← All datasets

ENCSR456KXI

ENCSR ENCODE
Export SRA CSV View on ENCODE

eCLIP experiment on K562 against LARP7

Organism: Homo sapiens
Experiment Types:
eCLIP
Status: released
Contact: Gene Yeo, UCSD

Summary

eCLIP of LARP7 in Homo sapiens K562

Overall Design

eCLIP experiment on K562 against LARP7

Analysis page is available for ENCSR456KXI.

Dataset Citations (3)

Principles of RNA processing from analysis of enhanced CLIP maps for 150 RNA binding proteins.
PMID 32252787 · 2020 · Genome biology
Eric L Van Nostrand, Gabriel A Pratt, Brian A Yee, Emily C Wheeler, Steven M Blue, Jasmine Mueller, Samuel S Park, Keri E Garcia, Chelsea Gelboin-Burkhart, Thai B Nguyen, Ines Rabano, Rebecca Stanton, Balaji Sundararaman, Ruth Wang, Xiang-Dong Fu, Brenton R Graveley, Gene W Yeo
A large-scale binding and functional map of human RNA-binding proteins.
PMID 32728246 · 2020 · Nature
Eric L Van Nostrand, Peter Freese, Gabriel A Pratt, Xiaofeng Wang, Xintao Wei, Rui Xiao, Steven M Blue, Jia-Yu Chen, Neal A L Cody, Daniel Dominguez, Sara Olson, Balaji Sundararaman, Lijun Zhan, Cassandra Bazile, Louis Philip Benoit Bouvrette, Julie Bergalet, Michael O Duff, Keri E Garcia, Chelsea Gelboin-Burkhart, Myles Hochman, Nicole J Lambert, Hairi Li, Michael P McGurk, Thai B Nguyen, Tsultrim Palden, Ines Rabano, Shashank Sathe, Rebecca Stanton, Amanda Su, Ruth Wang, Brian A Yee, Bing Zhou, Ashley L Louie, Stefan Aigner, Xiang-Dong Fu, Eric Lécuyer, Christopher B Burge, Brenton R Graveley, Gene W Yeo

ENCODE Metadata

Total file size: 1.4 GB
Assay: eCLIP
Target: LARP7
Biosample: Homo sapiens K562
Files: 36
Unique ENC file IDs: 36
File Formats
bed (10) bigBed (10) bigWig (8) bam (4) fastq (4)
Output types (5)
peaks (20) alignments (4) minus strand signal of unique reads (4) plus strand signal of unique reads (4) reads (4)

Linked Publications (2)

Data Files (36)

