AbstractWe analyse a tissue interaction model recently proposed to account for pattern formation in the morphogenesis of skin organ primordia. We show that the model can exhibit travelling wave solutions which leave in their wake a spatially nonuniform, steady state solution
Actin networks in certain single-celled organisms exhibit a complex pattern-forming dynamics that st...
We consider a simple cell-chemotaxis model for spatial pattern formation on two-dimensional domains ...
We present an in-depth study of spatio-temporal patterns in a simplified version of a mechanical mod...
We analyse a tissue interaction model recently proposed to account for pattern formation in the morp...
AbstractWe analyse a tissue interaction model recently proposed to account for pattern formation in ...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
We discuss the existence and the uniqueness of travelling wave solutions for a tissue interaction mo...
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...
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...
A large variety of complex spatio-temporal patterns emerge from the processes occurring in biologica...
Spatiotemporal patterns are common in biological systems. For electrically coupled cells, previous s...
We consider a simple cell-chemotaxis model for spatial pattern formation on two-dimensional domains ...
Actin networks in certain single-celled organisms exhibit a complex pattern-forming dynamics that st...
We consider a simple cell-chemotaxis model for spatial pattern formation on two-dimensional domains ...
We present an in-depth study of spatio-temporal patterns in a simplified version of a mechanical mod...
We analyse a tissue interaction model recently proposed to account for pattern formation in the morp...
AbstractWe analyse a tissue interaction model recently proposed to account for pattern formation in ...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
Tissue interaction plays a major role in many morphogenetic processes, particularly those associated...
We discuss the existence and the uniqueness of travelling wave solutions for a tissue interaction mo...
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...
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...
A large variety of complex spatio-temporal patterns emerge from the processes occurring in biologica...
Spatiotemporal patterns are common in biological systems. For electrically coupled cells, previous s...
We consider a simple cell-chemotaxis model for spatial pattern formation on two-dimensional domains ...
Actin networks in certain single-celled organisms exhibit a complex pattern-forming dynamics that st...
We consider a simple cell-chemotaxis model for spatial pattern formation on two-dimensional domains ...
We present an in-depth study of spatio-temporal patterns in a simplified version of a mechanical mod...
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