Discovery of Novel Human Gene Regulatory Modules from Gene Co-expression and

Similar documents
EXPression ANalyzer and DisplayER

Accessing and Using ENCODE Data Dr. Peggy J. Farnham

Breast cancer. Risk factors you cannot change include: Treatment Plan Selection. Inferring Transcriptional Module from Breast Cancer Profile Data

7SK ChIRP-seq is specifically RNA dependent and conserved between mice and humans.

Computational Analysis of UHT Sequences Histone modifications, CAGE, RNA-Seq

User Guide. Association analysis. Input

Supplementary Figure S1. Gene expression analysis of epidermal marker genes and TP63.

Comparison of open chromatin regions between dentate granule cells and other tissues and neural cell types.

Nature Methods: doi: /nmeth.3115

Nature Structural & Molecular Biology: doi: /nsmb.2419

SUPPLEMENTAL INFORMATION

STAT1 regulates microrna transcription in interferon γ stimulated HeLa cells

Peak-calling for ChIP-seq and ATAC-seq

Use Case 9: Coordinated Changes of Epigenomic Marks Across Tissue Types. Epigenome Informatics Workshop Bioinformatics Research Laboratory

Statistical Assessment of the Global Regulatory Role of Histone. Acetylation in Saccharomyces cerevisiae. (Support Information)

SUPPLEMENTARY INFORMATION

Heintzman, ND, Stuart, RK, Hon, G, Fu, Y, Ching, CW, Hawkins, RD, Barrera, LO, Van Calcar, S, Qu, C, Ching, KA, Wang, W, Weng, Z, Green, RD,

Broad H3K4me3 is associated with increased transcription elongation and enhancer activity at tumor suppressor genes

Nature Immunology: doi: /ni Supplementary Figure 1. Transcriptional program of the TE and MP CD8 + T cell subsets.

The 16th KJC Bioinformatics Symposium Integrative analysis identifies potential DNA methylation biomarkers for pan-cancer diagnosis and prognosis

Supplemental Figure S1. Tertiles of FKBP5 promoter methylation and internal regulatory region

Epigenetics. Jenny van Dongen Vrije Universiteit (VU) Amsterdam Boulder, Friday march 10, 2017

Computational aspects of ChIP-seq. John Marioni Research Group Leader European Bioinformatics Institute European Molecular Biology Laboratory

REACTIN: Regulatory activity inference of transcription factors underlying human diseases with application to breast cancer

Processing, integrating and analysing chromatin immunoprecipitation followed by sequencing (ChIP-seq) data

Supplementary Material. for. A cell-centered meta-analysis reveals baseline predictors of anti-tnf nonresponse. in biopsy and blood of IBD patients

Exercises: Differential Methylation

High Throughput Sequence (HTS) data analysis. Lei Zhou

ChIP-seq analysis. J. van Helden, M. Defrance, C. Herrmann, D. Puthier, N. Servant, M. Thomas-Chollier, O.Sand

Cancer outlier differential gene expression detection

Gene Ontology and Functional Enrichment. Genome 559: Introduction to Statistical and Computational Genomics Elhanan Borenstein

Raymond Auerbach PhD Candidate, Yale University Gerstein and Snyder Labs August 30, 2012

The Epigenome Tools 2: ChIP-Seq and Data Analysis

Sudin Bhattacharya Institute for Integrative Toxicology

SubLasso:a feature selection and classification R package with a. fixed feature subset

Integrated Analysis of Copy Number and Gene Expression

A quick review. The clustering problem: Hierarchical clustering algorithm: Many possible distance metrics K-mean clustering algorithm:

Single SNP/Gene Analysis. Typical Results of GWAS Analysis (Single SNP Approach) Typical Results of GWAS Analysis (Single SNP Approach)

ChIP-seq data analysis

A Practical Guide to Integrative Genomics by RNA-seq and ChIP-seq Analysis

a) List of KMTs targeted in the shrna screen. The official symbol, KMT designation,

CoINcIDE: A framework for discovery of patient subtypes across multiple datasets

cis-regulatory enrichment analysis in human, mouse and fly

Large conserved domains of low DNA methylation maintained by Dnmt3a

Nature Genetics: doi: /ng Supplementary Figure 1. Assessment of sample purity and quality.

Variant Classification. Author: Mike Thiesen, Golden Helix, Inc.

Nature Structural & Molecular Biology: doi: /nsmb Supplementary Figure 1

Nature Immunology: doi: /ni Supplementary Figure 1. Characteristics of SEs in T reg and T conv cells.

Package AbsFilterGSEA

Yingying Wei George Wu Hongkai Ji

GeneOverlap: An R package to test and visualize

IPA Advanced Training Course

Unit 1 Exploring and Understanding Data

Inferring condition-specific mirna activity from matched mirna and mrna expression data

Package NarrowPeaks. August 3, Version Date Type Package

Sexually-dimorphic targeting of functionally-related genes in COPD

Nature Structural & Molecular Biology: doi: /nsmb Supplementary Figure 1

Supplementary Figure 1. Efficiency of Mll4 deletion and its effect on T cell populations in the periphery. Nature Immunology: doi: /ni.

Nature Genetics: doi: /ng Supplementary Figure 1. SEER data for male and female cancer incidence from

EPIGENOMICS PROFILING SERVICES

ChromHMM Tutorial. Jason Ernst Assistant Professor University of California, Los Angeles

Case Studies on High Throughput Gene Expression Data Kun Huang, PhD Raghu Machiraju, PhD

Supplementary Methods: IGFBP7 Drives Resistance to Epidermal Growth Factor Receptor Tyrosine Kinase Inhibition in Lung Cancer

Supplemental Materials

The Insulator Binding Protein CTCF Positions 20 Nucleosomes around Its Binding Sites across the Human Genome

Expanded View Figures

Title: Human breast cancer associated fibroblasts exhibit subtype specific gene expression profiles

SUPPLEMENTARY INFORMATION

Detecting gene signature activation in breast cancer in an absolute, single-patient manner

Histone Modifications Are Associated with Transcript Isoform Diversity in Normal and Cancer Cells

Metabolomic Data Analysis with MetaboAnalyst

Comparison of Gene Set Analysis with Various Score Transformations to Test the Significance of Sets of Genes

MethylMix An R package for identifying DNA methylation driven genes

MIR retrotransposon sequences provide insulators to the human genome

Inferring Biological Meaning from Cap Analysis Gene Expression Data

DiffVar: a new method for detecting differential variability with application to methylation in cancer and aging

Supervised Learner for the Prediction of Hi-C Interaction Counts and Determination of Influential Features. Tyler Yue Lab

Supplementary Figure 1 IL-27 IL

Figure S1. Analysis of endo-sirna targets in different microarray datasets. The

Nature Genetics: doi: /ng Supplementary Figure 1

fl/+ KRas;Atg5 fl/+ KRas;Atg5 fl/fl KRas;Atg5 fl/fl KRas;Atg5 Supplementary Figure 1. Gene set enrichment analyses. (a) (b)

Author's response to reviews

Assignment 5: Integrative epigenomics analysis

A Network Partition Algorithm for Mining Gene Functional Modules of Colon Cancer from DNA Microarray Data

SSM signature genes are highly expressed in residual scar tissues after preoperative radiotherapy of rectal cancer.

PREPARED FOR: U.S. Army Medical Research and Materiel Command Fort Detrick, Maryland

Gene-microRNA network module analysis for ovarian cancer

How To Use MiRSEA. Junwei Han. July 1, Overview 1. 2 Get the pathway-mirna correlation profile(pmset) and a weighting matrix 2

Sexually-dimorphic targeting of functionally-related genes in COPD

Package TFEA.ChIP. R topics documented: January 28, 2018

Supplementary Figures

Computational Identification and Prediction of Tissue-Specific Alternative Splicing in H. Sapiens. Eric Van Nostrand CS229 Final Project

Integrative analysis of survival-associated gene sets in breast cancer

A Versatile Algorithm for Finding Patterns in Large Cancer Cell Line Data Sets

List of Figures. List of Tables. Preface to the Second Edition. Preface to the First Edition

PDF hosted at the Radboud Repository of the Radboud University Nijmegen

PathAct: a novel method for pathway analysis using gene expression profiles

Data mining with Ensembl Biomart. Stéphanie Le Gras

Not IN Our Genes - A Different Kind of Inheritance.! Christopher Phiel, Ph.D. University of Colorado Denver Mini-STEM School February 4, 2014

HALLA KABAT * Outreach Program, mircore, 2929 Plymouth Rd. Ann Arbor, MI 48105, USA LEO TUNKLE *

Transcription:

Discovery of Novel Human Gene Regulatory Modules from Gene Co-expression and Promoter Motif Analysis Shisong Ma 1,2*, Michael Snyder 3, and Savithramma P Dinesh-Kumar 2* 1 School of Life Sciences, University of Science and Technology of China, Hefei, Anhui, 230027, China 2 Department of Plant Biology and the Genome Center, College of Biological Sciences, University of California, Davis, CA 95616. 3 Department of Genetics, Stanford University, Stanford, CA 94305. *For correspondence: spdineshkumar@ucdavis.edu (SPD-K) sma@ustc.edu.cn (SM)

