title: HFF_COMP_mean

city: LA TRONCHE

first: Mohamed-ali

last: HAKIMI

state: Grenoble

address: Domaine de la Merci, Campus Santé

country: France

institute: CNRS

description: Gene expression

hyb_protocol: 1 μg of each labeled cRNA was fragmented by adding 11 μl 10 × Blocking Agent and 2.2 μl of 25×Fragmentation Buffer, then heated at 60 °C for 30 min, and finally 55 μl 2 × GE Hybridization buffer was added to dilute the labeled cRNA. 100μl of hybridization solution was dispensed into the gasket slide and assembled to the gene expression microarray slide. The slides were incubated for 17 hours at 65°C in an Agilent Hybridization Oven.

scan_protocol: The hybridized arrays were washed, fixed and scanned with using the Agilent DNA Microarray Scanner (part number G2505C).

data_processing: Agilent Feature Extraction software (version 11.0.1.1) was used to analyze the acquired array images. Quantile normalization and subsequent data processing were performed with using the GeneSpring GX v12.1 software (Agilent Technologies). After quantile normalization of the raw data, genes that at least 3 out of 27 samples have flags in Detected (“All Targets Value”) were chosen for further data analysis. Differentially expressed genes with statistical significance were identified through Volcano Plot filtering. Hierarchical Clustering was performed using the R software (version 2.15). GO analysis and Pathway analysis were performed in the standard enrichment computation method.

source_name: HFF infected with Pruku80[delta]TEEGR+TEEGR (COMP), mean of replicate 1,2 and 3

label_protocol: Total RNA from each sample was linearly amplified and labeled with Cy3-UTP. The Labeled cRNAs were purified by RNeasy Mini Kit (Qiagen). The concentration and specific activity of the labeled cRNAs (pmol Cy3/μg cRNA) were measured by NanoDrop ND-1000.

growth_protocol: T. gondii strains were maintained in vitro by serial passage on monolayers of HFFs. HFF and HA human primary cells were cultured in DMEM supplemented with 10% heat inactivated FBS (Invitrogen), 10 mM Hepes buffer, pH 7.2, 2 mM L-glutamine, and 50 μg/ml penicillin and streptomycin.

extract_protocol: Trizol extraction of total RNA was performed according to the manufacturer's instructions. RNA quantity and quality were measured by NanoDrop ND-1000. RNA integrity was assessed by standard denaturing agarose gel electrophoresis.

treatment_protocol: Host cells were left uninfected or infected for 24 hours with Toxoplasma type II strains.

tag: host cell

value: Human Foreskin Fibroblast (HFF)

tag: infection

value: Pruku80[delta]TEEGR+TEEGR (COMP)

tag: tg type strain

value: Type II


title: HFF_KO_mean

status: Public on Feb 15 2019

type: RNA

description: Gene expression

molecule: total RNA

organism: Homo sapiens

source_name: HFF infected with Pruku80[delta]TEEGR (KO), mean of replicate 1,2 and 3

value: human foreskin fibroblast (HFF)

value: Pruku80[delta]TEEGR (KO)


title: VAT Pool 3 sample untreated

city: Barcelona

first: Adria

last: Caballe

address: C/ Baldiri Reixac 10

department: biostatistics

country: Spain

institute: IRB

hyb_protocol: cDNA was hybridized to the microarray for 16 hours at 45ºC, washing and staining of microarrays was performed using a GeneAtlas Fluidics Station (Affymetrix, Santa Clara, CA)

scan_protocol: Arrays were scanned with GeneAtlas Imaging station scanner (Affymetrix, Santa Clara, CA)

data_processing: RMA normalization method as implemented in affy Bioconductor R package

label: biotin

organism: Mus musculus

source_name: WT VAT NCD

label_protocol: 8 µg of cDNA was subsequently fragmented and labeled using GeneChip Mapping 250K Nsp Assay Kit (Affymetrix; catalog # 900766), according to manufacturer's instructions.

growth_protocol: Adipose tissue-derived macrophages (ATMs) from 19-21 week-old mice were obtained from the subcutaneous and visceral adipose tissue. Briefly, scWAT and vWAT was washed extensively with PBS to remove debris and treated with 0.1% collagenase in PBS and 1% BSA for 1 hr at 37ºC with gentle agitation. Digested samples were centrifuged at 300 ×g at 4ºC for 5 min to separate adipocytes from SVF. The SVF from sc and vWAT was resuspended in red-blood-cells lysis buffer. To isolate ATMs, SVF was incubated with CD11b MicroBeads for 30 min, and positive selection was performed by autoMACS separator (MiltenyiBiotec).

extract_protocol: RNA was isolated using magnetic beads from 300000 cells. Library preparation and cDNA amplification were performed as described by Gonzalez et al., 2010. Amplification was performed for 24 cycles.

treatment_protocol: Magnetically isolated F4/80+ cells were washed with PBS and RNA isolation was performed

tag: tissue

value: visceral adipose tissue

tag: genotype

value: WT

tag: day

tag: pool

tag: cell type

value: adipose tissue-derived macrophages (ATMs)


title: VAT Pool 1 sample untreated


title: VAT Pool 4 sample untreated


title: SAT Pool 4 sample untreated

source_name: WT SAT NCD

value: subcutaneous adipose tissue


title: VAT Pool 2 sample untreated


title: HA_KO_mean

description: Gene expression

source_name: HA infected with Pruku80[delta]TEEGR (KO), mean of replicate 1,2 and 3

value: Human primary Astrocyte (HA)


title: SAT Pool 3 sample untreated


title: HFF_WT_mean

description: Gene expression

source_name: HFF infected with Pruku80 (WT), mean of replicate 1,2 and 3

value: Pruku80 (WT)


title: Malignant bone and soft tissue tumor [SH4XX44_Cell2]

status: Public on Feb 14 2019

city: Kamakura

first: Ichikawa

last: Makiko

state: Kanagawa

country: Japan

institute: Toray Industries, Inc.

hyb_protocol: Hybridized for 16 h at 32 ºC with rotary shaker (250 rpm). Hybridization buffer and washing protocol was attached in the 3D-Gene® miRNA oligo chip kit.

scan_protocol: 3D-Gene® Scanner (Toray Industries, Inc.) was used for scanning. Images were quantified using Extraction version 2.0.0.6 (Toray Industries, Inc.).

data_processing: Mean and standard deviation (SD) of the 5% trimmed signals of the negative controls were calculated. Signals of miRNAs over mean+2SD of the negative controls were subtracted with the mean of the negative controls. The undetected signal was replaced with the value that was the least signal intensity on each DNA chip minus 0.1 in log2 scale followed by quantile normalization.

source_name: Serum

label_protocol: miRNA was labeled using 3D-Gene® miRNA Labeling kit in accordance with the manufacturer's instructions.

extract_protocol: Total RNA was extracted each from 300uL serum samples using 3D-Gene® RNA extraction reagent from liquid sample kit (Toray Industries, Inc.). Total RNA was also obtained from the FFPE sections using the Arcturus® Paradise® Extraction and Isolation kit (Life Technologies) in accordance with the manufacturer's instructions.

value: Serum

tag: patient diagnosis

value: Malignant bone and soft tissue tumor

tag: gender

value: Female

tag: tumor stage

value: StageIIA

tag: age


title: HA_COMP_mean

description: Gene expression

source_name: HA infected with Pruku80[delta]TEEGR+TEEGR (COMP), mean of replicate 1,2 and 3


title: Malignant bone and soft tissue tumor [SH4XX40_Cell3]

value: Male

value: StageIII


title: Malignant bone and soft tissue tumor [SH4XX40_Cell4]


title: Malignant bone and soft tissue tumor [SH4XX44_Cell1]


title: Malignant bone and soft tissue tumor [SH4XX39_Cell3]


title: Malignant bone and soft tissue tumor [SH4XX39_Cell4]


title: Malignant bone and soft tissue tumor [SH4XX41_Cell3]


title: HA_UI_mean

description: Gene expression

source_name: HA left uninfected, mean of replicate 1,2 and 3

value: uninfected


title: SAT Pool 1 sample untreated


title: Malignant bone and soft tissue tumor [SH4XX38_Cell1]

value: StageIV


title: Malignant bone and soft tissue tumor [SH4XX38_Cell4]


title: Malignant bone and soft tissue tumor [SH4XX38_Cell3]


title: HA_WT_mean

description: Gene expression

source_name: HA infected with Pruku80 (WT), mean of replicate 1,2 and 3

value: Type II


title: Malignant bone and soft tissue tumor [SH4XX41_Cell4]


title: Breast Cancer [SH4XY13_Cell4]

value: Breast Cancer

value: uncertain


title: Breast Cancer [SH4XX52_Cell1]


title: Breast Cancer [SH4XY25_Cell2]


title: Breast Cancer [SH4XX52_Cell2]


title: Breast Cancer [SH4XY02_Cell4]


title: Breast Cancer [SH4XY19_Cell1]


title: Breast Cancer [SH4XY15_Cell2]


title: Breast Cancer [SH4XX50_Cell3]


title: Breast Cancer [SH4XX50_Cell1]


title: Breast Cancer [SH4XX48_Cell4]


title: SAT Pool 2 sample untreated


title: Breast Cancer [SH4XE35_Cell2]


title: Malignant bone and soft tissue tumor [SH4XX41_Cell1]


title: Breast Cancer [SH4XE32_Cell4]


title: Breast Cancer [SH4XE34_Cell4]


title: Breast Cancer [SH4XE32_Cell3]


title: Breast Cancer [SH4XE27_Cell1]


title: Breast Cancer [SH4XE31_Cell3]


title: Sample10_F_4

type: SRA

city: Los Angeles

first: Ye

middle: Emily

last: Wu

state: CA

address: 635 Charles E. Young Dr. South

country: USA

institute: UCLA

description: Cells from naïve female mice.

library_source: transcriptomic

data_processing:
Demultiplexing was performed with bcl2fastq2 v2.17.1.14
Cell barcodes and UMI were extracted using Drop-seq_tools v1.12
Read 2 was aligned with STAR v2.5.0a
Each aligned read was tagged with its mate-pair UMI and cell barcode
Each aligned exonic read was tagged with a gene name.
A digital expression matrix was built by counting the number of unique UMIs per gene within each cell
44,437 cells with > 200 genes, > 250 transcripts, and a read number/transcript number ratio > 3.5 were used for the major cell type clustering analysis in the associated publication. Raw UMI counts for 16,961 genes detected in > 20 cells with > 30 transcripts were retained. rRNA, tRNA, and mitochondrial RNA genes were removed.
PCA, tSNE, and Louvain-Jaccard clustering were performed to identify major cell types
Clusters that likely arised from doublets were removed. The remaining 43,388 cells were merged into a single matrix (MeA_AllCells_DGE.csv).
Genome_build: mm10
Supplementary_files_format_and_content: flat text files with tab delimiters; digital gene expression matrices of raw UMI counts for each gene in each cell; cells in columns and genes in rows; cells named as X_Y_Z  or X_Y where X is cell barcode, Y is sample name, and Z is major cell type.

source_name: Medial amygdala

growth_protocol: Mice were housed with a reverse light cycle (12 hr light/12 hr dark) and ad libitum access to food and water.

extract_protocol:
Single-cell suspensions were generated using the Act-Seq protocol, and processed through Drop-Seq to produce single-cell cDNA libraries attached to microbeads. cDNAs were amplified by PCR and prepared for sequencing through tagmentation.
Sequencing libraries were generated through tagmentation using Illumina Nextera XT DNA Library Prep Kit.

treatment_protocol: Mice were single-housed for at least one day before single-cell dissociation. No other treatments.

value: Medial amygdala

tag: strain

value: 9 weeks

tag: Sex


title: Breast Cancer [SH4XE32_Cell2]


title: Breast Cancer [SH4XE08_Cell4]


title: Breast Cancer [SH4XE07_Cell3]


title: Breast Cancer [SH4XE08_Cell2]


title: Breast Cancer [SH4XE07_Cell2]


title: Breast Cancer [SH4XE05_Cell1]


title: Breast Cancer [SH46927_Cell4]


title: Breast Cancer [SH46927_Cell3]


title: Breast Cancer [SH4XE10_Cell3]


title: Sample9_F_3

description: Cells from naïve female mice.

value: 8 weeks


title: Breast Cancer [SH4XE35_Cell1]


title: Breast Cancer [SH46926_Cell3]


title: Breast Cancer [SH46926_Cell4]


title: Sample11_F_5

description: Cells from naïve female mice.


title: Breast Cancer [SH4XE08_Cell1]


title: Breast Cancer [SH4XE31_Cell2]


title: EGFP#1

city: SEOUL

first: JUNG

middle: HOON

last: KIM

state: MAPOGU

address: SOGANG R 1206

department: LIF SCIENCE

country: South Korea

institute: SOGANG UNIV

description: provided by Dr. Niwa

data_processing:
Illumina Casava1.8 software used for basecalling.
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence(using fastx_trimmer), then mapped to mm10 whole genome using Bowtie2
Read count extraction and nomalization were performed using edgeR.
Genome_build: mm10
Supplementary_files_format_and_content: tab-delimited text files include read count values for each Sample

source_name: Embryonic stem cell

growth_protocol: GFP and EWS OCT4A-GFP Niwa stable cell lines, both were cultured in ESC media with LIF.

extract_protocol:
RNA was harvested using Trizol reagent (Invitrogen). 500 ng of total RNA was used for the construction of sequencing libraries.
RNA libraries were prepared for sequencing using LEXOGEN Quant-Seq Library Prep Kit (Cat#001.24) standard protocols.

treatment_protocol: We treated 1ug/ml Doxycycline to down-regulate endogenous OCT-4 respectively in stable cell lines.

