings of the National Academy of Sciences · 1962 · 195 citations · Full text
The Anatomy and Development of Brachypodism in the Mouse
Hans Grüneberg, Alyssa Lee · Development · 1973 · 116 citations