title: iPSC - 100kb DEL1

description: counts table

data_processing:
Sequence reads were trimmed for adaptor sequence using Skewer
Trimmed, paired-end FASTQ files were pseudo-aligned with Salmon and counts from abundance were quantified by tximport.
Assembly: hg38
Supplementary files format and content: tab-delimited table of raw counts

extract_protocol:
RNA was harvested using trizol.
After poly-A selection, reverse transcription was performed with random hexamer priming, RNA-seq were prepared using Illumina's Nextera Kit

treatment_protocol: iPSC were differentiated down a neural crest cell (NCC) lineage using a STEMDiff Neural Crest Differentiation Kit from StemCell Technologies. Cells were analyzed at day 6 of differentiation

value: induced pluripotent stem cell

value: 100kb DEL

value: Day 0


title: Meg-01, control, rep3

status: Public on May 14 2022

type: SRA

city: Erlangen

first: Michael

last: Frech

address: Ulmenweg 18

department: Department of Internal Medicine 3 - Rheumatology and Immunology

country: Germany

institute: University Hospital Erlangen

library_source: transcriptomic

data_processing:
Raw data of FASTQ format were processed through fastp.
Paired-end clean reads were aligned to the reference genome (GRCh38/hg38) using the Spliced Transcripts Alignment to a Reference (STAR, v2.6.1d) software.
FeatureCounts (v1.5.0-p3) was used to count the read numbers mapped of each gene.
The count output was utilized to identify differentially expressed genes using DESeq2 version v1.26.0.
Assembly: hg38
Supplementary files format and content: FeatureCounts transcript-level abundance tab-separated text file

molecule: total RNA

organism: Homo sapiens

source_name: cell line

extract_protocol:
RNA was extracted using a RNeasy Mini kit (qiagen, USA) according to the manufacturer's instructions.
A total amount of 1 μg RNA per sample was used as input material for the RNA sample preparations. Sequencing libraries were generated using NEBNext® UltraTM RNA Library Prep Kit for Illumina® (NEB, USA) following manufacturer’s recommendations and index codes were added to attribute sequences to each sample.

tag: tissue

value: cell line

tag: cell line

tag: cell type

value: megakaryoblast

tag: treatment

value: no treatment


title: dmso_2hr_1

city: Nutley

first: Ying

last: Wang

state: NJ

address: 111 Ideation Way

country: USA

institute: Hackensack Meridian Health Center for Discovery and Innovation

data_processing:
Sequenced reads were aligned to the GRCh38.100 reference genome using STAR version 2.7.5a and gene-level counts were generated by setting the `quantMode GeneCounts` flag.
Differential expression analysis was performed using EdgeR. The `filterByExpr` function in EdgeR was then used to determine genes with sufficiently large counts to be included in downstream differential expression testing
The filtered count matrix was then normalized using TMM normalization and differential expression testing was performed using the `glmTreat` function with the minimal required fold-change threshold set to log2(1) for significant differential gene expression (FDR < 0.1).
Assembly: GRCh38.100
Supplementary files format and content: Tab-delimited count matrix of raw counts from STAR ReadsPerGene.out files
Supplementary files format and content: Differential expression table from edgeR topTags output with an additional column describing the contrast tested

molecule: polyA RNA

source_name: Colorectal

extract_protocol:
RNA from experiments in biological triplicates was isolated using RNeasy Mini Plus Kit (QIAGEN) following the manufacturer’s instructions.
RNA amount and purity was measured using Qubit 3.0, and (3) Agilent2100 was used to check for RNA Integrating Number (RIN). Samples with RIN values of >8.5 were sent to Novogene Library construction. Briefly, the polyA enrichment library preparation was performed to construct 250-300 bp insert cDNA library. Sequencing was performed using paired end reads (150 bp, average 40 million reads per sample) on the HiSeq2500 platform.

value: Colorectal

value: dmso

tag: time

tag: batch


title: dmso_2hr_2


title: NCC - 100kb DEL2

city: Boston

first: Daniel

last: Quiat

state: MA

address: 300 Longwood Ave

department: Cardiology

institute: Boston Children's Hospital

description: counts table

tag: genotype

value: neural crest differentiation

value: Day 6


title: M21_sample_4_RIF

city: Cape Town

first: Tracey

last: Calvert-Joshua

state: Western Cape

address: Robert Sobukwe Road, Bellville

department: South African National Bioinformatics Institute (SANBI)

country: South Africa

institute: University of the Western Cape

data_processing:
FastQC checks in Galaxy showed that the data was of high quality (mean PHRED > 30). Reads were trimmed, and adapter sequences were removed using Trimmomatic V.0.38 with a PHRED = 20 and a sliding window of 4 (Bolger et al., 2014).
Reads were alignedusing BWA-MEM 0.17.1
Quality of the bam files were checked using Samtools 1.9
Some of the bam files were converted to wiggle files for further analysis, using the RSeQC package in Galaxy
Assembly: H37Rv (NC00096.3)
Supplementary files format and content: Diffrential expression analysis was carried out using Limma voom (TMM normalization) in Galaxy. Although these files were not needed for this analysis
Supplementary files format and content: tabular files with DE genes called using limma voom (TMM) to compare expression of genes exposed to rifampicin versus those grown under no rifampicin treatment

organism: Mycobacterium tuberculosis

growth_protocol: Cultures were grown in 7H9 media until mid-log phase

extract_protocol:
RNA extraction was carried out using the FastBlue RNA extraction kit (MP Biomedicals). Ribosomal depletion was performed, with the bacterial option as probes for hybridization of rRNA (TruSeq Total RNA). Primer design and RNA-seq were done by the Agricultural Research Council (ARC) sequencing facility using the TruSeq DNA and RNA CD Indexes (I7 and I5 adapters).
TruSeq Stranded mRNA Library

treatment_protocol: exposed to RIF for 24 hours

value: Rifampicin-resistant

value: 1/4 MIC rifampicin


title: 3-3 08302016

first: Ionita

middle: Calin

last: Ghiran

address: 3 Blackfan Circle

department: Medicine

institute: Beth Israel Deaconess Medical Center

data_processing:
All FASTQ files were processed uniformly through the extra-cellular RNA processing toolkit (exceRpt), with an adapter sequence of [] and random barcode length [] (on []). Information about exceRpt is available at https://github.gersteinlab.org/exceRpt/.
Assembly: hg19
Supplementary files format and content: Each processed data file is a core results archive generated by exceRpt. The core results archive contains read counts for alignments to the different transcriptome libraries used by exceRpt (miRNA / piRNA / tRNA / GENCODE annotations / circRNA), taxonomy trees for exogenous rRNA and genomic reads aligned by exceRpt, and a variety of other files generated by exceRpt.

source_name: Plasma

extract_protocol:
RNA Isolation kit was miRcury biofluids (Exiqon).
Library construction kit was NEBNext small RNA library prep (NEB). Samples were not multiplexed. Type of Starting Material was total RNA.

value: Plasma

tag: condition

value: Healthy Subject

tag: time of day

value: evening

tag: anatomical location

value: Entire cardiovascular system

tag: rna source

value: total cell-free biofluid RNA

tag: rna isolation kit

value: miRcury biofluids (Exiqon)

tag: subject id


title: C6_sample_3_RIF

value: 24 hours


title: iPSC - 100kb DEL3

description: counts table

value: induced pluripotent stem cell

value: 100kb DEL

value: Day 0


title: NCC - 40kb DEL1

description: counts table

value: 40kb DEL


title: Meg-01, control, rep1

value: cell line

value: megakaryoblast

value: no treatment


title: NCC - 100kb DEL1

description: counts table

value: neural crest differentiation

value: Day 6


title: M21_sample_1_RIF

value: Rifampicin-resistant

value: 1/4 MIC rifampicin


title: 2-3 08302016

value: Plasma

value: Healthy Subject


title: 3-1 08302016

value: morning

value: Entire cardiovascular system


title: 4-3 08302016

value: evening

value: total cell-free biofluid RNA

value: miRcury biofluids (Exiqon)


