title: MDZ_8w_ATACseq_rep2

extract_protocol:
Dentate gyrus were dissected from control or MDZ-exposed Nestin-EGFP mice at P10 and 8w and then EGFP-positive cells were isolated by FACS. Approximately 100,000 (P10) and  30,000- 50,000 (8w) cells were lyzed in lysis buffer.  After centrifugation, nuclei were resuspend in reaction buffer containing Tn5 transposase. Tagmented DNA was used for library amplification.
Libraries were prepared for sequencing following standard Illumina protocols

treatment_protocol: dH2O or MDZ (10 mg/kg) was intraperitoneally administered to Nestin-EGFP mice on P7, 8 and 9.


title: spl2   7.2 mM P - 18

status: Public on Aug 29 2021

type: SRA

city: Leiden

first: Paul

last: van Heusden

address: Sylviusweg 72

department: Institute of Biology

country: Netherlands

institute: Leiden University

library_source: transcriptomic

data_processing:
CLC genomic workbench (Aarhus, Denmark) software was used for processing raw data.
Genome_build: FASTA sequence files of the 16 nuclear chromosomes and mitochondrial genome (S. cerevisiae S288c)(release: 03-Apr-2012)(www.yeastgenome.org).
Supplementary_files_format_and_content: Excel file with the number of reads (normalized to reads per million) aligning to each gene for all samples.

molecule: total RNA

organism: Saccharomyces cerevisiae

source_name: Saccharomyces cerevisiae BY4741 ∆spl2

growth_protocol: Strains were grown overnight at 30 °C in phosphate free YNB medium (Formedium) supplemented with 7.2 mM potassium phosphate and 50 mM KCl, supplemented with leucine, histidine, methionie and uracil. This culture was used to inoculate two times 50 ml of supplemented YNB medium containing 7.2 mM potassium phosphate and 50 mM KCl yielding A600nm 0.1. These cultures were grown to A600nm 0.5 and cells were isolated by centrifugation. Cells from one culture were washed twice with supplemented YNB medium containing 7.2 mM potassium phosphate and 50 mM KCl and resuspended in 50 ml supplemented YNB medium containing 7.2 mM potassium phosphate and 50 mM KCl. Cells from the other culture were washed twice with supplemented YNB medium lacking phosphate but containing 50 mM KCl and resuspended in 50 ml supplemented YNB medium lacking phosphate. Both cultures were incubated at 180 rpm at 30 °C. After 60 min the cultures were poured into plastic tubes and frozen in liquid nitrogen. Prior to RNA isolation, the frozen cultures were thawed on ice and cells were collected by centrifugation and transferred to Eppendorf tubes using ice-cold water.

extract_protocol:
RNA was isolated using the Ambion RiboPure yeast RNA Purification Kit (Life Technologies).
The Illumina TruSeq stranded RNA-seq library preparation kit is used and the purified mRNA is fragmented and converted to double-stranded cDNA. DNA adapters with sample-specific barcodes are ligated and a PCR amplification is performed. The library is size-selected using magnetic beads, resulting on average in libraries with insert size in the approximate range of 100-400 bp and sequenced on the Illumina HiSeq 2500.

tag: treatment

value: 7.2 mM phosphate


title: V1_N

city: Beijing

first: Yan

last: Zhang

state: Not Applicable

address: Dongdajie street

country: China

institute: Beijing institute of Biotechnology

description:
not ligated
Hi-R on SARS-CoV-3 infected Vero cells virion non-ligate control

data_processing:
In brief, raw paired-end reads were trimmed for adaptors and checked for quality using cutadapt . Chimeric reads were identified and annotated to the respective genome using hyb . SARS-CoV2 samples were processed using SARS-CoV-2 sequence (NC_045512.2).
Chimeric reads were called and annotated with the hyb package, using the command:   default (stringent) parameters:  hyb analyse in=sample_R2.fq db=SARS-CoV-2_no_polyA format=fastq align=bowtie2 eval=0.001  Relax pipeline:  hyb analyse in= sample_R2.fq db=SARS-CoV-2_no_polyA format=fastq align=bowtie2 eval=0.001 gmax=20
Genome_build: NC_045512.2
Supplementary_files_format_and_content: Hyb, files with coordinates of all the chimeras

organism:
Chlorocebus sabaeus
Severe acute respiratory syndrome coronavirus 2

source_name: Virions from SARS-CoV-2 late infected VeroE6 cells

growth_protocol: Chlorocebus sabaeus (Green monkey) VeroE6 (female, RRID:CVCL_YQ49) were purchased from American Type Culture Collection (ATCC, id: ATCC CRL-1586). Vero E6 and VeroE6/TMPRSS2 cells were cultured in Dulbecco’s modified Eagles medium (DMEM) supplemented with 10% fetal bovine serum at 37 °C in a humidified CO2 incubator.