tag: genotype/variation

value: EGFP stable cell line

value: Embryonic stem cell


title: EWS-OCT-4#3

description: provided by Dr. Niwa

value: EWS-OCT-4 stable cell line


title: EGFP#3

description: provided by Dr. Niwa


title: EGFP#2

description: provided by Dr. Niwa


title: RNA-Organoid-D45_Ctrl replicate 2

city: Memphis

first: Beisi

last: Xu

state: Tennessee

address: 262 Danny Thomas Pl

department: Center for Applied Bioinformatics

institute: St Jude Children's Research Hosipital

data_processing:
Basecalls performed using CASAVA
Paired-end 100-cycle sequencing was performed on NovaSeq 6000 sequencers (Illumina). RNA-sequencing was mapped as described previously (Downing et al., 2012), and HTSeq (version 0.6.1p1) (Anders et al., 2015) was used to obtain gene-level counts and estimated CPM based on GENCODE (v24) (Harrow et al., 2012).
Genome_build: hg19(GRCh37)
Supplementary_files_format_and_content: raw reads count by HTSEQ

source_name: Cell Line

growth_protocol: Cerebral organoids were generated based on previously published methods with minor modifications20,21. In brief, hESCs were dissociated to single cell suspension using Accutase and seeded onto low-attachment 96-well plates (Costar, 7007) at a density of 9,000 cells per well to aggregate into embryoid bodies (EBs).

extract_protocol:
RNA was purified with the GeneJET RNA purification kit (ThermoFisher Scientific, K0732). The cDNA was reverse transcribed from 300 ng of RNA, using SuperScript IV reverse transcriptase (ThermoFisher Scientific, #18090050) with random hexamers. RT reactions were performed in triplicate to minimize variability.
total RNA with the TruSeq Stranded Total RNA Library Prep Kit according to the manufacturer’s directions (Illumina, San Diego, Ca.) Paired end 100 cycle sequencing was performed on HiSeq 2000 or HiSeq 4000 sequencers according to the manufacturer’s directions (Illumina.)

treatment_protocol: The EB formation medium (DMEM/F12 with 20% knockout serum replacement, 3% ESC-quality FBS, 2 mM GlutaMAX, 0.1 mM nonessential amino acides,) was supplemented with Dorsomorphin (2 µM), WNT inhibitor (IWR1, 3 µM), TGF-ß inhibitor (SB431542, 5 µM) and Rho Kinase inhibitor (Y-27623, 20 µM). Starting form Day4, EBs were fed with cortical differentiation medium (Glasgow-MEM, 20% KSR, 0.1 mM NEAA, 1 mM sodium pyruvate, 0.1 mM ß-ME, 1% anti-anti), supplement with WNT inhibitor (IWR1, 3 µM), TGF-ß inhibitor (SB431542, 5 µM), Cyclopamine (2.5 µM) and Rho Kinase inhibitor (Y-27623, 20 µM). On Day17, EBs were embedded in matri-gel droplets and transferred onto low-attachemnt 6-wells and cultured in suspension using DMEM/F-12 supplemented with 1% N2 supplement, 1% Lipid concentrate, 2% B27suppmenent without Vitamin A, and 1% anti-anti under 40% O2/5% CO2 conditions on shaker. Starting from Day30, medium was changed to 50% DMED/F-12, 50% Neurobasal media, 0.5% N2 supplement, 1% GlutaMax, 0.05 mM NEAA, 0.025% human insulin, 0.1 mM ß-ME and 1% anti-anti, supplemented with 2% B27.

value: Human Organoid D45

tag: cell line

value: derived from H9 (day 45)

value: Control


title: EWS-OCT-4#2

description: provided by Dr. Niwa


title: EWS-OCT-4#1

description: provided by Dr. Niwa


title: Sample7_F_1

description: Cells from naïve female mice.

value: Female


title: Sample12_F_6

description: Cells from naïve female mice.


title: Sample6_M_6

description: Cells from naïve male mice.

value: Male


title: Sample1_M_1

description: Cells from naïve male mice.


title: Sample3_M_3

description: Cells from naïve male mice.


title: Sample4_M_4

description: Cells from naïve male mice.


title: Sample8_F_2

description: Cells from naïve female mice.


title: Sample2_M_2

description: Cells from naïve male mice.


title: HLAG+ rep4

city: Vienna

first: Jürgen

last: Pollheimer

state: Vienna

address: Waehringer Guertel 18-20, 5Q.09.17

department: Dept. of Obstetrics and Gynaecology

country: Austria

institute: Universitiy of Vienna

data_processing:
RNA-seq data quality was evaluated using FastQC v0.11.4 and then the Illumina sequencing adapter sequences were trimmed using Cutadapt v1.8.1.
The trimmed reads were mapped to the human reference genome (NCBI v37) with Tophat v2.0.14 which is a fast splice junction mapper that aligns RNA-seq reads to mammalian-sized genomes using the ultra high-throughput short read aligner Bowtie v2.1.0.
The alignment output was submitted to Cufflinks v2.1.1 to assemble transcript isoforms and to estimate expression abundances on transcript and gene levels
Genome_build: NCBI v37
Supplementary_files_format_and_content: The relative abundance of the transcripts was quantified in Fragments Per Kilobase of exon per Million fragments mapped (FPKM) values

extract_protocol:
RNA was extracted using AllPrep DNA/RNA/miRNA Universal Kit (Qiagen). Total RNA was depleted from ribosomal RNA using the NEBNext rRNA Depletion Kit (NEB).
Libraries were prepared from rRNA-depleted total RNA using the NEBNext Ultra Directional RNA Library Prep Kit with the NEBNext High-Fidelity 2X PCR Master Mix (both from NEB).
The libraries were sequenced on a NextSeq 500 sequencer (Illumina) with an average of 10 million reads per library using paired-end sequencing (2x150 bp)

tag: gestational age

value: 12th week of gestation

value: placenta

tag: subtype

value: HLAG+


title: Human_NPC_10X (scRNA-seq)

city: La Jolla

first: Fred

middle: H

last: Gage

address: 10010 N Torrey Pines Rd

institute: The Salk Institute for Biological Studies

description:
Human
Marchetto_Gage_sc_count.txt.gz

data_processing:
bulk RNA: trim raw FASTQ files, SolexaQA++
bulk RNA: alignment to hg19, STAR
bulk RNA: alignment to panTro4, STAR
bulk RNA: alignment to gorgor3, STAR
bulk RNA: alignment to rhemac2, STAR
bulk RNA: join all alignments for each sample and sort by read id
bulk RNA: select reads mapped uniquely to each genome (3mm same species, 5 mm different species)
bulk RNA: Count reads in genes corresponding to the hg19 transcriptome reference, HT-Seq
bulk RNA: Transform counts to TPM
single-cell RNA: cellranger v2.0.0
Genome_build: hg19 (grch37), pantro4 (CSAC 2.1.4), gorgor3 (gorGor3.1), and rhemac2(MGSC Merged 1.0)
Supplementary_files_format_and_content: tab-delimited text files report TPMs and counts.

molecule: polyA RNA

source_name: NPC

growth_protocol: Established iPSC colonies were kept in feeder-free conditions indefinitely and passed using mechanical dissociation. To obtain NPCs from iPSCs, embryoid bodies (EBs) were formed by mechanical dissociation of iPSC clusters and plated into low-adherence dishes in DMEM/F12 plus N2 and B27 (Invitrogen) medium in the presence of Noggin (R&D) for forebrain induction for approximately 7 days. Then, floating EBs were plated onto poly-ornithine/laminin (Sigma)-coated dishes in DMEM/F12 plus N2 and B27 (Invitrogen) with the addition of Noggin. Rosettes were collected after 7 days. Rosettes were then dissociated with accutase (Chemicon) and plated again onto coated dishes in DMEM/F12 plus N2 and B27 and 10 ng/ml of FGF2 (R&D). Homogeneous populations of NPCs were obtained after 1-2 passages with accutase under the same conditions.

extract_protocol:
Total cellular RNA was extracted from ~5x10e6 cells using the RNeasy Protect Mini kit or RNeasy Plus kit (Qiagen, Valencia, CA), according to the manufacturer's instructions.
RNA-seq: PolyA+ RNA was fragmented and prepared into sequencing libraries using the Illumina TruSeq RNA sample preparation kit. scRNA: library was prepared according to the 10X protocol

treatment_protocol: No additional treatment was performed

tag: sample id

value: F

value: iPS-derived neural progenitor cells (NPCs)


title: EGFR+ rep1

value: EGFR+


title: Control CM nucRNA-seq rep1

city: Cambridge

first: Matthew

middle: C

last: Hill

state: MA

address: 75 Aimes Street

institute: Broad Institute of MIT and Harvard

description:
Cardiomyocyte nuclei isolated via PCM1 enrichment
TM_NucRNA_merged.txt

data_processing:
Paired-end 2x75 bp sequencing was performed for RNA-seq libraries on an Illumina Nextseq instrument (DNA Link). Reads were first mapped to the mouse genome (mm10) using STAR. Differential expression analysis was then carried out with DESeq2.
Genome_build: mm10

source_name: Cardiomyocyte nuclei

extract_protocol: RNA from Bead-bound PCM1+ nuclei was collected using the RNEasy Plus Micro kit (Qiagen). Nuclear RNA-seq libraries were constructed with the Stranded RNA-seq Kit with Ribo Erase (Kapa Biosystems) with custom Y-shaped adapters. Paired-end 2x75 bp sequencing was performed for RNA-seq libraries on an Illumina Nextseq instrument (DNA Link). Reads were first mapped to the mouse genome (mm10) using STAR. Differential expression analysis was then carried out with DESeq2.

tag: mouse strain

tag: manipulation

value: Tamoxifen

value: Adult


title: YAP5SA CM nucRNA-seq rep1

value: Yap5SA+/tg; Myh6-MCM


title: Control CM ATAC-seq rep2

description: Cardiomyocyte nuclei isolated via PCM1 enrichment

library_source: genomic

data_processing:
Reads were mapped to the mouse genome (mm10) by using Bowtie2 with default paired-end settings (Langmead et al., 2009). Next, all non-nuclear reads and improperly paired reads were discarded. Duplicated reads were removed with Picard-1174 MarkDuplicates. Peak calling was carried out with MACS2 (callpeak–nomodel–broad). Blacklisted regions were lifted over from mm9 to mouse genome mm10 and removed along with peaks of low sequencing quality (>q30 required). Reads were counted for each condition from the comprehensive peak file (YAP5SA OE and control replicates merged) by using bedtools (multicov module) (Quinlan, 2014). Quantile normalization of ATAC-seq data sets was performed with CQN (Hansen et al., 2012), and offsets were fed into DESeq2 to quantify differential accessibility (Love et al., 2014). Nucleosome calling was carried out with NucleoATAC (Schep et al., 2015). Motif enrichment analysis was conducted with HOMER (Heinz et al., 2010) (findMotifsGenome.pl and annotatePeaks.pl). Gene tracks were shown by using the UCSC genome browser. ES cell ATAC-seq data was used from GSM1563569, with reads mapped to the mm10 genome using bowtie2 and analyzed with HOMER (annotatePeaks.pl) and Galaxy/deeptools2 (multiBigwigSummary, plotCorrelation) (Ramirez et al., 2016).
Genome_build: mm10

molecule: genomic DNA

extract_protocol: Approximately 50,000 bead-bound PCM-1(+) CM nuclei were used as input for the assay for transposase accessible chromatin with high throughout sequencing (ATAC-seq). ATAC-seq libraries were generated as previously described (Buenrostro et al., 2013). Paired end 2x75 bp sequencing was performed with an Illumina Nextseq instrument (DNA Link Inc.). Reads were mapped to the mouse genome (mm10) by using Bowtie2 with default paired-end settings (Langmead et al., 2009). Next, all non-nuclear reads and improperly paired reads were discarded. Duplicated reads were removed with Picard-1174 MarkDuplicates. Peak calling was carried out with MACS2 (callpeak–nomodel–broad). Blacklisted regions were lifted over from mm9 to mouse genome mm10 and removed along with peaks of low sequencing quality (>q30 required). Reads were counted for each condition from the comprehensive peak file (YAP5SA OE and control replicates merged) by using bedtools (multicov module) (Quinlan, 2014). Quantile normalization of ATAC-seq data sets was performed with CQN (Hansen et al., 2012), and offsets were fed into DESeq2 to quantify differential accessibility (Love et al., 2014). Nucleosome calling was carried out with NucleoATAC (Schep et al., 2015). Motif enrichment analysis was conducted with HOMER (Heinz et al., 2010) (findMotifsGenome.pl and annotatePeaks.pl). Gene tracks were shown by using the UCSC genome browser. ES cell ATAC-seq data was used from GSM1563569, with reads mapped to the mm10 genome using bowtie2 and analyzed with HOMER (annotatePeaks.pl) and Galaxy/deeptools2 (multiBigwigSummary, plotCorrelation) (Ramirez et al., 2016).


title: OSKM-D-6-1-Ad2-14_S7

city: Oxford

first: Adam

last: Cribbs

address: Windmill Road

department: NDORMS

country: United Kingdom

institute: University of Oxford

data_processing:
Alignment was performed using bowtie2 v2.3.4.1
Peak calling was performed using MACS2 v2.1.0
Analysis of the data was performed using CGAT tools and pipelines (https://github.com/cgat-developers)
Genome_build: hg19
Supplementary_files_format_and_content: bigwig

growth_protocol: Cells were grown in culture media and then incubated with DMSO or CBP30 compounds for 24 hours

extract_protocol: Cell nuclei were isolated and transposes were used to tagment the DNA Nextera Tagmentation perfrormed during the sample preperation

value: iPSCs

tag: treatment

value: DMSO

tag: donor

value: OSKM


title: YAP5SA CM 4C-seq Nog rep1

data_processing:
4C
Genome_build: mm10

extract_protocol: Approximately 5 million bead-bound PCM1-enriched cardiomyocyte nuclei, isolated as described above, were used as input for each replicate. The 4C protocol was performed as described previously (van der Werken et al. 2012, Methods in Enzymology), with minor modifications. The first restriction enzyme digestion was performed with DpnII (NEB, R0543M). The first ligation was perfromed overnight with T4 DNA ligase (Roche, 10799009001). Samples were then de-crosslinked with Proteinase K (Thermo Fisher, EO0491) overnight. DNA was purified using P-beads from the NucleoMag 96 PCR kit (Macherey-Nagel, 744100.1). The second enzymatic digestion was performed overnight with Csp6I (Thermo Fisher, ER0211). Samples were then ligated, as described above, overnight and purified with NucleoMag P-beads. We then employed a 2-step PCR protocol to amplify DNA and generate libraries for sequencing. All PCR reactions were carried out with Expand Long template polymerase (Roche, 11681842001). Libraries were purified using Agencourt AMPure XP beads (Beckman Coulter, A63881), at 0.8X. Finally, all libraries were sequenced on an Illumina Nextseq 500.


