Table S1. Hazard ratio (HR) and 95% confidence intervals (95% CIs) for discontinuation of adjuvant hormone therapy and breast cancer events derived from competing risk regression models. Discontinuation of adjuvant hormone therapy and breast cancer events in women diagnosed with breast cancer in Stockholm, Sweden, 2001â2008. (A) Screening non-participants vs participants; (B) screening non-participants vs participants diagnosed with screen-detected cancers; (C) screening non-participants vs participants diagnosed with interval cancers. Hazard ratio (HR) and 95% confidence intervals (95% CIs) were derived from competing risk regression models. (DOCX 13 kb
Table S1. Circulating concentrations of OPG and risk of death following a breast cancer diagnosis, b...
Cox regression to evaluate the effect of selected covariates on prostate cancer incidence ignoring d...
Figure S2. DFS and OS analysis of > 8 years of endocrine therapy versus < 8 years of endocrine thera...
Table S1. Multivariate-adjusteda hazard ratios (HRs) and 95% confidence intervals for breast cancer ...
Table S1. Breast cancer incidence and competing mortality rates used for each cohort to estimate abs...
Supplemental results containing: 1) a table comparing trial participants for whom AR expression was ...
Table S2. Maximum-likelihood estimates (MLEs) and 95% confidence intervals (CIs) based on the non-ho...
Table S1. Number of person-years, in situ and invasive breast cancer cases by detection mode, interv...
Supplementary Methods. Treatment â endocrine therapy. Treatment â chemotherapy. Treatment â ch...
Table S1. For interval and screen-detected invasive breast cancer, marginal risk estimates for Cumul...
Table S1. Characteristics of patients diagnosed with ER/PR-positive first breast cancer enrolled in ...
Hazard ratios (HR) and 95 % confidence intervals (CIs) of all-cause mortality a and breast cancer-sp...
Table S1: Distribution of clinico-pathological variables between patients with sufficient tumor mate...
Figure S2. Truncated cumulative statin daily dose and all-cause mortality. Doses below each threshol...
Univariate logistic regression analysis of different variables predicting pathological complete resp...
Table S1. Circulating concentrations of OPG and risk of death following a breast cancer diagnosis, b...
Cox regression to evaluate the effect of selected covariates on prostate cancer incidence ignoring d...
Figure S2. DFS and OS analysis of > 8 years of endocrine therapy versus < 8 years of endocrine thera...
Table S1. Multivariate-adjusteda hazard ratios (HRs) and 95% confidence intervals for breast cancer ...
Table S1. Breast cancer incidence and competing mortality rates used for each cohort to estimate abs...
Supplemental results containing: 1) a table comparing trial participants for whom AR expression was ...
Table S2. Maximum-likelihood estimates (MLEs) and 95% confidence intervals (CIs) based on the non-ho...
Table S1. Number of person-years, in situ and invasive breast cancer cases by detection mode, interv...
Supplementary Methods. Treatment â endocrine therapy. Treatment â chemotherapy. Treatment â ch...
Table S1. For interval and screen-detected invasive breast cancer, marginal risk estimates for Cumul...
Table S1. Characteristics of patients diagnosed with ER/PR-positive first breast cancer enrolled in ...
Hazard ratios (HR) and 95 % confidence intervals (CIs) of all-cause mortality a and breast cancer-sp...
Table S1: Distribution of clinico-pathological variables between patients with sufficient tumor mate...
Figure S2. Truncated cumulative statin daily dose and all-cause mortality. Doses below each threshol...
Univariate logistic regression analysis of different variables predicting pathological complete resp...
Table S1. Circulating concentrations of OPG and risk of death following a breast cancer diagnosis, b...
Cox regression to evaluate the effect of selected covariates on prostate cancer incidence ignoring d...
Figure S2. DFS and OS analysis of > 8 years of endocrine therapy versus < 8 years of endocrine thera...