Sentence examples for comprehensive variable from inspiring English sources

A comprehensive variable amplitude (VA) fatigue testing program and analysis was performed to address a number of concerns raised regarding the use of impact treatments for the fatigue enhancement of welds in the high and ultra-high cycle (up to 100 million cycles) domains.

A dietary pattern is a comprehensive variable that integrates consumption of several foods or food groups and is expected to have a greater impact on disease risk than any single nutrient (9).

Other abbreviations are the same as in Table  1 Clinical stage was first excluded from the multivariable analyses because it was a comprehensive variable, and the other variables were entered stepwise into the multivariable Cox proportional hazard model by the forward conditional method.

The significant associations between HPV 16/18 seropositivity and a comprehensive variable including eight selected cancer types (cervix, oesophagus, larynx/windpipe, lung, mouth/tongue/lip, ovary, prostate, and rectum) supports the notion that those subjects with HPV 16/18 seropositivity may be at higher risk for these cancers.

The study was designed in such a way that, the RH, VV, Upwind (UW), Downwind (DW) and CWP were divided into several intervals, to quantify the relationship between AOD and CER by controlling one single variable or two comprehensive variables over the mountains and plains.

An interviewer-administered questionnaire on seventeen comprehensive variables was administered to 2,560 women who had children aged 12 24 months.

To our knowledge, no other research has analyzed healthcare service utilization with a set of such comprehensive variables using Andersen's behavioural model.

Similar analyses in future should also include more comprehensive variables for their analyses, including the impact of high mobility, increased closure of bars due to police raids, consumption of alcohol amongst FSWs, and FSWs' economic status.

Fourth, we created a comprehensive CVD variable that combined CAD, hypertension, stroke, and other CVDs to determine whether collinearity (a statistical modeling issue in which high correlation among similar predictors tends to inflate the estimates of risk in the regression model) affected the results.

Our analyses revealed sizeable additive and non-additive components of genetic variation for our most comprehensive fitness variable (F1 productivity) in C. maculatus, illustrating that the diallel cross offers a useful empirical route to provide insights into rather complex aspects of the genetic architecture of fitness.

Although we examined seventeen comprehensive independent variables, we missed some variables in this research, such as parity and time of onset of labor.