title: HLAG+ rep2

value: 11th week of gestation

tag: tissue


title: Control CM nucRNA-seq rep2


title: YAP5SA CM ATAC-seq rep2


title: EGFR+ rep3

value: 10th week of gestation


title: YAP5SA CM 4C-seq Nog rep2


title: Sample5_M_5

description: Cells from naïve male mice.

value: Medial amygdala

value: 8 weeks


title: OSKM-D-6-2-Ad2-16_S5

tag: cell type


title: Control CM ATAC-seq rep1


title: YAP5SA CM 4C-seq Wls rep1


title: YAP5SA CM ATAC-seq rep1


title: i9-Uninf-A485-3_S17

data_processing:
Analysis of the data was performed using CGAT tools and pipelines (https://github.com/cgat-developers)
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence, then mapped to hg19 whole genome using hisat2 v2.1.0 with parameters --score-min L,0.0,-0.2
Genome_build: hg19
Supplementary_files_format_and_content: tab-delimited text files of read counts for each sample

source_name: iPSCs

extract_protocol:
RNA from cells was harvested using Trizol reagent. Libraries were constructed using NEBNext® Ultra™ RNA Library Prep Kit for Illumina®
RNA libraries were prepared for sequencing using standard NEB protocols

tag: transfected with

value: Uninf


title: i8-Uninf-A485-2_S7


title: YAP5SA CM nucRNA-seq rep2


title: OSKM-CBP-6-2-Ad2-18_S4


title: EGFR+ rep2


title: YAP5SA CM 4C-seq Wls rep2


title: i6-Uninf-CBP30-3_S4


title: EGFR+ rep4

value: 12th week of gestation


title: HLAG+ rep3

value: placenta


title: HLAG+ rep1

value: HLAG+


title: OSKM-CBP-6-1-Ad2-17_S11


title: i7-Uninf-A485-1_S5


title: i3-Uninf-DMSO-3_S8


title: i4-Uninf-CBP30-1_S15


title: i5-Uninf-CBP30-2_S6


title: i1-Uninf-DMSO-1_S9


title: i2-Uninf-DMSO-2_S13


title: i45-OSKM-A485-2_S18


title: i46-OSKM-A485-3_S17


title: i39-OSKM-CBP30-2_S3


title: i40-OSKM-CBP30-3_S20


title: i42-OSKM-ICBP112-2_S10


title: i44-OSKM-A485-1_S12


title: i35-OSKM-DMSO-1_S21


title: i41-OSKM-ICBP112-1_S2


title: i38-OSKM-CBP30-1_S4


title: i36-OSKM-DMSO-2_S6


title: i8-H3K18ac-DMSO-1_S3

data_processing:
Alignment was performed using bowtie2 v2.3.4.1
Peak calling was performed using MACS2 v2.1.0
Analysis of the data was performed using CGAT tools and pipelines (https://github.com/cgat-developers)
Genome_build: Hg19 containing an artificial contigs consisting of SF9 genome

extract_protocol: Lysates were clarified from sonicated nuclei and histone-DNA complexes were isolated with antibody.

tag: chip antibody


title: i9-H3K18ac-DMSO-2_S13


title: i6-H3K27ac-CBP30-2_S11


title: i7-H3K27ac-CBP30-3_S10


title: i5-H3K27ac-CBP30-1_S7


title: i33-CBP30-3-input_S1

value: input


title: i30-CBP30-1-input_S8


title: i3-H3K27ac-DMSO-3_S20


title: i31-CBP30-2-input_S12


title: i28-DMSO-2-input_S18


title: i27-DMSO-1-input_S4


title: i29-DMSO-3-input_S19


title: i43-OSKM-ICBP112-3_S19


title: i20-H3K4me1-CBP30-3_S8


title: i21-H3K4me3-DMSO-1_S13


title: i24-H3K4me3-CBP30-1_S11


title: i15-H3K4me1-DMSO-2_S15


title: i19-H3K4me1-CBP30-2_S24


title: i22-H3K4me3-DMSO-2_S23


title: i17-H3K4me1-DMSO-3_S9


title: i13-H3K18ac-CBP30-3_S2


title: i11-H3K18ac-CBP30-1_S5


title: i12-H3K18ac-CBP30-2_S14


title: i1-H3K27ac-DMSO-1_S15


title: i14-H3K4me1-DMSO-1_S16


title: i2-H3K27ac-DMSO-2_S21


title: U-D-6-2-Ad2-10_S2

data_processing:
Alignment was performed using bowtie2 v2.3.4.1
Peak calling was performed using MACS2 v2.1.0
Analysis of the data was performed using CGAT tools and pipelines (https://github.com/cgat-developers)
Genome_build: hg19
Supplementary_files_format_and_content: BigWig files were generated using the bam2wiggle script within the CGAT tools

extract_protocol:
Cell nuclei were isolated and transposes were used to tagment the DNA
Nextera Tagmentation perfrormed during the sample preperation


title: U-CBP-6-2-Ad2-13_S8


title: i10-H3K18ac-DMSO-3_S6


title: U-CBP-6-1-Ad2-12_S1


title: U-D-6-1-Ad2-5_S12


title: i26-H3K4me3-CBP30-3_S1


title: Bono_05253_c7B, NPC, Bonobo (bulk RNA-seq)

description:
Bono_05253_c7B
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt

organism: Pan paniscus

value: Bonobo

tag: gender

value: M

value: iPS-derived neural progenitor cells (NPCs)


title: Bono_05253_C8b, NPC, Bonobo (bulk RNA-seq)

description:
Bono_05253_C8b
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt


title: Bono_01086_c1, NPC, Bonobo (bulk RNA-seq)

description:
Bono_01086_c1
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt


title: i23-H3K4me3-DMSO-3_S22


title: i25-H3K4me3-CBP30-2_S7


title: i18-H3K4me1-CBP30-1_S14


title: Sample_Fox_P

city: Stockholm

first: Miri

last: Danan-Gotthold

address: Tomtebodavägen  16

country: Sweden

institute: Karolinska  institutet

description: SAMPLE_1\REP_2 in rMATS output files

data_processing:
STAR aligner (version 2.4.2a) (Dobin et al. 2013) was used to align each read uniquely to the Hg19 human genome (default parameters except alignSJoverhangMin 8, alignSJDBoverhangMin 3, outFilterMismatchNmax 999, alignIntronMin 20, alignIntronMax 1000000, alignMatesGapMax 1000000, outFilterMismatchNoverReadLmax 0.1)
rMATs (version 3.0.9)was used to determine differentially spliced exons between the samples using human UCSC known genes annotation.
Genome_build: Hg19
Supplementary_files_format_and_content: tab-delimited text files include rMATS output files
A3SS.MATS.ReadsOnTargetAndJunctionCounts.txt: Alternative 3' splice site (A3SS) events prediction based on reads that   span splicing junctions and reads on target
A5SS.MATS.ReadsOnTargetAndJunctionCounts.txt: Alternative 5' splice site (A5SS) events prediction based on reads that   span splicing junctions and reads on target
MXE.MATS.ReadsOnTargetAndJunctionCounts.txt: Mutually exclusive exons (MXE) events prediction based on reads that   span splicing junctions and reads on target
RI.MATS.ReadsOnTargetAndJunctionCounts.txt: Retained intron (RI) events prediction based on reads that   span splicing junctions and reads on target
SE.MATS.ReadsOnTargetAndJunctionCounts.txt: Skipped exon (SE) events prediction based on reads that   span splicing junctions and reads on target

source_name: U87MG cells

growth_protocol: U87MG cells were grown in DMEM supplemented with 10% (v/v) FCS, penicillin and streptomycin. 300,000 cells were seeded in a 6well paltes.

extract_protocol:
Total RNA was extracted with TRI Reagent (Sigma) and 1ug of total RNA was reverse transcribed using High Capacity cDNA Reverse Transcription Kit (Applied Biosystems).
Libraries were prepared using Illumina library kits.

treatment_protocol: U87MG cells were transfected with 2.5uM oligonucleotides using lipofectamine 2000

value: Likely glioblastoma

tag: transfection

value: Transfected with RBFOXi oligo


title: Sample_Scrm_D_R

description: SAMPLE_2\REP_1  in rMATS output files

value: Transfected with SCRM oligo


title: wt33_c7, NPC, Human (bulk RNA-seq)

description:
wt33_c7
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt

value: F


title: wt126_c8, NPC, Human (bulk RNA-seq)

description:
wt126_c8
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt


title: Sample_Cys_Fox_D_R

description: SAMPLE_1\REP_1  in rMATS output files

value: Transfected with cy5-RBFOXi oligo


title: Adrc40_c1,NPC,Human

description:
Adrc40_c1
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt


title: Sample_Scrm_P

description: SAMPLE_2\REP_2 in rMATS output files


title: wt126_c5, NPC, Human (bulk RNA-seq)

description:
wt126_c5
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt


title: ATCC_c2, NPC, Human (bulk RNA-seq)

description:
ATCC_c2
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt

value: ATCC


title: i37-OSKM-DMSO-3_S5

value: iPSCs

value: DMSO

value: OSKM


title: Blood_WD_Neu_21

city: Davis

first: Charles

middle: E

last: Mordaunt

address: 3318 Tupper Hall, One Shields Ave

department: Medical Microbiology and Immunology

institute: University of California, Davis

data_processing:
Filter using Illumina flag
Separate and trim reads based on adapter contamination
Align to hg38 using BSSeeker2
Combine aligned reads, both trimmed and no adapter contamination
Convert sam files to percent methylation bed files
Genome_build: hg38
Supplementary_files_format_and_content: Percent Methylation Bed file containing single base methylation information with ranged color coding

source_name: whole blood

extract_protocol:
DNA was isolated using the QIAamp DNA Mini Kit (Qiagen).
Diluted DNA was bisulfite converted using the EZ DNA Methylation Lightning kit (Zymo) according to the manufacturer’s instructions. WGBS libraries were prepared using the TruSeq DNA Methylation kit (Illumina) with indexed PCR primers and a 14-cycle PCR program.

tag: circumstances

value: blood draw

tag: diagnosis

value: Wilson disease - neurologic

value: Male

tag: age

tag: bmi


title: ATCC_c1, NPC, Human (bulk RNA-seq)

description:
ATCC_c1
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt


title: Blood_WD_Neu_22

tag: Sex


title: Blood_WD_Neu_23

value: Female


title: Blood_WD_Hep_24

value: Wilson disease - hepatic


title: Blood_WD_Hep_21


title: Blood_WD_Hep_25


title: Blood_WD_Neu_25


title: Blood_WD_Hep_22


title: Blood_WD_Hep_23


title: wt33_c1, NPC, Human (bulk RNA-seq)

description:
wt33_c1
Marchetto_Gage_count.txt
Marchetto_Gage_tpm.txt


title: Blood_WD_Neu_24


title: Healthy [SH55B28_Cell3]

description:
GSM3468315
XB0660

value: Serum

tag: patient diagnosis

value: Healthy

tag: tumor stage


title: Healthy [SH55B27_Cell1]

description:
GSM3468321
XB0654


title: Healthy [SH56N15_Cell3]

description:
GSM3468252
XB0724


title: Healthy [SH53B07_Cell2]

description:
GSM3468697
XB0275


title: Healthy [SH53R31_Cell3]

description:
GSM3468581
XB0393


title: Healthy [SH54933_Cell1]

description:
GSM3468425
XB0550


title: Healthy [SH55B08_Cell1]

description:
GSM3468325
XB0650


title: Healthy [SH53B21_Cell1]

description:
GSM3468642
XB0330


title: Healthy [SH54G03_Cell3]

description:
GSM3468343
XB0632


title: Healthy [SH56N23_Cell4]

description:
GSM3468335
XB0640


title: Healthy [SH54G07_Cell3]

description:
GSM3468339
XB0636


title: Healthy [SH56N25_Cell3]

description:
GSM3468374
XB0601


title: Healthy [SH53B04_Cell1]

description:
GSM3468710
XB0262


title: Healthy [SH55B22_Cell3]

description:
GSM3468526
XB0449


title: Healthy [SH56N29_Cell2]

description:
GSM3468477
XB0498


title: Healthy [SH53B03_Cell2]

description:
GSM3269133
XB0259


title: Healthy [SH53A62_Cell3]

description:
GSM3269121
XB0244


title: Healthy [SH53A62_Cell4]

description:
GSM3269122
XB0245


title: Healthy [SH53B04_Cell3]

description:
GSM3269137
XB0264


title: Healthy [SH53B04_Cell4]

description:
GSM3269138
XB0265


title: Healthy [SH53B05_Cell3]

description:
GSM3269141
XB0268


title: Healthy [SH53A61_Cell4]

description:
GSM3269119
XB0242


title: Healthy [SH53A60_Cell2]

description:
GSM3269114
XB0236


title: Healthy [SH53A60_Cell4]

description:
GSM3468734
XB0238


title: Healthy [SH53A61_Cell3]

description:
GSM3269118
XB0241


title: Healthy [SH53A59_Cell1]

description:
GSM3468741
XB0230


title: Healthy [SH53A56_Cell1]

description:
GSM3269108
XB0226


title: Healthy [SH54102_Cell1]

description:
GSM3468744
XB0227


title: Healthy [SH53A59_Cell3]

description:
GSM3468738
XB0233


title: Healthy [SH54102_Cell2]

description:
GSM3269109
XB0228


title: Healthy [SH53A55_Cell1]

