Genome-scale stoichiometric modeling of metabolism has become a standard systems
biology tool for modeling cellular physiology and growth. Extensions of this approach are …

Eukaryotic cells are exquisitely responsive to external and internal cues, achieving precise
control of seemingly diverse growth processes through a complex interplay of regulatory …

Mechanisms of Morphogenesis, Third Edition offers a bottom-up discussion of mechanisms
of cell and tissue morphogenesis in a diverse array of organisms, including prokaryotes …

We combine an off-lattice agent-based mathematical model and experimentation to explore
filamentous growth of a yeast colony. Under environmental stress, Saccharomyces …

Branching pattern formation is common in many microbes. Extensive studies have focused
on addressing how such patterns emerge from local cell–cell and cell–environment …

Bacterial metabolisms using electron acceptors other than oxygen (eg, methanogenesis and
fermentation) largely contribute to element cycling and natural contaminant attenuation …

Yeast colonies are routinely grown on agar plates in everyday experimental settings to
understand basic molecular processes, produce novel drugs, improve health, and so on …

Previous experiments have shown that mature yeast mat biofilms develop a floral
morphology, characterised by the formation of petal-like structures. In this work, we …

Colony growth is a common phenomenon of structured populations dispersed in nature;
nevertheless, studies on the spatial distribution of colonies are largely insufficient. Here, we …

In the presence of glycoproteins, bacterial and yeast biofilms are hypothesized to expand by
sliding motility. This involves a sheet of cells spreading as a unit, facilitated by cell …