extract_protocol:
For crosslinking, cells or virus pellet were incubated with 2 mM of EZ-Link Psoralen-PEG3- Biotin (ThermoFisher Scientific) at 37℃ for 10 min in PBS containing 0.01% digitonin. The cells were then spread onto a 10cm plate and irradiated using 365 nm UV for 20 min on ice. Cell and virion RNA were extracted with RNeasy mini kit (Qiagen).
RNA was fragmented using RNase III (Ambion) and purified using 2×MagicPure RNA Beads (TransGen). Each RNA sample was divided in two: one half was used for proximity ligation and then crosslink reversal (C, L and V samples), while in the other half, crosslink reversal was done before proximity ligation (non-ligated C_N, L_N, V_N). Proximity ligation was done under the following conditions: 200ng fragmented RNA, 1 unit/μl RNA ligase 1 (New England Biolabs), 1x RNA ligase buffer, 50 mM ATP, 1 unit/μl Superase-in (Invitrogen), final volume: 200 μl. Reactions were incubated for 16 hours at 16 °C and were terminated by cleaning with miRNeay kit (Qiagen). Crosslink reversal was done by irradiating the RNA on ice 254 nm UVC for 5min using a CL-1000 crosslinker (UVP). Sequencing libraries were prepared with 50ng input RNA material using SMARTer Stranded Total RNA-seq Kit v2—Pico Input Mammalian (Takara Bio USA Inc., USA), according to the manufacturer’s instructions. The libraries were paired-end sequenced (PE150) using Illumina Nova seq platform.

treatment_protocol: Infection experiments were performed under biosafety level 3 conditions. SARS-CoV-2 virus strain Wuhan-Hu-1 was kindly provided by (Wuhan institute of viology). Independent biological replicates were performed using 90-120 million cells each. VeroE6 cells were inoculated with SARS-CoV-2 strain Wuhan-Hu-1 at MOI=0.01 pfu/cell for 24 hours. Following inoculation, two flasks of cells were washed 3 times by PBS and then subjected to crosslinking. The remaining cells were cultured for another 48hours, when cytopathic effect (CPE) was observed in about 70% cells, supernatant was collected and centrifuged at 4℃ 1000rpm for 10min to remove cell pellet. Then the clear supernatant was mixed with equal volume of saturated ammonium sulfate and incubate at 4℃ for 1h. At the same time, remaining unshed cells were washed 3 times by PBS and subjected to crosslinking.

tag: type

value: virion


title: L1_N

description:
not ligated
Hi-R on SARS-CoV-2 infected Vero cells lysate  non-ligate control

source_name: Lysate of SARS-CoV-2 late infected VeroE6 cells

value: lysate


title: Input_ChIPseq

city: Ikoma

first: Taito

last: Matsuda

country: Japan

institute: Nara Institute of Science and Technology

library_source: genomic

data_processing:
RNA-seq was performed with 50-bp single-end sequencing by an Illumina Hiseq 2500. Obtained reads were processed with FASTX tool kit to remove short (<20bp) and low quality (quality score<20) reads, followed by trimming of the adaptor sequence.
RNA-seq: Processed reads were mapped to the mouse genome (mm10) using TopHat/Bowtie2.
RNA-seq: DESeq2 package was used for differential gene expression analysis.
Supplementary_files_format_and_content: TXT files indicating TPM values of each sample
ATAC-seq was performed with 50-bp single-end sequencing by an Illumina Hiseq 2500. Obtained reads were processed with FASTX tool kit to remove short (<20bp) and low quality (quality score<20) reads, followed by trimming of the adaptor sequence.
ATAC-seq: Processed reads were mapped to the mouse genome (mm10)  using Bowtie2.
ATAC-seq: Open chromatin regions were analyzed using MACS software.
Supplementary_files_format_and_content: BigWig files indicating alignment of each sample
ChIP-seq was performed with 50-bp single-end sequencing by an Illumina Hiseq 2500. Obtained reads were processed with FASTX tool kit to remove short (<20bp) and low quality (quality score<20) reads, followed by trimming of the adaptor sequence.
ChIP-seq: Processed reads were mapped to the mouse genome (mm10)  using Bowtie2.
ChIP-seq: Egr1-occupied regions were identified using MACS software.
Genome_build: mm10
Supplementary_files_format_and_content: BigWig files indicating alignment of each sample

molecule: genomic DNA

organism: Mus musculus

source_name: Neural stem/progenitor cells

growth_protocol: We prepared mouse NSCs with multipotency and self-renewal capacity derived from mouse cortex at embryonic day 11 and passaged more than 20 times. Cultured mouse NSCs  were infected with Flag-tagged Egr1-expressing lentivirus constructs together with an M2rtTa-expressing lentivirus construct.  After 16-20 hours in medium containing lentivirus, the medium was replaced with medium for mouse NSCs, which consists of Dulbecco’s modified eagle’s medium (DMEM)/F-12 containing N2 supplement with 20 ng/ml basic fibroblast growth factor (bFGF),  20 ng/ml epidermal growth factor (EGF) and 0.1 mg/ml penicillin/streptomycin/fungizone.

extract_protocol:
Cells grown on 10-cm dishes were fixed with 1% formaldehyde-containing medium for 10 min and were quenched by glycine. Collected samples were then subjected to ChIP assay using the antibody against anti-Flag (SIgma).  Sequencing libraries were made using the NEBNext ChIP-Seq Library Prep Master Mix Set for Illumina
Sequencing libraries were made using the NEBNext ChIP-Seq Library Prep Master Mix Set for Illumina (New England Biolabs) following the manufacturer’s protocols..

