# NGN3_paper_code Source codes to perform computational analyses in NGN3 paper ## Methods and Tools * RNA-seq transcript quantification: RSEM * RNA-seq read alignment: STAR * Differential gene expression (DGE): DESeq2 * Differential transcript expression (DTE): DESeq2 * Gene ontology enrichment: PANTHER * Differential transcript usage (DTU): IsoformSwitchAnalyzeR * Differential splicing events: rMATS * RBP consensus motif enrichment: rMAPS2 * CLIP-seq binding site enrichment: RBP-Maps * ONT-seq transcript identification and quantification: IsoTV * ONT-seq transcript classification: SQANTI3 * Protein identification and quantification: MaxQuant * Differential protein enrichment: DEP ## Directory structure . ├── ONT_seq_analysis # Scripts used for ONT-seq analyses │ ├── DTE_analysis # Differential transcript expression (DTE) analysis │ ├── DTU_analysis # Differential transcript usage (DTU) analysis │ ├── long_short_comparison # Comparison between ONT-seq and Illumina RNA-seq │ ├── quantification_classification # transcript identification, quantification and classification for ONT-seq data ├── Proteomics_analysis # Scripts used for Proteomics analyses │ ├── IsoformMS # Protein isoform quantification for mass spectrometry (MS) │ ├── PrepareData # Pre-processing │ ├── RBPs # Differential analysis for RNA binding proteins (RBPs) ├── RNA_seq_analysis # Scripts used for RNA-seq analyses │ ├── DGE_analysis # Differential gene expression (DGE) analysis │ ├── DTU_analysis # Differential transcript usage (DTU) analysis │ ├── GO_enrichment_analysis # Gene ontology enrichment analysis │ ├── RBP_binding_site_analysis # RBP binding sites enrichment │ ├── RBP_consensus_motif_analysis # RBP consensus motifs enrichment │ ├── comparative_transcriptome_analysis_with_BrainSpan # Comparison of transcriptomes between BrainSpan and NGN3 models │ ├── differential_splicing_analysis # Event-centered differential splicing analysis │ ├── quantification # transcript quantification for RNA-seq data └── ...