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ENCSR516TLX

ENCSR ENCODE
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Control CRISPR gRNA against no target in HepG2 cells followed by RNA-seq. (NT-BGKcLV17)

Organism: Homo sapiens
Experiment Types:
CRISPR RNA-seq
Status: released
Contact: Brenton Graveley, UConn

Summary

CRISPR RNA-seq of in Homo sapiens K562 genetically modified (deletion) using CRISPR

Overall Design

Control CRISPR gRNA against no target in HepG2 cells followed by RNA-seq. (NT-BGKcLV17)

Analysis page is available for ENCSR516TLX.

ENCODE Metadata

Total file size: 36.4 GB
Assay: CRISPR RNA-seq
Biosample: Homo sapiens K562 genetically modified (deletion) using CRISPR
Files: 22
Unique ENC file IDs: 22
File Formats
bigWig (8) tsv (6) bam (4) fastq (4)
Output types (9)
reads (4) transcript quantifications (4) alignments (2) gene quantifications (2) minus strand signal of all reads (2) minus strand signal of unique reads (2) plus strand signal of all reads (2) plus strand signal of unique reads (2) transcriptome alignments (2)

Data Files (22)

Accession File Name Stored Type Output Type Mapping Assembly Size Download
ENCFF314NQR ENCFF314NQR.bam bam (alignments); assembly: GRCh38; genome annotation: V29 alignments GRCh38 4.1 GB link
ENCFF497WMV ENCFF497WMV.bam bam (alignments); assembly: GRCh38; genome annotation: V29 alignments GRCh38 4.5 GB link
ENCFF524JPC ENCFF524JPC.bam bam (transcriptome alignments); assembly: GRCh38; genome annotation: V29 transcriptome alignments GRCh38 8.3 GB link
ENCFF642VSU ENCFF642VSU.bam bam (transcriptome alignments); assembly: GRCh38; genome annotation: V29 transcriptome alignments GRCh38 9.3 GB link
ENCFF684KCK ENCFF684KCK.bigWig bigWig (minus strand signal of all reads); assembly: GRCh38; genome annotation: V29 minus strand signal of all reads GRCh38 110.7 MB link
ENCFF952YNC ENCFF952YNC.bigWig bigWig (minus strand signal of all reads); assembly: GRCh38; genome annotation: V29 minus strand signal of all reads GRCh38 123.4 MB link
ENCFF231HTH ENCFF231HTH.bigWig bigWig (minus strand signal of unique reads); assembly: GRCh38; genome annotation: V29 minus strand signal of unique reads GRCh38 97.1 MB link
ENCFF255ZHP ENCFF255ZHP.bigWig bigWig (minus strand signal of unique reads); assembly: GRCh38; genome annotation: V29 minus strand signal of unique reads GRCh38 107.9 MB link
ENCFF681CGM ENCFF681CGM.bigWig bigWig (plus strand signal of all reads); assembly: GRCh38; genome annotation: V29 plus strand signal of all reads GRCh38 125.3 MB link
ENCFF828ZFR ENCFF828ZFR.bigWig bigWig (plus strand signal of all reads); assembly: GRCh38; genome annotation: V29 plus strand signal of all reads GRCh38 112.4 MB link
ENCFF530DKM ENCFF530DKM.bigWig bigWig (plus strand signal of unique reads); assembly: GRCh38; genome annotation: V29 plus strand signal of unique reads GRCh38 110.5 MB link
ENCFF750EUV ENCFF750EUV.bigWig bigWig (plus strand signal of unique reads); assembly: GRCh38; genome annotation: V29 plus strand signal of unique reads GRCh38 99.4 MB link
ENCFF063ZYP ENCFF063ZYP.fastq fastq (reads) reads 2.3 GB link
ENCFF144HNL ENCFF144HNL.fastq fastq (reads) reads 2.1 GB link
ENCFF816GYE ENCFF816GYE.fastq fastq (reads) reads 2.5 GB link
ENCFF853XQB ENCFF853XQB.fastq fastq (reads) reads 2.2 GB link
ENCFF112RNN ENCFF112RNN.tsv tsv (gene quantifications); assembly: GRCh38; genome annotation: V29 gene quantifications GRCh38 10.5 MB link
ENCFF713RSE ENCFF713RSE.tsv tsv (gene quantifications); assembly: GRCh38; genome annotation: V29 gene quantifications GRCh38 10.4 MB link
ENCFF018PPK ENCFF018PPK.tsv tsv (transcript quantifications); assembly: GRCh38; genome annotation: V29 transcript quantifications GRCh38 29.9 MB link
ENCFF402AWJ ENCFF402AWJ.tsv tsv (transcript quantifications); assembly: GRCh38; genome annotation: V29 transcript quantifications GRCh38 29.9 MB link
ENCFF445LUP ENCFF445LUP.tsv tsv (transcript quantifications); assembly: GRCh38; genome annotation: V29 transcript quantifications GRCh38 27.5 MB link
ENCFF975PVY ENCFF975PVY.tsv tsv (transcript quantifications); assembly: GRCh38; genome annotation: V29 transcript quantifications GRCh38 27.4 MB link