title: C6_sample_2_RIF

value: 24 hours


title: 4-1 08302016


title: M20_sample_1_CONT


title: 1-3 08302016


title: Meg-01, sodium propionate, 500 micro molar, rep1

value: sodium propionate, 500 µM, 48 hours


title: Meg-01, control, rep2


title: NCC - 40kb DEL2

description: counts table

value: induced pluripotent stem cell

value: 40kb DEL


title: iPSC - 100kb DEL2

description: counts table

value: 100kb DEL

value: Day 0


title: Meg-01, sodium propionate, 500 micro molar, rep3

value: cell line

value: megakaryoblast


title: 5-1 08302016


title: iPSC - 40kb DEL2

description: counts table


title: M20_sample_2_CONT

value: Rifampicin-resistant


title: ATAC-Seq of SWC4 deletion cell:  budding yeast by4741 repeat 1

city: Shanghai

first: Yue

last: Pan

address: 320 Yue Yang Road

department: Center for Excellence in Molecular Cell Science, CAS

country: China

institute: Shanghai Institutes for Biological Sciences, Chinese Academy of Sciences

library_source: genomic

data_processing:
Raw read files were first processed by Trim Galore version 0.5.0 (Babraham Institute) to trim low-quality reads and remove adapters.
Bowtie2 version 2.3.1 was used for mapping reads to S. cerevisiae using the ‘-t -q -N 1 -L 25 -X 2000 --no-mixed --no-discordant’ parameter, where ‘-X 2000’ allows the maximum fragment length to be 2000bp, ‘--no-mixed’ suppresses unpaired alignments for paired reads and ‘--no-discordant’ suppress discordant alignments for paired reads.
To minimize PCR and sequencing optical bias, Picard version 2.18.7 subcommand MarkDuplicates was used to remove duplicates (defined as the same start and end positions) and CollectInsertSizeMetrics was used to estimate fragment size distribution. Samtools version 1.4 was used for SAM file manipulation. Specifically, subcommand view with ‘-q 10 -b’ parameter was used to remove low-quality, unmapped, unpaired and duplicated reads, as well as convert to BAM format.
Subcommands sort and index with default parameters were used to sort and index BAM files. BigWig format files were generated via bamCoverage version 1.5.11 with the ‘--bs 10 --normalizeUsingRPKM’ parameter.
HMMRATAC version 1.2.10 was used to call peaks using the sorted BAM file.
Assembly: S.cerevisiae (sacCer3)
Supplementary files format and content: bigWig, narrowPeak, gappedPeak
Supplementary files format and content: bigWig and gappedPeak files on the series record represent the integrated data for repeat 1 and 2 for each genotype.

molecule: genomic DNA

organism: Saccharomyces cerevisiae

source_name: yeast cells

growth_protocol: Cells were cultured at 30°C

extract_protocol:
5×10^4 mid-log phase yeast cells (OD600 ~1.0) were collected and digested for 50 min at 30°C by using 1 μg/μL zymolyase in sorbitol buffer (1.1 M sorbitol, 0.1 M K2HPO4, pH 7.5). Then, the spheroplast was centrifuged for 5 min at 2000g (room temperature). Wash the spheroplast once with sorbitol buffer. The cell pellet was re-suspended in 50μL Tn5 digestion mix by using TruePrepTMDNA Library Prep Kit V2 for IIIumina（Vazyme#TD501-01）: 5*TTBL, 10ul; TTE MIX V50, 5ul; ddH2O, 35ul, and incubated at 37°C for 30 min. VAHTS DNA Clean Beads (Vazyme#N411) were used to purify the Tn5 digested product.
Sequencing library was amplificated by PCR with TruePrepTM Index Kit V2 for IIIumina (Vazyme#TD202). PCR product was purified by using VAHTS DNA Clean Beads (Vazyme#N411) and eluted in 20 μL ddH2O.

value: yeast cells

value: SWC4 deletion cells

tag: growth phase

value: mid-log phase yeast cells, cultured at 30°C


title: C6_sample_1_RIF

value: 1/4 MIC rifampicin


title: ATAC-Seq of SWC4 deletion cell:  budding yeast by4741 repeat 2


title: iPSC - 40kb DEL3

description: counts table


title: C6_sample_3_CONT


title: 2-2 08302016

value: Plasma

value: Healthy Subject

value: afternoon

value: Entire cardiovascular system


title: NCC - WT2

description: counts table

value: WT

value: neural crest differentiation

value: Day 6


title: ATAC-Seq of wide type cell:  budding yeast by4741 repeat 2

value: wild type


title: iPSC - 40kb DEL1

description: counts table

value: induced pluripotent stem cell

value: 40kb DEL


title: Loucy cell line with MEF2C overexpression - input DNA

city: Utrecht

first: Rico

last: Hagelaar

address: Heidelberglaan 25

country: Netherlands

institute: Princess Maxima Center

data_processing:
Raw reads were aligned to hg19 using BWA, default settings
MACS2 was used for peakcalling. Narrow peak calling was used for transcription factors, broad peak calling for histone modifications. Remainder of settings were left at default
Genome_build: hg19
Supplementary_files_format_and_content: peak text files

source_name: LOUCY cell line without doxycyline

growth_protocol: LOUCY cells were cultured with or without OP9-DL1 for 1 day before harvesting 5x106 cells for each Chromatin immunoprecipitation (ChIP) procedure.

extract_protocol: ChIP was performed according to manufacturer’s instructions (Simple ChIP Enzymatic Chromatin IP Kit, Cell Signaling #9003), with five 30sec. on 30sec. Off sonication cycles

value: Loucy

tag: genotype/variation

value: MEF2C overexpression

tag: antibody

value: input DNA


title: NCC - WT1

description: counts table


title: Loucy cell line with MEF2C overexpression - MEF2C


title: C6_sample_1_CONT

value: Rifampicin-resistant


title: C5_sample_3_RIF

value: 24 hours


title: Loucy cell line with MEF2C overexpression - H3K4me3


title: iPSC - WT3

description: counts table

value: Day 0


title: C5_sample_2_RIF

value: 1/4 MIC rifampicin


title: KPPC;Col1pdxKO mouse PDAC 3

city: Houston

first: Yang

last: Chen

state: Texas

address: 1881 East Road

department: Cancer Biology

institute: UT-MD Anderson Cancer Center

data_processing:
STAR
HTSEQ
DESEQ2
Genome_build: mm10
Supplementary_files_format_and_content: txt

organism: Mus musculus

source_name: pancreatic tumor

growth_protocol: Mice with standard housing conditions

extract_protocol:
Direct-zol RNA extraction kit (Zymo)
Illumina TrueSeq stranded mRNAseq Library

treatment_protocol: Mice received no treatment

value: pancreatic tumor

tag: detailed genotype


title: ATAC-Seq of wide type cell:  budding yeast by4741 repeat 1

tag: tissue

value: yeast cells

value: mid-log phase yeast cells, cultured at 30°C


title: iPSC - WT2

description: counts table

tag: cell line


title: iPSC - WT1

description: counts table

tag: cell type


title: wt three diterpenoids rep1

city: Busan

first: Keumok

last: Moon

address: 2, Busandaehak-ro 63beon-gil, Geumjeong-gu

country: South Korea

institute: Pusan national university

data_processing:
The Illumina sequencer generates raw images utilizing sequencing control software for system control and base calling through an integrated primary analysis software called RTA (Real Time Analysis).
The BCL (base calls) binary is converted into FASTQ utilizing illumina package bcl2fastq. Adapters are not trimmed away from the reads.
The sequencing artifacts and contamination of raw sequencing reads were assessed by FastQC v.0.11.7 and further adapter, poor-quality or short reads (< 10 bp) were trimmed by Cutadapt v.1.18.
The number of reads mapped to each transcript was counted by HTSeq v.0.11.0
Assembly: The preprocessed reads were aligned to the reference genome of GCF_000007465.2_ASM746v2_genomic.gff by Bowtie2 v.2.3.4.3, followed by sorting and indexing by Samtools v.1.9.
Supplementary files format and content: DESeq2 v.1.32.0 was used to normalize the read counts and the resulting count matrix contains the raw gene counts for every gene except rRNAs and every sample.

