Sentence examples for most frequent contributing from inspiring English sources

The most frequent contributing cause of the event was human error (87%; 357 of 409).

The most frequent contributing factor to acute kidney injury (AKI) is sepsis and multi-organ dysfunction syndrome (MODS) [ 1].

The authors of a multinational prospective observational report described that the most frequent contributing factor to AKI is sepsis, which is observed at a rate of approximately 50% [ 12].

Noting that mixed dementia (having overlapping contributions) is common, Dickson and colleagues [ 9] reported that, in the Florida Brain Bank, the most frequent pathologies contributing to dementia were AD (77%), followed by LBD (26%), and then VaD (18%).

Respiratory tract infections are the most frequent acute problems contributing around 25% of patients who consult within primary care 23 24 and around 40% of admissions to emergency services.

According to one study conducted by Usman and his colleagues in 2003, the most frequent risk factor contributing to HBV infection is barber risk and it accounts for 47.6% of the infection [ 17].

The most frequent amino acids will contribute the most to both repeats and singlets but any differences between the two plots indicate a preference for being either in a singlet or repeat.

Mutation of the fms-like tyrosine kinase 3-internal tandem duplication (FLT3-ITD), which is one of the most frequent genetic alterations, strongly contributes to an increased risk of treatment failure and to poor prognosis.

The most frequent transversions are G⇔C substitutions, contributing 16% of all substitutions in genes and 18% across entire orthologous region, exceeding previous estimations by twofold (9.14%, 9%) [ 7, 8].

In our study, anxiety disorders were most frequent in BD, thus did not contribute to more balance problems in those with ADHD-C diagnosis.

Together, the GAL80, GAL3, and HXT loci indicate that combinations of alleles in genes that govern the regulation of galactose utilization, rather than genes that encode enzymatic functions for either the catabolism of galactose or the degradation of its toxic intermediates, contribute to the most frequent euploid genotypes allowing galactose tolerance in our cross.