Genome-Scale Exon Perturbation Screens Uncover Cri... (ID 1022486) - BioProject

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Accession: PRJNA1022486 ID: 1022486

Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness

This SuperSeries is composed of the SubSeries listed below. Overall design: Refer to individual Series

Accession	PRJNA1022486; GEO: GSE244374
Type	Umbrella project
Publications	Xiao MS et al., "Genome-scale exon perturbation screens uncover exons critical for cell fitness.", Mol Cell, 2024 Jul 11;84(13):2553-2572.e19
Submission	Registration date: 29-Sep-2023 NCI/NIH
Relevance	Superseries

Project Data:

Parameter	Value
Data volume, Supplementary Mbytes	12410

Parameter	Value
Data volume, Gbases	646
Data volume, Tbytes	0.23

Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness encompasses the following 5 sub-projects:

Project Type

Number of Projects

Epigenomics

BioProject accession	Organism	Title
PRJNA1022485	Homo sapiens	Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness [ChIP-seq] (National Cancer Institute)

Other

BioProject accession	Name	Title
PRJNA1022426	Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness [CRISPR]	Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness [CRISPR] (NCI/NIH)
PRJNA1093482	Homo sapiens	Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness [GUIDE-seq] (NCI/NIH)

Transcriptome or Gene expression

BioProject accession	Organism	Title
PRJNA1022433	Homo sapiens	Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness [RNA-seq] (NCI/NIH)
PRJNA1022470	Homo sapiens	Genome-Scale Exon Perturbation Screens Uncover Critical Exons for Cell Fitness [RNA-seq] (National Cancer Institute)