organism: Streptococcus mutans

source_name: Streptococcus mutans

growth_protocol: S. mutans UA159 was grown to the early exponential phase (O.D.600 = 0.4-0.5) in BHI broth at 37°C in a 5% CO2 incubator. The antibacterial compounds of A. continentalis were added to the cells at a concentration of 4 ug/mL and the cells were further incubated for 1 h at 37°C in a 5% CO2 incubator. Each sample was prepared in biological triplicate.

extract_protocol:
The cells were harvested, resuspended in 1 mL of RNAprotect Bacteria Reagent (Qiagen, Venlo, Netherlands), and maintained at room temperature for 10 min. The cells were resuspended in 50 mM Tris-HCl buffer containing 10 mM EDTA and 0.4% SDS and then mechanically disrupted using Bead Beater 16 (Biospec Products Inc., Bartlesville, OK). Total RNA was isolated using an RNeasy Mini Kit (Qiagen, Valencia, CA) and the RNA concentration was measured using a nanodrop (NanoDropTM 2000 Spectrophotometer, Thermo Fisher Scientific, Waltham, MA). Prior to the sequencing library construction, the quality and integrity of the extracted RNA were checked using a 2100 Bioanalyzer (Agilent Technologies, Santa Clara, CA) and the quantity was measured by quantitative polymerase chain reaction (qPCR) as per the Illumina qPCR Quantification Protocol Guide.
One microliter of total RNA was used for the construction of cDNA libraries. Ribosomal RNA was removed by Ribo-ZeroTM Removal Kits (Bacteria) and then converted to cDNA using TruSeq RNA Library Prep Kit v2 (Illumina, San Diego, CA). Paired-end sequencing of the constructed cDNA libraries was performed by Illumina Novaseq.

tag: strain

tag: agent

value: treated with three diterpenoids for 1 hour


title: wt three diterpenoids rep3


title: wt three diterpenoids rep2


title: wt kaurenoic acid rep3

value: treated with kaurenoic acid for 1 hour


title: Loucy cell line with MEF2C overexpression - BRD4


title: C6_sample_2_CONT

tag: treatment


title: C5_sample_3_CONT

tag: genotype


title: 12_BLM_HOIPIN8_T6_R2

city: Suzhou

first: Zhengkui

last: Zhang

address: No. 199, Renai Road, Suzhou Industrial Park

department: Institutes of Biology and Medical Science

institute: Soochow University

data_processing:
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence
Mapped to the human reference genome hg38 using STAR (version 2.7) (Dobin et al., 2013) with default settings
Genes reads were counted using  HTSeq (Anders et al., 2015) (version 0.11.1)
Count data were analyzed in RStudio (version 1.4.1106) with DESeq2 (version1.30.1) (Love et al., 2014)
Genome_build: hg38
Supplementary_files_format_and_content: raw counts matrix
Supplementary_files_format_and_content: normalized counts matrix by DESeq2-rlog transformed

source_name: Human melanoma

growth_protocol: Cells were cultured in DMEM supplemented with 9% fetal bovine serum (Sigma) plus 100 U/ml penicillin and 0.1 mg/ml streptomycin (Gibco).

extract_protocol:
Cells were then lysed by adding 600 µl of buffer RLT (Qiagen, 79216) and their total RNA extracted using a RNeasy mini kit (Qiagen, 74106) according to the manufacturer’s instructions.
PolyA+ stranded RNA Libraries were generated using the TruSeq Stranded mRNA sample preparation kit (Illumina)

treatment_protocol: 2×10E6 BLM sgCtl or sgRNF31 BLM human melanoma cells were pretreated with vehicle (DMSO) or HOIPIN-8 (10 µM) for 16 h, followed by TNF stimulation (100 ng/ml) for 0 or 6 hours.

value: melanoma BLM cells

value: sgCtl

value: TNF 6h


title: wt kaurenoic acid rep2


title: wt kaurenoic acid rep1


title: C5_sample_1_CONT


title: 11_BLM_HOIPIN8_T6_R1


title: C5_sample_2_CONT


title: Loucy cell line with MEF2C and ICN overexpression - MEF2C

value: MEF2C and ICN overexpression


title: 9_BLM_sgRNF31_T6_R1

value: untreated


title: Loucy cell line with MEF2C overexpression on DL1 - MEF2C

value: Loucy

value: MEF2C overexpression on DL1


title: wt continentalic acid rep3

value: treated with continentalic acid for 1 hour


title: 10_BLM_sgRNF31_T6_R2


title: C4_WT_sample_3_CONT

value: WT


title: Loucy cell line with MEF2C overexpression on DL1 - input DNA

value: input DNA


title: Loucy cell line with MEF2C overexpression - H3K27ac

value: MEF2C overexpression


title: wt continentalic acid rep2


title: C5_sample_1_RIF

value: Rifampicin-resistant

value: 1/4 MIC rifampicin

value: 24 hours


title: wt continentalic acid rep1


title: C4_WT_sample_2_CONT


title: C4_WT_sample_1_CONT


title: 7_BLM_sgCtl_T6_R1


title: Loucy cell line with MEF2C overexpression on DL1 - H3K4me3


title: R4370_sample_3_RIF

value: rpOB mutants


title: Loucy cell line with MEF2C and ICN overexpression - input DNA


title: Loucy cell line with MEF2C overexpression on DL1 - H3K27ac


title: Loucy cell line with MEF2C overexpression on DL1 - BRD4


title: wt acanthoic acid rep2

value: treated with acanthoic acid for 1 hour


title: 5_BLM_HOIPIN8_T0_R1

value: TNF 0h


title: 6_BLM_HOIPIN8_T0_R2

value: melanoma BLM cells


title: R4370_sample_2_RIF


title: wt acanthoic acid rep1


title: cTEC_WT_N5

city: Oxford

first: Adam

last: Handel

address: John Radcliffe Hospital

department: Weatherall Institute of Molecular Medicine

country: United Kingdom

institute: University of Oxford

data_processing:
QC was performed using FastQC and Trimmomatic
RNA-seq reads were aligned using HISAT (version 0.1.6) and ChIP-seq peaks were pre-aligned using BWA (version 0.5.9) and Stampy (--bamkeepgoodreads)
Single cell RNA-seq outliers were identified using robust PCA on alignment proportion, ERCC92 spike-in proportion, number of detectable genes, proportion of reads mapping to protein-coding genes, proportion of mitochondrial transcripts, proportion of ribosomal transcripts, 3’ to 5’ coverage bias, transcriptomic variance, cell-to-mean correlation, the proportion of the library accounted for by the top 500 transcripts and GC content
RNA-seq reads were assigned to genes using HTSeq (intersection non-empty)
ChIP-seq bigWig profiles were generated using MACS2 on deduplicated BAM files with MAPQ >10
Genome_build: mm10
Supplementary_files_format_and_content: Tab delimited files include counts for RNA-seq samples and bigWig files show ChIP/input signal for ChIP-seq samples

source_name: cTEC

extract_protocol:
Thymic lobes were cleaned from fatty tissues and incubated with Liberase and DNaseI (Roche Diagnostics; 200μg/ml and 30μg/ml, respectively; 45min, 37ºC) to obtain a cell suspension which was subsequently filtered through a nylon mesh (100micro pore size, Sefar Nitex) to remove debris. TEC were sorted and then RNA was either isolated from ~1,000 cells or single cells using the SMART-seq2 protocol. TEC for ChIP-seq were treated as detailed in Žuklys S et al. Nature Immunology 2016:17(10):1206-1215
RNA-seq libraries were prepared using the appropriate Illumina kit for SMART-seq2 or HiSeq2500 (ChIP-seq). Nextera adapters were used for single cell RNA-seq and ChIP-seq.