tag: strain

value: ICR

tag: tissue

value: Cortex

tag: age

value: Long term-cultured

tag: genotype

value: Wild type


title: MDZ_8w_ATACseq_rep1

value: Hippocampal dentate gyrus

value: Postnatal week 8

value: Nestin-EGFP


title: spl2       7.2 mM P -   7


title: Control_8w_ATACseq_rep2

value: Postnatal day 10


title: BY4741     0 mM P - 16

source_name: Saccharomyces cerevisiae BY4741

value: 0 mM phosphate


title: BY4741    0 mM P - 17


title: C1_N

description:
not ligated
Hi-R on SARS-CoV-2 infected Vero cells  non-ligate control

source_name: SARS-CoV-2 infected VeroE6 cells

value: infected cells


title: V3

description:
ligated
Hi-R on virions from SARS-CoV-2 infected Vero cells replicate3

source_name: Virions from SARS-CoV-2 infected VeroE6 cells


title: BY4741     0 mM P -  14


title: BY4741 7.2 mM P - 13


title: Control_8w_ATACseq_rep1


title: BY4741 7.2 mM P - 10


title: BY4741 7.2 mM P - 11


title: MDZ_P10_ATACseq_rep2


title: spl2 0 mM P - 19


title: spl2 0 mM P - 12


title: V1

description:
ligated
Hi-R on virions from SARS-CoV-2 infected Vero cells replicate1


title: MDZ_P10_ATACseq_rep1


title: PBMC-3_S8_L003

city: New York

first: Zeguo

last: Sun

address: 1468 Madison Avenue

country: USA

institute: Ichan School of Medicine at Mount Sinai

data_processing:
The 10X Libraries were sequenced on the Illumina NovaSeq6000 sequencer. The sequencing data were primarily analyzed by the 10X cellranger pipeline (v5.0.0) in two steps. In the first step, cellranger mkfastq demultiplexed samples and generated fastq files; and in the second step, cellranger count aligned fastq files to the 10X pre-built human reference (GRCh38 v3.0.0)   and extracted gene expression UMI counts matrix.
We filtered genes expressed in less than 3 cells. We filtered cells with less than 200 or more than 5000 genes detected, and cells with mitochondria gene content greater than 20%, and used the remaining cells for downstream analysis.
Genome_build: GRCh38
Supplementary_files_format_and_content: Tab delimited txt file of gene-cell expression profile

organism: Homo sapiens

source_name: PBMC

extract_protocol:
PBMCs were isolated from ethylenediaminetetraacetic acidanticoagulated blood of patients using a FicollHypaque density solution according to standard density gradient centrifugation methods. The viability of all PBMC samples assessed exceeded 80%.
scRNA-seq libraries were prepared according to the manufacturer’s instructions in the Chromium Single Cell 3‘ Reagents Kits V3 User Guide.

tag: graft loss

value: NO

value: PBMC


title: PBMC-3_S8_L004


title: PBMC-4_S9_L003

value: YES


title: Control_P10_ATACseq_rep2


title: L2

description:
ligated
Hi-R on SARS-CoV-2 infected Vero cells lysate replicate2

source_name: Lysate of SARS-CoV-2 infected VeroE6 cells


title: Control_P10_ATACseq_rep1


title: U87_SCR 1

city: Tianjin

first: Bo

last: Wang

address: JIZHAOROAD 6#

institute: Tianjin medical university

data_processing:
Illumina Casava1.7 software used for basecalling.
For transient cell transfection to downregulate and upregulate PTPRN, short-hairpin RNA and overexpression plasmids were used, respectively
Clean reads were aligned to the human reference genome hg19 by HISAT47.
Filter:1) Trim Smart-seq2 public primer sequence from the Reads (If the length of trimmed Reads is lower than 30bp, reads should be discarded. If it is PE sequence, both of the reads must be removed );  2) Remove the contaminated reads for adapters (The contaminated reads for adapters was defined that the Read Bases contained more than 5bp of adapter sequences. If either one of the PE Reads was polluted, we will remove both ends of the reads);  3) Remove the low quality reads (The low quality reads was defined that the number of Reads Bases whose phred Quality value was less than or equal to 19 accounted for more than 15% . If either one of the PE Reads defined as low quality, we will remove both ends of the reads);  4) Remove the reads whose N base more than 5% for total bases (If either one of the PE Reads had high Ns bases, we will remove both ends of the reads);
Alignment :HISAT2 2.1.0 is the software.--dta –t –p 4 is the parameter.And the mapping reads to genome.
Genome_build: hg19
Supplementary_files_format_and_content: FPKM

source_name: astrocytoma cell line derived from human malignant gliomas

growth_protocol: hCMEC/D3 was obtained from ATCC , cultured in DMEM/F12 with B27 (Gibco), insulin, EGF and bFGF. Medium was changed every other day.

extract_protocol:
RNA sequencing (RNA-seq) was carried out by BGI (Shenzhen, China). Single-end 1 × 50 bp sequencing was performed on a BGISEQ-500 apparatus.
NEBNext® Ultra™ RNA Library Prep Kit for Illumina

tag: cell line

value: SCR


title: U87_SCR 2


title: PBMC-2_S7_L003


title: PBMC-2_S7_L004


title: L1

description:
ligated
Hi-R on SARS-CoV-2 infected Vero cells lysate replicate1


title: C3

description:
ligated
Hi-R on SARS-CoV-2 infected Vero cells replicate3


title: MDZ_8w_RNAseq_rep2

growth_protocol: For in vitro experiments, we prepared mouse NSCs with multipotency and self-renewal capacity derived from mouse cortex at embryonic day 11 and passaged more than 20 times. Mouse NSCs were cultured with NSC medium, which iconsists of Dulbecco’s modified eagle’s medium (DMEM)/F-12 containing N2 supplement with 20 ng/ml basic fibroblast growth factor (bFGF),  20 ng/ml epidermal growth factor (EGF) and 0.1 mg/ml penicillin/streptomycin/fungizone.