Supplementary Methods Gene co-expression network construction Publically available human microarray datasets deposited in the ArrayExpress database 1 were used for network construction. Raw data (.cel) files from 986 datasets generated with the Affymetrix U133 plus 2.0 arrays were downloaded from the ArrayExpress database. The quality of these arrays were checked using arrayqualitymetrics in Bioconductor (http://www.bioconductor.org/) based on 6 scoring metrics: maplot, spatial, boxplot, heatmap, nuse, and rle 2. After removing any arrays that failed two or more metrics, 9,947 high quality arrays from 948 datasets were kept for further analysis. The raw data of these arrays were then processed and normalized using the frozen robust multiarray analysis (frma) and combined into a single large expression matrix 3. Probesets were annotated according to NCBI GEO database (GPL570), and 19,718 probesets representing 19,718 unique genes were selected for network analysis (Supplementary Dataset 8). Duplicated probesets for the same genes were removed because the presence of multiple probesets for the same genes will confound the partial correlation analysis. The expression matrix containing the expression values of these 19,718 probesets/genes in 9,947 arrays were then used to construct a human gene co-expression network based on the graphical Gaussian model as described in 4. Briefly, a shrinkage approach implemented in the GeneNet package in R was used to infer partial correlation between genes 5. Because GeneNet only works with a limited number of genes at a time, a random sampling strategy was used, in which 2,000 genes were randomly selected and subjected to pcor analysis via GeneNet. After 3,000 rounds of random sampling, every

gene pair appears in more than a dozen sampling rounds with different calculated pcors, and the one with the lowest absolute value is chosen as the final pcor for that gene pair. The chosen pcor represents the pcor after removing the maximum amount of effect from other genes. The false discover rate (FDR) for the pcor analysis were calculated using fdrtool 6. The resulted 186,132 significantly correlated gene pairs between 19,312 genes, with pcor >= 0.04, were chosen for gene co-expression network construction (Supplementary Dataset 9). Promoter motif analysis and target gene identification The transcription starting site (TSS) for the 19,718 analyzed genes were obtained from UCSC genome database or NCBI RefGene database. Promoter sequences are then extracted as 2500 bp upstream of TSS and 200 bp downstream of TSS, as listed in Supplementary Dataset 10, except for the analysis of NF-Y motif. For NF-Y motif, due to its high prevalence, promoter sequences are defined as 1000 bp upstream of TSS. For all promoter sequences, the repeat sequences and transposon sequences were replaced with N and excluded from motif analysis, as defined by the RepeatMasker or simple repeat tracks from UCSC. Promoter motif analysis was carried out over the co-expression network to identify target genes for a specific motif. For every gene with >5 connected genes, the gene itself and its neighbor gene are considered as a group. Promoter motif position weight matrix (PWM) models are obtained from JASPAR, or from those motifs derived from the ENCODE project 7,8. For the motifs derived from ENCODE project, only those corresponding to the known motifs were used. The promoters were then scanned for the

presence of the motifs using the POSSUM program, with a pvalue cut off chosen at 4^-8 9,10. Motif enrichment and motif position bias analysis were then conducted for the group s promoters. If the motif is enriched or has significant biased distribution towards TSS with these promoters and the seeded gene contains the motif, all the genes containing the motifs within the group are considered to be targets genes of the motif. Motif enrichment was analyzed based on the hypergeometric distribution. Suppose the analyzed promoters group contains M promoters in total, and a motif presents in m promoters among them. And in the K promoters for all the genes used in the human network analysis, the motif presents in k promoters. A pvalue for that motif and gene group combination is calculated as: = (, ) Equation 5 A pvalue smaller or equal to selected cutoff value indicates the motif is enriched within the group. Motif position bias towards TSS was assessed on the extent the motif s distribution deviated from random uniform distribution. For this purpose, a background model for a uniformly distributed motif in every gene promoter group was first established to calculate that motif s expected distance from TSS and its variance. Suppose the promoters are defined as M bp upstream of TSS, and N bp downstream of TSS. In all promoters in the group, there are K base pairs in total that are not occupied by repeat or transposon sequences. The motif has equal chance to appear in any of these K base pairs. Suppose in position i (-M <= i <= N) along the promoters, which is i bp relative to TSS, there are ki promoters is not occupied by repeat or transposon sequences in this position. Then, if the

motif only appears once in the promoter group, its expected mean distance from TSS is given by: ( ) = Equation 6 And its variance is given by: ( ) = ( ( )) Equation 7 E(d) and V(d) are calculated for every gene group in the network. For an actual motif appears n times in a group of promoters, with mean distance from the TSS, a Z score is calculated as: = ( ) ( ) Equation 8 A Z score larger or equal to selected cutoff value is considered to have significant position bias towards TSS. To assess the FDR in the analysis, the promoter sequences were permutated and the same analysis was conducted. After 100 rounds of permutation and analysis, the result is summarized to obtain the average identified target numbers for FDR rate calculation. All the calculations were carried out with in-house developed scripts. Co-expression modules GO, TF binding, H3K4me3, methylation, and RNA-Seq data analyses The target genes for a specific motif were used to extract a sub-network from the entire human gene co-expression network. The sub-network was clustered using the MCL

clustering algorithm and visualized using BioLayout Express 3D 11,12. Gene ontology analysis was also carried out using the GOStats package in Bioconductor 13. To evaluate the enrichment of corresponding TFs binding to its motifs within the promoters of co-expression modules, the ENCODE TF-binding data were used 14. The TF ChIP-Seq Uniform Peaks from ENCODE were downloaded (http://hgdownload.cse.ucsc.edu/goldenpath/hg19/encodedcc/wgencodeawgtfbsunifo rm/). The binding region for a TF within a promoter was checked to see if it contains the corresponding motif sites. Only those promoters containing the TF s bound motif sites were considered to have a direct interaction with the corresponding TF. A hypergeometric test was then used to evaluate if a gene co-expression module have enriched direct binding to the TF compared to all the genes used for network analysis. The H3K4me3 data were also downloaded from the ENCODE project (ENCODE UW Histone data, http://genome.ucsc.edu/cgibin/hgtrackui?db=hg19&g=wgencodeuwhistone). For every gene in each cell line, the peaks values between -2500 bp upstream of TSS to 200 bp downstream of TSS were summarized as the gene s H3K4me3 level in that cell type. The RNA-Seq data were also downloaded from ENCODE, and the RFKM values were used as the expression level of the gene. Similarly, promoter DNA methylation data were also downloaded from ENCODE. The CpG methylation data by methyl 450K beads arrays from HAIB were used (ENCODE HAIB Methyl450 data, http://genome.ucsc.edu/cgibin/hgtrackui?db=hg19&g=wgencodehaibmethyl450). For a specific promoter in a specific tissue, the methylation levels for the residues within -500 bp to TSS were collected, and their 3rd quartile was calculated as the methylation level for that promoter, using the

BEDOPS software 15. The RNA-Seq data were also downloaded from the ENCODE project (ENCODE Caltech RNA-Seq data, http://hgdownload.cse.ucsc.edu/goldenpath/hg19/encodedcc/wgencodecaltechrnaseq/ ). References 1 Rustici, G. et al. ArrayExpress update--trends in database growth and links to data analysis tools. Nucleic acids research 41, D987-990, doi:10.1093/nar/gks1174 (2013). 2 Kauffmann, A., Gentleman, R. & Huber, W. arrayqualitymetrics--a bioconductor package for quality assessment of microarray data. Bioinformatics 25, 415-416, doi:10.1093/bioinformatics/btn647 (2009). 3 McCall, M. N., Bolstad, B. M. & Irizarry, R. A. Frozen robust multiarray analysis (frma). Biostatistics 11, 242-253, doi:10.1093/biostatistics/kxp059 (2010). 4 Ma, S., Gong, Q. & Bohnert, H. J. An Arabidopsis gene network based on the graphical Gaussian model. Genome research 17, 1614-1625, doi:10.1101/gr.6911207 (2007). 5 Schäfer, J. & Strimmer, K. A shrinkage approach to large-scale covariance matrix estimation and implications for functional genomics. Stat Appl Genet Mol Biol 4, Article32, doi:10.2202/1544-6115.1175 [doi] (2005). 6 Strimmer, K. fdrtool: a versatile R package for estimating local and tail area-based false discovery rates. Bioinformatics 24, 1461-1462, doi:10.1093/bioinformatics/btn209 (2008). 7 Kheradpour, P. & Kellis, M. Systematic discovery and characterization of regulatory motifs in ENCODE TF binding experiments. Nucleic acids research 42, 2976-2987, doi:10.1093/nar/gkt1249 (2014). 8 Mathelier, A. et al. JASPAR 2014: an extensively expanded and updated open-access database of transcription factor binding profiles. Nucleic acids research 42, D142-147, doi:10.1093/nar/gkt997 (2014). 9 Touzet, H. & Varre, J. S. Efficient and accurate P-value computation for Position Weight Matrices. Algorithms for molecular biology : AMB 2, 15, doi:10.1186/1748-7188-2-15 (2007). 10 Fu, Y., Frith, M. C., Haverty, P. M. & Weng, Z. MotifViz: an analysis and visualization tool for motif discovery. Nucleic acids research 32, W420-423, doi:10.1093/nar/gkh426 (2004). 11 Enright, A. J., Van Dongen, S. & Ouzounis, C. A. An efficient algorithm for large-scale detection of protein families. Nucleic acids research 30, 1575-1584 (2002). 12 Theocharidis, A., van Dongen, S., Enright, A. J. & Freeman, T. C. Network visualization and analysis of gene expression data using BioLayout Express(3D). Nat Protoc 4, 1535-1550, doi:10.1038/nprot.2009.177 (2009). 13 Falcon, S. & Gentleman, R. Using GOstats to test gene lists for GO term association. Bioinformatics 23, 257-258, doi:10.1093/bioinformatics/btl567 (2007). 14 Encode Project Consortium et al. An integrated encyclopedia of DNA elements in the human genome. Nature 489, 57-74, doi:10.1038/nature11247 (2012). 15 Neph, S. et al. BEDOPS: high-performance genomic feature operations. Bioinformatics 28, 1919-1920, doi:10.1093/bioinformatics/bts277 (2012).