value: Eedflfl

tag: sample type

value: single cell

tag: zsgreen status

value: negative


title: R4370_sample_1_RIF


title: ATAC-seq_S4_100k

city: Grand Forks

first: Archana

last: Dhasarathy

state: ND

address: 1301 N. Columbia Road, STOP 9061, STOP 9037

department: Biomedical Sciences

institute: UNIVERSITY OF NORTH DAKOTA

data_processing:
Reads were filtered based on a mean base quality score >20.
Adapter sequences were removed with the Cutadapt function.
Reads were mapped to the mm10 or hg19 genome using Bowtie 0.12.8 with parameters '-I 0 -X 2000 -m 1'.
The offset parameters suggested by Buenrostro et al (Nat. Methods, 2013) were applied to each mapped read.
Alignments to chrM were filtered out with samtools.
Duplicate reads were removed using MarkDuplicates.jar from picard-tools-1.107 package.
Signal tracks were generated from either the full ATAC-seq fragment or only the 9bp footprint at 5' ends of reads, via conversion to bedGraph via Bedtools v2.17.0 genomeCoverageBed followed by conversion to bigWig format by UCSC utility bedGraphToBigWig.
Peak calls were made by PeaKDEck with parameters '-sig 0.0001 -bin 300 -back 3000 -npBack 2500000'.
Assembly: mm10, hg19
Supplementary files format and content: coverage tracks in bigWig format
Supplementary files format and content: peak calls in BED format

source_name: NMuMG

growth_protocol: DMEM (with L-Glutamine, and 15 mM HEPES) + 10% FBS was used for NMuMG cells. DMEM + 10%FBS was used for MDA-MB-231 cells.

extract_protocol:
MinElute (before PCR, Qiagen) and AMPure XP (after PCR, Beckman Coulter) were used for DNA purification.
Cells were lysed with CSK buffer (10 mM PIPES pH 6.8, 100 mM NaCl, 300 mM sucrose, 3 mM MgCl2, 0.1% Triton X-100). Nuclei were treated with Tn5 Transposase (Illumina). The total of 8 PCR cycles were performed to recover and amplify the DNA fragments at open chromatin.

treatment_protocol: Increasing number of NMuMG cells were used to optimize the ATAC seq protocol. Cells are cultured using DMEM+10% FBS medium.  To collect the cell pellet, cells were washed with 1X PBS, and trypsinize with 0.25% Trypsin-EDTA (1X).  Cells are counted by the Countess cell counter (Invitrogen)

value: NMuMG

tag: passages

tag: time


title: 4_BLM_sgRNF31_T0_R2

value: untreated


title: 8_BLM_sgCtl_T6_R2

value: sgCtl

value: TNF 6h


title: ATAC-seq_S3_75k


title: wt untreated rep2


title: wt acanthoic acid rep3


title: wt untreated rep3


title: R4370_sample_3_CONT


title: R4370_sample_2_CONT


title: R4370_sample_1_CONT


title: 3_BLM_sgRNF31_T0_R1


title: ATAC-seq_S2_50k


title: 1_BLM_sgCtl_T0_R1


title: ATAC-seq_S1_25k


title: wt untreated rep1


title: 2_BLM_sgCtl_T0_R2


title: E14_scRNA_cerebella

status: Public on May 13 2022

city: Farmington

first: Nagham

last: Khouri-Farah

state: Connecticut

address: 400 Farmington Ave

department: Genetics and Genome Sciences

institute: UConn Health

data_processing:
The raw reads were processed to molecule counts using the Cell Ranger pipeline with default setting
The raw UMI counts from Cell Ranger was processed by the Seurat R package (version 1.4).
The count matrix without filtering was uploaded.
Genome_build: mm10
Supplementary_files_format_and_content: raw UMI counts in csv format for scRNA-seq and Fragments files for snATAC-seq samples

source_name: Cerebellum

extract_protocol:
The cerebella were dissected from mouse embryos at embryonic stages (E12-E14) in ice-cold phosphate buffered saline. The dissected tissues were pooled and cut into pieces smaller than 1 mm in dimension and processed according to 10X Genomics protocaols for scRNA-seq and snATAC-seq of embryonic mouse brain
10X Genomics Chromium Kits was used to create libraries.
10X Genomics

value: Outbred (CD1)

value: Cerebellum

tag: age

value: Embrhonic day 14.5

value: wild type

tag: Sex

value: pooled males and females


title: E12_scRNA_cerebella

value: Embrhonic day 12.5


title: Day 14 IRE1α KO 19

city: New York

first: Olivier

last: Elemento

state: NY

address: 1305 York Ave

department: Biochemistry

institute: Weill Cornell Medicine

data_processing:
Raw sequencing reads were aligned to the mm9 mouse reference genome using Tophat2.
Cufflinks was used to measure transcript abundances in Fragments per Kilobase of exon model per Million mapped reads (FPKM), with upper-quartile normalization and sequence-specific bias correction and non-normalized raw counts.
FPKM expression matrices were employed for heatmaps and Log2 transformed FPKM values were used for principal component analysis and visualized using ggplot2 in R.
Heatmaps were made using the Pheatmap and RColorBrewer packages, and the Venny web portal was used to make all venn diagrams. Differential gene expression (DGE) was performed on non-normalized counts using the standard DESeq2 package protocol in R,
Assembly: mm9

source_name: Lung cancer cells

growth_protocol: IRE1α WT or KO cell lines were injected into immunocompetent C57BL/6 mice by tail vein injection. Tumor growth kinetics were measured using the IVIS in vivo imaging system and the luciferase reporter to ensure adequate growth kinetics. At day's 10 and 14 lungs were harvested, and tumor cells were isolated by flow cytometry.

extract_protocol:
Single cell suspensions were generated and stained with CD45, and Epcam, without fixation. Viable CD45- mCherry+ Epcam+ cells were sorted into Trizol. mRNA was extracted as previously described. mRNA concentration was then evaluated by Nanodrop (Thermo Fisher), and the quality of the mRNA was evaluated by Bioanalyzer (Agilent).
cDNA libraries were generated using the Illumina TruSeq RNA Sample Preparation kit V2 with non-stranded Poly A selection, in accordance with the manufacturers protocol. 2x50 bp single-end sequencing was performed on the HiSeq 4000 sequencer.

value: IRE1alpha KO

value: Lung cancer cells


title: Day 14 IRE1α KO 20


title: Day 14 IRE1α KO 8


title: Day 14 IRE1α WT 19

value: WT


title: Day 14 IRE1α WT 9


title: Day 14 IRE1α WT 13


title: Day 14 IRE1α KO 4


title: Day 14 IRE1α KO 14


title: Day 10 IRE1α WT 10


title: Day 10 IRE1α KO 6


title: Day 10 IRE1α WT 17


title: Day 10 IRE1α WT 14


title: Day 10 IRE1α KO 3


title: Day 10 IRE1α KO 2


title: Day 10 IRE1α KO 11


title: mESC_Wnt6Del_IgG_CutTag_rep2

city: Stanford

first: Howard

middle: Y

last: Chang

state: CA

address: CCSR 2130, 269 Campus Drive

department: Center for Personal Dynamic Regulomes

institute: Stanford University

description:
IgG Cut&Tag library
Wnt-6-TAGGCATG-GTGTAGAT_S6_L008

data_processing:
library strategy: Cut&Tag
Paired-end reads were aligned to the mm10 genome using Bowtie2 with the --very-sensitive option following adapter trimming with Trimmomatic.
Reads with MAPQ values less than 10 were filtered using samtools and PCR duplicates removed using Picard’s MarkDuplicates.
MACS2 was used for peak calling with the following parameters: macs2 callpeak -t input_bedpe -p 1e-5 -f BEDPE --keep-dup all -g mm -n output_file.
Cut&Tag signal was converted to bigwig format for visualization using deepTools bamCoverage with the following parameters: --bs 5 --smoothLength 105 --normalizeUsing CPM --scaleFactor 10.
Genome_build: mm10
Supplementary_files_format_and_content: Bigwig (bw) files contain normalized, smoothened Cut&Tag signal merged across technical replicates for visualization.

growth_protocol: Cells were maintained in Knockout DMEM (Gibco #10829-018) supplemented with LIF on CD1 feeder cells.

extract_protocol:
Cut&Tag libraries were prepared as described previously (PMID: 31036827) using H3K27me3 (Active Motif #61017) and IgG (Abcam #AB6709) antibodies.
Cut&Tag libraries were amplified by PCR as described previously (PMID: 31036827).

value: mouse embryonic stem cells (mESCs)

value: Wnt6 Deletion

value: IgG (Abcam #AB6709)


title: mESC_WT_RNA_rep2

description: RNA-seq

data_processing:
Paired-end reads were aligned to the mm10 genome using STAR (version STAR_2.6.1d) following adapter trimming with Trimmomatic (version 0.39).
Aligned reads were filtered for uniquely mapped reads using samtools (version 1.9).
Transcript counts were generate using featureCounts (v1.6.4) against the Ensembl GRCm38 transcriptome (release 99).
Statistical analysis was performed using DESeq2 (version 1.22.2).
Genome_build: mm10
Supplementary_files_format_and_content: Counts file contains per replicate gene level counts from featureCounts.

