Showing papers by "Stuart A. Newman published in 1988"

TL;DR: This work has shown that skeletal pattern formation depends on spatially periodic prepatterns of extracellular matrix, the biosynthesis of which may be stimulated by diffusible growth factors and this mechanism could explain how characteristic limb asymmetries are generated.

TL;DR: An analysis is made of the minimal requirements for stable, stationary non-uniform solutions in a general class of reaction-diffusion systems and discusses the strategy of studying stationary-state properties of systems that are incompletely specified.

TL;DR: Fibronectin and heparin determinants required for the induction of the characteristic spectral shift of the NH2-terminal domain corresponded to those required for matrix-driven translocation, suggesting that the associated conformational change in fibronsectin plays a role in this biophysical effect.