metasumm

Meta-analysis data. This should be a data frame with three columns, called "name", "est" and "se" giving the study name, study-specific parameter estimates and corresponding standard errors respectively.<p></p><p>Numeric or character study names are permitted.  If the data frame has more than three columns, the first three are used.  If the first three columns are called "name", "est" and "se" in some order, they are re-ordered appropriately, otherwise they are re-named.</p>

Random effects standard deviation.  Set <code>resd=0</code> for a fixed effects meta-analysis.  If <code>resd</code> is omitted, a random effects meta-analysis is performed using the typical DerSimonian and Laird method to obtain the standard deviation (<code><a rd-options="" href="/link/resd_dsl?package=MetaAnalyser&version=0.2.1" data-mini-rdoc="MetaAnalyser::resd_dsl">resd_dsl</a></code>).

resd

Set to <code>TRUE</code> to perform Egger correction.

egger


Compute meta-analysis weights and corresponding pooled estimates given a set of estimates and standard errors.  Weights are simply defined by the inverse variance, where the variance is the sum of the study-specific and random effects variance.


An interactive application to visualise meta-analysis data as a
physical weighing machine. The interface is based on the Shiny web application
framework, though can be run locally and with the user's own data.

Christopher Jackson

MetaAnalyser

An Interactive Visualisation of Meta-Analysis as a Physical
Weighing Machine

metasumm function

Meta-analysis data. This should be a data frame with three columns, called "name", "est" and "se" giving the study name, study-specific parameter estimates and corresponding standard errors respectively.

Numeric or character study names are permitted.  If the data frame has more than three columns, the first three are used.  If the first three columns are called "name", "est" and "se" in some order, they are re-ordered appropriately, otherwise they are re-named.

Random effects standard deviation.  Set <code>resd=0</code> for a fixed effects meta-analysis.  If <code>resd</code> is omitted, a random effects meta-analysis is performed using the typical DerSimonian and Laird method to obtain the standard deviation (<code><a rd-options='' href='resd_dsl'>resd_dsl</a></code>).

metasumm: Meta-analysis summary statistics

Description

Usage

Arguments

Value