This study demonstrated how inaccurate time-activity classification could lead to exposure misclassification, specifically in locations where people are spending less time (e.g. " In-Transit" and " Outdoors").
During fMRI scanning, unplanned head movements can result in inaccurate localization of activity.
In 3D PET with high injected activities, inaccurate corrections for detector deadtime can impact the accuracy of reconstructed activity in early frames.
This final point is important as inaccurate estimation of physical activity will diminish any apparent effect of physical activity on an outcome measure.
This exemption makes it inaccurate to predict its activity based on PKM2 oligomerization.
Current techniques for skull attenuation correction (AC) provide indirect estimates of cortical bone density, leading to inaccurate estimates of brain activity.
We conclude that all strokes do not affect the spatiotemporal characteristics of HDRs in such a way as to produce inaccurate representations of brain activity as measured by BOLD-fMRI.
Although there are many toolboxes that can be exploited, such as [34, 35], the study of the impact of inaccurate skeleton/pose estimation on activity classification is beyond the scope of this paper.
Thus, inaccurate estimation of physical activity level and recall bias were unavoidable.
Either these interact with signaling components independently of phosphorylation, or bioinformatic assessments of kinase activity are inaccurate.
