ABCMETAapp: A Simulation-Based Estimation Approach to Meta-Analysis

★ ★ ★ ★ ☆ | 2 reviews | 8 users

Last accessed Jul 03, 2026
Author Deukwoo Kwon Sylvester Comprehensive Cancer Center, University of Miami

About the app

ABCMETAapp is a versatile application designed for the implementation of approximate Bayesian computation on diverse datasets. It offers flexibility by allowing users to select an outcome distribution other than the normal distribution, particularly useful when dealing with skewed or heavy-tailed outcome variable distributions. This R Shiny application provides a user-friendly interface for executing ABCMETA, which employs five different distributions for estimating the outcome variable. ABCMETA utilizes a set of common summary statistics, including minimum value, first quartile, median, third quartile, maximum value, and sample size. The app accommodates three potential situations based on the available summary statistics in a given study, providing a tailored approach for each scenario. Users can input data for situations where four reported quantities are available, where estimates of the first and third quartiles are present. Published: Res Synth Methods. 2021 Nov;12(6):842-848.

Data Safety

Safety starts with understanding how developers collect and share your data. Data privacy and security practices may vary based on your use, region, and age. The developer provided this information and may update it over time.

Rate this App

You must login to submit votes

App Updates and Comments

No application notes or reviews.

Post response or reviews

Other Similar Apps

2MFSttest Go-To Tool to Explore Parametric T Test Analysis Mizutani
QuickStatsGen Custom Data Generator for Statistical Practice Mudasir Mohammed Ibrahim
discrProbDist Explore Discrete Probability Distribution Mizutani
Simrel Versatile Tool for Simulation of Multivariate Linear Model Data Raju Rimal
RIMeta Estimate the Reference Interval from a Meta-Analysis Lianne Siegel
ABCMETAapp A Simulation-Based Estimation Approach to Meta-Analysis Deukwoo Kwon
DTAmetasa Meta-Analysis of Diagnostic Test Accuracy and Sensitivity Analysis Satoshi Hattori
metaIEShift Meta-Analysis of the Effects of Co-Occurrence and Relational Information Benedek Kurdi