Introduction | Overview of PhILR Analysis | Loading and Preprocessing Dataset | Data preparation: TreeSE | Filter Extremely Low-Abundance OTUs | Process Phylogenetic Tree | Investigate Dataset Components | Transform Data using PhILR | Ordination in PhILR Space | Visualization with TreeSE | Identify Balances that Distinguish Human/Non-Human | Name Balances | Visualize Results | Use Balances for Dimension Reduction | Package versions | References

ALDEx3 | Overview | Installation | Quickstart (Inference with Relative Abundances) | Mixed Effects Models (SR-MEM) | Inference with Absolute Abundances: Defining Scale Models | Weak Prior Biological Knowledge | External Scale Measurements (Ideal) | Normalization Uncertainty | Model Outputs

An introduction to fido | The pibble model | Example analysis of microbiome data | More Technical Details | A few notes on model inference and parameter collapsing | References

fido::basset, the model | Non-linear time-series modeling | Updated Functionality: Additive Gaussian Processes | References

fido::orthus, the model | Joint modeling of Microbial 16S data and Metabolomics | Investigate Model Results | Qualifications and Caution | References

Overview | Background on the Matrix Normal | The Vec Operation | Kronker Products | The Matrix Normal | The prior for $\Sigma$ | Background on the Prior | Choosing $\upsilon$ and $\Xi$. | The prior for $\Lambda$ | Choosing $\Theta$ | Choosing $\Gamma$ | The Prior for $\eta$ | How the Choice of $\upsilon$ and $\Xi$ Interacts With the Choice of $\Gamma$

Overview | An Example | Using Maximum Marginal Likelihood to estimate a scale of Gamma

A Simple Example | A More Complicated Example | Custom Functions