Titles and legends of supplementary figures and datasets Supplementary Figure S1. NF-YA s depletion up-regulated or down-regulated selected NF-YA motif modules in human cell lines. Two published microarray datasets (GSE40215 and GSE70543) were analyzed using GSEA v2.2.0. a) GSEA enrichment plot showing that NF-Y motif module #1 was downregulated in NF-YA depleted HeLa S3 cells. b) GSEA enrichment plot showing that NF- Y motif module #10 was up-regulated in NF-YA depleted HeLa S3 cells. c) The list of NF-Y motif modules that were up- or down-regulated in NF-YA depleted HeLa S3 cells. d) The list of NF-Y motif modules that were down-regulated in NF-YA depleted HCT116 cells. Supplementary Figure S2. The gene expression patterns of Sp1 motif-regulated modules in various human primary cell lines. The gene expression heatmap of Sp1 motif-regulated modules was generated using the expression data obtained from GSE49910, which includes the gene expression profiles of 116 human primary cell lines using Affymetrix Human Genome U133 Plus 2.0 microarray slides 8. Rows represent genes and columns represent cell lines. The color scale shown at top left indicates gene expression levels. Genes are grouped by modules. Supplementary Figure S3. Promoter H3K4me3 and DNA methylation levels in Sp1 motif-regulated modules. a) The average H3K4me3 levels in each module among 59 different cell lines as measured by the ENCODE project. b) The average DNA methylation level in each module among 63 different cell lines as measured by the ENCODE project. c) The median H3K4me3 levels for all genes in module #85 in each of the 59 cell lines, sorted from highest to lowest. d) The average DNA methylation levels for all genes in module #85 in each of the 63 cell lines, sorted from highest to lowest.

e) The median H3K4me3 levels for all genes in module #5 in each of the 59 cell lines, sorted from highest to lowest. f) The average DNA methylation levels for all genes in module #5 in each of the 63 cell lines, sorted from highest to lowest. Supplementary Dataset 1: Modules identified from the whole co-expression human network Supplementary Dataset 2: Immunity-related modules identified from the whole coexpression network Supplementary Dataset 3: NF-Y motif-regulated modules Supplementary Dataset 4: The median gene expression levels of the NF-Y modules in three human cell lines Supplementary Dataset 5: Sp1 motif-regulated modules Supplementary Dataset 6: Selected genes from the Sp1 development modules that have been reported to be regulated by the Sp1 motif Supplementary Dataset 7: Target gene list for all the analyzed motifs Supplementary Dataset 8: Genes used in the network construction Supplementary Dataset 9: The gene pairs used in the GGM gene co-expression network construction Supplementary Dataset 10: The promoter regions of the genes used in the analysis

Supplementary Figures Supplementary Figure S1. NF-YA s depletion up-regulated or down-regulated selected NF-YA motif modules in human cell lines. Two published microarray datasets (GSE40215 and GSE70543) were analyzed using GSEA v2.2.0. a) GSEA enrichment plot showing that NF-Y motif module #1 was downregulated in NF-YA depleted HeLa S3 cells. b) GSEA enrichment plot showing that NF- Y motif module #10 was up-regulated in NF-YA depleted HeLa S3 cells. c) The list of NF-Y motif modules that were up- or down-regulated in NF-YA depleted HeLa S3 cells. d) The list of NF-Y motif modules that were down-regulated in NF-YA depleted HCT116 cells. (See Supplementary Figure S1 on next page)

a b c NF-YA depleted HeLa S3 cells vs. Control Module No. SIZE ES NES NOM p-value FDR q-value Up-regulated modules 10 58 0.75 2.50 0 0 55 18 0.89 2.29 0 0 42 22 0.83 2.22 0 0 Down-regulated modules 1 180-0.70-2.80 0 0 8 64-0.64-2.18 0 0 37 25-0.68-1.94 0 0.005825991 d NF-YA depleted HCT116 cells vs. Control Module No. SIZE ES NES NOM p-value FDR q-value Down-regulated modules 7 65-0.68-2.32 0 0 11 54-0.58-1.93 0 0.009275232 18 44-0.58-1.90 0 0.01308954 34 26-0.63-1.83 0.001477105 0.030749764 47 21-0.65-1.82 0.007473842 0.026191939 49 21-0.65-1.82 0.004424779 0.023488693 Figure S1

Supplementary Figure S2. The gene expression patterns of Sp1 motif-regulated modules in various human primary cell lines The gene expression heatmap of Sp1 motif-regulated modules was generated using the expression data obtained from GSE49910, which includes the gene expression profiles of 116 human primary cell lines using Affymetrix Human Genome U133 Plus 2.0 microarray slides 8. Rows represent genes and columns represent cell lines. The color scale shown at top left indicates gene expression levels. Genes are grouped by modules. (See Supplementary Figure S2 on next page)