source_name: Wild-type mESC

extract_protocol:
mESCs were directly lysed or micro dissected, and homogenized using a syringe, respectively. RNA extraction was performed according to manufacturer’s instructions using the Qiagen RNeasy Mini Kit.
Stranded mRNA library preparation was performed according to manufacturer’s instructions using the KAPA mRNA Hyper Prep Kit.

value: Wild-type mESC


title: mESC_Wnt6_homo_del_RNA_rep1

description: RNA-seq

source_name: mESC Wnt6 Homozygous Deletion

value: mESC Wnt6 Homozygous Deletion


title: mESC_Wnt6_het_del_RNA_rep2

description: RNA-seq

source_name: mESC Wnt6 Heterozygous Deletion

value: mESC Wnt6 Heterozygous Deletion


title: mESC_WT_RNA_rep1

description: RNA-seq


title: mESC_Wnt6_homo_del_RNA_rep2

description: RNA-seq


title: mESC_HoxaDel_IgG_CutTag_rep3

description:
IgG Cut&Tag library
HoxA-6-TGGGTTTC-GTGTAGAT_S18_L008

value: Hoxa Deletion


title: mESC_Wnt6Del_IgG_CutTag_rep1

description:
IgG Cut&Tag library
Wnt-4-TCCTGAGC-GTGTAGAT_S4_L008


title: mESC_Wnt6Del_H3K27me3_CutTag_rep2

description:
H3K27me3 Cut&Tag library
Wnt-5-GGACTCCT-GTGTAGAT_S5_L008

value: H3K27me3 (Active Motif #61017)


title: mESC_HoxaDel_IgG_CutTag_rep2

description:
IgG Cut&Tag library
HoxA-4-GAGGGGTT-GTGTAGAT_S16_L008


title: mESC_Hmx1Del_IgG_CutTag_rep1

description:
IgG Cut&Tag library
Hmx1-4-CGAGGCTG-GTGTAGAT_S10_L008

value: Hmx1 Deletion


title: Day 14 IRE1α KO 15


title: mESC_Hmx1Del_IgG_CutTag_rep2

description:
IgG Cut&Tag library
Hmx1-6-GTAGAGGA-GTGTAGAT_S12_L008


title: mESC_HoxaDel_H3K27me3_CutTag_rep2

description:
H3K27me3 Cut&Tag library
HoxA-3-TGGATCTG-GTGTAGAT_S15_L008


title: mESC_Hmx1Del_H3K27me3_CutTag_rep1

description:
H3K27me3 Cut&Tag library
Hmx1-3-GCTACGCT-GTGTAGAT_S9_L008


title: mESC_Hmx1Del_H3K27me3_CutTag_rep2

description:
H3K27me3 Cut&Tag library
Hmx1-5-AAGAGGCA-GTGTAGAT_S11_L008


title: mESC_HoxaDel_H3K27me3_CutTag_rep1

description:
H3K27me3 Cut&Tag library
HoxA-1-GTCGTGAT-GTGTAGAT_S13_L008


title: GFP+mCherry- cells (etv2 positive and kdrl negative cells)

city: Tampa

first: Suman

last: Gurung

state: FL

address: 560 Channelside Dr

department: Pathology and Cell Biology

institute: University of South Florida

library_source: transcriptomic single cell

data_processing:
The fastq files obtained from sequencing were mapped to the Danio rerio genome (version zv11) to generate single-cell feature counts using Cell Ranger version 3.0.2.
Filtered matrix files were imported into Partek Flow analysis Suite (partek.com).
The gene count CPM (counts per million) values were normalized by adding 1.0 and calculating log2 values.
Features (genes) were filtered to exclude values of 0 in at least 99.9% of cells. Two samples were combined and graph-based clustering was performed. Subsequently, UMAP plots were obtained and exported from Partek.
Assembly: GRCz11
Supplementary files format and content: h5.  Matrix table with raw gene counts for every gene and every sample.

organism: Danio rerio

source_name: Tg(kdrl:mCherry); etv2ci32Gt; UAS:GFP

growth_protocol: Zebrafish embryos were raised at 28.5 deg. centigrade

extract_protocol:
Whole embryos were dissociated into a single-cell suspension by cold protease tissue dissociation protocol, Potter and Potter 2019
RNA libraries were prepared for sequencing using standard Illumina protocols
single cell RNA sequencing

value: Tg(kdrl:mCherry); etv2ci32Gt; UAS:GFP

value: 24 hpf

tag: cell population


title: mESC_Wnt6Del_H3K27me3_CutTag_rep1

description:
H3K27me3 Cut&Tag library
Wnt-3-AGGCAGAA-GTGTAGAT_S3_L008

tag: genotype/variation


title: GFP+mCherry+ cells (etv2 and kdrl positive cells)


title: mESC_HoxaDel_IgG_CutTag_rep1

description:
IgG Cut&Tag library
HoxA-2-ACCACTGT-GTGTAGAT_S14_L008

tag: antibody


title: mESC_Wnt6_het_del_RNA_rep1

description: RNA-seq


title: mESC_HoxaDel_H3K27me3_CutTag_rep3

description:
H3K27me3 Cut&Tag library
HoxA-5-AGGTTGGG-GTGTAGAT_S17_L008


title: C2

city: Muenster

first: Klara

middle: Maria

last: Möllers

address: Albert-Schweitzer-Campus 1

department: Medical Department A

institute: University Hospital Muenster

description: control MSC

data_processing:
Transcript quantification was performed using Salmon (Rob Patro, Stony Brook University) by quasi-mapping against the human reference transcriptome (GRCh38/hg38, cDNA).
The normalization of the read counts was performed with DESeq2 (Michael I Love, Harvard School of Public Health).
Genome_build: GRCh38/hg38
Supplementary_files_format_and_content: Tab-delimited text files with normalized gene counts for every gene and every sample

source_name: mesenchymal stem cells

growth_protocol: The sample was acquired by bone marrow biopsy. Mononuclear cells were isolated by density gradient centrifugation and cultured in MSC specific media (DMEM + GlutaMAX, Gibco, ThermoFisher Scientific supplemented with 10% fetal calf serum and 3 ng/mL recombinant human fibroblast growth factor). After passaging and flow cytometric analysis using MSC typical surface markers (CD90, CD73, CD105 and as negative markers CD34, CD45, CD14, CD138, CD31) cells were used for RNA sequencing.

extract_protocol:
We extracted RNA using the AllPrep DNA/RNA/miRNA Universal Kit (Qiagen, Netherlands, Cat. No. 80224) following the manufactures´ extraction protocol.
Libraries were prepared following the TrueSeq stranded protocol from Illumina (California, USA). We sequenced the RNA by the HiSeq 4000 (Illumina) with a paired-end 100 run like performed in the publication of M. Awwad et al. (Selective elimination of immunosuppressive T cells in patients with multiple myeloma.Leukemia (2021). https://doi.org/10.1038/s41375-021-01172-x)

treatment_protocol: No treatment was applied

value: bone marrow-derived mesenchymal stem cells

tag: disease state

value: control MSC

value: untreated


title: M5_2

city: geneva

first: Wolf

middle: Henning

last: Boehncke

address: Rue Michel servet 1

country: Switzerland

institute: Univeristy of Geneva

description: Sample 5

data_processing:
Reads of 50 bases were generated using the TruSeq SBS chemistry on an Illumina HiSeq 4000 sequencer.
FastQ reads were mapped to the ENSEMBL reference genome (GRCh38.89) using STAR, version v.2.5.3a, with standard settings.
The table of counts with the number of reads mapping to each gene feature of the UCSC human hg38 reference was prepared with HTSeq v0.9.1.
The differential expression analysis was performed using R/Bioconductor package edgeR v. 3.18.1.
The counts were normalized according to the library size and filtered. The genes were filtered on expression levels.
Supplementary files format and content: raw gene counts for every gene and every sample
Supplementary files format and content: normalized  gene counts for every gene and every sample

