In this prospective cross-sectional study of Emergency Medicine residents and recently qualified emergency physicians, we found that there was improvement in the interpretation of ECGs with increased seniority.
The numerous benefits that it offers include, in particular, improvement in the interpretation of examined data, full or nearly full automation of tasks normally performed by a physician, better precision and accuracy of obtained results, and also possibility of exploring new imaging modalities, leading to new anatomical or functional insights.
Because DFM concerns so many women, even a small improvement in the interpretation of FM may well have substantial impact on antenatal care and perinatal outcomes.
To meet contemporary calls for improvement in the interpretation and reporting of quantitative research [ 29], we have reported the practical significance (effect size) along with each statistical significance test.
Recently, strategies to decrease size-based amplification bias and increase sequencing depth have led to improvements in the quantitative interpretation of data from insertional mutagenesis screens [ 7, 9]; however, these interpretations are still quite broad and have so far been used only to trim CIS lists with the goal of eliminating background signal.
Interim improvements in the design, execution, interpretation, and regulatory applications of LC50 and related protocols using exposure-based dose surrogates are warranted.
Improvements in the standardization and interpretation of knee and hip radiographs have produced more accurate measurements of both joint space width (JSW) and the progression of joint space narrowing [ 3].
A further improvement in the semantic interpretation and consistency of discovered topics might be achieved by exploring variations of topic models that consider word bigrams – the reoccurrence of e.g. the bigram "biodiversity loss" allows a more conclusive interpretation of a topic than the individual occurrence of the two words "biodiversity" and "loss".
Similarly, the creation of ∼9600 kidney-related GO term associations to 940 UniProtKB entries resulted in significant improvements to the interpretation of analyses performed on genes differentially expressed in kidney glomeruli affected by diabetic nephropathy (11).
The sign test was used to assess whether there was significant improvement or worsening in the interpretation of the label with the addition of the illustration.
