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| meta-package | meta: Brief overview of methods and general hints |
| amlodipine | Amlodipine for Work Capacity |
| as.data.frame.meta | Additional functions for objects of class meta |
| baujat | Baujat plot to explore heterogeneity in meta-analysis |
| baujat.meta | Baujat plot to explore heterogeneity in meta-analysis |
| bubble | Bubble plot to display the result of a meta-regression |
| bubble.metareg | Bubble plot to display the result of a meta-regression |
| ci | Calculation of confidence intervals (based on normal approximation or t-distribution) |
| cilayout | Print meta-analysis results |
| cisapride | Cisapride in Non-Ulcer Dispepsia |
| drapery | Drapery plot |
| Fleiss93 | Aspirin after Myocardial Infarction |
| Fleiss93cont | Mental Health Treatment |
| Fleiss93_CR | Import RevMan 5 data files (.csv) |
| forest | Forest plot to display the result of a meta-analysis |
| forest.meta | Forest plot to display the result of a meta-analysis |
| forest.metabind | Forest plot to display the result of a meta-analysis |
| funnel | Funnel plot |
| funnel.default | Funnel plot |
| funnel.meta | Funnel plot |
| gs | Get default for a meta-analysis setting. |
| labbe | L'Abbé plot for meta-analysis with binary outcomes |
| labbe.default | L'Abbé plot for meta-analysis with binary outcomes |
| labbe.metabin | L'Abbé plot for meta-analysis with binary outcomes |
| lungcancer | Smoking example |
| meta | meta: Brief overview of methods and general hints |
| metabias | Test for funnel plot asymmetry |
| metabias.default | Test for funnel plot asymmetry |
| metabias.meta | Test for funnel plot asymmetry |
| metabias.rm5 | Cochrane review: Test for funnel plot asymmetry |
| metabin | Meta-analysis of binary outcome data |
| metabind | Combine meta-analysis objects |
| metacont | Meta-analysis of continuous outcome data |
| metacor | Meta-analysis of correlations |
| metacr | Meta-analysis of outcome data from Cochrane review |
| metacum | Cumulative meta-analysis |
| metagen | Generic inverse variance meta-analysis |
| metainc | Meta-analysis of incidence rates |
| metainf | Influence analysis in meta-analysis using leave-one-out method |
| metamean | Meta-analysis of single means |
| metaprop | Meta-analysis of single proportions |
| metarate | Meta-analysis of single incidence rates |
| metareg | Meta-regression |
| nnt | Calculate the number needed to treat (NNT) |
| nnt.default | Calculate the number needed to treat (NNT) |
| nnt.meta | Calculate the number needed to treat (NNT) |
| Olkin95 | Thrombolytic Therapy after Acute Myocardial Infarction |
| or2smd | Conversion from log odds ratio to standardised mean difference |
| print.meta | Print meta-analysis results |
| print.metabias | Test for funnel plot asymmetry |
| print.nnt.meta | Calculate the number needed to treat (NNT) |
| print.rm5 | Import RevMan 5 data files (.csv) |
| print.summary.meta | Summary of meta-analysis results |
| print.summary.rm5 | Cochrane review: Summary of meta-analyses |
| radial | Radial plot |
| radial.default | Radial plot |
| radial.meta | Radial plot |
| read.mtv | Import RevMan 4 data files (.mtv) |
| read.rm5 | Import RevMan 5 data files (.csv) |
| settings.meta | Print and change default settings to conduct and print or plot meta-analyses in R package *meta*. |
| smd2or | Conversion from standardised mean difference to log odds ratio |
| smoking | Smoking example |
| summary.meta | Summary of meta-analysis results |
| summary.rm5 | Cochrane review: Summary of meta-analyses |
| trimfill | Trim-and-fill method to adjust for bias in meta-analysis |
| trimfill.default | Trim-and-fill method to adjust for bias in meta-analysis |
| trimfill.meta | Trim-and-fill method to adjust for bias in meta-analysis |
| update.meta | Update a meta-analysis object |
| weights.meta | Calculate absolute and percentage weights for meta-analysis |
| woodyplants | Elevated CO_2 and total biomass of woody plants |