description:
GSM3468749
XB0222


title: Healthy [SH53A49_Cell4]

description:
GSM3269097
XB0209


title: Healthy [SH54101_Cell1]

description:
GSM3269099
XB0211


title: Healthy [SH53A52_Cell1]

description:
GSM3468757
XB0214


title: Healthy [SH53A55_Cell2]

description:
GSM3468748
XB0223


title: Healthy [SH53A51_Cell1]

description:
GSM3269098
XB0210


title: Healthy [SH54101_Cell4]

description:
GSM3269102
XB0216


title: Healthy [SH54101_Cell3]

description:
GSM3269101
XB0215


title: Healthy [SH53A54_Cell4]

description:
GSM3269105
XB0221


title: Healthy [SH53A51_Cell4]

description:
GSM3468758
XB0213


title: Healthy [SH53A54_Cell3]

description:
GSM3468751
XB0220


title: Healthy [SH54101_Cell2]

description:
GSM3269100
XB0212


title: Healthy [SH53A52_Cell4]

description:
GSM3468754
XB0217


title: Healthy [SH53A49_Cell3]

description:
GSM3269096
XB0208


title: Healthy [SH53234_Cell2]

description:
GSM3269023
XB0135


title: Healthy [SH53234_Cell1]

description:
GSM3269022
XB0134


title: Healthy [SH53234_Cell3]

description:
GSM3269024
XB0136


title: Healthy [SH53235_Cell2]

description:
GSM3269027
XB0139


title: Healthy [SH53A47_Cell1]

description:
GSM3269090
XB0202


title: Healthy [SH53233_Cell3]

description:
GSM3269020
XB0132


title: Healthy [SH53235_Cell3]

description:
GSM3269028
XB0140


title: Healthy [SH53A47_Cell3]

description:
GSM3269092
XB0204


title: Healthy [SH53A49_Cell2]

description:
GSM3269095
XB0207


title: Healthy [SH53233_Cell2]

description:
GSM3269019
XB0131


title: Healthy [SH53228_Cell2]

description:
GSM3269007
XB0119


title: Healthy [SH52807_Cell3]

description:
GSM3468858
XB0113


title: Healthy [SH53B26_Cell3]

description:
GSM3269088
XB0200


title: Healthy [SH52807_Cell2]

description:
GSM3468859
XB0112


title: Healthy [SH53230_Cell1]

description:
GSM3269010
XB0122


title: Healthy [SH52807_Cell4]

description:
GSM3468857
XB0114


title: Healthy [SH52666_Cell1]

description:
GSM3268982
XB0091


title: Healthy [SH52662_Cell3]

description:
GSM3468886
XB0085


title: Healthy [SH52P23_Cell3]

description:
GSM3268980
XB0089


title: Healthy [SH52666_Cell2]

description:
GSM3268983
XB0092


title: Healthy [SH52802_Cell3]

description:
GSM3269000
XB0109


title: Healthy [SH52667_Cell1]

description:
GSM3268986
XB0095


title: Healthy [SH52662_Cell4]

description:
GSM3268977
XB0086


title: Healthy [SH52802_Cell4]

description:
GSM3269001
XB0110


title: Healthy [SH52807_Cell1]

description:
GSM3269002
XB0111


title: Healthy [SH52802_Cell2]

description:
GSM3268999
XB0108


title: Healthy [SH52661_Cell4]

description:
GSM3268974
XB0082


title: Healthy [SH52668_Cell4]

description:
GSM3268993
XB0102


title: Healthy [SH52801_Cell3]

description:
GSM3268996
XB0105


title: Healthy [SH52659_Cell4]

description:
GSM3268969
XB0077


title: Healthy [SH52801_Cell2]

description:
GSM3268995
XB0104


title: Healthy [SH52659_Cell1]

description:
GSM3268966
XB0074


title: Healthy [SH52657_Cell3]

description:
GSM3268960
XB0068


title: Healthy [SH52658_Cell2]

description:
GSM3268963
XB0071


title: Healthy [SH52657_Cell4]

description:
GSM3268961
XB0069


title: Healthy [SH52657_Cell2]

description:
GSM3268959
XB0067


title: Healthy [SH52658_Cell3]

description:
GSM3268964
XB0072


title: Healthy [SH52661_Cell1]

description:
GSM3268970
XB0078


title: Healthy [SH52637_Cell3]

description:
GSM3268956
XB0064


title: Healthy [SH52637_Cell2]

description:
GSM3268955
XB0063


title: Healthy [SH52666_Cell3]

description:
GSM3268984
XB0093


title: Healthy [SH52658_Cell4]

description:
GSM3268965
XB0073


title: Healthy [SH52657_Cell1]

description:
GSM3268958
XB0066


title: Healthy [SH52659_Cell3]

description:
GSM3268968
XB0076


title: Healthy [SH52658_Cell1]

description:
GSM3268962
XB0070


title: Healthy [SH52637_Cell4]

description:
GSM3268957
XB0065


title: Healthy [SH52635_Cell3]

description:
GSM3268952
XB0060


title: Healthy [SH52635_Cell4]

description:
GSM3268953
XB0061


title: Healthy [SH52P19_Cell1]

description:
GSM3268947
XB0054


title: Healthy [SH52635_Cell1]

description:
GSM3468913
XB0058


title: Healthy [SH52633_Cell4]

description:
GSM3268946
XB0053


title: Healthy [SH52637_Cell1]

description:
GSM3268954
XB0062


title: Healthy [SH52634_Cell3]

description:
GSM3268949
XB0056


title: Healthy [SH52634_Cell2]

description:
GSM3268948
XB0055


title: Healthy [SH52632_Cell3]

description:
GSM3268942
XB0048


title: Healthy [SH52632_Cell4]

description:
GSM3468922
XB0049


title: Healthy [SH52632_Cell2]

description:
GSM3268941
XB0047


title: Healthy [SH52633_Cell1]

description:
GSM3268943
XB0050


title: Healthy [SH52630_Cell3]

description:
GSM3268935
XB0040


title: Healthy [SH52631_Cell2]

description:
GSM3268938
XB0043


title: Healthy [SH52631_Cell3]

description:
GSM3468927
XB0044


title: Healthy [SH52P18_Cell4]

description:
GSM3268936
XB0041


title: Healthy [SH52631_Cell1]

description:
GSM3268937
XB0042


title: Healthy [SH52632_Cell1]

description:
GSM3268940
XB0046


title: Healthy [SH52630_Cell2]

description:
GSM3268934
XB0039


title: Healthy [SH52630_Cell1]

description:
GSM3268933
XB0038


title: Healthy [SH52629_Cell4]

description:
GSM3268932
XB0037


title: Healthy [SH52627_Cell4]

description:
GSM3268928
XB0033


title: Healthy [SH52629_Cell1]

description:
GSM3268929
XB0034


title: Healthy [SH52629_Cell3]

description:
GSM3268931
XB0036


title: Healthy [SH52629_Cell2]

description:
GSM3268930
XB0035


title: Healthy [SH52634_Cell4]

description:
GSM3268950
XB0057


title: Healthy [SH52635_Cell2]

description:
GSM3268951
XB0059


title: Healthy [SH52631_Cell4]

description:
GSM3268939
XB0045


title: Healthy [SH52626_Cell4]

description:
GSM3268924
XB0029


title: Healthy [SH52627_Cell2]

description:
GSM3268926
XB0031


title: Healthy [SH52627_Cell1]

description:
GSM3268925
XB0030


title: Healthy [SH52627_Cell3]

description:
GSM3268927
XB0032


title: Healthy [SH52626_Cell3]

description:
GSM3268923
XB0028


title: Healthy [SH52626_Cell2]

description:
GSM3468944
XB0027


title: Healthy [SH52625_Cell3]

description:
GSM3268920
XB0024


title: Healthy [SH52625_Cell4]

description:
GSM3268921
XB0025


title: Healthy [SH52619_Cell4]

description:
GSM3268909
XB0013


title: Healthy [SH52622_Cell2]

description:
GSM3268911
XB0015


title: Healthy [SH52625_Cell1]

description:
GSM3268918
XB0022


title: Healthy [SH52619_Cell3]

description:
GSM3268908
XB0012


title: Healthy [SH52626_Cell1]

description:
GSM3268922
XB0026


title: Healthy [SH52622_Cell1]

description:
GSM3268910
XB0014


title: Healthy [SH52624_Cell4]

description:
GSM3268917
XB0021


title: Healthy [SH52P18_Cell3]

description:
GSM3268914
XB0018


title: Healthy [SH52624_Cell3]

description:
GSM3268916
XB0020


title: Healthy [SH52625_Cell2]

description:
GSM3268919
XB0023


title: Healthy [SH52622_Cell4]

description:
GSM3268913
XB0017


title: Healthy [SH52622_Cell3]

description:
GSM3268912
XB0016


title: Healthy [SH52624_Cell2]

description:
GSM3268915
XB0019


title: Healthy [SH52619_Cell2]

description:
GSM3268907
XB0011


title: Healthy [SH52618_Cell4]

description:
GSM3268905
XB0009


title: Healthy [SH52P18_Cell2]

description:
GSM3268901
XB0005


title: Healthy [SH52618_Cell1]

description:
GSM3268902
XB0006


title: Healthy [SH52619_Cell1]

description:
GSM3268906
XB0010


title: Healthy [SH52618_Cell3]

description:
GSM3268904
XB0008


title: Healthy [SH52618_Cell2]

description:
GSM3268903
XB0007


title: Healthy [SH52P18_Cell1]

description:
GSM3268900
XB0004


title: Healthy [SH52616_Cell4]

description:
GSM3268897
XB0001


title: Healthy [SH52P09_Cell4]

description:
GSM3268898
XB0002


title: Healthy [SH4ZQ27_Cell1]

description:
GSM3469563
XA0405


title: Healthy [SH4ZP55_Cell1]

description:
GSM3469675
XA0293


title: Healthy [SH4ZQ18_Cell1]

description:
GSM3268377
XA0377


title: Healthy [SH4ZP60_Cell1]

description:
GSM3268323
XA0313


title: Healthy [SH52617_Cell2]

description:
GSM3268899
XB0003


title: Healthy [SH4ZP62_Cell2]

description:
GSM3469650
XA0318


title: Healthy [SH51D28_Cell3]

description:
GSM3469396
XA0572


title: Healthy [SH4ZR54_Cell2]

description:
GSM3469457
XA0511


title: Healthy [SH4ZQ01_Cell4]

description:
GSM3268346
XA0340


title: Healthy [SH51D12_Cell3]

description:
GSM3469424
XA0544


title: Healthy [SH4ZP55_Cell3]

description:
GSM3268308
XA0295


title: Healthy [SH4ZP52_Cell1]

description:
GSM3268295
XA0281


title: Healthy [SH4ZP54_Cell1]

description:
GSM3268303
XA0289


title: Healthy [SH4ZP55_Cell4]

description:
GSM3268309
XA0296


title: Healthy [SH4ZP47_Cell4]

description:
GSM3268278
XA0264


title: Healthy [SH4ZP50_Cell3]

description:
GSM3268289
XA0275


title: Healthy [SH4ZP48_Cell3]

description:
GSM3268281
XA0267


title: Healthy [SH4ZP51_Cell3]

description:
GSM3268293
XA0279


title: Healthy [SH4ZP56_Cell3]

description:
GSM3268312
XA0299


title: Healthy [SH4ZP56_Cell1]

description:
GSM3268310
XA0297


title: Healthy [SH4ZP59_Cell2]

description:
GSM3268321
XA0310


title: Healthy [SH4ZP47_Cell2]

description:
GSM3268276
XA0262


title: Healthy [SH4Z309_Cell4]


title: Healthy [SH5XE19_Cell1]

description:
GSM3268254
XA0232


title: Healthy [SH5XE17_Cell1]

description:
GSM3268247
XA0224


title: Healthy [SH5XE22_Cell4]

description:
GSM3268267
XA0251


title: Healthy [SH5XE18_Cell4]

description:
GSM3268253
XA0231


title: Healthy [SH5XE20_Cell2]

description:
GSM3268258
XA0238


title: Healthy [SH5XE20_Cell4]

description:
GSM3469728
XA0240


title: Healthy [SH4Z303_Cell2]


title: Healthy [SH5XE14_Cell4]

description:
GSM3268242
XA0219


title: Healthy [SH4Z264_Cell1]


title: Healthy [SH4Z260_Cell3]


title: Healthy [SH4Z263_Cell3]


title: Healthy [SH5XE11_Cell3]

description:
GSM3268234
XA0208


title: Healthy [SH4Z256_Cell2]


title: Healthy [SH5XE16_Cell3]

description:
GSM3268245
XA0222


title: Healthy [SH4Z256_Cell1]


title: Healthy [SH4Z233_Cell2]


title: Healthy [SH4Z303_Cell1]


title: Healthy [SH4Z264_Cell3]

description:
GSM3268236
XA0211


title: Healthy [SH5XD44_Cell1]

description:
GSM3268159
XA0088


title: Healthy [SH4Z215_Cell2]

description:
GSM3268147
XA0074


title: Healthy [SH4Z211_Cell2]

description:
GSM3268136
XA0062


title: Healthy [SH4Z213_Cell2]

description:
GSM3268143
XA0070


title: Healthy [SH4Z211_Cell3]

description:
GSM3268137
XA0063


title: Healthy [SH5XD42_Cell1]

description:
GSM3469869
XA0083


title: Healthy [SH4Z229_Cell1]


title: Healthy [SH52J19_Cell1]

description:
GSM3268175
XA0115


title: Healthy [SH4Z228_Cell3]


title: Healthy [SH4Z213_Cell1]

description:
GSM3469882
XA0069


title: Healthy [SH4Z212_Cell4]

description:
GSM3268142
XA0068


title: Healthy [SH5XE03_Cell2]

description:
GSM3469788
XA0172


title: Healthy [SH4Z211_Cell1]

description:
GSM3469890
XA0061


title: Healthy [SH5XE06_Cell4]

description:
GSM3268217
XA0188


title: Healthy [SH5XE03_Cell1]