Accession File Name Stored Type Output Type Mapping Assembly Size Download
ENCFF476VSU ENCFF476VSU.bam bam (alignments); assembly: GRCh38 alignments GRCh38 50.0 MB link
ENCFF863HRM ENCFF863HRM.bam bam (alignments); assembly: GRCh38 alignments GRCh38 63.4 MB link
ENCFF473ESV ENCFF473ESV.bam bam (alignments); assembly: hg19 alignments hg19 64.3 MB link
ENCFF918NSS ENCFF918NSS.bam bam (alignments); assembly: hg19 alignments hg19 50.2 MB link
ENCFF287TBP ENCFF287TBP.bed bed (peaks); assembly: GRCh38 peaks GRCh38 60.3 KB link
ENCFF467VWG ENCFF467VWG.bed bed (peaks); assembly: GRCh38 peaks GRCh38 84.7 KB link
ENCFF572IJY ENCFF572IJY.bed bed (peaks); assembly: GRCh38 peaks GRCh38 237.1 KB link
ENCFF809CKN ENCFF809CKN.bed bed (peaks); assembly: GRCh38 peaks GRCh38 6.2 KB link
ENCFF960ILE ENCFF960ILE.bed bed (peaks); assembly: GRCh38 peaks GRCh38 135.8 KB link
ENCFF017NRG ENCFF017NRG.bed bed (peaks); assembly: hg19 peaks hg19 240.1 KB link
ENCFF179RTO ENCFF179RTO.bed bed (peaks); assembly: hg19 peaks hg19 188.6 KB link
ENCFF208AAW ENCFF208AAW.bed bed (peaks); assembly: hg19 peaks hg19 136.2 KB link
ENCFF305BNZ ENCFF305BNZ.bed bed (peaks); assembly: hg19 peaks hg19 6.1 KB link
ENCFF668ETU ENCFF668ETU.bed bed (peaks); assembly: hg19 peaks hg19 119.5 KB link
ENCFF047ETM ENCFF047ETM.bigBed bigBed (peaks); assembly: GRCh38 peaks GRCh38 354.1 KB link
ENCFF507XTS ENCFF507XTS.bigBed bigBed (peaks); assembly: GRCh38 peaks GRCh38 272.3 KB link
ENCFF585YVJ ENCFF585YVJ.bigBed bigBed (peaks); assembly: GRCh38 peaks GRCh38 516.2 KB link
ENCFF828HOK ENCFF828HOK.bigBed bigBed (peaks); assembly: GRCh38 peaks GRCh38 223.7 KB link
ENCFF133LPV ENCFF133LPV.bigBed bigBed (peaks); assembly: hg19 peaks hg19 521.4 KB link
ENCFF293MFX ENCFF293MFX.bigBed bigBed (peaks); assembly: hg19 peaks hg19 451.1 KB link
ENCFF320ING ENCFF320ING.bigBed bigBed (peaks); assembly: hg19 peaks hg19 807.2 KB link
ENCFF530RLZ ENCFF530RLZ.bigBed bigBed (peaks); assembly: hg19 peaks hg19 623.7 KB link
ENCFF672QZX ENCFF672QZX.bigBed bigBed (peaks); assembly: hg19 peaks hg19 354.2 KB link
ENCFF976DNA ENCFF976DNA.bigBed bigBed (peaks); assembly: hg19 peaks hg19 331.3 KB link
ENCFF076BAY ENCFF076BAY.bigWig bigWig (minus strand signal of unique reads); assembly: GRCh38 minus strand signal of unique reads GRCh38 2.0 MB link
ENCFF476QFX ENCFF476QFX.bigWig bigWig (minus strand signal of unique reads); assembly: GRCh38 minus strand signal of unique reads GRCh38 2.8 MB link
ENCFF058MZF ENCFF058MZF.bigWig bigWig (minus strand signal of unique reads); assembly: hg19 minus strand signal of unique reads hg19 2.9 MB link
ENCFF177KVZ ENCFF177KVZ.bigWig bigWig (minus strand signal of unique reads); assembly: hg19 minus strand signal of unique reads hg19 2.0 MB link
ENCFF120VKU ENCFF120VKU.bigWig bigWig (plus strand signal of unique reads); assembly: GRCh38 plus strand signal of unique reads GRCh38 3.0 MB link
ENCFF323MGS ENCFF323MGS.bigWig bigWig (plus strand signal of unique reads); assembly: GRCh38 plus strand signal of unique reads GRCh38 2.2 MB link
ENCFF604LEG ENCFF604LEG.bigWig bigWig (plus strand signal of unique reads); assembly: hg19 plus strand signal of unique reads hg19 2.2 MB link
ENCFF733YZJ ENCFF733YZJ.bigWig bigWig (plus strand signal of unique reads); assembly: hg19 plus strand signal of unique reads hg19 3.0 MB link
ENCFF256RGM ENCFF256RGM.fastq fastq (reads) reads 329.7 MB link
ENCFF327HGP ENCFF327HGP.fastq fastq (reads) reads 291.0 MB link
ENCFF803VTZ ENCFF803VTZ.fastq fastq (reads) reads 301.8 MB link
ENCFF905YHV ENCFF905YHV.fastq fastq (reads) reads 269.7 MB link