Sentence examples for substantial adaptations from inspiring English sources

This led to substantial adaptations, mainly to simplify and clarify the questions, which were also discussed with the authors of the PACIC.

However, these accounts ignore substantial adaptations in motor behaviour that accompany absence or loss of a limb, which could be powerful drivers for plasticity (Scholz et al., 2009).

Whole genome comparison of Sii CJ18 to Sii ATCC BAA-102T and related streptococci revealed substantial adaptations to the dairy environment in CJ18, paralleling that of S. thermophilus.

This conjunction of problem attributes and context in which experiments and learning takes place can create substantial adaptation demands.

Its substantial adaptation to drought, elevated temperatures, a wider spectrum of pH, requirement of less fertilizers and minimal irrigation relative to many other legumes, increase its preference by the farmers in improving their socio-economic status and in contributing agricultural productivity.

However, this approximation shows the potential for substantial adaptation to the most recent host by homologous recombination.

Broad tufted pyramidal neurons with little spike adaptation showed a small adenosine response, whereas slender tufted pyramidal neurons with substantial adaptation showed a bigger response.

While fully standardized methods may be a research ideal, local circumstances may require substantial adaptation of the methods to achieve meaningful local representation.

Despite evolutionary stability, the intestinal microbiota develops in individual animals in a characteristic successional pattern that requires substantial adaptation by the host during early life.

It is likely that instruments to assess dissaving could be used across a wide range of illnesses with minimal alteration, whereas patient cost questionnaires require substantial adaptation to reflect specific care-seeking and treatment pathways.

Short-term increases in physical activity, independent of any substantial training adaptations, weight loss, and changes in body composition, have produced beneficial modifications in skeletal muscle protein expression and improved insulin sensitivity and circulating TG, all of which improve risk for T2D and MetS [24], [25], [26], [27].