source_name: NTERT cell line

extract_protocol:
Total RNA was isolated using the Quick-RNA MiniPrep or MicroPrep kit (Zymo Research Corporation, Irvine, CA), according to the manufacturer's protocol.
RNA libraries were prepared for sequencing using standard Illumina protocols

value: keratinocytes cell line

value: M5 citokyne mix teated


title: C5

description: control MSC


title: M5_KD_2

description: Sample 6

value: M5 + KD025 treated


title: C3

description: control MSC


title: Ctrl3

description: Sample 7

value: unstimulated


title: M5_KD_3

description: Sample 9


title: Ctrl2

description: Sample 4


title: M5_KD_1

description: Sample 3


title: M5_3

description: Sample 8


title: C4

description: control MSC


title: Ctrl1

description: Sample 1


title: C1

description: control MSC


title: D2_stage1

description: stage I IgG kappa

value: Multiple Myeloma MSC


title: D1_stage1

description: stage I IgA lambda


title: D7_stage3

description: stage III IgG kappa


title: iPSC_MUT_B_H3K27me3_HiChIP

description:
H3K27me3 HiChIP library
iPSC_mut20_K7-CTCTCTAC-GGGCCGGT_S4_L007

data_processing:
library strategy: HiChIP
Sequencing reads were aligned and paired, filtered for long-range contacts, and removed of duplicates using the HiC-Pro pipeline (PMID: 26619908)
Filtered reads were converted to a .hic file for visualization with Juicebox (PMID: 25497547)
Genome_build: mm10,hg38
Supplementary_files_format_and_content: HiC output from the Juicebox Tools pipeline. Matrix file to visualize long-range interactions with Juicebox.

source_name: RNA-binding deficient EZH2 mutant iPSC

growth_protocol: Cells were maintained in Essential 8 Flex medium (Thermo Fisher A2858501) on Vitronectin (Thermo Fisher A14700) coated plates.

extract_protocol:
HiChIP libraries were generated as described previously (PMID: 27643841).
Nextera

value: human induced pluripotent stem cells (iPSCs)

value: RNA-binding deficient EZH2 mutant

tag: chip antibody

value: H3K27me3 (Millipore-Sigma #07-449)


title: D4_stage2

description: stage II IgG kappa


title: D5_stage2

description: stage II kappa light chain


title: Neutrophils_rep2

type: RNA

first: Qiaohong

last: Wang

address: 160 Pujian Road

department: OB & GYN

institute: Ren Ji Hospital, School of Medicine, Shanghai Jiao Tong University

description: gene expression of autologous neutrophils in normal pregnancy

hyb_protocol: 0.6 μg of Cy3-labelled cRNA (specific activity >10.0 pmol Cy3/μg cRNA) was fragmented at 60°C for 30 minutes in a reaction volume of 22.5μl containing 1x Agilent fragmentation buffer and 2x Agilent blocking agent following the manufacturers' instructions. On completion of the fragmentation reaction, 22.5μl of 2x Agilent hybridization buffer was added to the fragmentation mixture and hybridized to Agilent Human Gene Expression（8*60K）for 17 hours at 65°C in a rotating Agilent hybridization oven. After hybridization, microarrays were washed 1 minute at room temperature with GE Wash Buffer 1 (Agilent) and 1 minute with 37°C GE Wash buffer 2 (Agilent), then dried immediately by brief centrifugation.

scan_protocol: Slides were scanned immediately after washing on the Agilent DNA Microarray Scanner (G2505C) using one color scan setting for 4x180k array slides (Scan Area 61x21.6 mm, Scan resolution 3um, Dye channel is set to Green and Green PMT is set to 100%).

data_processing: The scanned images were analyzed with Feature Extraction Software 10.7.1.1 (Agilent) using default parameters to obtain background subtracted and spatially detrended Processed Signal intensities as the raw data. Raw data were normalized in quantile algorithm with Genespring 13.0(Agilent). Probe that at least 1 out of 2 samples flagged as Detected were maintained.

source_name: blood, autologous neutrophils

label_protocol: Cyanine-3 (Cy3) labeled cRNA was prepared from 0.2 μg RNA using the One-Color Low RNA Input Linear Amplification PLUS kit (Agilent) according to the manufacturer's instructions, followed by RNAeasy column purification (QIAGEN, Valencia, CA). Dye incorporation and cRNA yield were checked with the NanoDrop ND-1000 Spectrophotometer.

extract_protocol: RNA was extracted by mirVanaTM RNA Isolation Kit (Applied Biosystem p/n AM1556 ) following the manufacturer's instructions.

tag: tissue

value: blood

value: 36 years

tag: gestation age

value: 43 days


title: PMN-MDSCs-rep2

description: gene expression of decidual PMN-MDSCs in normal pregnancy

source_name: decidua, PMN-MDSCs from early normal pregnancy

value: decidua


title: PMN-MDSCs-rep3

value: 30 years

value: 45 days


title: M5_1

description: Sample 2

tag: cell line


title: PMN-MDSCs-rep1

value: 33 years

value: 42 days


title: Neutrophils_rep3


title: iPSC_MUT_A_H3K27me3_HiChIP

description:
H3K27me3 HiChIP library
iPSC_mut18_K5-GGACTCCT-GGGCCGGT_S3_L007

tag: cell type


title: Neutrophils_rep1


title: iPSC_WT_B_H3K27me3_HiChIP

description:
H3K27me3 HiChIP library
iPSC_wt7_K3-AGGCAGAA-GGGCCGGT_S2_L007

source_name: wild-type iPSC

value: wild type


title: iPSC_WT_A_H3K27me3_HiChIP

description:
H3K27me3 HiChIP library
iPSC_wt6_K1-TAAGGCGA-GGGCCGGT_S1_L007


title: D3_stage2

description: stage II IgG lambda

value: bone marrow-derived mesenchymal stem cells

tag: treatment

value: untreated


title: s0284_mouse29_HBRX3078_Lung CTRL_1cells

city: Basel

first: Mohamed

last: Bentires-Alj

address: Hebelstrasse 20

department: DBM

institute: University Hospital Basel

description:
Fluidigm C1 platform
well2982

data_processing:
Reads were aligned to human genom with STAR. Following observation under the microscope, wells containing more than 1 cell or debris were marked and removed from further analyses.
Following observation under the microscope, wells containing more than 1 cell or debris were marked and removed from further analyses.
Cell cycle of individual cells were inferred using sets of known cell cycle-regulated genes known to peak in transcription at given cell cycle stages obtained from (PMID: 12058064, PMID:11416145)
The cell cycle and library complexity (percentage of detected genes) were modeled as covariates and regressed out of the log-normalized counts using glm.fit (R package glm).
Differential gene expression between single cell clusters was performed using pairwise t-test implemented in FindMarkers function from R package scran.
Gene set enrichment was performed with bioconductor packages fgsea and msigdb
Assembly: hg38
Supplementary files format and content: counts_raw.csv is a matrix containing raw counts after alignment. counts_afterQC are counts for the cells passing QC. Cccorected_logcounts.csv contains logcounts  of the cells that passed QC after the cell-cycle correction. metadata.csv contains addition information on the column names of counts_raw.csv  and CCcorected_logcounts.csv.

source_name: Metastases

growth_protocol: MDA-MB-231 and PDX models were implanted in the 4th mammary fat pad (cleared) of 4-8 week-old NSG mice. Primary tumors were resected. Lung metastasis cells were isolated out of the dissected lung at a later time (when mice reached ethical endpoints)

extract_protocol:
Primary tumors and lung metastases were mechanically and enzymatically digested with a collagenase/hyaluronidase solution (Stem Cell Technologies, 07912). Human cancer cells were recovered by FACS sorting, based CD298 or GFP expression.
Single cell isolation was performed on the Fluidigm C1 platform according to  manufacturer protocol. mRNA was isolated with the Takara SMART-Seq Ultra Low RNA kit (Takara Bio; 634833) . Libraries for Illumina sequencing were prepared with the Nextera XT DNA Library Preparation Kit (Illumina; FC-131-1096).

