Sentence examples for development can be explained from inspiring English sources
As social integration is crucial for an apprentice's socialization and learning, it is important to know how social integration develops and changes during organizational entry and how this development can be explained by pre-entry factors related to the school context or to effects of the company's onboarding strategies.
Its development can be explained by redirection of foraging behaviour.
First, it considers how the history of innovation studies for sustainable development can be explained as a process of linking broader analytical frameworks to successively larger problem framings.
Many non-host selective microbial phytotoxins are known to induce a generation of ROS and in many cases, disease symptom development can be explained by this mechanism (Heiser et al. [1998]).
The finding that the loss of EF-G1 does not affect eye development can be explained if Drosophila EF-G2 assumes the function of elongation in the eye.
That SR 25989, which potentially inhibits angiogenesis, did not alter tumour growth and lymph node development can be explained by the high vascularisation of the foot pad.
The paper hypothesizes that the differences in outdoor temperatures within and between residential developments can be explained by the impact of design-related variables on the overall environment.
The lack of performance experienced by several colloidal drug carriers during the preclinical and clinical development processes can be explained by inadequate pharmacokinetic/biodistribution profiles and/or unacceptable toxicities.
Cases of experimentally induced acceleration of development (precocious foraging) can be explained in this way.
Specifically, the hypothesis explored is that the link between chronic stress and the subsequent development of fibromyalgia can be explained by one or more abnormalities in neuroendocrine function.
The complex and, in part, opposing effects of TZDs on cancer development and progression can be explained by their cell-specific and species-specific action (tumor cells versus tumor environment).
