Music exposure reduces anxiety- and depression-like behavior in rodents: a systematic review and multilevel meta-analysis
  • OSF
  • Paper
  1. Online supplementary
  • Online supplementary
  • Effect size calculation
  • Overall effects
  • Uni-moderators
  • Publication bias
  • Leave-one-out
  • Code for figures
  • Alluvial plot

Music exposure reduces anxiety- and depression-like behavior in rodents: a systematic review and multilevel meta-analysis

Reproducible workflow, full outputs, and extended methods

What this site contains

This online supplement provides the complete computational workflow for the systematic review and multilevel meta-analysis of music exposure effects on anxiety- and depression-like behaviour in laboratory rodents.

It includes:

  • Full data processing and effect-size derivations (lnRR, lnVR, and lnCVR), including safeguards for boundary values and audit checks

  • Multilevel model specifications (VCV construction, random-effects structure) and overall-effect models for each effect size

  • Uni-moderator meta-regressions across study and design characteristics, with post-hoc contrasts where applicable

  • Publication-bias diagnostics and leave-one-out sensitivity analyses

  • Figures and downloadable tables generated directly from the analysis pipeline

How to navigate

Use the left sidebar to browse the workflow chapters:

  • Home (index.qmd)

  • Effect size calculation (effect_size_calculation.qmd) — data cleaning, continuity corrections, and computation of lnRR, lnVR, and lnCVR

  • Overall effects (overall_effect.qmd) — intercept-only multilevel models for each effect size

  • Uni-moderators (uni_moderators.qmd) — uni-moderator meta-regressions and post-hoc contrasts

  • Publication bias (publication_bias.qmd) — small-study effects / bias diagnostics

  • Leave-one-out (leave_one_out.qmd) — sensitivity analyses excluding one study at a time

  • Main figures (main_figures.qmd) — reproduction of figures from the manuscript

  • Alluvial (Alluvial.qmd) — alluvial visualization of study characteristics and outcome structure

Reproducibility

All code is executed in Quarto and frozen for stable rendering. Where relevant, we provide intermediate outputs (effect-size tables, continuity-correction audits, VCV matrices, model summaries, and contrasts) alongside the exact R code used to generate them.

Effect size calculation
Source Code
---
title: "Online supplementary"
subtitle: "Reproducible workflow, full outputs, and extended methods"
toc: false 
---

::: card
# What this site contains

This online supplement provides the complete computational workflow for the systematic review and multilevel meta-analysis of music exposure effects on anxiety- and depression-like behaviour in laboratory rodents.

It includes:

-   Full data processing and effect-size derivations (lnRR, lnVR, and lnCVR), including safeguards for boundary values and audit checks

-   Multilevel model specifications (VCV construction, random-effects structure) and overall-effect models for each effect size

-   Uni-moderator meta-regressions across study and design characteristics, with post-hoc contrasts where applicable

-   Publication-bias diagnostics and leave-one-out sensitivity analyses

-   Figures and downloadable tables generated directly from the analysis pipeline
:::

::: card
## How to navigate

Use the left sidebar to browse the workflow chapters:

-   **Home** (index.qmd)

-   **Effect size calculation** (`effect_size_calculation.qmd`) — data cleaning, continuity corrections, and computation of lnRR, lnVR, and lnCVR

-   **Overall effects** (`overall_effect.qmd`) — intercept-only multilevel models for each effect size

-   **Uni-moderators** (`uni_moderators.qmd`) — uni-moderator meta-regressions and post-hoc contrasts

-   **Publication bias** (`publication_bias.qmd`) — small-study effects / bias diagnostics

-   **Leave-one-out** (`leave_one_out.qmd`) — sensitivity analyses excluding one study at a time

-   **Main figures** (`main_figures.qmd`) — reproduction of figures from the manuscript

-   **Alluvial** (`Alluvial.qmd`) — alluvial visualization of study characteristics and outcome structure
:::

::: card
## Reproducibility

All code is executed in Quarto and frozen for stable rendering. Where relevant, we provide intermediate outputs (effect-size tables, continuity-correction audits, VCV matrices, model summaries, and contrasts) alongside the exact R code used to generate them.
:::