Hs.110.Embryonic_stem_cells.H1.r1 Hs.110.Embryonic_stem_cells.H9.r1 Hs.34.Embryonic_stem_cells.H7. Hs.34.Embryonic_stem_cells.H9. Hs.34.Embryonic_stem_cells.H13B. Hs.34.Embryonic_stem_cells.H14A. Hs.40.Embryonic_stem_cells.H9. Hs.40.Embryonic_stem_cells.BG01. Hs.44.Embryonic_stem_cells.H1L. Hs.72.Embryonic_stem_cells.BG01.r1 Hs.72.Embryonic_stem_cells.BGO1.Nanog_tg. Hs.72.Embryonic_stem_cells.BGO1.r2 Hs.72.Embryonic_stem_cells.WIBR3.5._pO2. Hs.72.Embryonic_stem_cells.WIBR2. Hs.72.Embryonic_stem_cells.WIBR3.r1 Hs.72.Embryonic_stem_cells.WIBR3.r2 Hs.72.Embryonic_stem_cells.WIBR1. Hs.64.Neuroepithelial_cell.Embryonic_stem_cell.derived.d17. Hs.64.Astrocyte.Embryonic_stem_cell.derived.d210_RA.specified. Hs.64.Astrocyte.Embryonic_stem_cell.derived.d210_FGF8.specified. Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r1 Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r2 Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r3 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r1 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r2 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r3 Hs.34.iPS_cells.skin_fibroblast.r1 Hs.34.iPS_cells.skin_fibroblast.r2 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_3.5.r1 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_3.6.r2 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_4.2.r3 Hs.40.iPS_cells.PDB_fibroblasts. Hs.40.iPS_cells.iPS_PDB_1lox.17Puro.5. Hs.40.iPS_cells.iPS_PDB_1lox.17Puro.10. Hs.40.iPS_cells.iPS_PDB_1lox.21Puro.20. Hs.40.iPS_cells.iPS_PDB_1lox.21Puro.26. Hs.40.iPS_cells.iPS_PDB_2lox.5. Hs.40.iPS_cells.iPS_PDB_2lox.22. Hs.40.iPS_cells.iPS_PDB_2lox.21. Hs.40.iPS_cells.iPS_PDB_2lox.17. Hs.41.iPS_cells.CRL2097_foreskin.r1 Hs.41.iPS_cells.CRL2097_foreskin.r2 Hs.41.iPS_cells.CRL2097_foreskin.r3 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r1 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r2 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r3 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r1 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r2 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r3 Hs.48.iPS_cells.fibroblasts. Hs.48.iPS_cells.iPS_fibroblast.derived.Direct_del._reprog._prot..r1 Hs.48.iPS_cells.iPS_fibroblast.derived.Direct_del._reprog._prot..r2 Hs.48.iPS_cells.iPS_fibroblast.derived.Retroviral_transf._reprog._genes. Hs.70.iPS_cells.foreskin_fibrobasts. Hs.70.iPS_cells.iPS.minicircle.derived.r1 Hs.70.iPS_cells.iPS.minicircle.derived.r2 Hs.70.iPS_cells.iPS.minicircle.derived.r3 Hs.70.iPS_cells.iPS.minicircle.derived.r4 Hs.70.iPS_cells.iPS.minicircle.derived.r5 Hs.70.iPS_cells.adipose_stem_cells.r1 Hs.70.iPS_cells.adipose_stem_cells.r2 Hs.70.iPS_cells.adipose_stem_cells.r3 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r1 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r2 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r3 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r1 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r2 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r3 Hs.111.Tissue_stem_cells.iliac_MSC.r1 Hs.111.Tissue_stem_cells.iliac_MSC.r2 Hs.111.Tissue_stem_cells.iliac_MSC.r3 Hs.30.Tissue_stem_cells.lipoma.derived_MSC_LM6.r1 Hs.30.Tissue_stem_cells.lipoma.derived_MSC_LM6.r2 Hs.30.Tissue_stem_cells.adipose.derived_MSC_AM3.r1 Hs.30.Tissue_stem_cells.adipose.derived_MSC_AM3.r2 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r1 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r2 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r1 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r1 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_7d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r1 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r2 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r3 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r5 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r6 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_1d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_1d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r3 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..r1 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..r2 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..rr3 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r2 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r2 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r28 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r28 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r31 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r31 Hs.19.Epithelial_cells.bladder.r8 Hs.19.Epithelial_cells.bladder.r12 Hs.19.Epithelial_cells.bladder.r13 Hs.19.Epithelial_cells.bladder.r8.1 Hs.19.Epithelial_cells.bladder.r12.1 Hs.19.Epithelial_cells.bladder.r13.1 Hs.88.Epithelial_cells.bronchial.d0.r1 Hs.88.Epithelial_cells.bronchial.d8.r1 Hs.88.Epithelial_cells.bronchial.d14.r1 Hs.88.Epithelial_cells.bronchial.d21.r1 Hs.88.Epithelial_cells.bronchial.d28.r1 Hs.88.Epithelial_cells.bronchial.d0.r2 Hs.88.Epithelial_cells.bronchial.d8.r2 Hs.88.Epithelial_cells.bronchial.d14.r2 Hs.88.Epithelial_cells.bronchial.d21.r2 Hs.88.Epithelial_cells.bronchial.d28.r2 Hs.33.Fibroblasts.foreskin.cntrl_24h.r1 Hs.33.Fibroblasts.foreskin.cntrl_24h.r2 Hs.33.Fibroblasts.foreskin.T._cruzi_24h.r1 Hs.33.Fibroblasts.foreskin.T._cruzi_24h.r2 Hs.33.Fibroblasts.breast.r1 Hs.33.Fibroblasts.breast.r2 Hs.33.Fibroblasts.breast.r5 Hs.33.Fibroblasts.breast.r6 Hs.33.Fibroblasts.breast.r7 Hs.33.Fibroblasts.breast.r8 Hs.24.Endothelial_cells.HUVEC.cntrl.r1 Hs.24.Endothelial_cells.HUVEC.cntrl.r2 Hs.24.Endothelial_cells.HUVEC.B._anthracis_LT_4h.r1 Hs.24.Endothelial_cells.HUVEC.B._anthracis_LT_8h.r2 Hs.31.Endothelial_cells.HUVEC.cntrl.r1 Hs.31.Endothelial_cells.HUVEC.cntrl.r2 Hs.31.Endothelial_cells.HUVEC.cntrl.r3 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r1 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r2 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r3 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r1 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r2 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r3 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r1 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r2 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r3 Hs.33.Endothelial_cells.HUVEC.r1 Hs.33.Endothelial_cells.HUVEC.r2 Hs.46.Endothelial_cells.HUVEC.cntrl. Hs.46.Endothelial_cells.HUVEC.VEGF_30min. Hs.46.Endothelial_cells.HUVEC.VEGF_60min. Hs.46.Endothelial_cells.HUVEC.VEGF_150min. Hs.50.Endothelial_cells.lymphatic.cntrl.r1 Hs.50.Endothelial_cells.lymphatic.cntrl.r2 Hs.50.Endothelial_cells.lymphatic.cntrl.r3 Hs.50.Endothelial_cells.lymphatic.cntrl.r4 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r1 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r2 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r3 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r4 Hs.50.Endothelial_cells.blood_vessel.cntrl.r1 Hs.50.Endothelial_cells.blood_vessel.cntrl.r2 Hs.50.Endothelial_cells.blood_vessel.cntrl.r3 Hs.50.Endothelial_cells.blood_vessel.cntrl.r4 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r1 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r2 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r3 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r4 Hs.65.Endothelial_cells.HUVEC.cntrl_0h. Hs.65.Endothelial_cells.HUVEC.cntrl_16h. Hs.65.Endothelial_cells.HUVEC.IL.1b_4h. Hs.65.Endothelial_cells.HUVEC.IL.1b_8h. Hs.65.Endothelial_cells.HUVEC.IL.1b_16h. Hs.68.Endothelial_cells.HUVEC.cntrl_48h.r1 Hs.68.Endothelial_cells.HUVEC.cntrl_48h.r2 Hs.79.Endothelial_cells.HUVEC.cntrl. Hs.92.Endothelial_cells.HUVEC.cntrl. Hs.92.Endothelial_cells.HUVEC.Borrelia_burgdorferi.r1 Hs.92.Endothelial_cells.HUVEC.Borrelia_burgdorferi.r2 Hs.92.Endothelial_cells.HUVEC.IFNg. Hs.93.Endothelial_cells.HUVEC.cntrl.r1 Hs.93.Endothelial_cells.HUVEC.cntrl.