extract_protocol:
Dentate gyrus were dissected from control or MDZ-exposed Nestin-EGFP mice at P10 and 8w and then EGFP-positive cells were isolated by FACS. mRNAs were isolated from the cells for the construction of sequencing libraries using Dynabeads mRNA DIRECT Micro Kit (Invitrogen) following the manufacturer's protocol. A cDNA library was constructed by 50,000 cells isolated from one mouse at P10. Three to five mice (approximately 30,000 cells) were used for cDNA library preparation from 8w mice.  For overexpression of Egr1, cultured mouse NSCs were infected with M2rtTa-expressing lentivirus constructs together with or without Flag-tagged Egr1-expressing lentivirus constructs (Control or Egr1) and then isolated mRNA for the construction of sequencing libraries using Dynabeads mRNA DIRECT Micro Kit.
Purified mRNAs were subjected to cDNA library construction using a NEB Next Ultra Directional RNA Library Prep Kit for Illumina (New England Biolabs) following the manufacturer’s protocols.

treatment_protocol: For in vivo experiments, dH2O or MDZ (10 mg/kg) was intraperitoneally administered to Nestin-EGFP mice on P7, 8 and 9. MDZ-exposed mice were housed with or without running wheel (RUN).


title: C2

description:
ligated
Hi-R on SARS-CoV-2 infected Vero cells replicate2


title: U87_PTP2_1

value: PTPRN knockdown


title: PBMC-1_S6_L003


title: PBMC-4_S9_L004


title: U87_PTP2_2


title: L3

description:
ligated
Hi-R on SARS-CoV-2 infected Vero cells lysate replicate3


title: C1

description:
ligated
Hi-R on SARS-CoV-2 infected Vero cells replicate1


title: PBMC-1_S6_L004


title: V2

description:
ligated
Hi-R on virions from SARS-CoV-2 infected Vero cells replicate2

value: virion


title: C3

city: Hangzhou

first: zhang

last: miao

address: Zhejiang Hangzhou Yuhangtang road

institute: Zhejiang University

data_processing:
Illumina Casava 1.8 software used for basecalling.
Raw data (raw reads) of fastq format were firstly processed through in-house perl scripts. In this step, clean data (clean reads) were obtained by removing reads containing adapter, reads containing ploy-N and low quality reads from raw data.
Reference genome and gene model annotation files were downloaded from genome website directly. Index of the reference genome was built using Hisat2 v2.0.5 and paired-end clean reads were aligned to the reference genome using Hisat2 v2.0.5.
featureCounts v1.5.0-p3 was used to count the reads numbers mapped to each gene. And then FPKM of each gene was calculated based on the length of the gene and reads count mapped to this gene.
Supplementary_files_format_and_content: tab-delimited text files include FPKM values for each Sample

source_name: HeLa

extract_protocol:
RNA was harvested using Trizol reagent
RNA libraries were prepared for sequencing using standard lllumina protocols

value: HeLa

value: Bub1-depleted clone 2C1


title: C2


title: small intestine, IR-1-Pra

city: Seoul

first: Hyosun

last: Jang

address: Nowongu Nowonro 75

country: South Korea

institute: Korea Institute of Radiological & Medical Science

data_processing:
Illumina bcl2fastq2-v2.20.0 software used for basecalling.
Trimmomatic program is used to remove adapter sequences and bases with base quality lower than three from the ends. Also using sliding window method, bases of reads that does not qualify for window size 4, and mean quality 15 are trimmed. Afterwards, reads with length shorter than 36bp are dropped to produce trimmed data.
Sequenced reads were mapped to GRCh38 whole genome by using HISAT2 version 2.1.0 with parameter -p 20 -dta --rna-strandness RF --novel-splicesite-outfile -x -1 -2
Fragment Per Kilobase of exon per Megabase of library size (FPKM) were calculated by using StringTie version 2.1.3b, with parameter --rf -p 20 -l -o -G -A -C -e
Genome_build: GRCh38
Supplementary_files_format_and_content: Expression_Profile.GCF_000003025.6_Sscrofa11.1.gene.txt (tab-delimited text file includes Read_Counts and FPKM values for each Sample)

organism: Sus scrofa domesticus

source_name: small intestine of minipig

extract_protocol:
RNA was harvested using Trizol reagent.
RNA libraries were prepared for sequencing using standard Illumina protocols

treatment_protocol: Gottingen minipigs were irradiated with 15 Gy applied to the abdomen under a 60Co gamma-ray irradiation unit. IR+Pra group was treated with a twice daily oral dose of 40 mg/day pravastatin for 2 weeks. On day 14, the minipigs were euthanized and small intestine tissue was obtained for RNA sequencing.

