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R

Ralf Bender

Max Planck Society

H指数:44

被引数:1.2万

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Hazards, Causality, and Practical Relevance of Collider Effects - Comment on Beyersmann et al. Hazards Constitute Key Quantities for Analyzing, Interpreting and Understanding Time-to-Event Data

风险、因果性和碰撞效应的实践相关性——关于Beyersmann等人的评论：风险是分析、解释和理解时间到事件数据的关键量

BIOMETRICAL JOURNAL

IF1.8

2025-09-080

PRE

Exploring the characteristics, methods and reporting of systematic reviews with meta-analyses of time-to-event outcomes: a meta-epidemiological study

BMC MEDICAL RESEARCH METHODOLOGY

IF3.4

2024-11-250

OAAI

The SRG/eROSITA All-Sky Survey Optical identification and properties of galaxy clusters and groups in the western galactic hemisphere

SRG/eROSITA全天空调查西半球星系团和星系团的光学识别和性质

ASTRONOMY & ASTROPHYSICS

IF5.8

2024-08-2819

OA

Bayesian random-effects meta-analysis with empirical heterogeneity priors for application in health technology assessment with very few studies

RESEARCH SYNTHESIS METHODS

IF6.1

2023-12-280

OA

Meta-epidemiological review identified variable reporting and handling of time-to-event analyses in publications of trials included in meta-analyses of systematic reviews

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2023-07-011

OA

Performance of several types of beta-binomial models in comparison to standard approaches for meta-analyses with very few studies

BMC MEDICAL RESEARCH METHODOLOGY

IF3.4

2022-12-138

OAAI

On weakly informative prior distributions for the heterogeneity parameter in Bayesian random-effects meta-analysis

贝叶斯随机效应meta分析中异质性参数的弱信息先验分布

RESEARCH SYNTHESIS METHODS

IF6.1

2021-02-1567

OA

GRADE Guidelines: 29. Rating the certainty in time-to-event outcomes-Study limitations due to censoring of participants with missing data in intervention studies

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2021-01-0111

OAAI

The NNTnet metric is not new, not easy to use, and not routinely applied in medical research

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2021-01-011

OAAI

A simulation study to compare different estimation approaches for network meta-analysis and corresponding methods to evaluate the consistency assumption

BMC MEDICAL RESEARCH METHODOLOGY

IF3.4

2020-02-248

OAAI

GRADE guidelines 27: how to calculate absolute effects for time-to-event outcomes in summary of findings tables and Evidence Profiles

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2020-02-0139

OAAI

The number needed to treat in pairwise and network meta-analysis and its graphical representation

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2019-07-0135

OAAI

Methods to calculate uncertainty in the estimated overall effect size from a random-effects meta-analysis

从随机效应荟萃分析中计算估计总体效应大小的不确定性的方法

RESEARCH SYNTHESIS METHODS

IF6.1

2018-10-09129

OAAI

Methods for evidence synthesis in the case of very few studies

RESEARCH SYNTHESIS METHODS

IF6.1

2018-04-06160

OAAI

Indirect Comparisons and Network Meta-Analyses Estimation of Effects in the Absence of Head-to-Head Trials-Part 22 of a Series on Evaluation of Scientific Publications

DEUTSCHES ARZTEBLATT INTERNATIONAL

IF7.1

2015-11-2081

OA

Methods to estimate the between-study variance and its uncertainty in meta-analysis

meta分析中研究间方差及其不确定度的估计方法

RESEARCH SYNTHESIS METHODS

IF6.1

2015-09-021.0K

OAAI

Estimation of numbers needed to treat should be based on absolute risks Reply

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2014-02-013

OA

Absolute risks rather than incidence rates should be used to estimate the number needed to treat from time-to-event data

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2013-09-0110

PREAI

Unsolved issues of mixed treatment comparison meta-analysis: network size and inconsistency

RESEARCH SYNTHESIS METHODS

IF6.1

2012-09-2737

PREAI

Incorrect calculation of numbers needed to treat affects confidence intervals more often than point estimates

JOURNAL OF CLINICAL EPIDEMIOLOGY

IF5.2

2012-07-011

OA