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_4h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_4h.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_24h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_24h.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_48h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_48h.r2 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r1 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r2 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r3 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r1 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r2 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r3 Hs.111.BM.Chondrocytes.MSC.derived.r1 Hs.111.BM.Chondrocytes.MSC.derived.r2 Hs.111.BM.Chondrocytes.MSC.derived.r3 Hs.51.BM.Chondrocytes.MSC.derived.monolayer.r1 Hs.51.BM.Chondrocytes.MSC.derived.monolayer.r3 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r1 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r2 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r3 Hs.109.iliac_MSC.Osteoblasts.r1 Hs.109.iliac_MSC.Osteoblasts.r2 Hs.109.iliac_MSC.Osteoblasts.r3 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r1 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r1 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r2 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r1 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r1 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r3 Hs.111.BM.Adipocyte.MSC.derived.r1 Hs.111.BM.Adipocyte.MSC.derived.r2 Hs.111.BM.Adipocyte.MSC.derived.r3 Hs.60.Hepatocytes.r1 Hs.60.Hepatocytes.r2 Hs.60.Hepatocytes.r3 Hs.101.Keratinocytes.cntrl.r1 Hs.101.Keratinocytes.cntrl.r2 Hs.101.Keratinocytes.cntrl.r3 Hs.101.Keratinocytes.IL19.r1 Hs.101.Keratinocytes.IL19.r2 Hs.101.Keratinocytes.IL19.r3 Hs.101.Keratinocytes.IL20.r1 Hs.101.Keratinocytes.IL20.r2 Hs.101.Keratinocytes.IL20.r3 Hs.101.Keratinocytes.IL22.r1 Hs.101.Keratinocytes.IL22.r2 Hs.101.Keratinocytes.IL22.r3 Hs.101.Keratinocytes.IL24.r1 Hs.101.Keratinocytes.IL24.r2 Hs.101.Keratinocytes.IL24.r3 Hs.101.Keratinocytes.IL26.r1 Hs.101.Keratinocytes.IL26.r2 Hs.101.Keratinocytes.IL26.r3 Hs.101.Keratinocytes.KGF.r1 Hs.101.Keratinocytes.KGF.r2 Hs.101.Keratinocytes.KGF.r3 Hs.101.Keratinocytes.IFNg.r1 Hs.101.Keratinocytes.IFNg.r2 Hs.101.Keratinocytes.IL1b.r1 Hs.101.Keratinocytes.IL1b.r2 Hs.81.Neurones.adrenal_medulla_cell_line.r1 Hs.81.Neurones.adrenal_medulla_cell_line.r2 Hs.81.Neurones.adrenal_medulla_cell_line.r3 Hs.81.Neurones.adrenal_medulla_cell_line.r4 Hs.81.Neurones.adrenal_medulla_cell_line.r5 Hs.81.Neurones.adrenal_medulla_cell_line.r6 Hs.84.sural_nerve.Neurones.Schwann_cell.r1 Hs.84.sural_nerve.Neurones.Schwann_cell.r2 Hs.84.sural_nerve.Neurones.Schwann_cell.r3 Hs.84.sural_nerve.Neurones.Schwann_cell.r4 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r1 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r1 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r2 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r2 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r3 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r3 Hs.33.Smooth_muscle_cells.vascular.cntrl_24h.r1 Hs.33.Smooth_muscle_cells.vascular.cntrl_24h.r2 Hs.68.Smooth_muscle_cells.umbilical_vein.serum_free_48h.r1 Hs.68.Smooth_muscle_cells.umbilical_vein.serum_free_48h.r2 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r1 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r2 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r3 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r1 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r2 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r3 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r2 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r3 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r4 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r5 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r1.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r2.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r3.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r4.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r5.1 Hs.17.BM_.Prog..BM.2_months Hs.17.BM_.Prog..BM.3_months Hs.17.BM_.Prog..BM.9_months Hs.17.BM_.Prog..BM.20_months Hs.17.BM_.Prog..BM.23_months Hs.17.BM_.Prog..BM.32_months Hs.17.BM_.Prog..BM.39_months Hs.66.BM_.Prog..HSC_CD34..r1 Hs.66.BM_.Prog..HSC_CD34..r2 Hs.66.BM_.Prog..HSC_CD34..r3 Hs.66.BM_.Prog..HSC_CD34..r4 Hs.66.BM_.Prog..HSC_CD34..r5 Hs.66.BM_.Prog..HSC_CD34..r6 Hs.67.BM_.Prog..CMP.r1 Hs.67.BM_.Prog..CMP.r2 Hs.67.BM_.Prog..GMP.r1 Hs.67.BM_.Prog..GMP.r2 Hs.67.BM_.Prog..MEP.r1 Hs.67.BM_.Prog..MEP.r2 Hs.67.BM_.Prog..Myelocyte.r1 Hs.67.BM_.Prog..Myelocyte.r2 Hs.67.BM_.Prog..Pro.Myelocyte.r1 Hs.67.BM_.Prog..Pro.Myelocyte.r2 Hs.1.BM_.Prog..CFU.E.r1 Hs.67.BM_.Prog..Pre.B_cell_CD34..r1 Hs.67.BM_.Prog..Pre.B_cell_CD34..r2 Hs.67.BM_.Prog..Pro.B_cell_CD34..r1 Hs.67.BM_.Prog..Pro.B_cell_CD34..r2 Hs.67.BM_.Prog..Bcell_immature.r1 Hs.67.BM_.Prog..Bcell_immature.r2 Hs.18.Platelets_._reticulocytes.platelet.r1 Hs.18.Platelets_._reticulocytes.platelet.r2 Hs.18.Platelets_._reticulocytes.platelet.r7 Hs.18.Platelets_._reticulocytes.platelet.r8 Hs.18.Platelets_._reticulocytes.platelet.r10 Hs.1.Erythroblast.inter.erythroblast.r1 Hs.1.Erythroblast.inter.erythroblast.r2 Hs.1.Erythroblast.inter.erythroblast.r3 Hs.1.Erythroblast.inter.erythroblast.r4 Hs.1.Erythroblast.late.erythroblast. Hs.1.Erythroblast.pro.erythroblast.r1 Hs.1.Erythroblast.pro.erythroblast.r2 Hs.1.Erythroblast.pro.erythroblast.r3 Hs.63.fetal_blood.BM_.Prog..MSC.r1 Hs.63.fetal_blood.BM_.Prog..MSC.r2 Hs.63.fetal_blood.BM_.Prog..MSC.r3 Hs.63.fetal_bm.BM_.Prog..MSC.r1 Hs.63.fetal_bm.BM_.Prog..MSC.r2 Hs.63.fetal_bm.BM_.Prog..MSC.r3 Hs.63.fetal_liver.BM_.Prog..MSC.r1 Hs.63.fetal_liver.BM_.Prog..MSC.r2 Hs.63.fetal_liver.BM_.Prog..MSC.r3 Hs.80.Monocyte.cntrl.r1 Hs.80.Monocyte.cntrl.r2 Hs.80.Monocyte.S._typhimurium_flagellin_. Hs.103.Monocyte.cntrl_Ab_24h.r1 Hs.103.Monocyte.cntrl_Ab_24h.r2 Hs.103.Monocyte.cntrl_Ab_24h.r3 Hs.103.Monocyte.anti.FcgRIIB_24_h.r1 Hs.103.Monocyte.anti.FcgRIIB_24_h.r2 Hs.105.Monocyte.cntrl_30min.r1 Hs.105.Monocyte.cntrl_30min.r2 Hs.105.Monocyte.cntrl_30min.r3 Hs.105.Monocyte.cntrl_30min.r4 Hs.105.Monocyte.leukotriene_D4_30min.r1 Hs.105.Monocyte.leukotriene_D4_30min.r2 Hs.105.Monocyte.leukotriene_D4_30min.r3 Hs.105.Monocyte.leukotriene_D4_30min.r4 Hs.115.Monocyte.CD14..r1 Hs.115.Monocyte.CD14..r2 Hs.115.Monocyte.CD14..r3 Hs.115.Monocyte.CD14..r4 Hs.115.Monocyte.CD14..r5 Hs.115.Monocyte.CD14..r6 Hs.23.Monocyte.cntrl_24h.r1 Hs.23.Monocyte.cntrl_24h.r2 Hs.23.Monocyte.F._tularensis_novicida_24h.r3 Hs.23.Monocyte.cntrl_24h.r3 Hs.23.Monocyte.F._tularensis_novicida_24h.r4 Hs.23.Monocyte.cntrl_24h.r4 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r5 Hs.23.Monocyte.cntrl_24h.r5 Hs.23.Monocyte.cntrl_24h.r6 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r7 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r8 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r6 Hs.36.Monocyte.CD14..r1 Hs.36.Monocyte.CD14..r2 Hs.36.Monocyte.CD14..r3 Hs.54.Monocyte.CD16..r1 Hs.54.Monocyte.CD16..r2 Hs.54.Monocyte.CD16..r3 Hs.54.Monocyte.CD16..r4 Hs.54.Monocyte.CD16_..r1 Hs.54.Monocyte.CD16_..r2 Hs.54.Monocyte.CD16_..r3 Hs.61.Monocyte.CD16..r1 Hs.61.Monocyte.CD16..r2 Hs.61.Monocyte.CD16..r3 Hs.61.Monocyte.CD16_..r1 Hs.61.Monocyte.CD16_..r2 Hs.61.Monocyte.CD16_..r3 Hs.90.Monocyte.r303 Hs.90.Monocyte.r307 Hs.90.Monocyte.r309 Hs.90.Monocyte.r311 Hs.90.Monocyte.r313 Hs.90.Monocyte.r317 Hs.71.Monocyte.MCSF_6d.r1 Hs.71.Monocyte.MCSF_6d.r2 Hs.71.Monocyte.CXCL4_6d.r1 Hs.71.Monocyte.CXCL4_6d.r2 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r1 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r2 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r3 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r4 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r5 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r5 Hs.20.Macrophage.monocyte.derived.cntrl.r1 Hs.20.Macrophage.monocyte.derived.cntrl.