value: Gottingen minipigs

value: wild type

value: 6 months

value: small intestine

value: PS-treated with irradiation


title: small intestine, IR-2

value: irradiation


title: Control_8w_RNAseq_rep3

value: Hippocampal dentate gyrus

value: Postnatal week 8

value: Nestin-EGFP


title: small intestine, IR-2-Pra


title: Control_8w_RNAseq_rep2


title: C1


title: small intestine, IR-1


title: Control_8w_RNAseq_rep1


title: B3

value: Bub1-depleted clone 2B6


title: MDZ_P10_RNAseq_rep3

value: Postnatal day 10


title: MDZ_8w_RNAseq_rep1


title: small intestine, Con2

value: control


title: B1


title: small intestine, Con1


title: MDZ_P10_RNAseq_rep1


title: MDZ_P10_RNAseq_rep2


title: SNU449 E545K

type: RNA

city: Regensburg

first: Alexander

last: Scheiter

state: Bavaria

address: Franz-Josef-Strauss Allee 11

department: Institute of Pathology

country: Germany

institute: University of Regensburg

description: Gene expression data

hyb_protocol: 3.8 µg fragmented and labeled sense-strand single-stranded cDNA were hybridized to Applied Biosystems GeneChip Clariom S human arrays for 16 h at 45 °C and 60 rpm in an Applied Biosystems GeneChip hybridization oven 640.

scan_protocol: GeneChips were washed and stained in an Applied Biosystems GeneChip Fluidics Station FS450, and the fluorescent signals were measured with an Applied Biosystems GeneChip Scanner 3000 7G System. Fluidics and scan functions were controlled by the Applied Biosystems GeneChip Command Console v5.0 software.

data_processing: log2 gene level GCCN-SST-RMA signal intensity, generated by the Applied Biosystems GeneChip Expression Console v1.4 software.

label: biotin

source_name: hepatocellular carcinoma

label_protocol: The Applied Biosystems GeneChip Whole Transcript (WT) PLUS Reagent Kit Protocol was used for the preparation of biotinylated sense-strand single-stranded cDNA from 200ng of total RNA, followed by an enzymatic fragmentation and terminal labeling with biotin.

growth_protocol: Grown in RPMI medium at 5% CO2.

extract_protocol: Qiagen RNeasy Mini Kit was used accroding to the manufacturer's instructions

treatment_protocol: PIK3CA H1047R, E545K or EGFP stable transfections (lentiviral)

tag: transfection

tag: cell type

value: hepatocellular carcinoma


title: Control_P10_RNAseq_rep3


title: SNU449 EGFP

description: Gene expression data

value: EGFP


title: SNU449 H1047R

description: Gene expression data


title: H3

value: Control


title: SNU449 WT

description: Gene expression data


title: H2

value: HeLa


title: Control_P10_RNAseq_rep2


title: RL3_E3330

city: Natal

first: Thais

middle: Teixeira

last: Oliveira

state: Rio Grande do Norte

address: Rua das biociências

department: Departamento de Biologia Celular e Genética

country: Brazil

institute: Federal University of Rio Grande do Norte, Brazil,

data_processing:
The sequenced data were aligned against the Ref-Seq database of human expressed sequences provided by the University of California Santa Cruz (UCSC; http://hgdownload.soe.ucsc.edu/goldenPath/hg19/bigZips/refMrna. fa.gz), accessed on January 30, 2014. Sequences were aligned using BLAT
The results were filtered using the pslCDnaFilter tool (http://hgdownload.cse.ucsc.edu/admin/exe/), with a minimum identity of 98%, minimum coverage of 90%, and only one alignment per sequence.
All sequences that matched the ribosomal RNA (rRNA) were excluded.
Gene expression was normalized as counts per million (CPM), calculated by counting reads per gene (Xi) and the total number of reads per sample (N): CPM = (Xi/N)*10^7.
Genome_build: hg19
Supplementary_files_format_and_content: xlsx format files include gene type, gene name, normalized mensuraments
Supplementary_files_format_and_content: xlsx format files include gene name and counts

source_name: human myeloid leukemia cells

growth_protocol: U937 cells were cultured in Gibco RPMI-1640 medium (Thermo Fisher Scientific Inc.,Waltham, MA, USA), suplemented with 44 mM sodium bicarbonate (Sigma-Aldrich, St. Louis, MO, USA), Gibco 10% fetal bovine serum (Thermo Fisher Scientific Inc.), and 1% Penicillin-Streptomycin antibiotic solution (Sigma-Aldrich) in a humidified incubator at 37°C and a 5% CO2 atmosphere.

extract_protocol:
IllustraTM RNAspin Mini RNA Isolation Kits (GE Healthcare Little Chalfont, UK)
RNA libraries were prepared for sequencing  following the manufacturer's protocol 454 GS FLX Titanium (Roche Holdings AG.)

treatment_protocol: 5 × 10^5 were treated with  1 µg/mL LPS  (Cat. No: L2654; Sigma-Aldrich) for 24 h, other cell gruop were incubated with  1 µg/mL LPS for 24 h plus with 100 µM E3330 (≥98% pure; Sigma-Aldrich) or 6 mM methoxyamine (MX) for 4 h.

