The ventral striatum, especially the accumbens (NAc), is known to encode salience and learning signals, and to show increased activation to uncertain rewards, especially when the current outcome is better than the expected outcome (reward prediction error) [7], [11].
For 34% of the outcome errors, the treatment card was correct (with the register not updated), and in the remaining 8% the register was correct.
In part, this is because the rotational operation of the faucets handles caused outcome errors for the crosshead (i.e., participants knew to turn the handle, but turned it in the wrong direction), decreasing the crosshead's overall odds of errorless use.
Importantly, the serious medical errors outcome included errors with the potential to cause harm.
The media approach focuses on the outcome of error from the patient perspective and some errors have catastrophic consequences.
Also, because DNA carries information for a specific outcome, an error can occur as the mechanism operates to produce that outcome; hence Stegmann's account allows for errors and error-correcting mechanisms (such as proof reading mechanisms that correct DNA mutations).
This finding points to the necessity of reducing the outcome measurement error by repeated and standardized assessments of BP.
The outcome prediction error is the difference between the actual and the expected outcome, δ(t) = R t) − QA t) with the actual outcome being either 'Correct' or 'Incorrect' (1 or 0).
Some challenges, such as unmeasured confounding or missing data, are common in many research areas; others, such as outcome measurement error and lack of a "gold standard" outcome assessment, are more pervasive or more severe in dementia research [ 1– 3].