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.Pam3Cys.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.Pam3Cys.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.Pam3Cys.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.Pam3Cys.r2 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r1 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r5 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r2 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r3 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r6 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r4 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r1 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r5 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r2 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r3 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r6 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r5 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r5 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r5 Hs.38.Macrophage.Alveolar.cntrl_6h.r1 Hs.38.Macrophage.Alveolar.cntrl_6h.r2 Hs.38.Macrophage.Alveolar.cntrl_6h.r3 Hs.38.Macrophage.Alveolar.cntrl_6h.r4 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r1 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r2 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r3 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r1 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r2 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r3 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r1 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r2 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r3 Hs.103.DC.monocyte.derived.immature_cntrl.r1 Hs.103.DC.monocyte.derived.immature_cntrl.r2 Hs.103.DC.monocyte.derived.immature_cntrl.r3 Hs.103.DC.monocyte.derived.immature_IFNa.r1 Hs.103.DC.monocyte.derived.immature_IFNa.r2 Hs.103.DC.monocyte.derived.immature_IFNa.r3 Hs.103.DC.monocyte.derived.immature_isotype_cntrl_Ab_24h.r1 Hs.103.DC.monocyte.derived.immature_isotype_cntrl_Ab_24h.r2 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r1 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r2 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r3 Hs.103.DC.monocyte.derived.immature_TNFa.IL.1b.IL.6.PGE2_24h.r1 Hs.103.DC.monocyte.derived.immature_TNFa.IL.1b.IL.6.PGE2_24h.r2 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r1 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r2 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r3 Hs.103.DC.monocyte.derived.mature_anti.FcgRIIB_Ab_24h.r1 Hs.103.DC.monocyte.derived.mature_anti.FcgRIIB_Ab_24h.r2 Hs.103.DC.monocyte.derived.mature_TNFa.IL.1b.IL.6.PGE2_24h.r1 Hs.103.DC.monocyte.derived.mature_TNFa.IL.1b.IL.6.PGE2_24h.r2 Hs.14.DC.monocyte.derived.immature_6h. Hs.14.DC.monocyte.derived.immature_12h. Hs.14.DC.monocyte.derived.immature_24h. Hs.14.DC.monocyte.derived.immature_48h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_6h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_12h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_24h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_48h. Hs.28.DC.monocyte.derived.cntrl_d5.r1 Hs.28.DC.monocyte.derived.cntrl_d5.r2 Hs.28.DC.monocyte.derived.cntrl_d5.r3 Hs.28.DC.monocyte.derived.cntrl_d5.r4 Hs.28.DC.monocyte.derived.cntrl_d5.r5 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r1 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r2 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r3 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r4 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r5 Hs.7.DC.monocyte.derived.cntrl. Hs.7.DC.monocyte.derived.LPS_8h. Hs.7.DC.monocyte.derived.LPS_16h. Hs.7.DC.monocyte.derived.Poly.I.C._4h. Hs.7.DC.monocyte.derived.Poly.I.C._8h. Hs.7.DC.monocyte.derived.Poly.I.C._16h. Hs.7.DC.monocyte.derived.CD40L_4h. Hs.7.DC.monocyte.derived.CD40L_8h. Hs.7.DC.monocyte.derived.CD40L_16h. Hs.7.DC.monocyte.derived.Schuler_treatment_4h. Hs.7.DC.monocyte.derived.Schuler_treatment_8h. Hs.7.DC.monocyte.derived.Schuler_treatment_16h. Hs.7.DC.monocyte.derived.LPS_4h. Hs.86.DC.monocyte.derived.cntrl_18h.r1 Hs.86.DC.monocyte.derived.cntrl_18h.r2 Hs.86.DC.monocyte.derived.cntrl_18h.r3 Hs.86.DC.monocyte.derived.Galectin.1_18h.r1 Hs.86.DC.monocyte.derived.Galectin.1_18h.r2 Hs.86.DC.monocyte.derived.Galectin.1_18h.r3 Hs.86.DC.monocyte.derived.LPS_18h.r1 Hs.86.DC.monocyte.derived.LPS_18h.r2 Hs.86.DC.monocyte.derived.LPS_18h.r3 Hs.86.DC.monocyte.derived.Vehicle_18h.r1 Hs.86.DC.monocyte.derived.Vehicle_18h.r2 Hs.86.DC.monocyte.derived.Vehicle_18h.r3 Hs.89.DC.monocyte.derived.DC1.r1 Hs.89.DC.monocyte.derived.DC2.r2 Hs.89.DC.monocyte.derived.DC3.r3 Hs.89.DC.monocyte.derived.rosiglitazone.r1 Hs.89.DC.monocyte.derived.rosiglitazone.r2 Hs.89.DC.monocyte.derived.rosiglitazone.r3 Hs.89.DC.monocyte.derived.AM580.r1 Hs.89.DC.monocyte.derived.AM580.r2 Hs.89.DC.monocyte.derived.AM580.r3 Hs.89.DC.monocyte.derived.rosiglitazone.AGN193109.r1 Hs.89.DC.monocyte.derived.rosiglitazone.AGN193109.r2 Hs.9.DC.monocyte.derived.cntrl_8h.r1 Hs.9.DC.monocyte.derived.cntrl_8h.r2 Hs.9.DC.monocyte.derived.antiCD40.VAF347_8h.r1 Hs.9.DC.monocyte.derived.antiCD40.VAF347_8h.r2 Hs.91.DC.monocyte.derived.cntrl_2h.r1 Hs.91.DC.monocyte.derived.cntrl_2h.r2 Hs.91.DC.monocyte.derived.cntrl_2h.r3 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r1 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r2 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r3 Hs.99.DC.monocyte.derived.cntrl_6h.r1 Hs.99.DC.monocyte.derived.cntrl_6h.r2 Hs.99.DC.monocyte.derived.A._fumigatus_germ_tubes_6h.r1 Hs.99.DC.monocyte.derived.A._fumigatus_germ_tubes_6h.r2 Hs.2.tonsil.DC.BDCA1..r1 Hs.2.tonsil.DC.BDCA1..r2 Hs.2.tonsil.DC.BDCA1..r3 Hs.2.tonsil.DC.BDCA3._.r1 Hs.2.tonsil.DC.BDCA3._.r2 Hs.2.tonsil.DC.BDCA3._.r3 Hs.2.PB.DC.BDCA1..r1 Hs.2.PB.DC.BDCA1..r2 Hs.2.PB.DC.BDCA1..r3 Hs.2.PB.DC.BDCA3._.r1 Hs.2.PB.DC.BDCA3._.r2 Hs.2.PB.DC.BDCA3._.r3 Hs.2.PB.DC.CD16..r1 Hs.2.PB.DC.CD16..r2 Hs.2.PB.DC.CD16..r3 Hs.2.tonsil.DC.plasmacytoid.r1 Hs.2.tonsil.DC.plasmacytoid.r2 Hs.2.tonsil.DC.plasmacytoid.r3 Hs.2.PB.DC.plasmacytoid.r1 Hs.2.PB.DC.plasmacytoid.r2 Hs.2.PB.DC.plasmacytoid.r3 Hs.12.PB.T_cell.CD4._naive.r1 Hs.12.PB.T_cell.CD4._naive.r2 Hs.12.PB.T_cell.CD4._naive.r3 Hs.12.PB.T_cell.CD4._naive.r4 Hs.12.PB.T_cell.CD4._central_memory.r5 Hs.12.PB.T_cell.CD4._central_memory.r1 Hs.12.PB.T_cell.CD4._central_memory.r2 Hs.12.PB.T_cell.CD4._central_memory.r3 Hs.12.PB.T_cell.CD4._central_memory.r4 Hs.12.PB.T_cell.CD4._effector_memory.r1 Hs.12.PB.T_cell.CD4._effector_memory.r2 Hs.12.PB.T_cell.CD4._effector_memory.r3 Hs.12.PB.T_cell.CD4._effector_memory.r4 Hs.42.PB.T_cell.CD4..neg.sel.r1 Hs.42.PB.T_cell.CD4..neg.sel.r2 Hs.42.PB.T_cell.CD4..neg.sel.r3 Hs.42.PB.T_cell.CD4..neg.sel.r4 Hs.42.PB.T_cell.CD4..neg.sel.r5 Hs.42.PB.T_cell.CD4..pos.sel.r6 Hs.42.PB.T_cell.CD4..pos.sel.r7 Hs.42.PB.T_cell.CD4..pos.sel.r8 Hs.42.PB.T_cell.CD4..pos.sel.r10 Hs.42.PB.T_cell.CD8..neg.sel.r1 Hs.42.PB.T_cell.CD8..neg.sel.r2 Hs.42.PB.T_cell.CD8..neg.sel.r3 Hs.42.PB.T_cell.CD8..neg.sel.r4 Hs.42.PB.T_cell.CD8..neg.sel.r5 Hs.42.PB.T_cell.CD8..pos.sel.r7 Hs.42.PB.T_cell.CD8..pos.sel.r8 Hs.42.PB.T_cell.CD8..pos.sel.r9 Hs.42.PB.T_cell.CD8..pos.sel.r10 Hs.42.PB.T_cell.CD8..pos.sel.r11 Hs.116.T_cells.CD8._Central_memory_.r1 Hs.116.T_cells.CD8._Central_memory_.r2 Hs.116.T_cells.CD8._Central_memory_.r3 Hs.115.T_cell.CD8..r1 Hs.115.T_cell.CD4..r2 Hs.115.T_cell.CD8..r3 Hs.115.T_cell.CD4..r4 Hs.115.T_cell.CD8..r5 Hs.115.T_cell.CD8..r6 Hs.115.T_cell.CD8..r7 Hs.115.T_cell.CD4..r8 Hs.115.T_cell.CD8..r9 Hs.116.T_cell.CD8._effector_memory_RA.r1 Hs.116.T_cell.CD8._effector_memory_RA.r2 Hs.116.T_cell.CD8._effector_memory_RA.r3 Hs.116.T_cell.CD8._effector_memory_RA.r4 Hs.116.T_cell.CD8._effector_memory.r1 Hs.116.T_cell.CD8._effector_memory.r2 Hs.116.T_cell.CD8._effector_memory.r3 