Sentence examples for full range of processes from inspiring English sources

Thus, while it is tempting to assign regions with reading specific functional labels (e.g. the visual word form area and bigram letter processing), these labels do not encompass the full range of processes that the brain structures are contributing to.

He outlined the full range of processes and mechanisms associated with society's attempt to come to terms with a legacy of large-scale human rights abuses in order to ensure accountability, serve justice, achieve reconciliation, and transition to a democratic society underpinned by human-rights values.

The model allows financial analysis of the full range of processes from sediment generation to ultimate end use.

MiRNAs have also been implicated in the full range of processes of cellular senescence, inflammation and cardiovascular diseases.

We are not aware of any comprehensive data driven attempt to describe or organise the full range of processes by which healthcare students develop their professional identities.

However, there are important differences between the individual signaling molecules that allow for precise control of a full range of processes, including development, cell survival, differentiation, motility, angiogenesis, and carcinogenesis.

The full range of process variations is presented in the Additional file 2 along with the number of production records and the date range for each manufacturing process (Additional file 2: Tables S1 S4, Figures S2 S4).

As a result, it was found that by solving Eqs. 3 and 10 together for a full range of process parameters, it was possible to plot the phase transformation diagram, as shown in Fig. 9.

The predominant current cellular therapies, aimed at replacing dopaminergic neurons, do not treat the full range of pathological processes relevant to a comprehensive treatment.

However, the details of this process or linkage are still unknown and it has recently been suggested that a deeper understanding of carbon flux throughout the full range of cellular processes is necessary to optimize both growth and lipid accumulation in microalgal cultures [ 22].

The model is used to calculate the flow and heat transfer involving the single-phase subcooled water region, nucleate boiling region, dryout phenomenon, post-dryout region, and single-phase superheated steam region, i.e., the "full range" of the process.