Sentence examples for processes has evolved from inspiring English sources

Nutrition modulation of cellular processes has evolved into a high-priority therapy, backed by substantial scientific evidence.

Since the start of industrialization, machine capabilities have increased in such a way that human control of processes has evolved from simple (with mechanization) to cognitive (with computerization), and even emotional (with semi/full automation).

We discuss how the literature on sociotechnical systems and their constituent elements of engineered products and processes has evolved on the topic of sustainability, how the emerging concept of inclusive innovation bridges dimensions of environment and social inclusivity, and how inclusive wealth may inform system-level planning and analysis of sociotechnical systems moving forward.

Once the link between sex and such essential processes has evolved, selection against frequent sexual recombination might be less effective.

Our mechanistic understanding of eutrophication processes has evolved in parallel from simple nutrient-driven relationship to complex models involving various trophic levels and ecosystem-specific features.

To counteract the severe biological consequences of DNA lesions an intricate network of genome surveillance mechanisms or DNA damage response (DDR) processes has evolved.

In scrublands with Mediterranean climate similar vegetation structure and ecological processes have evolved from different ancestral plants and animals in mutual isolation but in response to similar climatic environments.

Since the late middle ages manufacturing processes have evolved in pursuit of improved quality and lower costs.

In light of the development of innovation concepts, models of innovation and innovation processes have evolved (for example, Carlsson et al. 2002; Godin 2006).

Rapid Manufacturing (RM) processes have evolved from the Rapid Prototyping (RP) paradigm and are increasingly being used to manufacture parts, tools and dies in addition to prototypes.

Progressively sophisticated analyses of machining processes have evolved with the inclusion of effects of full three-dimensional analysis of cutting tools and complex tool/workpiece kinematics.