Hs.116.T_cell.CD8._effector_memory.r4 Hs.116.T_cell.CD8._na.ve.r1 Hs.116.T_cell.CD8._na.ve.r2 Hs.116.T_cell.CD8._na.ve.r3 Hs.116.T_cell.CD8._na.ve.r4 Hs.37.PB.T_cell.gamma.delta.r1 Hs.37.PB.T_cell.gamma.delta.r2 Hs.76.PB.T_cell.Treg.na.ve.r1 Hs.76.PB.T_cell.Treg.na.ve.r2 Hs.76.PB.T_cell.CD4..na.ve.r1 Hs.76.PB.T_cell.CD4..na.ve.r2 Hs.96.PB.T_cell.effector.RA. Hs.96.PB.T_cell.effector.cntrl. Hs.96.PB.T_cell.effector.IL.12. Hs.96.PB.T_cell.effector.1.25.OH.2_vit_D3. Hs.96.PB.T_cell.CCR10.CLA..1.25.OH.2_vit_D3.IL.12. Hs.96.PB.T_cell.CCR10.CLA..1.25.OH.2_vit_D3.IL.12..1 Hs.106.PB.NK_cell.cntrl. Hs.106.PB.NK_cell.IL2.2h. Hs.106.PB.NK_cell.IL2.8h. Hs.106.PB.NK_cell.IL2.24h. Hs.74.PB.NK_cell.CD56hiCD62L..r1 Hs.74.PB.NK_cell.CD56hiCD62L..r2 Hs.74.PB.NK_cell.CD56hiCD62L..r3 Hs.74.PB.NK_cell.CD56hiCD62L..r4 Hs.74.PB.NK_cell.CD56hiCD62L..r5 Hs.74.PB.NK_cell.CD56hiCD62L..r6 Hs.74.PB.NK_cell.CD56loCD62L..r1 Hs.74.PB.NK_cell.CD56loCD62L..r2 Hs.74.PB.NK_cell.CD56loCD62L..r3 Hs.114.Neutrophil.CD16.. Hs.114.Neutrophil.CD16...1 Hs.114.Neutrophil.CD16...2 Hs.39.PB.Neutrophils.cntrl_30min. Hs.39.PB.Neutrophils.inflam_30min. Hs.39.PB.Neutrophils.inflam.CGS21680_30min. Hs.39.PB.Neutrophils.inflam.PGE2_30min. Hs.39.PB.Neutrophils.inflam.RO20.1724.forskolin_30min. Hs.62.PB.Neutrophils.cntrl_1h.r1 Hs.62.PB.Neutrophils.cntrl_1h.r2 Hs.62.PB.Neutrophils.uropathogenic_E._coli_UTI89_1h.r2 Hs.62.PB.Neutrophils.commensal_E._coli_MG1655_1h.r1 Hs.62.PB.Neutrophils.commensal_E._coli_MG1655_1h.r2 Hs.77.PB.Neutrophils.LPS_16h.r1 Hs.77.PB.Neutrophils.LPS_16h.r2 Hs.77.PB.Neutrophils.LPS_16h.r3 Hs.77.PB.Neutrophils.LPS_16h.r4 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r1 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r2 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r3 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r4 Hs.115.B_cell.r1 Hs.115.B_cell.r2 Hs.115.B_cell.r3 Hs.115.B_cell.r4 Hs.25.tonsil.B_cell.Na.ve.r39 Hs.25.tonsil.B_cell.Na.ve.r41 Hs.25.tonsil.B_cell.Na.ve.r48 Hs.25.tonsil.B_cell.Germinal_center.r40 Hs.25.tonsil.B_cell.Germinal_cente.r43 Hs.25.tonsil.B_cell.Germinal_cente.r50 Hs.25.tonsil.B_cell.Memory.r28 Hs.25.tonsil.B_cell.Memory.r36 Hs.25.tonsil.B_cell.Memory.r38 Hs.25.tonsil.B_cell.Plasma_cell.r30 Hs.25.tonsil.B_cell.Plasma_cell.r33 Hs.25.tonsil.B_cell.Plasma_cell.r44 Hs.45.tonsil.B_cell.CXCR4._centroblast.r6 Hs.45.tonsil.B_cell.CXCR4._centroblast.r7 Hs.45.tonsil.B_cell.CXCR4._centroblast.r8 Hs.45.tonsil.B_cell.CXCR4._centroblast.r11 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r6 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r7 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r8 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r11 Hs.22.Gametocytes.oocyte.r1 Hs.22.Gametocytes.oocyte.r2 Hs.22.Gametocytes.oocyte.r3 Hs.98.Gametocytes.spermatocyte.r2 Hs.98.Gametocytes.spermatocyte.r4 Hs.110.Embryonic_stem_cells.H1.r1 Hs.110.Embryonic_stem_cells.H9.r1 Hs.34.Embryonic_stem_cells.H7. Hs.34.Embryonic_stem_cells.H9. Hs.34.Embryonic_stem_cells.H13B. Hs.34.Embryonic_stem_cells.H14A. Hs.40.Embryonic_stem_cells.H9. Hs.40.Embryonic_stem_cells.BG01. Hs.44.Embryonic_stem_cells.H1L. Hs.72.Embryonic_stem_cells.BG01.r1 Hs.72.Embryonic_stem_cells.BGO1.Nanog_tg. Hs.72.Embryonic_stem_cells.BGO1.r2 Hs.72.Embryonic_stem_cells.WIBR3.5._pO2. Hs.72.Embryonic_stem_cells.WIBR2. Hs.72.Embryonic_stem_cells.WIBR3.r1 Hs.72.Embryonic_stem_cells.WIBR3.r2 Hs.72.Embryonic_stem_cells.WIBR1. Hs.64.Neuroepithelial_cell.Embryonic_stem_cell.derived.d17. Hs.64.Astrocyte.Embryonic_stem_cell.derived.d210_RA.specified. Hs.64.Astrocyte.Embryonic_stem_cell.derived.d210_FGF8.specified. Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r1 Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r2 Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r3 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r1 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r2 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r3 Hs.34.iPS_cells.skin_fibroblast.r1 Hs.34.iPS_cells.skin_fibroblast.r2 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_3.5.r1 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_3.6.r2 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_4.2.r3 Hs.40.iPS_cells.PDB_fibroblasts. Hs.40.iPS_cells.iPS_PDB_1lox.17Puro.5. Hs.40.iPS_cells.iPS_PDB_1lox.17Puro.10. Hs.40.iPS_cells.iPS_PDB_1lox.21Puro.20. Hs.40.iPS_cells.iPS_PDB_1lox.21Puro.26. Hs.40.iPS_cells.iPS_PDB_2lox.5. Hs.40.iPS_cells.iPS_PDB_2lox.22. Hs.40.iPS_cells.iPS_PDB_2lox.21. Hs.40.iPS_cells.iPS_PDB_2lox.17. Hs.41.iPS_cells.CRL2097_foreskin.r1 Hs.41.iPS_cells.CRL2097_foreskin.r2 Hs.41.iPS_cells.CRL2097_foreskin.r3 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r1 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r2 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r3 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r1 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r2 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r3 Hs.48.iPS_cells.fibroblasts. Hs.48.iPS_cells.iPS_fibroblast.derived.Direct_del._reprog._prot..r1 Hs.48.iPS_cells.iPS_fibroblast.derived.Direct_del._reprog._prot..r2 Hs.48.iPS_cells.iPS_fibroblast.derived.Retroviral_transf._reprog._genes. Hs.70.iPS_cells.foreskin_fibrobasts. Hs.70.iPS_cells.iPS.minicircle.derived.r1 Hs.70.iPS_cells.iPS.minicircle.derived.r2 Hs.70.iPS_cells.iPS.minicircle.derived.r3 Hs.70.iPS_cells.iPS.minicircle.derived.r4 Hs.70.iPS_cells.iPS.minicircle.derived.r5 Hs.70.iPS_cells.adipose_stem_cells.r1 Hs.70.iPS_cells.adipose_stem_cells.r2 Hs.70.iPS_cells.adipose_stem_cells.r3 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r1 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r2 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r3 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r1 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r2 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r3 Hs.111.Tissue_stem_cells.iliac_MSC.r1 Hs.111.Tissue_stem_cells.iliac_MSC.r2 Hs.111.Tissue_stem_cells.iliac_MSC.r3 Hs.30.Tissue_stem_cells.lipoma.derived_MSC_LM6.r1 Hs.30.Tissue_stem_cells.lipoma.derived_MSC_LM6.r2 Hs.30.Tissue_stem_cells.adipose.derived_MSC_AM3.r1 Hs.30.Tissue_stem_cells.adipose.derived_MSC_AM3.r2 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r1 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r2 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r1 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r1 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_7d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r1 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r2 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r3 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r5 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r6 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_1d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_1d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r3 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..r1 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..r2 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..rr3 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r2 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r2 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r28 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r28 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r31 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r31 Hs.19.Epithelial_cells.bladder.r8 Hs.19.Epithelial_cells.bladder.r12 Hs.19.Epithelial_cells.bladder.r13 Hs.19.Epithelial_cells.bladder.r8.1 Hs.19.Epithelial_cells.bladder.r12.1 Hs.19.Epithelial_cells.bladder.r13.1 Hs.88.Epithelial_cells.bronchial.d0.r1 Hs.88.Epithelial_cells.bronchial.d8.r1 Hs.88.Epithelial_cells.bronchial.d14.r1 Hs.88.Epithelial_cells.bronchial.d21.r1 Hs.88.Epithelial_cells.bronchial.d28.r1 Hs.88.Epithelial_cells.bronchial.d0.r2 Hs.88.Epithelial_cells.bronchial.d8.r2 