description:
GSM3268205
XA0171


title: Healthy [SH5XE08_Cell4]

description:
GSM3268224
XA0196


title: Healthy [SH5XD44_Cell2]

description:
GSM3469863
XA0089


title: Healthy [SH4Z223_Cell3]

description:
GSM3469849
XA0103


title: Healthy [SH5XD45_Cell1]

description:
GSM3268163
XA0093


title: Healthy [SH5XD49_Cell1]

description:
GSM3469848
XA0104


title: Healthy [SH4Z228_Cell1]


title: Healthy [SH4Z239_Cell3]


title: Healthy [SH4Z209_Cell3]

description:
GSM3268131
XA0055


title: Healthy [SH4Z245_Cell3]


title: Healthy [SH5XD58_Cell2]

description:
GSM3268191
XA0139


title: Healthy [SH4Z243_Cell3]

description:
GSM3469810
XA0147


title: Healthy [SH4Z209_Cell2]

description:
GSM3268130
XA0054


title: Healthy [SH4Z248_Cell3]


title: Healthy [SH52J15_Cell4]

description:
GSM3268135
XA0059


title: Healthy [SH4Z210_Cell4]

description:
GSM3469891
XA0060


title: Healthy [SH4Z210_Cell2]

description:
GSM3268134
XA0058


title: Healthy [SH4Z210_Cell1]

description:
GSM3268133
XA0057


title: Healthy [SH5XE24_Cell4]

description:
GSM3469900
XA0051


title: Healthy [SH4Z208_Cell2]


title: Healthy [SH4Z206_Cell4]


title: Healthy [SH5XD40_Cell3]

description:
GSM3268124
XA0047


title: Healthy [SH4Z206_Cell1]


title: Healthy [SH5XD40_Cell4]

description:
GSM3268125
XA0048


title: Healthy [SH5XD39_Cell3]

description:
GSM3268120
XA0043


title: Healthy [SH5XD39_Cell2]

description:
GSM3268119
XA0042


title: Healthy [SH5XD40_Cell1]

description:
GSM3268122
XA0045


title: Healthy [SH5XD38_Cell4]

description:
GSM3268117
XA0040


title: Healthy [SH4Z209_Cell1]

description:
GSM3268129
XA0053


title: Healthy [SH4Z208_Cell4]

description:
GSM3268128
XA0052


title: Healthy [SH4Z204_Cell4]


title: Healthy [SH4Z205_Cell2]


title: Healthy [SH5XD38_Cell3]

description:
GSM3268116
XA0039


title: Healthy [SH5XD37_Cell3]

description:
GSM3268112
XA0035


title: Healthy [SH5XD38_Cell1]

description:
GSM3268114
XA0037


title: Healthy [SH4Z204_Cell1]


title: Healthy [SH4Z202_Cell2]


title: Healthy [SH4Z207_Cell2]

description:
GSM3268123
XA0046


title: Healthy [SH4Z202_Cell4]


title: Healthy [SH5XD37_Cell2]

description:
GSM3268111
XA0034


title: Healthy [SH5XD34_Cell3]

description:
GSM3268104
XA0027


title: Healthy [SH4Z202_Cell1]


title: Healthy [SH5XD35_Cell1]

description:
GSM3268106
XA0029


title: Healthy [SH4Z201_Cell4]


title: Healthy [SH4Z136_Cell2]


title: Healthy [SH4Z201_Cell3]


title: Healthy [SH4Z136_Cell3]


title: Healthy [SH4Z201_Cell2]

description:
GSM3268100
XA0022


title: Healthy [SH5XD32_Cell4]

description:
GSM3268098
XA0020


title: Healthy [SH4Z135_Cell4]


title: Healthy [SH5XD35_Cell4]

description:
GSM3268109
XA0032


title: Healthy [SH4Z136_Cell1]


title: Healthy [SH5XD31_Cell3]

description:
GSM3268094
XA0015


title: Healthy [SH4Z203_Cell3]


title: Healthy [SH4Z135_Cell2]


title: Healthy [SH5XD31_Cell1]

description:
GSM3268092
XA0013


title: Healthy [SH4Z133_Cell3]


title: Healthy [SH4Z133_Cell1]


title: Healthy [SH4Z128_Cell2]


title: Healthy [SH4Z133_Cell2]

description:
GSM3469941
XA0010


title: Healthy [SH52J15_Cell3]

description:
GSM3268089
XA0008


title: Healthy [SH4Z127_Cell4]


title: Malignant bone and soft tissue tumor [SH51867_Cell4]

value: Malignant bone and soft tissue tumor

value: StageIII


title: Healthy [SH4Z127_Cell3]


title: Healthy [SH4Z203_Cell2]


title: Healthy [SH5XD28_Cell4]

description:
GSM3268084
XA0002


title: Malignant bone and soft tissue tumor [SH51903_Cell3]

value: StageIIB


title: Malignant bone and soft tissue tumor [SH51903_Cell4]


title: Malignant bone and soft tissue tumor [SH51905_Cell3]


title: Malignant bone and soft tissue tumor [SH51905_Cell4]


title: Healthy [SH4Z127_Cell1]


title: Malignant bone and soft tissue tumor [SH51904_Cell4]


title: Malignant bone and soft tissue tumor [SH51904_Cell3]


title: Malignant bone and soft tissue tumor [SH51904_Cell2]

value: StageIV


title: Malignant bone and soft tissue tumor [SH51904_Cell1]

value: StageIIA


title: Malignant bone and soft tissue tumor [SH51905_Cell1]


title: Healthy [SH4Z215_Cell3]

description:
GSM3469876
XA0075


title: Malignant bone and soft tissue tumor [SH51905_Cell2]


title: Malignant bone and soft tissue tumor [SH51864_Cell1]


title: Healthy [SH5XD29_Cell3]

description:
GSM3268087
XA0005


title: Malignant bone and soft tissue tumor [SH51864_Cell4]


title: Malignant bone and soft tissue tumor [SH51864_Cell3]


title: Malignant bone and soft tissue tumor [SH51867_Cell3]


title: Malignant bone and soft tissue tumor [SH51867_Cell1]


title: Malignant bone and soft tissue tumor [SH51903_Cell2]


title: Malignant bone and soft tissue tumor [SH51903_Cell1]


title: Malignant bone and soft tissue tumor [SH51867_Cell2]


title: Benign bone and soft tissue tumor [SH51863_Cell4]

value: Benign bone and soft tissue tumor


title: Malignant bone and soft tissue tumor [SH51863_Cell3]


title: Benign bone and soft tissue tumor [SH51860_Cell3]


title: Malignant bone and soft tissue tumor [SH51863_Cell2]


title: Benign bone and soft tissue tumor [SH51861_Cell3]


title: Benign bone and soft tissue tumor [SH51861_Cell2]


title: Malignant bone and soft tissue tumor [SH51P47_Cell4]


title: Intermediate bone and soft tissue tumor [SH51861_Cell1]

value: Intermediate bone and soft tissue tumor

value: StageIA


title: Malignant bone and soft tissue tumor [SH51861_Cell4]


title: Malignant bone and soft tissue tumor [SH51858_Cell3]


title: Malignant bone and soft tissue tumor [SH51863_Cell1]

value: StageIVB


title: Malignant bone and soft tissue tumor [SH51860_Cell2]


title: Benign bone and soft tissue tumor [SH51858_Cell4]


title: Intermediate bone and soft tissue tumor [SH51858_Cell2]


title: Benign bone and soft tissue tumor [SH51857_Cell3]


title: Malignant bone and soft tissue tumor [SH51857_Cell2]


title: Benign bone and soft tissue tumor [SH51857_Cell1]


title: Intermediate bone and soft tissue tumor [SH51854_Cell3]


title: Malignant bone and soft tissue tumor [SH51856_Cell4]

value: StageIB


title: Benign bone and soft tissue tumor [SH51854_Cell1]


title: Malignant bone and soft tissue tumor [SH51856_Cell2]


title: Malignant bone and soft tissue tumor [SH51852_Cell1]


title: Malignant bone and soft tissue tumor [SH51854_Cell4]


title: Intermediate bone and soft tissue tumor [SH51P47_Cell3]


title: Benign bone and soft tissue tumor [SH51852_Cell2]


title: Malignant bone and soft tissue tumor [SH51856_Cell3]


title: Intermediate bone and soft tissue tumor [SH51860_Cell1]


title: Malignant bone and soft tissue tumor [SH51857_Cell4]


title: Malignant bone and soft tissue tumor [SH51851_Cell4]


title: Intermediate bone and soft tissue tumor [SH51851_Cell3]


title: Malignant bone and soft tissue tumor [SH51851_Cell2]


title: Intermediate bone and soft tissue tumor [SH51849_Cell4]


title: Benign bone and soft tissue tumor [SH51849_Cell3]


title: Malignant bone and soft tissue tumor [SH51848_Cell1]


title: Malignant bone and soft tissue tumor [SH51848_Cell2]


title: Intermediate bone and soft tissue tumor [SH51848_Cell3]


title: Intermediate bone and soft tissue tumor [SH51849_Cell1]


title: Malignant bone and soft tissue tumor [SH51848_Cell4]


title: Malignant bone and soft tissue tumor [SH51847_Cell3]


title: Malignant bone and soft tissue tumor [SH51847_Cell2]


title: Benign bone and soft tissue tumor [SH51846_Cell4]


title: Malignant bone and soft tissue tumor [SH51847_Cell4]


title: Malignant bone and soft tissue tumor [SH51847_Cell1]


title: Benign bone and soft tissue tumor [SH51846_Cell2]


title: Intermediate bone and soft tissue tumor [SH51856_Cell1]


title: Intermediate bone and soft tissue tumor [SH51846_Cell3]


title: Intermediate bone and soft tissue tumor [SH51846_Cell1]


title: Intermediate bone and soft tissue tumor [SH51845_Cell3]


title: Benign bone and soft tissue tumor [SH51845_Cell1]


title: Malignant bone and soft tissue tumor [SH51845_Cell2]


title: Malignant bone and soft tissue tumor [SH51845_Cell4]


title: Benign bone and soft tissue tumor [SH51843_Cell4]


title: Malignant bone and soft tissue tumor [SH51851_Cell1]


title: Benign bone and soft tissue tumor [SH51843_Cell3]


title: Intermediate bone and soft tissue tumor [SH51843_Cell1]


title: Malignant bone and soft tissue tumor [SH51841_Cell4]


title: Benign bone and soft tissue tumor [SH51843_Cell2]


title: Benign bone and soft tissue tumor [SH51841_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT64_Cell4]


title: Malignant bone and soft tissue tumor [SH51840_Cell1]


title: Benign bone and soft tissue tumor [SH51840_Cell4]


title: Benign bone and soft tissue tumor [SH51841_Cell2]


title: Malignant bone and soft tissue tumor [SH4YT64_Cell2]


title: Benign bone and soft tissue tumor [SH51840_Cell3]


title: Benign bone and soft tissue tumor [SH4YT63_Cell3]


title: Benign bone and soft tissue tumor [SH51841_Cell1]


title: Benign bone and soft tissue tumor [SH51P35_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YT64_Cell1]


title: Benign bone and soft tissue tumor [SH4YT63_Cell1]


title: Malignant bone and soft tissue tumor [SH51P35_Cell2]


title: Benign bone and soft tissue tumor [SH4YT62_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YT61_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT61_Cell2]


title: Benign bone and soft tissue tumor [SH4YT59_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT61_Cell1]


title: Benign bone and soft tissue tumor [SH51P47_Cell2]


title: Malignant bone and soft tissue tumor [SH51P35_Cell1]


title: Malignant bone and soft tissue tumor [SH51840_Cell2]


title: Malignant bone and soft tissue tumor [SH51P39_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT58_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT59_Cell1]


title: Benign bone and soft tissue tumor [SH51P35_Cell3]


title: Benign bone and soft tissue tumor [SH4YT58_Cell2]


title: Malignant bone and soft tissue tumor [SH4YT59_Cell2]


title: Malignant bone and soft tissue tumor [SH4YT54_Cell1]


title: Benign bone and soft tissue tumor [SH4YT61_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT54_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT56_Cell1]


title: Benign bone and soft tissue tumor [SH4YT57_Cell2]


title: Healthy [SH4Z128_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT56_Cell2]


title: Benign bone and soft tissue tumor [SH4YT57_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT57_Cell1]


title: Malignant bone and soft tissue tumor [SH4YT54_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YT56_Cell3]


title: Malignant bone and soft tissue tumor [SH51P39_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT54_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT53_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT52_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT53_Cell1]


title: Malignant bone and soft tissue tumor [SH4YT53_Cell2]


title: Malignant bone and soft tissue tumor [SH4YT56_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT58_Cell1]


title: Healthy [SH5XD33_Cell1]

description:
GSM3268099
XA0021


title: Intermediate bone and soft tissue tumor [SH4YT52_Cell3]


title: Benign bone and soft tissue tumor [SH4YT51_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT51_Cell4]


title: Malignant bone and soft tissue tumor [SH51P39_Cell2]


title: Benign bone and soft tissue tumor [SH4YT51_Cell2]


title: Malignant bone and soft tissue tumor [SH4YT39_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT50_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT49_Cell1]


title: Malignant bone and soft tissue tumor [SH4YT50_Cell1]


title: Benign bone and soft tissue tumor [SH4YT46_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT52_Cell2]


title: Benign bone and soft tissue tumor [SH51P36_Cell4]


title: Benign bone and soft tissue tumor [SH4YT49_Cell4]


title: Benign bone and soft tissue tumor [SH4YT45_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YT47_Cell1]


title: Malignant bone and soft tissue tumor [SH4YT47_Cell2]


title: Benign bone and soft tissue tumor [SH4YT46_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YT47_Cell4]


title: Intermediate bone and soft tissue tumor [SH51P36_Cell1]


title: Malignant bone and soft tissue tumor [SH51P36_Cell2]


title: Benign bone and soft tissue tumor [SH4YT45_Cell1]


title: Benign bone and soft tissue tumor [SH4YT43_Cell3]


