Primary study · included by 1 review
High prevalence of secondary bladder cancer in men on radiotherapy for prostate cancer: evidence from a meta-analysis.
Zhao 2019 · Zhao Shankun, Xie Qiang, Yang Redian, et al. · Cancer management and research · 2019
Included by
| Outcome this study informs | Pooled effect | Evidence | Certainty |
|---|---|---|---|
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 1.71 | NR | GRADE not reported |
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 2.18 | NR | GRADE not reported |
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 1.75 [1.38, 2.22] | NR | GRADE not reported |
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 1.51 | NR | GRADE not reported |
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 1.95 | NR | GRADE not reported |
Secondary bladder cancer in men With radiotherapy for prostate cancer vs Without radiotherapy for prostate cancer | HR 1.60 [1.33, 1.92] | 16 studies · 209494 participants | Very low |
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 1.71 [1.39, 2.11] | 6 studies · 629896 participants | Low |
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 2.50 | NR | GRADE not reported |
Risk of bladder cancer in men With Benign prostatic hyperplasia vs Without Benign prostatic hyperplasia | RR 1.58 | NR | GRADE not reported |
1 including review in total.