Sentence examples for precisely defined and from inspiring English sources

For researchers to make the best decisions regarding treatment, client populations must be precisely defined and described.

The exploitation of the efficient machinery of protein synthesis in living cells opens a route to precisely defined and complex macromolecules.

By using the waterfall methodology, the teams avoid the pitfalls of creating systems before project plans are precisely defined and approved.

The versatility of the approach we describe and the fundamental knowledge gained from this study can lead to new advancements in the development of novel materials with precisely defined and predictable chemical, physical, and mechanical properties.

Three-dimensional geometry of each individual block is precisely defined and stability of each block subject to the body weight is estimated by considering both the kinematic behavior and the mechanical properties of block forming discontinuity planes.

The generalized mathematical model uses uncertain parameters for content descriptors that are difficult to be precisely defined and measured, such as the level of intrusiveness and the change in performance over time.

Good "science" in anthropology, in this view, is a move away from the misguided search for "objective truth," precisely defined and carefully tested causal hypotheses, and the cumulation of small findings; it is a move toward placing the researcher's inevitable biases and partialities at the center of the research process.

A major obstacle to such progress is the difficulty in identifying heritable neurocognitive measures that are precisely defined and systematically assessed and represent unambiguous mental constructs, yet are also amenable to the high-throughput phenotyping necessary to obtain adequate power for genetic association studies.

However, the notion of logistical imperatives itself is not precisely defined, and can take many forms.

It is a set of procedures that animal experts must embark to precisely define and interpret detailed variations in measured field signals.

By making single strands of DNA or RNA with specific A, T, C and G sequences, researchers can precisely define and predict which part of a strand will bind to another.