Next to the standard ΛCDM paradigm, a number of alternative cosmologies may be viable.
From this explicitly visual paradigm, a number of examples of potential analysis are examined at four different scales of analysis: national, regional, market and micro-level.
In their paradigm, the number of objects within sample and test sets was always the same and all the presented items within sample set were required and relevant to the task.
Although the sensitivity of this imaging paradigm (minimal number of tumor cells per node that are detectable) was not determined in this study, a significantly higher uptake and retention of [18F]FEAU was detected in all nodes invaded by cancer compared to non invaded normal nodes (>2 standard deviations).
In this "lumpology" paradigm, the number, size and location of lesions are used to determine prognosis and guide treatment strategies.
In this paradigm, a number of high-contrast stationary (or slowly moving) items are superimposed on a background of rapidly moving dots.
Yet, despite the absence of the role of Gal-1-related ECM proteins during stem cell functions for the current molecular cell biology paradigm, a number of independent experiments link ECM proteins to normal growth control, differentiation, and motility.
Using the same paradigm, a number of recent studies have shown that infants do not show the Woodward-effect if the goal-object was the only potential object available to the agent during familiarization, and if there is now another potential goal-object present.
With ORX in both paradigms, trabecular number was decreased while spacing increased.
Based on online feedback perturbation paradigms, a number of studies have either provided behavioral [17] [19] or neuroimaging [20] [23] evidence for the role of auditory feedback in articulatory control, as part of an error correction mechanism.
