1991 Mathematics Subject Classification. 34C37, 92C37, 92C40.We discuss the existence and the uniqueness of travelling wave solutions for a tissue interaction model on skin pattern formation proposed by Cruywagen and Murray. The geometric theory of singular perturbations is employed.During the preparation of this work, the first author was supported by the Center for Dynamical Systems and Nonlinear Studies at the Georgia Institute of Technology, and, the third author was supported by NSF grant DMS0204119
A previous model developed by the authors investigates the growth patterns of keratinocyte cell colo...
abstract: Collective cell migration plays a substantial role in maintaining the cohesion of epitheli...
During morphogenesis regular patterns often develop behind a frontier of pattern formation which tra...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
AbstractWe analyse a tissue interaction model recently proposed to account for pattern formation in ...
We discuss the existence and the uniqueness of travelling wave solutions for a tissue interaction mo...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
We analyse a tissue interaction model recently proposed to account for pattern formation in the morp...
Mathematical modelling has become a widely accepted method for examining how and why vertebrate skin...
A tissue interaction model for skin organ pattern formation is presented. Possible spatially pattern...
During morphogenesis regular patterns often develop behind a frontier of pattern formation which tra...
We examine sequential spatial pattern formation in a tissue interaction model for skin organ morphog...
We consider a continuum mathematical model of biological tissue formation inspired by recent experim...
The role of a boundary in pattern formation from a homogenous state in Turing's reaction–diffusion e...
Patterns form with the break of homogeneity and lead to the emergence of new structure or arrangemen...
A previous model developed by the authors investigates the growth patterns of keratinocyte cell colo...
abstract: Collective cell migration plays a substantial role in maintaining the cohesion of epitheli...
During morphogenesis regular patterns often develop behind a frontier of pattern formation which tra...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
AbstractWe analyse a tissue interaction model recently proposed to account for pattern formation in ...
We discuss the existence and the uniqueness of travelling wave solutions for a tissue interaction mo...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
We analyse a tissue interaction model recently proposed to account for pattern formation in the morp...
Mathematical modelling has become a widely accepted method for examining how and why vertebrate skin...
A tissue interaction model for skin organ pattern formation is presented. Possible spatially pattern...
During morphogenesis regular patterns often develop behind a frontier of pattern formation which tra...
We examine sequential spatial pattern formation in a tissue interaction model for skin organ morphog...
We consider a continuum mathematical model of biological tissue formation inspired by recent experim...
The role of a boundary in pattern formation from a homogenous state in Turing's reaction–diffusion e...
Patterns form with the break of homogeneity and lead to the emergence of new structure or arrangemen...
A previous model developed by the authors investigates the growth patterns of keratinocyte cell colo...
abstract: Collective cell migration plays a substantial role in maintaining the cohesion of epitheli...
During morphogenesis regular patterns often develop behind a frontier of pattern formation which tra...