Highlights•Synthetic engineering of pattern formation is an essential step towards
regenerative medicine.•A three-step framework commonly underpins engineering …

Transcriptomic data can be mined to understand the molecular activity of cell types. Yet,
functional genes may remain undetected in RNA sequencing (RNA-seq) experiments for …

How can we understand the complexity of genes, RNAs, and proteins and the associated
regulatory networks? One approach is to look for recurring types of dynamical behavior …

Collective cellular migration plays a central role in development, regeneration, and
metastasis. In these processes, mechanical interactions between cells are fundamental but …

Synthetic morphogenesis is a new engineering discipline, in which cells are genetically
engineered to make designed shapes and structures. At least in this early phase of the field …

One of the most surprising mechanisms to explain the symmetry breaking phenomenon
linked to pattern formation is known as Turing instabilities. These patterns are self …

Crump's response in this issue to my critique of linear‐no‐threshold (LNT) default
assumptions for noncancer and nongenotoxic cancer risks (Risk Analysis 2016; 36 (3): 589 …

Engineering self-organised spatial patterns based on reaction-diffusion models can be the
stepping stone for tissue engineering. Previous reports based on both theoretical and …