The phrase "a significant proportion of errors" is correct and usable in written English.
It can be used when discussing the extent or amount of errors in a particular context, such as research, analysis, or reporting.
Example: "In our study, we found that a significant proportion of errors occurred during the data entry phase."
Alternatives: "a large number of errors" or "a considerable amount of errors."
The analysis by error type revealed a significant proportion of systematic errors which were derived from errors in the predefined chemotherapy protocols, such as failure to specify route of administration or volume of infusion solution; these errors were often present in prescriptions which would have been otherwise error-free.
In perspective, our technique might be used to explain a significant proportion of this error variance in reading and other eye-movement tasks.
Our findings suggest that a significant proportion of IV administration errors reflect knowledge and/or skill deficiencies, with errors reducing in the first few years of clinical experience.
Despite the technologic advances in design, resulting in the development of "smart" pumps to help deliver analgesia more safely, patient-controlled analgesia (PCA) is still involved in a significant proportion of the medication errors ascribed to intravenous (IV) drug administration, many of which have harmed patients.
2 4 A small, but significant, proportion of errors result in adverse drug events (ADEs).
Furthermore, if a significant proportion of cSNPs was due to coincident errors, we would expect the site frequency spectrum (SFS) of cSNPs within humans that is, the proportion of polymorphic sites within the genome that are found at a given frequency in the population to differ from that of other SNPs.
It is conventional wisdom that design error causes a significant proportion of structural failures.
All these results indicated that a significant proportion of visual loss was due to inadequately corrected refractive error and it is important and necessary to identify undercorrected refractive errors.
Given that human error, particularly in design, causes a significant proportion of structural failures, it is of interest to develop a design task model that simulates the effect of human error in design.
