Subgroup Analyses Sample Clauses

Subgroup Analyses. The entire analysis will be repeated separately by patient race (Komodo Health only), age (categorical), sex, region, presence/absence of cirrhosis, and pre-/post-COVID. Because race is not completely captured in either database, these analyses will only include those with non-missing values for race.

Subgroup Analyses. Results presented in Table 1 and Table 2 show the trends in the prevalence of LCS consumption by type and by age, race, weight, income, and gender subgroups. Though the degree of increase in LCS consumption differed across subgroups, increases in the consumption of reduced-calorie beverages, but not no-calorie beverages or LCS containing foods were observed in all subgroups. The proportion of consumers of any food or beverage source of LCS increased significantly only among females (girls: p-trend=0.03, women: p-trend= 0.002) in both children and adults. Increases in the prevalence of reduced-calorie beverage consumption were observed among all males (boys: p-trend <0.01, men: p-trend <0.01) and females (girls: p-trend <0.0001, women: p-trend <0.0001). Stratified by age group, the prevalence of consuming any LCS-containing food or beverage increased only among 6-<12 year old children (p-trend <0.05), and was not statistically significant in any adult age group. Dramatic increases in reduced-calorie beverage consumption were observed among all adult age groups, but only among 6-<12 year old children (p-trend <0.0001). Increases in the prevalence of consuming LCS from any food or beverage source were observed among non-Hispanic black (p-trend=0.02) and Hispanic (p-trend=0.0006) adults, but not among non-Hispanic white adults. Increases in reduced-calorie beverage consumption, specifically, were observed in Hispanic and non-Hispanic white adults. Though increases in consumption of reduced-calorie beverages were significant in all child racial subgroups, there were no differences in the prevalence of consuming any LCS containing food or beverage. Increases in consumption of LCS from any food or beverage source were observed only among the highest income tertile among adults (p<0.05), yet heightened prevalence of reduced-calorie beverage consumption was observed in all income groups in both children and adults. After stratifying by weight status, we observed a significant increase in the prevalence of consuming LCS from any food or beverage source in normal weight (p- trend < 0.05) and overweight children (p-trend = 0.03) and obese adults (p-trend < 0.05), but not in normal weight adults. Increases in the prevalence of reduced-calorie beverage consumption were observed in all weight subgroups among adults (p-trend <0.0001), but only among normal weight children (p-trend <0.0001). The mean intake of LCS beverages (grams) among consumers remained stable in the en...

Subgroup Analyses. For the associations with secure attachment to God and God control, studies with measures of the dispositional dimension did not meet the criterion of at least two categories with at least four studies. For the other four God representation dimensions, none of the differences in strength of associations be- tween dispositional aspects and God representations was significant (see Table 8).

Subgroup Analyses. The following subgroups have been defined for the primary analysis: • PIK3CA mutation status (detected/not detected in ctDNA or tissue samples) • PIK3CA mutation (detected/not detected in ctDNA samples only) • PIK3CA mutation (detected/not detected in tissue only) • Age (<=65, >65) • Region (Asian/Not Asian) • Visceral disease (Yes/No) • Prior taxane use in adjuvant/neoadjuvant setting (Yes/No) Where variables are not categorical (e.g. age), cut-offs have been defined to determine subgroup classification. Statistical analysis will be performed when there are a minimum of 10 patients/events in a subgroup. Mutation PIK3CA status (detected/not detected) and sample type (tissue/ctDNA) will be summarised and listed. To investigate the concordance between the results of the two sample types, an analysis will be done using kappa statistics with 95% confidence intervals.

Subgroup Analyses. It is not expected that demographic or baseline characteristics will have an impact on the study results in this study. No subgroup analyses are planned. Printed By: Print Date: Document: TDOC-0054838 Status: Effective

Subgroup Analyses. The results of stratified analyses by selected socio-demographic characteristics revealed no significant heterogeneity in the association between intense and sustained participation in MOVE! and diabetes incidence by gender, race/ethnicity, and age categories (Figure 4.3). However, there were statistically significant differences in the association between participation and diabetes incidence across baseline BMI categories and glucose levels, suggesting greater benefit of participation among those at higher risk for diabetes (with higher BMI or RPG, both p<0.001 for interaction).

Subgroup Analyses. Subgroup analyses based on age, sex, combined CABG/mitral valve repair patients, isolated mitral valve repair patients, re-do CABG procedure, medical history (e.g., diabetes, hypertension, and anemia), level of LVEF, and baseline right heart pressures, baseline BNP and NT pro-BNP will be performed. Other subgroups may be prespecified in the statistical analysis plan.

Subgroup Analyses. Version: 1.0; CURRENT; Most-Recent; Effective

Subgroup Analyses. In the lymph node-negative (stage I-II) patients, no significant difference was observed between the BM-negative and BM-positive cases in OS or DFS (Fig. 2); HR 0.85 (95%CI 0.24-3.04), p = 0.80 and HR 1.83 (95%CI 0.66-5.09), p = 0.25, respectively. Also in the group of elderly patients (> 70 years), no significant difference was found between the BM-negative and BM-positive cases in OS (n = 58; p = 0.25) or DFS (n = 49; p = 0.24). Adjustment for sex, age, tumor location and chemotherapy did not change the results for any of these survival analyses.