value: human myeloid leukemia cells

value: LPS 1 µg/mL + E3330  100 µM


title: B2


title: H1


title: MDZ_8w_RNAseq_rep3


title: SNU387 E545K

description: Gene expression data


title: SNU387 H1047R

description: Gene expression data


title: Control_P10_RNAseq_rep1


title: RL5_MET

value: LPS 1 µg/mL + Methoxyamine  6mM


title: SNU387 WT

description: Gene expression data


title: RL2_LPS

value: LPS 1 µg/mL


title: Phytophthora sojae mycelia rep 4 [PS-4b]

status: Public on Aug 28 2021

city: Corvallis

first: Brett

middle: Merrick

last: Tyler

state: OR

address: ALS3021, 2750 Campus Way

department: Center for Quantitative Life Sciences

institute: Oregon State University

description:
Sequence run 2
processed data file: PsojaemergedcufflinkOut.xlsx

data_processing:
Read calling was performed on the Applied Biosystems Whole Transcriptome (WT) Analysis Pipeline
Reads were mapped to soybean Glymax 1.0 gene models and P. sojae Physo 1.0 gene models using Cufflinks
Genome_build: soybean Glymax 1.0 gene models and P. sojae Physo 1.0 gene models from the DOE JGI
Supplementary_files_format_and_content: GmaxRNAseqmappedReads.xlsx is an Excel file. It lists the raw and normalized (FKPM) read numbers for each soybean (Glyma 1.0) gene model found in each of the WI and WM samples. Columns are samples and rows are gene models.
Supplementary_files_format_and_content: PsojaemergedcufflinkOut.xlsx is an Excel file. It lists the raw and normalized (FKPM) read numbers for each P. sojae (Physo 1.0) gene model found in each of the WI and PS samples.Columns are samples and rows are gene models.

molecule: polyA RNA

organism: Phytophthora sojae

source_name: Mycelia grown in liquid V8 medium

growth_protocol: Soybean seedlings were grown for 7 days in a growth chamber prior to inoculation. Daytime 27ºC 14 hr. Nightime 21ºC 8 hr. 80% humidity. P. sojae mycelia was grown in V8 liquid medium for three days at 25ºC in the dark.

extract_protocol:
RNA was extracted from plant and mycelia tissues using the Concert™ Plant RNA Reagent Kit, Catalog no. 12322-012. Poly(A)+ RNA was obtained using the promega PolyATtract® mRNA Isolation System.
50 nucleotide paired-end sequencing was carried out by Edge BioServ on their Applied Biosystems  SOLiD 3 System

treatment_protocol: Pathogen treated seedlings were inoculated with 3mm diameter ball of mycelia placed in a vertical slit in the hypocotyl. Mock treated seedling were inoculated with a drop of sterile V8 medium in a vertical slit in the hypocotyl. Inoculations were done at 8am and plants were harvested 12 hr later.

tag: cultivar

value: P. sojae strain P6497

tag: treatment/time point

value: Same mycelia batch used to inoculate WI-4 soybeans


title: Phytophthora sojae mycelia rep 2 [PS-2a]

description:
Sequence run 1
processed data file: PsojaemergedcufflinkOut.xlsx

value: Same mycelia batch used to inoculate WI-2 soybeans


title: Phytophthora sojae mycelia rep 2 [PS-2b]


title: Phytophthora sojae mycelia rep 3 [PS-3a]

value: Same mycelia batch used to inoculate WI-3 soybeans


title: Phytophthora sojae mycelia rep 4 [PS-4a]


title: Phytophthora sojae mycelia rep 1 [PS-1b]

value: Same mycelia batch used to inoculate WI-1 soybeans


title: Mock-inoculated Williams rep 4 [WM-4a]

description:
Sequence run 1
processed data file: GmaxRNAseqmappedReads.xlsx

organism: Glycine max

source_name: 7 day old hypocotyls inoculated with Phytophthora sojae

value: Soybean cultivar Williams

value: 12 hours post mock inoculation


title: Mock-inoculated Williams rep 4 [WM-4b]

description:
Sequence run 2
processed data file: GmaxRNAseqmappedReads.xlsx


title: Phytophthora sojae mycelia rep 1 [PS-1a]


title: Melanized spot, fish 9

city: Aas

first: Aleksei

last: Krasnov

address: Osloveien 1

department: Fish Health

country: Norway

institute: Nofima AS

hyb_protocol: Hybridized according to Agilent Two-Color Microarray-Based Gene Expression Analysis protocol.

scan_protocol: Arrays were scanned with GenePix® 4100A Microarray Scanner.

data_processing: Images were processed using the standard procedures of the feature extraction. After removal of flagged spots lowess normalization was performed.

organism: Salmo salar

source_name: Normal muscle

label_protocol: Amplified and labeled according to Agilent Two-Color Microarray-Based Gene Expression Analysis protocol.

growth_protocol: Salmon with average body weight 4.2 kg was produced in a commercial sea cage farm.

extract_protocol: RNA was isolated using the iPrep™ TRIzol® Plus kit (Invitrogen), and purified with RNeasy mini kit (QIAGEN).

treatment_protocol: No treatment.