title: Benign bone and soft tissue tumor [SH51P36_Cell3]


title: Benign bone and soft tissue tumor [SH4YT50_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YT43_Cell2]


title: Malignant bone and soft tissue tumor [SH4YT43_Cell1]


title: Intermediate bone and soft tissue tumor [SH4YT42_Cell1]


title: Malignant bone and soft tissue tumor [SH4YT49_Cell2]


title: Malignant bone and soft tissue tumor [SH4YT42_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YT42_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT42_Cell4]


title: Benign bone and soft tissue tumor [SH51P33_Cell4]


title: Malignant bone and soft tissue tumor [SH4YT49_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT47_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT46_Cell2]


title: Benign bone and soft tissue tumor [SH4YT41_Cell3]


title: Benign bone and soft tissue tumor [SH4YT41_Cell1]


title: Benign bone and soft tissue tumor [SH4YT39_Cell3]


title: Benign bone and soft tissue tumor [SH4YT40_Cell3]


title: Benign bone and soft tissue tumor [SH4YT41_Cell2]


title: Benign bone and soft tissue tumor [SH4YT38_Cell4]


title: Benign bone and soft tissue tumor [SH51P33_Cell3]


title: Malignant bone and soft tissue tumor [SH4YT38_Cell2]


title: Malignant bone and soft tissue tumor [SH51P33_Cell2]


title: Healthy [SH4Z133_Cell4]

description:
GSM3469939
XA0012


title: Benign bone and soft tissue tumor [SH4YT40_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YT34_Cell4]


title: Benign bone and soft tissue tumor [SH4YT38_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT35_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT38_Cell1]


title: Benign bone and soft tissue tumor [SH4YT35_Cell1]


title: Benign bone and soft tissue tumor [SH4YT35_Cell4]


title: Benign bone and soft tissue tumor [SH51P32_Cell4]


title: Benign bone and soft tissue tumor [SH51P32_Cell3]


title: Malignant bone and soft tissue tumor [SH51P33_Cell1]


title: Benign bone and soft tissue tumor [SH4YT34_Cell1]


title: Benign bone and soft tissue tumor [SH4YT33_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT33_Cell1]


title: Benign bone and soft tissue tumor [SH51P32_Cell2]


title: Benign bone and soft tissue tumor [SH51P32_Cell1]


title: Benign bone and soft tissue tumor [SH4YT33_Cell4]


title: Benign bone and soft tissue tumor [SH4YT31_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YT52_Cell1]


title: Benign bone and soft tissue tumor [SH4YT33_Cell2]


title: Benign bone and soft tissue tumor [SH4YT31_Cell1]


title: Benign bone and soft tissue tumor [SH51P31_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YT30_Cell2]


title: Benign bone and soft tissue tumor [SH4YT30_Cell3]


title: Benign bone and soft tissue tumor [SH4YT30_Cell1]


title: Benign bone and soft tissue tumor [SH4YT29_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YT27_Cell2]


title: Benign bone and soft tissue tumor [SH4YT29_Cell1]


title: Benign bone and soft tissue tumor [SH51P29_Cell1]


title: Benign bone and soft tissue tumor [SH51P28_Cell4]


title: Benign bone and soft tissue tumor [SH51P29_Cell3]


title: Benign bone and soft tissue tumor [SH4YT28_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YT28_Cell1]


title: Benign bone and soft tissue tumor [SH51P28_Cell3]


title: Benign bone and soft tissue tumor [SH4YT26_Cell1]


title: Benign bone and soft tissue tumor [SH51P25_Cell3]


title: Benign bone and soft tissue tumor [SH51P25_Cell4]


title: Benign bone and soft tissue tumor [SH51P29_Cell4]


title: Benign bone and soft tissue tumor [SH51P29_Cell2]


title: Intermediate bone and soft tissue tumor [SH51P28_Cell2]


title: Benign bone and soft tissue tumor [SH51P25_Cell2]


title: Benign bone and soft tissue tumor [SH51P25_Cell1]


title: Benign bone and soft tissue tumor [SH4YT23_Cell1]


title: Benign bone and soft tissue tumor [SH51P24_Cell4]


title: Benign bone and soft tissue tumor [SH51P31_Cell3]


title: Benign bone and soft tissue tumor [SH51P24_Cell2]


title: Benign bone and soft tissue tumor [SH51P24_Cell3]


title: Benign bone and soft tissue tumor [SH4YT21_Cell3]


title: Benign bone and soft tissue tumor [SH4YT22_Cell1]


title: Benign bone and soft tissue tumor [SH51P31_Cell2]


title: Intermediate bone and soft tissue tumor [SH51P24_Cell1]


title: Benign bone and soft tissue tumor [SH4YT21_Cell2]


title: Benign bone and soft tissue tumor [SH4YT27_Cell1]


title: Benign bone and soft tissue tumor [SH4YT23_Cell2]


title: Intermediate bone and soft tissue tumor [SH51P23_Cell4]


title: Benign bone and soft tissue tumor [SH4YT21_Cell1]


title: Benign bone and soft tissue tumor [SH4YT20_Cell1]


title: Benign bone and soft tissue tumor [SH4YT19_Cell1]


title: Benign bone and soft tissue tumor [SH51P23_Cell1]


title: Benign bone and soft tissue tumor [SH4YT18_Cell2]


title: Benign bone and soft tissue tumor [SH51P23_Cell3]


title: Benign bone and soft tissue tumor [SH4YT18_Cell1]


title: Benign bone and soft tissue tumor [SH51P23_Cell2]


title: Benign bone and soft tissue tumor [SH51P21_Cell1]


title: Intermediate bone and soft tissue tumor [SH51P21_Cell3]


title: Benign bone and soft tissue tumor [SH51P22_Cell4]


title: Benign bone and soft tissue tumor [SH51P22_Cell2]


title: Benign bone and soft tissue tumor [SH51P21_Cell4]


title: Benign bone and soft tissue tumor [SH51P20_Cell4]


title: Benign bone and soft tissue tumor [SH4YT16_Cell1]


title: Intermediate bone and soft tissue tumor [SH51P21_Cell2]


title: Benign bone and soft tissue tumor [SH4YT16_Cell2]


title: Benign bone and soft tissue tumor [SH4YT16_Cell3]


title: Benign bone and soft tissue tumor [SH4YT15_Cell3]


title: Malignant bone and soft tissue tumor [SH51P20_Cell3]


title: Benign bone and soft tissue tumor [SH4YT14_Cell3]


title: Benign bone and soft tissue tumor [SH51P20_Cell1]


title: Benign bone and soft tissue tumor [SH51P22_Cell3]


title: Benign bone and soft tissue tumor [SH51P20_Cell2]


title: Benign bone and soft tissue tumor [SH4YT14_Cell4]


title: Benign bone and soft tissue tumor [SH51P28_Cell1]


title: Benign bone and soft tissue tumor [SH51P19_Cell4]


title: Benign bone and soft tissue tumor [SH4YT14_Cell1]


title: Intermediate bone and soft tissue tumor [SH51P19_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT11_Cell3]


title: Benign bone and soft tissue tumor [SH4YT09_Cell4]


title: Intermediate bone and soft tissue tumor [SH51P19_Cell2]


title: Benign bone and soft tissue tumor [SH4YT11_Cell2]


title: Benign bone and soft tissue tumor [SH4YT09_Cell3]


title: Intermediate bone and soft tissue tumor [SH51P18_Cell2]


title: Benign bone and soft tissue tumor [SH4YT07_Cell3]


title: Benign bone and soft tissue tumor [SH4YT05_Cell3]


title: Malignant bone and soft tissue tumor [SH51P18_Cell3]


title: Benign bone and soft tissue tumor [SH4YT04_Cell4]


title: Intermediate bone and soft tissue tumor [SH51P17_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT07_Cell4]


title: Benign bone and soft tissue tumor [SH4YT06_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YT04_Cell3]


title: Benign bone and soft tissue tumor [SH51P18_Cell1]


title: Benign bone and soft tissue tumor [SH4YT04_Cell2]


title: Benign bone and soft tissue tumor [SH4YT03_Cell4]


title: Benign bone and soft tissue tumor [SH4YT03_Cell3]


title: Benign bone and soft tissue tumor [SH4YT03_Cell2]


title: Benign bone and soft tissue tumor [SH4YT04_Cell1]


title: Benign bone and soft tissue tumor [SH4YT03_Cell1]


title: Benign bone and soft tissue tumor [SH4YT02_Cell3]


title: Benign bone and soft tissue tumor [SH51P18_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YT05_Cell2]


title: Benign bone and soft tissue tumor [SH4YT02_Cell2]


title: Benign bone and soft tissue tumor [SH51P19_Cell1]


title: Benign bone and soft tissue tumor [SH4YT02_Cell4]


title: Benign bone and soft tissue tumor [SH4YT05_Cell1]


title: Benign bone and soft tissue tumor [SH51P17_Cell1]


title: Benign bone and soft tissue tumor [SH4YT01_Cell3]


title: Intermediate bone and soft tissue tumor [SH51P15_Cell4]


title: Benign bone and soft tissue tumor [SH4YT01_Cell4]


title: Benign bone and soft tissue tumor [SH4YT01_Cell1]


title: Benign bone and soft tissue tumor [SH4YT01_Cell2]


title: Benign bone and soft tissue tumor [SH4YS64_Cell2]


title: Benign bone and soft tissue tumor [SH4YS63_Cell4]


title: Benign bone and soft tissue tumor [SH4YS63_Cell3]


title: Benign bone and soft tissue tumor [SH4YS64_Cell1]


title: Intermediate bone and soft tissue tumor [SH4YT02_Cell1]


title: Benign bone and soft tissue tumor [SH4YL19_Cell4]


title: Benign bone and soft tissue tumor [SH4YJ47_Cell2]


title: Benign bone and soft tissue tumor [SH4YL19_Cell1]


title: Benign bone and soft tissue tumor [SH4YL19_Cell2]


title: Intermediate bone and soft tissue tumor [SH4YS63_Cell1]


title: Benign bone and soft tissue tumor [SH4YS63_Cell2]


title: Benign bone and soft tissue tumor [SH4YJ47_Cell1]


title: Intermediate bone and soft tissue tumor [SH4YJ47_Cell4]


title: Benign bone and soft tissue tumor [SH4YL19_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YH40_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YH40_Cell1]


title: Benign bone and soft tissue tumor [SH4YH40_Cell2]


title: Benign bone and soft tissue tumor [SH4YH14_Cell4]


title: Benign bone and soft tissue tumor [SH4YE56_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YE56_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YH14_Cell3]


title: Benign bone and soft tissue tumor [SH4YE49_Cell1]


title: Benign bone and soft tissue tumor [SH4YE49_Cell2]


title: Benign bone and soft tissue tumor [SH4YE49_Cell4]


title: Benign bone and soft tissue tumor [SH4YE56_Cell1]


title: Benign bone and soft tissue tumor [SH4YJ47_Cell3]


title: Benign bone and soft tissue tumor [SH4YE56_Cell2]


title: Benign bone and soft tissue tumor [SH4YH40_Cell3]


title: Benign bone and soft tissue tumor [SH4YE45_Cell4]


title: Benign bone and soft tissue tumor [SH4YE45_Cell2]


title: Benign bone and soft tissue tumor [SH4YE40_Cell2]


title: Benign bone and soft tissue tumor [SH4YE40_Cell1]


title: Benign bone and soft tissue tumor [SH4YE40_Cell3]


title: Benign bone and soft tissue tumor [SH4YE39_Cell2]


title: Benign bone and soft tissue tumor [SH4YE45_Cell1]


title: Benign bone and soft tissue tumor [SH4YE34_Cell3]


title: Benign bone and soft tissue tumor [SH51P15_Cell3]


title: Benign bone and soft tissue tumor [SH4YE39_Cell3]


title: Benign bone and soft tissue tumor [SH4YE34_Cell2]


title: Benign bone and soft tissue tumor [SH4YE34_Cell1]


title: Benign bone and soft tissue tumor [SH4YE33_Cell4]


title: Benign bone and soft tissue tumor [SH4YE33_Cell3]


title: Benign bone and soft tissue tumor [SH4YE34_Cell4]


title: Benign bone and soft tissue tumor [SH4YE39_Cell4]


title: Benign bone and soft tissue tumor [SH4YE49_Cell3]


title: Benign bone and soft tissue tumor [SH4YE39_Cell1]


title: Benign bone and soft tissue tumor [SH4YE17_Cell3]


title: Intermediate bone and soft tissue tumor [SH4YE45_Cell3]


title: Benign bone and soft tissue tumor [SH4YE32_Cell1]


title: Benign bone and soft tissue tumor [SH4YE33_Cell2]


title: Benign bone and soft tissue tumor [SH4YE32_Cell4]


title: Benign bone and soft tissue tumor [SH4YE32_Cell3]


title: Benign bone and soft tissue tumor [SH4YE17_Cell1]


title: Benign bone and soft tissue tumor [SH51P15_Cell2]


title: Benign bone and soft tissue tumor [SH4YE32_Cell2]


title: Benign bone and soft tissue tumor [SH52224_Cell3]


title: Benign bone and soft tissue tumor [SH4YE08_Cell1]


title: Benign bone and soft tissue tumor [SH4YE08_Cell2]


title: Intermediate bone and soft tissue tumor [SH52223_Cell3]


title: Benign bone and soft tissue tumor [SH52223_Cell4]


title: Benign bone and soft tissue tumor [SH52224_Cell2]


title: Benign bone and soft tissue tumor [SH4YE17_Cell4]


title: Benign bone and soft tissue tumor [SH52219_Cell1]


title: Benign bone and soft tissue tumor [SH52219_Cell3]


title: Benign bone and soft tissue tumor [SH52223_Cell1]


title: Benign bone and soft tissue tumor [SH52223_Cell2]


title: Benign bone and soft tissue tumor [SH52219_Cell4]


title: Benign bone and soft tissue tumor [SH52218_Cell4]


title: Benign bone and soft tissue tumor [SH52219_Cell2]