value: Metastases

value: cancer cells


title: s0281_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2979


title: s0282_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2980


title: s0269_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2975


title: s0278_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2978


title: s0260_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2970


title: s0267_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2973


title: s0261_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2971


title: s0262_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2972


title: s0276_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2977


title: s0268_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2974


title: s0251_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2968


title: s0255_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2969


title: s0248_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2965


title: s0249_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2966


title: s0250_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2967


title: s0247_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2964


title: s0246_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2963


title: s0283_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2981


title: s0239_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2957


title: s0237_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2956


title: s0244_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2961


title: s0241_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2959


title: s0240_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2958


title: s0235_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2955


title: s0245_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2962


title: s0242_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2960


title: s0273_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2976


title: s0234_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2954


title: s0226_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2951


title: s0225_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2950


title: s0219_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2946


title: s0218_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2945


title: s0232_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2953


title: s0220_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2947


title: s0217_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2944


title: s0230_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2952


title: s0210_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2941


title: s0208_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2939


title: s0209_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2940


title: s0087_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2933


title: s0091_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2934


title: s0193_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2937


title: s0223_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2949


title: s0086_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2932


title: s0072_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2927


title: s0195_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2938


title: s0068_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2925


title: s0212_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2942


title: s0093_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2935


title: s0066_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2924


title: s0214_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2943


title: s0069_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2926


title: s0080_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2931


title: s0079_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2930


title: s0075_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2929


title: s0095_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2936


title: s0221_mouse29_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2948


title: s0074_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2928


title: s0058_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2916


title: s0057_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2915


title: s0056_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2914


title: s0061_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2919


title: s0065_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2923


title: s0060_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2918


title: s0046_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2908


title: s0045_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2907


title: s0054_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2913


title: s0040_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2905


title: s0059_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2917


title: s0034_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2904


title: s0033_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2903


title: s0064_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2922


title: s0030_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2902


title: s0052_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2911


title: s0050_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2909


title: s0053_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2912


title: s0027_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2900


title: s0026_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2899


title: s0028_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2901


title: s0022_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2895


title: s0062_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2920


title: s0021_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2894


title: s0023_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2896


title: s0015_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2890


title: s0063_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2921


title: s0044_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2906


title: s0018_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2892


title: s0014_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2889


title: s0008_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2885


title: s0051_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2910


title: s0019_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2893


title: s0013_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2888


title: s0005_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2884


title: s0358_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2876

source_name: Tumor

value: Tumor


title: s0025_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2898


title: s0002_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2882


title: s0363_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2877


title: s0356_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2875


title: s0379_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2880


title: s0354_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2874


title: s0376_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2879


title: s0011_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2887


title: s0337_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2871


title: s0370_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2878


title: s0016_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2891


title: s0344_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2872


title: s0321_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2869


title: s0009_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2886


title: s0345_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2873


title: s0331_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2870


title: s0301_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2866


title: s0087_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2865


title: s0024_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2897


title: s0003_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2883


title: s0316_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2868


title: s0313_mouse26_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2867


title: s0081_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2864


title: s0001_mouse27_HBRX3078_Lung CTRL_1cells

description:
Fluidigm C1 platform
well2881


title: s0075_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2863


title: s0766_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2855


title: s0767_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2856


title: s0768_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2857


title: s0038_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2860


title: s0759_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2848


title: s0057_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2862


title: s0048_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2861


title: s0765_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2854


title: s0008_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2858


title: s0014_mouse23_HBRX3078_Tumor Control_1cells

description:
Fluidigm C1 platform
well2859


title: s0762_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2851


title: s0757_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2846


title: s0764_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2853


title: s0760_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2849


title: s0761_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2850


title: s0756_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2845


title: s0753_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2842


title: s0752_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2841


title: s0754_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2843


title: s0750_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2839


title: s0745_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2834


title: s0749_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2838


title: s0755_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2844


title: s0763_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2852


title: s0746_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2835


title: s0747_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2836


title: s0758_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2847


title: s0748_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2837


title: s0743_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2832


title: s0744_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2833


title: s0740_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2829


title: s0741_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2830


title: s0751_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2840


title: s0733_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2822


title: s0735_mouse21_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2824


title: s0734_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2823


title: s0739_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2828


title: s0732_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2821


title: s0731_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2820


title: s0736_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2825


title: s0728_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2817


title: s0730_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2819


title: s0738_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2827


title: s0737_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2826


title: s0729_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2818


title: s0727_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2816


title: s0724_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2813


title: s0725_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2814


title: s0742_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2831


title: s0723_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2812


title: s0722_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2811


title: s0720_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2809


title: s0717_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2806


title: s0719_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2808


title: s0721_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2810


title: s0716_mouse21_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2805


title: s0718_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2807


title: s0715_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2804


title: s0712_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2801


title: s0713_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2802


title: s0710_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2799


title: s0726_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2815


title: s0711_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2800


title: s0702_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2791


title: s0706_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2795


title: s0707_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2796


title: s0709_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2798


title: s0708_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2797


title: s0705_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2794


title: s0696_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2785


title: s0703_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2792


title: s0701_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2790


title: s0695_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2784


title: s0704_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2793


title: s0700_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2789


title: s0690_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2779


title: s0694_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2783


title: s0699_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2788


title: s0691_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2780


title: s0714_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2803


title: s0693_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2782


title: s0697_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2786


title: s0698_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2787


title: s0688_mouse21_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2777


title: s0689_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2778


title: s0687_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2776


title: s0692_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2781


title: s0682_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2771


title: s0683_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2772


title: s0680_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2769


title: s0678_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2767


title: s0685_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2774


title: s0686_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2775


title: s0672_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2761


title: s0679_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2768


title: s0675_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2764


title: s0670_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2759


title: s0664_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2753


title: s0667_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2756


title: s0674_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2763


title: s0684_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2773


title: s0677_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2766


title: s0661_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2750


title: s0666_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2755


title: s0681_mouse21_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2770


title: s0676_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2765


title: s0669_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2758


title: s0671_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2760


title: s0665_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2754


title: s0668_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2757


title: s0648_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2737


title: s0651_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2740


title: s0649_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2738


title: s0656_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2745


title: s0646_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2735


title: s0657_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2746


title: s0662_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2751


title: s0642_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2731


title: s0658_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2747


title: s0673_mouse21_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2762


title: s0663_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2752


title: s0660_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2749


title: s0641_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2730


title: s0659_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2748


title: s0639_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2728


title: s0647_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2736


title: s0634_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2723


title: s0655_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2744


title: s0635_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2724


title: s0644_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2733


title: s0654_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2743


title: s0645_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2734


title: s0652_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2741


title: s0636_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2725


title: s0628_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2717


title: s0650_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2739


title: s0633_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2722


title: s0632_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2721


title: s0638_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2727


title: s0643_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2732


title: s0623_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2712


title: s0637_mouse21_HBRX3078_Tumor_debriscells

description:
Fluidigm C1 platform
well2726


title: s0653_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2742


title: s0627_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2716


title: s0631_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2720


title: s0624_mouse21_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2713


title: s0620_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2709


title: s0619_mouse21_HBRX3078_Tumor_3cells

description:
Fluidigm C1 platform
well2708


title: s0622_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2711


title: s0630_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2719


title: s0640_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2729


title: s0618_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2707


title: s0614_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2703


title: s0613_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2702


title: s0612_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2701


title: s0625_mouse21_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2714


title: s0617_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2706


title: s0621_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2710


title: s0601_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2690


title: s0626_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2715


title: s0608_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2697


title: s0610_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2699


title: s0615_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2704


title: s0599_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2688


title: s0597_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2686


title: s0606_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2695


title: s0616_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2705


title: s0605_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2694


title: s0603_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2692


title: s0607_mouse21_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2696


title: s0598_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2687


title: s0604_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2693


title: s0609_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2698