value: Normal muscle

source_name: Muscle with melanized area

value: Muscle with melanized area


title: Melanized spot, fish 2


title: Melanized spot, fish 6


title: Mock-inoculated Williams rep 3 [WM-3b]


title: Melanized spot, fish 8


title: Melanized spot, fish 3


title: Melanized spot, fish 11


title: Melanized spot, fish 1


title: Mock-inoculated Williams rep 3 [WM-3a]


title: Melanized spot, fish 7


title: Melanized spot, fish 12


title: Melanized spot, fish 4


title: Mock-inoculated Williams rep 2 [WM-2b]


title: Melanized spot, fish 10


title: SNU387 EGFP

description: Gene expression data

value: hepatocellular carcinoma


title: Mock-inoculated Williams rep 2 [WM-2a]


title: Mock-inoculated Williams rep 1 [WM-1b]


title: Melanized spot, fish 5


title: Phytophthora sojae mycelia rep 3 [PS-3b]


title: Mock-inoculated Williams rep 1 [WM-1a]


title: Infected Williams rep 4 [WI-4]

description: processed data file: GmaxRNAseqmappedReads.xlsx; PsojaemergedcufflinkOut.xlsx

organism:
Glycine max
Phytophthora sojae

source_name: 7 day old hypocotyls sujected to mock inoculation

value: 12 hours post inoculation


title: Infected Williams rep 3 [WI-3]


title: Infected Williams rep 2 [WI-2]


title: Liver stromal cells from high fat, high calorie diet animal #14

city: Aurora

first: Austin

middle: E

last: Gillen

state: CO

address: 12801 East 17th Avenue

institute: University of Colorado Anschutz Medical Campus

data_processing:
scRNA-seq UMI count matrices were generated using the 10X Cell Ranger Pipeline (3.0.1).
The Seurat package in R was then used to aggregate the matrices, which were further filtered to exclude cells not passing the following QC measures: fewer than 20% of UMIs derived from mitochondia, greater than 200 genes detected, and fewer than 4,500 genes detected (to remove putative doublets).
Data were aligned with Harmony (theta = 2, labmda = 1, sigma = 0.1) to remove sequencing batch effects.
Genome_build: mm10
Supplementary_files_format_and_content: count_matrix.tsv contains UMI counts per gene per cell.

source_name: liver

growth_protocol: All experiments utilized six to eight-week-old male C57BL/6 mice purchased from Charles River Laboratories (Wilmington, MA).  For diet studies, mice were randomly allocated to either a chow control or HFHC diet formulated by Research Diets Inc. (#D17010101-03, New Brunswick, NJ). Mice were provided diet ad libitum for a period between 20-32 weeks. Dead cells were removed using the EasySep Dead Cell Removal Kit (Stem Cell Technologies, Vancouver, Canada).  Viable cells were washed 2x with PBS containing 0.5% FBS (Atlas Biologicals, Fort Collins, CO) and stained with antibodies against CD45 (30-F11), CD31 (390), CD146 (ME-9F1) and PDPN (8.1.1) from BioLegend (San Diego, CA).  Cells were washed twice and were sorted using an aria Fusion sorter (BD Biosciences, Franklin Lakes, NJ).  Enriched stromal cells were then washed 2x with PBS and subjected to single cell sequencing.

extract_protocol:
Briefly, murine livers were harvested and non-parenchymal cells (NPCs) were isolated as previously described.  Following isolation, cells were washed 2x with PBS and dead cells were removed using the EasySep Dead Cell Removal Kit (Stem Cell Technologies, Vancouver, Canada).  Viable cells were washed 2x with PBS containing 0.5% FBS (Atlas Biologicals, Fort Collins, CO) and stained with antibodies against CD45 (30-F11), CD31 (390), CD146 (ME-9F1) and PDPN (8.1.1) from BioLegend (San Diego, CA).  Cells were washed twice and were sorted using an aria Fusion sorter (BD Biosciences, Franklin Lakes, NJ).  Enriched stromal cells were then washed 2x with PBS and subjected to single cell sequencing as described below.
Cells were processed using the 10X Genomics Chromium platform to generate single-cell RNA-Seq libraries.

value: liver

value: stromal

tag: diet

value: hfhc

tag: Sex

value: male


title: Liver stromal cells from high fat, high calorie diet animal #3


title: Liver stromal cells from high fat, high calorie diet animal #1


title: Liver stromal cells from high fat, high calorie diet animal #2


title: Infected Williams rep 1 [WI-1]


title: Liver stromal cells from control animal #3

value: control


title: Liver stromal cells from control animal #1


title: Immune cells of injured spinal cords-14dpi

first: Jingyu

state: Zhejiang

address: No.688 Yuhangtang road

data_processing:
CellRanger was used to base-calling, alignment, filtering and generation of normalized abundance measurements.
Genome_build: mm10
Supplementary_files_format_and_content: tab-delimited text files include normalized median scaling values for each cell

source_name: injured spinal cord

extract_protocol:
GEMs (Gel Bead in Emulsion) were constructed for single cell separation according to the number of cells to be harvested. After GEMs were normally formed, GEMs were collected for reverse transcription in a PCR machine for labeling. The GEMs were oil-treated, and the amplified cDNA was purified by magnetic beads, and then subjected to cDNA amplification and quality inspection.
The 3ʹ Gene Expression Library was constructed with the quality-qualified cDNA. After fragmentation, adaptor ligation, sample index PCR, etc., the library is finally quantitatively examined.