title: Benign bone and soft tissue tumor [SH52218_Cell2]


title: Benign bone and soft tissue tumor [SH52218_Cell3]


title: Benign bone and soft tissue tumor [SH52224_Cell4]


title: Benign bone and soft tissue tumor [SH52218_Cell1]


title: Benign bone and soft tissue tumor [SH52217_Cell4]


title: Intermediate bone and soft tissue tumor [SH52217_Cell3]


title: Benign bone and soft tissue tumor [SH52217_Cell2]


title: Benign bone and soft tissue tumor [SH52217_Cell1]


title: Intermediate bone and soft tissue tumor [SH52213_Cell4]


title: Benign bone and soft tissue tumor [SH52213_Cell3]


title: Benign bone and soft tissue tumor [SH52213_Cell2]


title: Benign bone and soft tissue tumor [SH52213_Cell1]


title: Benign bone and soft tissue tumor [SH52167_Cell4]


title: Benign bone and soft tissue tumor [SH52167_Cell3]


title: Benign bone and soft tissue tumor [SH52167_Cell2]


title: Benign bone and soft tissue tumor [SH52167_Cell1]


title: Intermediate bone and soft tissue tumor [SH52166_Cell4]


title: Benign bone and soft tissue tumor [SH52165_Cell2]


title: Benign bone and soft tissue tumor [SH52165_Cell4]


title: Benign bone and soft tissue tumor [SH52165_Cell1]


title: Benign bone and soft tissue tumor [SH4YE33_Cell1]


title: Benign bone and soft tissue tumor [SH52165_Cell3]


title: Intermediate bone and soft tissue tumor [SH52166_Cell1]


title: Benign bone and soft tissue tumor [SH52166_Cell2]


title: Benign bone and soft tissue tumor [SH52160_Cell4]


title: Benign bone and soft tissue tumor [SH52164_Cell1]


title: Benign bone and soft tissue tumor [SH52160_Cell2]


title: Benign bone and soft tissue tumor [SH52164_Cell2]


title: Benign bone and soft tissue tumor [SH52164_Cell4]


title: Benign bone and soft tissue tumor [SH52164_Cell3]


title: Benign bone and soft tissue tumor [SH52166_Cell3]


title: Benign bone and soft tissue tumor [SH52160_Cell1]


title: Benign bone and soft tissue tumor [SH52160_Cell3]


title: Intermediate bone and soft tissue tumor [SH52135_Cell3]


title: Benign bone and soft tissue tumor [SH52141_Cell2]


title: Benign bone and soft tissue tumor [SH52135_Cell4]


title: Benign bone and soft tissue tumor [SH52145_Cell1]


title: Benign bone and soft tissue tumor [SH52141_Cell1]


title: Intermediate bone and soft tissue tumor [SH52135_Cell2]


title: Benign bone and soft tissue tumor [SH52141_Cell4]


title: Intermediate bone and soft tissue tumor [SH52135_Cell1]


title: Benign bone and soft tissue tumor [SH52156_Cell1]


title: Intermediate bone and soft tissue tumor [SH52156_Cell2]


title: Benign bone and soft tissue tumor [SH52152_Cell4]


title: Intermediate bone and soft tissue tumor [SH52156_Cell4]


title: Benign bone and soft tissue tumor [SH52157_Cell2]


title: Benign bone and soft tissue tumor [SH52152_Cell3]


title: Benign bone and soft tissue tumor [SH52157_Cell4]


title: Intermediate bone and soft tissue tumor [SH52156_Cell3]


title: Benign bone and soft tissue tumor [SH52157_Cell3]


title: Benign bone and soft tissue tumor [SH52157_Cell1]


title: Benign bone and soft tissue tumor [SH52145_Cell3]


title: Benign bone and soft tissue tumor [SH52152_Cell1]


title: Benign bone and soft tissue tumor [SH52145_Cell2]


title: Benign bone and soft tissue tumor [SH52145_Cell4]


title: Benign bone and soft tissue tumor [SH52134_Cell4]


title: Benign bone and soft tissue tumor [SH52224_Cell1]


title: Benign bone and soft tissue tumor [SH52134_Cell3]


title: Intermediate bone and soft tissue tumor [SH52152_Cell2]


title: Benign bone and soft tissue tumor [SH52133_Cell3]


title: Intermediate bone and soft tissue tumor [SH52134_Cell1]


title: Benign bone and soft tissue tumor [SH52133_Cell4]


title: Benign bone and soft tissue tumor [SH52133_Cell1]


title: Benign bone and soft tissue tumor [SH52129_Cell3]


title: Benign bone and soft tissue tumor [SH52129_Cell4]


title: Benign bone and soft tissue tumor [SH52127_Cell4]


title: Intermediate bone and soft tissue tumor [SH52134_Cell2]


title: Benign bone and soft tissue tumor [SH52127_Cell1]


title: Benign bone and soft tissue tumor [SH52127_Cell2]


title: Benign bone and soft tissue tumor [SH52126_Cell3]


title: Benign bone and soft tissue tumor [SH52126_Cell1]


title: Benign bone and soft tissue tumor [SH52125_Cell3]


title: Benign bone and soft tissue tumor [SH52123_Cell4]


title: Benign bone and soft tissue tumor [SH52129_Cell2]


title: Benign bone and soft tissue tumor [SH52125_Cell1]


title: Benign bone and soft tissue tumor [SH52125_Cell4]


title: Benign bone and soft tissue tumor [SH52133_Cell2]


title: Benign bone and soft tissue tumor [SH52127_Cell3]


title: Intermediate bone and soft tissue tumor [SH52123_Cell2]


title: Benign bone and soft tissue tumor [SH52129_Cell1]


title: Intermediate bone and soft tissue tumor [SH52123_Cell3]


title: Benign bone and soft tissue tumor [SH52125_Cell2]


title: Benign bone and soft tissue tumor [SH4YE08_Cell3]


title: Intermediate bone and soft tissue tumor [SH52121_Cell4]


title: Intermediate bone and soft tissue tumor [SH52121_Cell3]


title: Intermediate bone and soft tissue tumor [SH52122_Cell4]


title: Benign bone and soft tissue tumor [SH52126_Cell2]


title: Benign bone and soft tissue tumor [SH52122_Cell1]


title: Intermediate bone and soft tissue tumor [SH52126_Cell4]


title: Intermediate bone and soft tissue tumor [SH4YE17_Cell2]


title: Benign bone and soft tissue tumor [SH52122_Cell3]


title: Benign bone and soft tissue tumor [SH52121_Cell1]


title: Benign bone and soft tissue tumor [SH52123_Cell1]


title: Benign bone and soft tissue tumor [SH52113_Cell2]


title: Intermediate bone and soft tissue tumor [SH52122_Cell2]


title: Benign bone and soft tissue tumor [SH52118_Cell2]


title: Benign bone and soft tissue tumor [SH52118_Cell1]


title: Benign bone and soft tissue tumor [SH52118_Cell4]


title: Malignant bone and soft tissue tumor [SH52108_Cell4]


title: Benign bone and soft tissue tumor [SH52121_Cell2]


title: Benign bone and soft tissue tumor [SH52113_Cell1]


title: Benign bone and soft tissue tumor [SH52113_Cell4]


title: Benign bone and soft tissue tumor [SH52117_Cell2]


title: Benign bone and soft tissue tumor [SH52113_Cell3]


title: Intermediate bone and soft tissue tumor [SH52117_Cell1]


title: Benign bone and soft tissue tumor [SH52117_Cell4]


title: Benign bone and soft tissue tumor [SH52108_Cell2]


title: Benign bone and soft tissue tumor [SH52107_Cell4]


title: Benign bone and soft tissue tumor [SH52107_Cell3]


title: Benign bone and soft tissue tumor [SH52107_Cell1]


title: Intermediate bone and soft tissue tumor [SH52107_Cell2]


title: Benign bone and soft tissue tumor [SH52105_Cell3]


title: Benign bone and soft tissue tumor [SH52118_Cell3]


title: Benign bone and soft tissue tumor [SH52105_Cell2]


title: Benign bone and soft tissue tumor [SH52105_Cell1]


title: Benign bone and soft tissue tumor [SH52102_Cell3]


title: Benign bone and soft tissue tumor [SH52102_Cell2]


title: Benign bone and soft tissue tumor [SH52102_Cell4]


title: Benign bone and soft tissue tumor [SH52117_Cell3]


title: Benign bone and soft tissue tumor [SH51Z59_Cell2]


title: Benign bone and soft tissue tumor [SH51Z59_Cell1]


title: Intermediate bone and soft tissue tumor [SH51Z59_Cell4]


title: Benign bone and soft tissue tumor [SH51Z58_Cell4]


title: Benign bone and soft tissue tumor [SH52108_Cell1]


title: Intermediate bone and soft tissue tumor [SH51Z57_Cell3]


title: Intermediate bone and soft tissue tumor [SH51Z58_Cell2]


title: Benign bone and soft tissue tumor [SH51Z57_Cell2]


title: Benign bone and soft tissue tumor [SH52102_Cell1]


title: Benign bone and soft tissue tumor [SH51Z57_Cell1]


title: Benign bone and soft tissue tumor [SH51Z58_Cell1]


title: Benign bone and soft tissue tumor [SH51Z59_Cell3]


title: Benign bone and soft tissue tumor [SH51Z57_Cell4]


title: Benign bone and soft tissue tumor [SH51Z47_Cell2]


title: Benign bone and soft tissue tumor [SH51Z47_Cell3]


title: Benign bone and soft tissue tumor [SH51Z48_Cell4]


title: Intermediate bone and soft tissue tumor [SH51Z48_Cell1]


title: Benign bone and soft tissue tumor [SH51Z48_Cell2]


title: Benign bone and soft tissue tumor [SH51Z48_Cell3]


title: Benign bone and soft tissue tumor [SH51Z47_Cell4]


title: Benign bone and soft tissue tumor [SH51Z47_Cell1]


title: Benign bone and soft tissue tumor [SH51Z46_Cell3]


title: Benign bone and soft tissue tumor [SH51Z46_Cell4]


title: Intermediate bone and soft tissue tumor [SH51Z46_Cell2]


title: Benign bone and soft tissue tumor [SH51Z46_Cell1]


title: Benign bone and soft tissue tumor [SH51Z39_Cell4]


title: Benign bone and soft tissue tumor [SH51Z39_Cell3]


title: Benign bone and soft tissue tumor [SH51Z27_Cell1]


title: Intermediate bone and soft tissue tumor [SH51Z23_Cell4]


title: Intermediate bone and soft tissue tumor [SH51Z23_Cell1]


title: Benign bone and soft tissue tumor [SH51Z21_Cell3]


title: Benign bone and soft tissue tumor [SH51Z23_Cell3]


title: Benign bone and soft tissue tumor [SH51Z23_Cell2]


title: Benign bone and soft tissue tumor [SH51Z21_Cell4]


title: Benign bone and soft tissue tumor [SH51Z27_Cell2]


title: Benign bone and soft tissue tumor [SH51Z39_Cell2]


title: Benign bone and soft tissue tumor [SH51Z27_Cell3]


title: Benign bone and soft tissue tumor [SH51Z27_Cell4]


title: Intermediate bone and soft tissue tumor [SH51Z39_Cell1]


title: Benign bone and soft tissue tumor [SH52141_Cell3]


title: Intermediate bone and soft tissue tumor [SH51Z21_Cell2]


title: Benign bone and soft tissue tumor [SH51Z21_Cell1]


title: Benign bone and soft tissue tumor [SH51Z19_Cell3]


title: Intermediate bone and soft tissue tumor [SH51Z20_Cell3]


title: Benign bone and soft tissue tumor [SH51Z20_Cell2]


title: Benign bone and soft tissue tumor [SH51Z20_Cell4]


title: Intermediate bone and soft tissue tumor [SH51Z20_Cell1]


title: Benign bone and soft tissue tumor [SH52108_Cell3]


title: Benign bone and soft tissue tumor [SH51Z19_Cell2]


title: Malignant bone and soft tissue tumor [SH59X28_Cell3]


title: Benign bone and soft tissue tumor [SH51Z19_Cell1]


title: Benign bone and soft tissue tumor [SH51Z58_Cell3]


title: Malignant bone and soft tissue tumor [SH59X28_Cell2]


title: Malignant bone and soft tissue tumor [SH59X27_Cell4]


title: Intermediate bone and soft tissue tumor [SH52105_Cell4]


title: Malignant bone and soft tissue tumor [SH59X27_Cell1]


title: Malignant bone and soft tissue tumor [SH59X27_Cell2]


title: Malignant bone and soft tissue tumor [SH59X26_Cell4]


title: Benign bone and soft tissue tumor [SH51Z19_Cell4]


title: Malignant bone and soft tissue tumor [SH59X27_Cell3]


title: Malignant bone and soft tissue tumor [SH59X26_Cell2]


title: Malignant bone and soft tissue tumor [SH59X26_Cell3]


title: Malignant bone and soft tissue tumor [SH59X25_Cell4]


title: Malignant bone and soft tissue tumor [SH59X26_Cell1]


title: Malignant bone and soft tissue tumor [SH59X25_Cell1]


title: Malignant bone and soft tissue tumor [SH59X24_Cell3]


title: Malignant bone and soft tissue tumor [SH59X24_Cell4]


title: Malignant bone and soft tissue tumor [SH59X24_Cell2]


title: Malignant bone and soft tissue tumor [SH59X25_Cell2]


title: Malignant bone and soft tissue tumor [SH59X28_Cell1]


title: Malignant bone and soft tissue tumor [SH59X25_Cell3]


title: Malignant bone and soft tissue tumor [SH59X29_Cell1]


title: Malignant bone and soft tissue tumor [SH59X22_Cell4]


title: Malignant bone and soft tissue tumor [SH59X22_Cell3]


title: Malignant bone and soft tissue tumor [SH59X23_Cell4]


title: Malignant bone and soft tissue tumor [SH59X23_Cell2]


title: Malignant bone and soft tissue tumor [SH59X22_Cell2]