title: s0595_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2684


title: s0593_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2682


title: s0600_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2689


title: s0594_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2683


title: s0591_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2680


title: s0590_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2679


title: s0596_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2685


title: s0589_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2678


title: s0629_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2718


title: s0586_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2675


title: s0602_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2691


title: s0588_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2677


title: s0583_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2672


title: s0581_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2670


title: s0585_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2674


title: s0584_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2673


title: s0587_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2676


title: s0579_mouse21_HBRX3078_Tumor_3cells

description:
Fluidigm C1 platform
well2668


title: s0582_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2671


title: s0574_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2663


title: s0577_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2666


title: s0580_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2669


title: s0576_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2665


title: s0592_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2681


title: s0578_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2667


title: s0575_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2664


title: s0571_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2660


title: s0572_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2661


title: s0567_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2656


title: s0568_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2657


title: s0569_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2658


title: s0573_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2662


title: s0565_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2654


title: s0566_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2655


title: s0563_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2652


title: s0562_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2651


title: s0560_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2649


title: s0561_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2650


title: s0559_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2648


title: s0555_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2644


title: s0553_mouse20_HBRX3078_Metastases_3cells

description:
Fluidigm C1 platform
well2642


title: s0557_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2646


title: s0554_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2643


title: s0570_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2659


title: s0558_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2647


title: s0550_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2639


title: s0544_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2633


title: s0545_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2634


title: s0541_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2630


title: s0552_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2641


title: s0546_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2635


title: s0542_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2631


title: s0551_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2640


title: s0539_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2628


title: s0540_mouse20_HBRX3078_Metastases_debriscells

description:
Fluidigm C1 platform
well2629


title: s0547_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2636


title: s0536_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2625


title: s0543_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2632


title: s0538_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2627


title: s0556_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2645


title: s0535_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2624


title: s0534_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2623


title: s0548_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2637


title: s0533_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2622


title: s0549_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2638


title: s0531_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2620


title: s0532_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2621


title: s0527_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2616


title: s0528_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2617


title: s0530_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2619


title: s0529_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2618


title: s0526_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2615


title: s0525_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2614


title: s0537_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2626


title: s0524_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2613


title: s0519_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2608


title: s0516_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2605


title: s0521_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2610


title: s0522_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2611


title: s0523_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2612


title: s0520_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2609


title: s0515_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2604


title: s0513_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2602


title: s0517_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2606


title: s0511_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2600


title: s0514_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2603


title: s0510_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2599


title: s0509_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2598


title: s0506_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2595


title: s0505_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2594


title: s0507_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2596


title: s0504_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2593


title: s0508_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2597


title: s0518_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2607


title: s0502_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2591


title: s0503_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2592


title: s0500_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2589


title: s0512_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2601


title: s0499_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2588


title: s0501_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2590


title: s0496_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2585


title: s0564_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2653


title: s0497_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2586


title: s0498_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2587


title: s0493_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2582


title: s0494_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2583


title: s0491_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2580


title: s0495_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2584


title: s0488_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2577


title: s0611_mouse21_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2700


title: s0490_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2579


title: s0486_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2575


title: s0492_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2581


title: s0487_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2576


title: s0489_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2578


title: s0483_mouse20_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2572


title: s0484_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2573


title: s0482_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2571


title: s0480_mouse20_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2569


title: s0481_mouse20_HBRX3078_Metastases_3cells

description:
Fluidigm C1 platform
well2570


title: s0478_mouse20_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2567


title: s0475_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2564


title: s0477_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2566


title: s0470_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2559


title: s0467_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2556


title: s0465_mouse20_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2554


title: s0476_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2565


title: s0468_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2557


title: s0473_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2562


title: s0485_mouse20_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2574


title: s0459_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2548


title: s0460_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2549


title: s0461_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2550


title: s0462_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2551


title: s0466_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2555


title: s0463_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2552


title: s0469_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2558


title: s0455_mouse20_HBRX3078_Tumor_3cells

description:
Fluidigm C1 platform
well2544


title: s0457_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2546


title: s0453_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2542


title: s0452_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2541


title: s0454_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2543


title: s0479_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2568


title: s0456_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2545


title: s0451_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2540


title: s0472_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2561


title: s0471_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2560


title: s0450_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2539


title: s0449_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2538


title: s0464_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2553


title: s0448_mouse20_HBRX3078_Tumor_0cells

description:
Fluidigm C1 platform
well2537


title: s0474_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2563


title: s0458_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2547


title: s0444_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2533


title: s0445_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2534


title: s0443_mouse20_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2532


title: s0446_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2535


title: s0441_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2530


title: s0440_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2529


title: s0442_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2531


title: s0439_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2528


title: s0436_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2525


title: s0435_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2524


title: s0434_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2523


title: s0431_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2520


title: s0433_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2522


title: s0438_mouse20_HBRX3078_Tumor_debriscells

description:
Fluidigm C1 platform
well2527


title: s0429_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2518


title: s0437_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2526


title: s0432_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2521


title: s0428_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2517


title: s0427_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2516


title: s0430_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2519


title: s0426_mouse20_HBRX3078_Tumor_3cells

description:
Fluidigm C1 platform
well2515


title: s0447_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2536


title: s0425_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2514


title: s0422_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2511


title: s0424_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2513


title: s0420_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2509


title: s0423_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2512


title: s0419_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2508


title: s0421_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2510


title: s0418_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2507


title: s0416_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2505


title: s0414_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2503


title: s0417_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2506


title: s0411_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2500


title: s0410_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2499


title: s0413_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2502


title: s0415_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2504


title: s0412_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2501


title: s0407_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2496


title: s0404_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2493


title: s0405_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2494


title: s0401_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2490


title: s0406_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2495


title: s0402_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2491


title: s0399_mouse20_HBRX3078_Tumor_0cells

description:
Fluidigm C1 platform
well2488


title: s0403_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2492


title: s0400_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2489


title: s0398_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2487


title: s0396_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2485


title: s0392_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2481


title: s0391_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2480


title: s0393_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2482


title: s0395_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2484


title: s0394_mouse20_HBRX3078_Tumor_2cells

description:
Fluidigm C1 platform
well2483


title: s0390_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2479


title: s0389_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2478


title: s0388_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2477


title: s0387_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2476


title: s0409_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2498


title: s0386_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2475


title: s0382_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2471


title: s0384_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2473


title: s0385_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2474


title: s0408_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2497


title: s0381_mouse19_HBRX3078_Metastases_0cells

description:
Fluidigm C1 platform
well2470


title: s0380_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2469


title: s0379_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2468


title: s0377_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2466


title: s0378_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2467


title: s0374_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2463


title: s0373_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2462


title: s0375_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2464


title: s0371_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2460


title: s0376_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2465


title: s0370_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2459


title: s0369_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2458


title: s0367_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2456


title: s0383_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2472


title: s0397_mouse20_HBRX3078_Tumor_1cells

description:
Fluidigm C1 platform
well2486


title: s0364_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2453


title: s0366_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2455


title: s0365_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2454


title: s0362_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2451


title: s0363_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2452


title: s0360_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2449


title: s0372_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2461


title: s0354_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2443


title: s0361_mouse19_HBRX3078_Metastases_3cells

description:
Fluidigm C1 platform
well2450


title: s0358_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2447


title: s0352_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2441


title: s0356_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2445


title: s0359_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2448


title: s0350_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2439


title: s0368_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2457


title: s0346_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2435


title: s0357_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2446


title: s0345_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2434


title: s0342_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2431


title: s0353_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2442


title: s0347_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2436


title: s0343_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2432


title: s0337_mouse19_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2426


title: s0355_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2444


title: s0341_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2430


title: s0340_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2429


title: s0339_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2428


title: s0338_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2427


title: s0351_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2440


title: s0335_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2424


title: s0336_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2425


title: s0348_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2437


title: s0334_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2423


title: s0349_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2438


title: s0331_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2420


title: s0330_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2419


title: s0329_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2418


title: s0328_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2417


title: s0332_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2421


title: s0344_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2433


title: s0326_mouse19_HBRX3078_Metastases_2cells

description:
Fluidigm C1 platform
well2415


title: s0327_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2416


title: s0323_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2412


title: s0324_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2413


title: s0325_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2414


title: s0321_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2410


title: s0318_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2407


title: s0322_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2411


title: s0320_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2409


title: s0319_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2408


title: s0312_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2401


title: s0315_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2404


title: s0333_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2422


title: s0316_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2405


title: s0313_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2402


title: s0314_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2403


title: s0311_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2400


title: s0310_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2399


title: s0309_mouse19_HBRX3078_Metastases_1cells

description:
Fluidigm C1 platform
well2398