In addition to helping people who only years ago would be considered infertile due to medical conditions conceive, the medical industry is also enabling people to have their own children well beyond their normal biological reproductive years.
This process consists of four major categories: Traveling into despair (causal conditions), Conceiving the threat (phenomena), Confronting and confining the threat (actions), and Regrounding self and regaining control (consequences).
A global measure is a parsimonious way of measuring psychosocial work conditions, assuming that the overall concept of psychosocial work conditions is conceived in a more homogenous way across heterogenous populations than separate aspects of psychosocial work conditions.
Such loading conditions were conceived to replicate local effects of the bypass load, transfer load and secondary bending respectively at the critical rivet row.
These conditions, broadly conceived, concern, on the one hand, the rational capacities of humans, or more accurately souls, and, on the other hand, the objects of knowledge.
Conditions previously conceived of as fate that needs to be faced become diseases experienced as illness as soon as they can be anticipated with diagnostic technologies or treated with technological interventions.
They reflected on their existence and the conditions thereof; conceived of and put into practice ways to endure without succumbing, ways to struggle against enslavement and the curtailment otherwise of their lives and aspiration; and conceived and acted on ways to escape.
These 4 conditions are conceived as the expression of 2 dimensions representing prominent speech inherent characteristics, namely segmental and suprasegmental information.
The weight estimation condition was conceived as a way to increase the cognitive load associated with the lifting task.
Recent progress in modelling, simulation and optimisation environments (MSOEs) and open software architectures (OSAs) have created the conditions to conceive novel paradigms for advanced process control (APC) of large-scale complex process systems.
