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All tutorials use example data that ship with MetaProViz, so you can run every step yourself. If you are new to MetaProViz, start with Getting started. The other tutorials go into more detail on the different data types and on metabolite prior knowledge.

Get started

Overview of MetaProViz modules
Getting started

A short tour through the main steps on intracellular cell line data: pre-processing, differential analysis, enrichment analysis, metabolite clustering and plots.

Analysis workflows

Heatmap of metabolites coloured by pathway
Standard Metabolomics

Intracellular metabolomics of kidney cancer cell lines: quality control, pre-processing, differential analysis, ORA, metabolite clustering and all visualisations.

Volcano plot of consumption-release data
CoRe Metabolomics

Consumption-release data from cell culture media: blank and growth normalisation, differential analysis, clustering together with intracellular data and metabolite-receptor sets.

Variance of principal components explained by patient metadata
Sample Metadata Analysis

Tumour and normal tissue of kidney cancer patients: find the metabolites that separate patient groups, compare patient subsets and improve metabolite IDs before enrichment analysis.

Network of metabolites and the KEGG pathways they share
Prior Knowledge Networks

Investigate differential analysis results with networks: which transporters the changed metabolites share, which metabolites drive enriched pathways and in which cancers they were reported before.

Prior knowledge and metabolite IDs

Graph of KEGG pathways coloured by coverage
Prior Knowledge - Access & Integration

Load metabolite sets from MetSigDB, link them to your measured data, translate metabolite IDs and check how well your data cover each pathway.

Scheme of the ID processing workflow
ID Processing Workflow

Check the metabolite IDs of your features for consistency and expand them across HMDB, KEGG, ChEBI and PubChem with id_processing().

Overview of the MetSigDB resources
MetSigDB

The resources in MetSigDB compared: their size, overlap and redundancy, and how their terms cluster.