The phrase "a scale which provided" is correct and usable in written English.
It can be used when describing a scale that offers or delivers specific information or measurements.
Example: "The study utilized a scale which provided accurate measurements of participants' stress levels."
Alternatives: "a scale that offered" or "a scale that delivered".
GCS was used as a covariate instead of HISS, as it is based on a continuous scale, which provided more variability in the scores, and hence represented a more appropriate and conservative approach for use in the partial correlation model.
In addition, effect of single-gene deletions on sporulation efficiency has been determined at a genomic scale, which provided quantitative phenotypic measurements [ 16].
We plotted the entropy as a function of scale, which provided the quantitation of structure richness embedded in heartbeat fluctuations over different timescales.
Parents were asked to compare the motor performance of their child with that of his or her peers using a 5-point Likert scale, which provides a measure of a child's coordination in everyday functional activities.
In addition, the noise level in signals can be assessed by DWT with a small scale, which provides a convenient way to access the quality of the signals (i.e., S/N) instantaneously and further ensure the accuracy of the estimation.
Single-walled carbon nanotube (SWCNT) random networks are easily fabricated on a wafer scale, which provides an attractive path to large-scale SWCNT-based thin-film transistor (TFT) manufacturing.
In a recent study, Ellwanger and colleagues [ 50] decipher the role of miRNA on a large scale, which provides knowledge for the implementation of miRNA regulation in molecular in silico models.
The Ham-D-17 is a clinician-rated scale, which provides a measurement of symptoms of depression.
Each of the seven items are assessed on a likert-based scale which provide an overall quantitative score ranging from 0 to 28, with higher scores indicative of more severe insomnia.
Moreover, the technology for monitoring gene expression is particularly advanced and high-throughput arrays can be performed on a genome-wide scale, which provides an unsurpassed breadth of information.
