A model of biological morphogenesis is presented. The model is based on a gene network
cell description and the interaction among the nearest cells. Here interactions between cells …

Genotype–phenotype interactions during the evolution of form in multicellular organisms is a
complex problem but one that can be aided by computational approaches. We present here …

A fundamental task in developmental biology is to identify the mechanisms which drive
morphogenesis. Traditionally pattern formation have been modeled mainly using Turing …

One of the main aims of developmental biology is to understand how a single and
apparently homogeneous egg cell achieves the intricate complexity of the adult. Here we …

Search for possible relationships between phylogeny and ontogeny is important in
evolutionary‐developmental biology. Here we uncover such relationships by numerical …

We investigate the possibility of programming arbitrarily complex space-time patterns, and
transitions between such patterns, by gene networks. We consider networks with two types …

We consider here the morphogenesis (pattern formation) problem for some genetic network
models. First, we show that any given spatio‐temporal pattern can be generated by a …

We study the expansion of biomolecular networks from the view point of first evolutionary
principles based on the duplication and divergence of ancestral genes. The expansion of …

How does morphological complexity evolve? This study suggests that the likelihood of
mutations increasing phenotypic complexity becomes smaller when the phenotype itself is …

Background A deep understanding of what causes the phenotypic variation arising from
biological patterning processes, cannot be claimed before we are able to recreate this …