value: CD45 positive cells

tag: time point

value: spinal cord injury


title: Immune cells of healthy spinal cords (Act-seq)

source_name: healthy spinal cord

value: sham


title: CRCGN017_MCF10A.WT.HP_24H:N17

city: Boston

first: Stefano

last: Monti

state: MA

address: 25 Buick Street

department: Computational Medicine

institute: Boston University

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N17.lxb
Broad Institute Human L1000 epsilon

scan_protocol: Following treatment and lysis, the gene expression of the HepG2 and MCF10A cells was profiled using the L1000 platform, a high-throughput assay that measures the expression of ∼1,000 landmark genes and computationally infers the expression of nonmeasured transcripts.

data_processing: For each perturbation and landmark gene, we computed the change in gene expression following the perturbation using a moderated z-score procedure as described in the CMap–L1000 workflow. Differential expression values were calculated as moderated z-scores for each landmark gene and each unique perturbation (chemical and dose combination) perturbation, collapsed to a single value across replicates (Subramanian et al. 2017).

source_name: Breast Carcinogenicity

label_protocol: Each chemical perturbation for the HEPG2 screen was administered at six doses in triplicate wells per dose and chemical combination, starting from 40μM maximum dose (40 mM stock diluted 1:1,000) for NTP chemicals and 20μM for chemicals procured from Sigma-Aldrich, in series of two-fold dilutions. The sole exception to the standard dosage was 2,3,7,8-tetrachlorodibenzo-p-dioxin (TCDD), which had a starting dose of 50 nM due to its extreme potency. Each chemical perturbation for the MCF10A was administered at three doses (100, 33, 10μM) in triplicate wells. The vehicle control used was DMSO with final dose of 14.1 mM. Four positive controls were used (vorinostat, geldanamycin, mitoxantrone, withaferin-a) each in final doses of 10, 3.33, and 1.00μM, respectively.

growth_protocol: HepG2 (ATCC® HB-8,065™), MCF10A parental and TP53-/- (Horizon, cat# HD 101-005), were used with medium RPMI1640 (10040CV; Mediatech) supplemented with 10% v/v fetal bovine serum (F4135; Sigma-Aldrich), 1× penicillin-streptomycin-glutamine (Invitrogen 10378016), and incubated at humidified 5% CO2 atmosphere at 37°C. Cell cultures were plated with 4,000 cells (45μL of growth medium) per well on 384-well plates (3707; Corning) and incubated for 24 h before treatment.

treatment_protocol: Cells were treated with 5μL of 1:100 diluted 1,000× stock compound plates to final volume of 50μL and incubated for 24 h before lysis


title: CRCGN017_MCF10A.WT.HP_24H:G23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_P23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A16.lxb
Broad Institute Human L1000 epsilon


title: Immune cells of healthy spinal cords


title: CRCGN017_MCF10A.WT.HP_24H:P24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_P24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H24.lxb
Broad Institute Human L1000 epsilon


title: Immune cells of injured spinal cords-3dpi


title: Liver stromal cells from control animal #4


title: Liver stromal cells from control animal #2


title: CRCGN017_MCF10A.WT.HP_24H:P21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_P09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_P08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P06.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_P06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_O12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N06.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_N07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:O09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_O09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_L07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_I20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_H09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_G07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_M08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_F08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_K18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_J17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_E13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_D21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B16

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B16.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B16.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_C08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A22

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A22.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A22.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A23

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A23.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A24

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A24.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A24.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A21

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A21.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A21.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A18

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A18.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A18.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A19

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A19.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A20

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A20.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A20.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:B09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_B09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_B09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A15

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A15.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A15.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A17

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A17.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A17.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A14

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A14.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A14.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A12

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A12.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A12.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A11

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A11.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A11.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A10

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A10.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A10.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A08

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A08.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A08.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A13

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A13.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A13.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_N05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_P03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_P04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_P05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_P01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_N04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:P02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_P02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_P02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_M05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_M04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_N03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_M06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:N02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_N02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_N02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_M01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_L06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_M02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_L05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A09

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A09.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A09.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_L03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_L02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_L04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:L01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_L01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_L01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:M03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_M03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_M03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_K06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:A07

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X2_B34_A07.lxb
CRCGN017_MCF10A.WT.HP_24H_X3_B34_A07.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_K05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_K04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_J06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_K03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_K01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:K02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_K02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_K02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_J02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_J05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_J03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_I06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_J04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_I05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_H06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_I04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_H03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_H05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_I03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_I01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:I02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_I02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_I02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_G02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_H01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_G01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_F05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_G05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_G06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_F06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_G04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:J01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_J01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_J01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_F04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_F03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_F02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E06

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_E06.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E06.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:H02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_H02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_H02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_E04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_E05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_E03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_E01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:E02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_E02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_E02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_D04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_D01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:G03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_G03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_G03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D02

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_D02.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D02.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C05

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_C05.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C05.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C04

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_C04.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C04.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_C03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:D03

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_D03.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_D03.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.TP53.M_24H:K23

description:
raw data information:
CRCGN017_MCF10A.TP53.M_24H_X3_B34_K23.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:C01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_C01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_C01.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.TP53.M_24H:F19

description:
raw data information:
CRCGN017_MCF10A.TP53.M_24H_X3_B34_F19.lxb
Broad Institute Human L1000 epsilon


title: CRCGN017_MCF10A.WT.HP_24H:F01

description:
raw data information:
CRCGN017_MCF10A.WT.HP_24H_X1_B34_F01.lxb
CRCGN017_MCF10A.WT.HP_24H_X2_B34_F01.lxb
Broad Institute Human L1000 epsilon