A study by van den Ende et al. concluded that the HAQ is not an appropriate instrument to detect changes in physical impairments due to short-term exercise therapy [ 36], a finding confirmed by the current study.
These strategies include the use of performance-based assessments of cognition and functioning and the appropriate use of observational strategies to detect changes.
Another important task is to determine the appropriate level of taxonomical effort needed to detect changes in the assemblage structure.
However, the appropriate microarray platform is crucial in order to detect changes in particular genes.
The ability to detect changes in the environment is necessary for appropriate interactions with the external world.
The amplitude of these fluctuations, as reflected in the size of carotid body signals, may be used by the brain to detect changes in the metabolic rate and to produce appropriate adjustment in ventilation.
Quantifying this uncertainty is critical to determine our ability to detect changes in space or time, and ultimately to develop guidance to help designing appropriate measurement strategies for quantifying carbon stocks and stock changes.
The instrument was originally developed to detect changes in satisfaction related to changes in treatment modalities, but it is also appropriate for comparing levels of satisfaction in subjects using different treatment regimens.
To detect changes in ecosystems due to human impact, experimental designs must include replicates at the appropriate scale to avoid pseudoreplication.
