This level of precision corresponds to what has been proposed as a minimal clinically important difference of health-related quality of life measures 59 allowing us to identify clinically significant harm from the intervention if it existed.
The attenuation of sensory precision corresponds effectively to attending away from the consequences of action.
In particular, precision corresponds to the fraction of predicted clusters that matches real protein complexes; and recall corresponds to the fraction of real protein complexes that are matched by predicted clusters.
Performance, in terms of precision, corresponds quite closely to performance in terms of power: when power is high, the RMS error of the estimated QTL position is low, and vice versa.
Physiologically, precision corresponds to the postsynaptic gain or sensitivity of cells reporting prediction errors (currently thought to be large principal cells that send extrinsic efferents of a forward type, such as superficial pyramidal cells in cortex).
Performance, in terms of precision, corresponds quite closely to the performance in terms of power: When power is high, the root mean square error of the estimated QTL position is low, and vice versa.
The overall precision corresponded to the time-different intermediate precision (i.e. time and repeatability conditions).
This precision is often determined ad hoc.
No president has ever had a megaphone of this precision.
Top-down proteomics offers this precision.