title: Malignant bone and soft tissue tumor [SH59X23_Cell3]


title: Malignant bone and soft tissue tumor [SH59X22_Cell1]


title: Malignant bone and soft tissue tumor [SH59X21_Cell4]


title: Malignant bone and soft tissue tumor [SH59X24_Cell1]


title: Malignant bone and soft tissue tumor [SH59X21_Cell3]


title: Malignant bone and soft tissue tumor [SH59X21_Cell2]


title: Malignant bone and soft tissue tumor [SH59X21_Cell1]


title: Malignant bone and soft tissue tumor [SH59X19_Cell4]


title: Malignant bone and soft tissue tumor [SH59X23_Cell1]


title: Malignant bone and soft tissue tumor [SH59X20_Cell2]


title: Malignant bone and soft tissue tumor [SH59X17_Cell4]


title: Malignant bone and soft tissue tumor [SH59X19_Cell2]


title: Malignant bone and soft tissue tumor [SH59X19_Cell3]


title: Malignant bone and soft tissue tumor [SH59X18_Cell2]


title: Malignant bone and soft tissue tumor [SH59X18_Cell4]


title: Malignant bone and soft tissue tumor [SH59X17_Cell3]


title: Malignant bone and soft tissue tumor [SH59X18_Cell3]


title: Malignant bone and soft tissue tumor [SH59X16_Cell4]


title: Malignant bone and soft tissue tumor [SH59X18_Cell1]


title: Malignant bone and soft tissue tumor [SH59X15_Cell2]


title: Malignant bone and soft tissue tumor [SH59X17_Cell1]


title: Malignant bone and soft tissue tumor [SH59X14_Cell2]


title: Malignant bone and soft tissue tumor [SH59X14_Cell3]


title: Malignant bone and soft tissue tumor [SH59X16_Cell3]


title: Malignant bone and soft tissue tumor [SH59X16_Cell2]


title: Malignant bone and soft tissue tumor [SH59X15_Cell4]


title: Malignant bone and soft tissue tumor [SH59X16_Cell1]


title: Malignant bone and soft tissue tumor [SH59X14_Cell1]


title: Malignant bone and soft tissue tumor [SH59X14_Cell4]


title: Malignant bone and soft tissue tumor [SH59X13_Cell3]


title: Malignant bone and soft tissue tumor [SH59X13_Cell4]

value: StageIVA


title: Malignant bone and soft tissue tumor [SH59X20_Cell4]


title: Malignant bone and soft tissue tumor [SH59X13_Cell2]


title: Malignant bone and soft tissue tumor [SH59X13_Cell1]


title: Malignant bone and soft tissue tumor [SH59X12_Cell4]


title: Malignant bone and soft tissue tumor [SH59X20_Cell3]


title: Malignant bone and soft tissue tumor [SH59X15_Cell3]


title: Malignant bone and soft tissue tumor [SH59X12_Cell3]


title: Malignant bone and soft tissue tumor [SH59X11_Cell4]


title: Malignant bone and soft tissue tumor [SH59X11_Cell2]


title: Malignant bone and soft tissue tumor [SH59X11_Cell3]


title: Malignant bone and soft tissue tumor [SH59X12_Cell1]


title: Malignant bone and soft tissue tumor [SH59X08_Cell2]


title: Malignant bone and soft tissue tumor [SH59X12_Cell2]


title: Malignant bone and soft tissue tumor [SH59X08_Cell4]


title: Malignant bone and soft tissue tumor [SH59X05_Cell4]


title: Malignant bone and soft tissue tumor [SH59X08_Cell1]


title: Malignant bone and soft tissue tumor [SH59X06_Cell2]


title: Malignant bone and soft tissue tumor [SH59X05_Cell1]


title: Malignant bone and soft tissue tumor [SH59X03_Cell2]


title: Malignant bone and soft tissue tumor [SH59X03_Cell4]


title: Malignant bone and soft tissue tumor [SH59X05_Cell2]


title: Malignant bone and soft tissue tumor [SH59X04_Cell4]


title: Malignant bone and soft tissue tumor [SH59X02_Cell3]


title: Malignant bone and soft tissue tumor [SH59X08_Cell3]


title: Malignant bone and soft tissue tumor [SH59X04_Cell1]


title: Malignant bone and soft tissue tumor [SH59X06_Cell1]


title: Malignant bone and soft tissue tumor [SH59X05_Cell3]


title: Malignant bone and soft tissue tumor [SH59X07_Cell3]


title: Malignant bone and soft tissue tumor [SH59X02_Cell4]


title: Malignant bone and soft tissue tumor [SH59X07_Cell2]


title: Malignant bone and soft tissue tumor [SH59X09_Cell3]


title: Malignant bone and soft tissue tumor [SH59X09_Cell4]


title: Malignant bone and soft tissue tumor [SH59X02_Cell2]


title: Malignant bone and soft tissue tumor [SH59X03_Cell1]


title: Malignant bone and soft tissue tumor [SH59X01_Cell4]


title: Malignant bone and soft tissue tumor [SH59X07_Cell1]


title: Malignant bone and soft tissue tumor [SH59X02_Cell1]


title: Malignant bone and soft tissue tumor [SH59X01_Cell3]


title: Malignant bone and soft tissue tumor [SH59W62_Cell4]


title: Malignant bone and soft tissue tumor [SH59X06_Cell3]


title: Malignant bone and soft tissue tumor [SH59W62_Cell3]

value: StageX


title: Malignant bone and soft tissue tumor [SH59W62_Cell2]

value: Male


title: Malignant bone and soft tissue tumor [SH59W61_Cell1]


title: Malignant bone and soft tissue tumor [SH59W62_Cell1]


title: Malignant bone and soft tissue tumor [SH59W61_Cell2]


title: Malignant bone and soft tissue tumor [SH59W57_Cell3]


title: Malignant bone and soft tissue tumor [SH59W58_Cell2]

value: Female


title: Malignant bone and soft tissue tumor [SH59W60_Cell2]


title: Malignant bone and soft tissue tumor [SH59W60_Cell3]


title: Malignant bone and soft tissue tumor [SH59W59_Cell4]


title: Malignant bone and soft tissue tumor [SH59W60_Cell1]


title: Malignant bone and soft tissue tumor [SH59W57_Cell4]


title: Malignant bone and soft tissue tumor [SH59W58_Cell3]


title: Malignant bone and soft tissue tumor [SH59W58_Cell4]


title: Malignant bone and soft tissue tumor [SH59W60_Cell4]


title: Malignant bone and soft tissue tumor [SH59W59_Cell2]


title: Malignant bone and soft tissue tumor [SH59W59_Cell1]


title: Malignant bone and soft tissue tumor [SH59X01_Cell2]


title: Malignant bone and soft tissue tumor [SH59W61_Cell4]


title: Malignant bone and soft tissue tumor [SH59W56_Cell2]


title: Malignant bone and soft tissue tumor [SH59W57_Cell1]


title: Malignant bone and soft tissue tumor [SH59W55_Cell3]


title: Malignant bone and soft tissue tumor [SH59W57_Cell2]


title: Malignant bone and soft tissue tumor [SH59W56_Cell4]


title: Malignant bone and soft tissue tumor [SH59W55_Cell4]


title: Malignant bone and soft tissue tumor [SH59W55_Cell2]


title: Malignant bone and soft tissue tumor [SH59W61_Cell3]


title: Malignant bone and soft tissue tumor [SH59W59_Cell3]


title: Malignant bone and soft tissue tumor [SH59W56_Cell3]


title: Malignant bone and soft tissue tumor [SH59W58_Cell1]


title: Malignant bone and soft tissue tumor [SH59W55_Cell1]


title: Malignant bone and soft tissue tumor [SH59W54_Cell4]


title: Malignant bone and soft tissue tumor [SH59W54_Cell3]


title: Malignant bone and soft tissue tumor [SH59W54_Cell2]


title: Malignant bone and soft tissue tumor [SH59W54_Cell1]


title: Malignant bone and soft tissue tumor [SH59W53_Cell3]


title: Malignant bone and soft tissue tumor [SH59W53_Cell4]


title: Malignant bone and soft tissue tumor [SH59W52_Cell3]


title: Malignant bone and soft tissue tumor [SH59W50_Cell4]


title: Malignant bone and soft tissue tumor [SH59W52_Cell1]


title: Malignant bone and soft tissue tumor [SH59W51_Cell3]


title: Malignant bone and soft tissue tumor [SH59W51_Cell1]


title: Malignant bone and soft tissue tumor [SH59W53_Cell2]


title: Malignant bone and soft tissue tumor [SH59W51_Cell2]


title: Malignant bone and soft tissue tumor [SH59W51_Cell4]


title: Malignant bone and soft tissue tumor [SH59W50_Cell2]


title: Malignant bone and soft tissue tumor [SH59W49_Cell3]


title: Malignant bone and soft tissue tumor [SH59W48_Cell4]


title: Malignant bone and soft tissue tumor [SH59W50_Cell1]


title: Malignant bone and soft tissue tumor [SH59W48_Cell3]


title: Malignant bone and soft tissue tumor [SH59W53_Cell1]


title: Malignant bone and soft tissue tumor [SH59W49_Cell2]


title: Malignant bone and soft tissue tumor [SH59W48_Cell1]


title: Malignant bone and soft tissue tumor [SH59W48_Cell2]


title: Malignant bone and soft tissue tumor [SH59W49_Cell4]


title: Malignant bone and soft tissue tumor [SH59W47_Cell2]


title: Malignant bone and soft tissue tumor [SH59W49_Cell1]


title: Malignant bone and soft tissue tumor [SH59W47_Cell3]


title: Malignant bone and soft tissue tumor [SH59W47_Cell4]


title: Malignant bone and soft tissue tumor [SH59W44_Cell4]


title: Malignant bone and soft tissue tumor [SH59W46_Cell2]


title: Malignant bone and soft tissue tumor [SH59W46_Cell3]


title: Malignant bone and soft tissue tumor [SH59W44_Cell1]


title: Malignant bone and soft tissue tumor [SH59W43_Cell4]


title: Malignant bone and soft tissue tumor [SH59W42_Cell1]


title: Malignant bone and soft tissue tumor [SH59W43_Cell3]


title: Malignant bone and soft tissue tumor [SH59W44_Cell3]


title: Malignant bone and soft tissue tumor [SH59W43_Cell1]


title: Malignant bone and soft tissue tumor [SH59W42_Cell4]


title: Malignant bone and soft tissue tumor [SH59W44_Cell2]


title: Malignant bone and soft tissue tumor [SH59W43_Cell2]


title: Malignant bone and soft tissue tumor [SH59W42_Cell2]


title: Malignant bone and soft tissue tumor [SH59W41_Cell3]


title: Malignant bone and soft tissue tumor [SH59W41_Cell4]


title: Malignant bone and soft tissue tumor [SH59W40_Cell2]


title: Malignant bone and soft tissue tumor [SH59W41_Cell1]


title: Malignant bone and soft tissue tumor [SH59W40_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W39_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W39_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W38_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W39_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W38_Cell3]


title: Malignant bone and soft tissue tumor [SH59W40_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W38_Cell2]


title: Malignant bone and soft tissue tumor [SH59W40_Cell4]


title: Malignant bone and soft tissue tumor [SH59W46_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W38_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W37_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W39_Cell2]


title: Intermediate bone and soft tissue tumor [SH59W37_Cell2]


title: Malignant bone and soft tissue tumor [SH59W41_Cell2]


title: Intermediate bone and soft tissue tumor [SH59W34_Cell2]


title: Intermediate bone and soft tissue tumor [SH59W34_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W34_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W37_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W33_Cell2]


title: Intermediate bone and soft tissue tumor [SH59W33_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W32_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W33_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W32_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W32_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W32_Cell2]


title: Intermediate bone and soft tissue tumor [SH59W31_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W30_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W31_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W30_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W37_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W30_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W29_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W31_Cell2]


title: Intermediate bone and soft tissue tumor [SH59W29_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W34_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W28_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W29_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W28_Cell3]


title: Intermediate bone and soft tissue tumor [SH59W33_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W28_Cell2]


title: Intermediate bone and soft tissue tumor [SH59W28_Cell1]


title: Malignant bone and soft tissue tumor [SH59W27_Cell2]


title: Malignant bone and soft tissue tumor [SH59W27_Cell4]


title: Intermediate bone and soft tissue tumor [SH59W31_Cell4]


title: Malignant bone and soft tissue tumor [SH59W27_Cell3]


title: Malignant bone and soft tissue tumor [SH59W27_Cell1]


title: Intermediate bone and soft tissue tumor [SH59W30_Cell2]


title: Malignant bone and soft tissue tumor [SH59W26_Cell2]


title: Malignant bone and soft tissue tumor [SH59W25_Cell4]


title: Malignant bone and soft tissue tumor [SH59W26_Cell3]


title: Malignant bone and soft tissue tumor [SH59W26_Cell1]


title: Malignant bone and soft tissue tumor [SH59W25_Cell1]


title: Malignant bone and soft tissue tumor [SH59W24_Cell3]


title: Malignant bone and soft tissue tumor [SH59W24_Cell4]


title: Malignant bone and soft tissue tumor [SH59W24_Cell2]


title: Malignant bone and soft tissue tumor [SH59W50_Cell3]


title: Malignant bone and soft tissue tumor [SH59W23_Cell3]


title: Malignant bone and soft tissue tumor [SH59W23_Cell1]


title: Malignant bone and soft tissue tumor [SH59W22_Cell4]


title: Malignant bone and soft tissue tumor [SH59W23_Cell2]


title: Malignant bone and soft tissue tumor [SH59W22_Cell3]


title: Malignant bone and soft tissue tumor [SH59W23_Cell4]


title: Malignant bone and soft tissue tumor [SH59W22_Cell2]


title: Malignant bone and soft tissue tumor [SH59W21_Cell2]


title: Malignant bone and soft tissue tumor [SH59W26_Cell4]


title: Malignant bone and soft tissue tumor [SH59W25_Cell2]


title: Malignant bone and soft tissue tumor [SH59W21_Cell4]