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Intro
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WHAT is pseudo-bulk analysis?
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WHY perform pseudo-bulk analysis?
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onwards HOW to perform pseudo-bulk analysis?
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Fetch data from ExperimentHub
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QC and filtering
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Seurat's standard workflow steps
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Visualize data
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To use integrated or nonintegrated data?
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Aggregate counts to sample level
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Data manipulation step 1: Transpose matrix
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Data manipulation step 2: Split data frame
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Data manipulation step 3: Fix row.names and transpose again
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DESeq2 step 1: Get count matrix corresponding to a cell type
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: Create sample level metadata i.e. colData
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DESeq2 step 2: Create DESeq2 dataset from matrix
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DESeq2 step 2: Run DESeq
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Get results
Description:
Dive into a comprehensive tutorial on performing pseudo-bulk differential expression analysis for single-cell RNA-Seq data using R. Learn the concept of pseudo-bulk analysis, its importance, and follow a detailed workflow to execute this approach. Explore data manipulation techniques using a Seurat object, including aggregating counts to sample level, and conduct differential expression analysis with DESeq2 to identify differentially expressed genes in specific cell type clusters. Gain hands-on experience with crucial steps such as fetching data from ExperimentHub, quality control, filtering, and implementing Seurat's standard workflow. Visualize your data, make informed decisions about integrated versus non-integrated data usage, and master essential data manipulation techniques. Conclude with a thorough walkthrough of DESeq2 analysis, from creating datasets to obtaining final results.

Pseudo-Bulk Analysis for Single-Cell RNA-Seq Data - Detailed Workflow Tutorial

Bioinformagician
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