In particular, interactive rotation of 3-dimensional volume-rendered images was employed for the optimal understanding of spatial relationships.
The point is that a more optimal understanding of one's physique is really useful information and can be used for a wide spectrum of things.
Designing this plan for optimal operation requires an understanding of cholera transmission within the population, and the development of models that permit assessment of the impact of proposed interventions on disease incidence.
Lack of standardization of critical experimental parameters of the model has, however, greatly limited the opportunity to compare directly data from independent investigators; as a result, progress in understanding conditions for optimal nerve regeneration has been stunted.
For optimal design of pyrolysis reactors, an understanding of the pyrolysis kinetics of lignocellulosic biomass is of fundamental importance.
Correct subclassification and identification of any underlying or associated disorder are critical for understanding the pathogenesis and for optimal therapeutic management [ 3– 5].
The scale-dependent predictability in our soil landscape modeling implies that fine-scale topographic information would not always be optimal for understanding soil spatial variability.
7 Understanding this could have direct implications for optimal approaches to infant nutrition.
