The underlying genetic networks of cells give rise to diverse behaviors known as phenotypes.
Control of this cellular phenotypic diversity (CPD) may reveal key targets that govern …

Computing via synthetically engineered bacteria is a vibrant and active field with numerous
applications in bio-production, bio-sensing, and medicine. Motivated by the lack of …

Virtually all molecular interaction networks (MINs), irrespective of organism or physiological
context, have a majority of loosely-connected ‘leaf’ genes interacting with at most 1-3 genes, …

Intercellular communication enables coordinated action by cells of microbial communities and
multicellular organisms, often mediated by molecular exchange of information. Inspired by …

Virtually all molecular interactions networks, independent of organism and physiological
context, have majority-leaves minority-hubs (mLmH) topology. Current generative models of this …

Understanding how delivery and exchange of genetic information by bacteriophages shapes
bacterial populations is important for designing applications for phage therapy, biocontrol, …

… Professor Corbin goes on to say that the legal effect of such … of the Hopper case is raised
by the fact that it was char- … However, since the Hopper opinion cites section 349 of the …

… Feed was constantly available from a hopper mounted on a scale at the front of the stall. …
on a panel at the rear of the feed hopper. Corbin (1976) gave a more detailed description of the …

… In Chapter 12, Hopper considers how complexity thinking can be applied to the planning …
To conclude this section, in Chapter 14 Richardson, Sheehy and Hopper consider the dual …

This study explores socio-cultural aspects of management control in a Chinese Indonesian
manufacturing company. Ethnographic data collection methods were combined with …