Hs.88.Epithelial_cells.bronchial.d14.r2 Hs.88.Epithelial_cells.bronchial.d21.r2 Hs.88.Epithelial_cells.bronchial.d28.r2 Hs.33.Fibroblasts.foreskin.cntrl_24h.r1 Hs.33.Fibroblasts.foreskin.cntrl_24h.r2 Hs.33.Fibroblasts.foreskin.T._cruzi_24h.r1 Hs.33.Fibroblasts.foreskin.T._cruzi_24h.r2 Hs.33.Fibroblasts.breast.r1 Hs.33.Fibroblasts.breast.r2 Hs.33.Fibroblasts.breast.r5 Hs.33.Fibroblasts.breast.r6 Hs.33.Fibroblasts.breast.r7 Hs.33.Fibroblasts.breast.r8 Hs.24.Endothelial_cells.HUVEC.cntrl.r1 Hs.24.Endothelial_cells.HUVEC.cntrl.r2 Hs.24.Endothelial_cells.HUVEC.B._anthracis_LT_4h.r1 Hs.24.Endothelial_cells.HUVEC.B._anthracis_LT_8h.r2 Hs.31.Endothelial_cells.HUVEC.cntrl.r1 Hs.31.Endothelial_cells.HUVEC.cntrl.r2 Hs.31.Endothelial_cells.HUVEC.cntrl.r3 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r1 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r2 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r3 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r1 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r2 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r3 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r1 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r2 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r3 Hs.33.Endothelial_cells.HUVEC.r1 Hs.33.Endothelial_cells.HUVEC.r2 Hs.46.Endothelial_cells.HUVEC.cntrl. Hs.46.Endothelial_cells.HUVEC.VEGF_30min. Hs.46.Endothelial_cells.HUVEC.VEGF_60min. Hs.46.Endothelial_cells.HUVEC.VEGF_150min. Hs.50.Endothelial_cells.lymphatic.cntrl.r1 Hs.50.Endothelial_cells.lymphatic.cntrl.r2 Hs.50.Endothelial_cells.lymphatic.cntrl.r3 Hs.50.Endothelial_cells.lymphatic.cntrl.r4 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r1 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r2 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r3 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r4 Hs.50.Endothelial_cells.blood_vessel.cntrl.r1 Hs.50.Endothelial_cells.blood_vessel.cntrl.r2 Hs.50.Endothelial_cells.blood_vessel.cntrl.r3 Hs.50.Endothelial_cells.blood_vessel.cntrl.r4 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r1 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r2 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r3 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r4 Hs.65.Endothelial_cells.HUVEC.cntrl_0h. Hs.65.Endothelial_cells.HUVEC.cntrl_16h. Hs.65.Endothelial_cells.HUVEC.IL.1b_4h. Hs.65.Endothelial_cells.HUVEC.IL.1b_8h. Hs.65.Endothelial_cells.HUVEC.IL.1b_16h. Hs.68.Endothelial_cells.HUVEC.cntrl_48h.r1 Hs.68.Endothelial_cells.HUVEC.cntrl_48h.r2 Hs.79.Endothelial_cells.HUVEC.cntrl. Hs.92.Endothelial_cells.HUVEC.cntrl. Hs.92.Endothelial_cells.HUVEC.Borrelia_burgdorferi.r1 Hs.92.Endothelial_cells.HUVEC.Borrelia_burgdorferi.r2 Hs.92.Endothelial_cells.HUVEC.IFNg. Hs.93.Endothelial_cells.HUVEC.cntrl.r1 Hs.93.Endothelial_cells.HUVEC.cntrl.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_4h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_4h.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_24h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_24h.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_48h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_48h.r2 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r1 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r2 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r3 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r1 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r2 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r3 Hs.111.BM.Chondrocytes.MSC.derived.r1 Hs.111.BM.Chondrocytes.MSC.derived.r2 Hs.111.BM.Chondrocytes.MSC.derived.r3 Hs.51.BM.Chondrocytes.MSC.derived.monolayer.r1 Hs.51.BM.Chondrocytes.MSC.derived.monolayer.r3 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r1 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r2 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r3 Hs.109.iliac_MSC.Osteoblasts.r1 Hs.109.iliac_MSC.Osteoblasts.r2 Hs.109.iliac_MSC.Osteoblasts.r3 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r1 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r1 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r2 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r1 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r1 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r3 Hs.111.BM.Adipocyte.MSC.derived.r1 Hs.111.BM.Adipocyte.MSC.derived.r2 Hs.111.BM.Adipocyte.MSC.derived.r3 Hs.60.Hepatocytes.r1 Hs.60.Hepatocytes.r2 Hs.60.Hepatocytes.r3 Hs.101.Keratinocytes.cntrl.r1 Hs.101.Keratinocytes.cntrl.r2 Hs.101.Keratinocytes.cntrl.r3 Hs.101.Keratinocytes.IL19.r1 Hs.101.Keratinocytes.IL19.r2 Hs.101.Keratinocytes.IL19.r3 Hs.101.Keratinocytes.IL20.r1 Hs.101.Keratinocytes.IL20.r2 Hs.101.Keratinocytes.IL20.r3 Hs.101.Keratinocytes.IL22.r1 Hs.101.Keratinocytes.IL22.r2 Hs.101.Keratinocytes.IL22.r3 Hs.101.Keratinocytes.IL24.r1 Hs.101.Keratinocytes.IL24.r2 Hs.101.Keratinocytes.IL24.r3 Hs.101.Keratinocytes.IL26.r1 Hs.101.Keratinocytes.IL26.r2 Hs.101.Keratinocytes.IL26.r3 Hs.101.Keratinocytes.KGF.r1 Hs.101.Keratinocytes.KGF.r2 Hs.101.Keratinocytes.KGF.r3 Hs.101.Keratinocytes.IFNg.r1 Hs.101.Keratinocytes.IFNg.r2 Hs.101.Keratinocytes.IL1b.r1 Hs.101.Keratinocytes.IL1b.r2 Hs.81.Neurones.adrenal_medulla_cell_line.r1 Hs.81.Neurones.adrenal_medulla_cell_line.r2 Hs.81.Neurones.adrenal_medulla_cell_line.r3 Hs.81.Neurones.adrenal_medulla_cell_line.r4 Hs.81.Neurones.adrenal_medulla_cell_line.r5 Hs.81.Neurones.adrenal_medulla_cell_line.r6 Hs.84.sural_nerve.Neurones.Schwann_cell.r1 Hs.84.sural_nerve.Neurones.Schwann_cell.r2 Hs.84.sural_nerve.Neurones.Schwann_cell.r3 Hs.84.sural_nerve.Neurones.Schwann_cell.r4 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r1 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r1 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r2 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r2 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r3 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r3 Hs.33.Smooth_muscle_cells.vascular.cntrl_24h.r1 Hs.33.Smooth_muscle_cells.vascular.cntrl_24h.r2 Hs.68.Smooth_muscle_cells.umbilical_vein.serum_free_48h.r1 Hs.68.Smooth_muscle_cells.umbilical_vein.serum_free_48h.r2 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r1 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r2 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r3 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r1 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r2 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r3 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r2 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r3 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r4 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r5 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r1.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r2.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r3.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r4.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r5.1 Hs.17.BM_.Prog..BM.2_months Hs.17.BM_.Prog..BM.3_months Hs.17.BM_.Prog..BM.9_months Hs.17.BM_.Prog..BM.20_months Hs.17.BM_.Prog..BM.23_months Hs.17.BM_.Prog..BM.32_months Hs.17.BM_.Prog..BM.39_months Hs.66.BM_.Prog..HSC_CD34..r1 Hs.66.BM_.Prog..HSC_CD34..r2 Hs.66.BM_.Prog..HSC_CD34..r3 Hs.66.BM_.Prog..HSC_CD34..r4 Hs.66.BM_.Prog..HSC_CD34..r5 Hs.66.BM_.Prog..HSC_CD34..r6 Hs.67.BM_.Prog..CMP.r1 Hs.67.BM_.Prog..CMP.r2 Hs.67.BM_.Prog..GMP.r1 Hs.67.BM_.Prog..GMP.r2 Hs.67.BM_.Prog..MEP.r1 Hs.67.BM_.Prog..MEP.r2 Hs.67.BM_.Prog..Myelocyte.r1 Hs.67.BM_.Prog..Myelocyte.r2 Hs.67.BM_.Prog..Pro.Myelocyte.r1 Hs.67.BM_.Prog..Pro.Myelocyte.r2 Hs.1.BM_.Prog..CFU.E.r1 Hs.67.BM_.Prog..Pre.B_cell_CD34..r1 Hs.67.BM_.Prog..Pre.B_cell_CD34..r2 Hs.67.BM_.Prog..Pro.B_cell_CD34..r1 Hs.67.BM_.Prog..Pro.B_cell_CD34..r2 Hs.67.BM_.Prog..Bcell_immature.r1 Hs.67.BM_.Prog..Bcell_immature.r2 Hs.18.Platelets_._reticulocytes.platelet.r1 Hs.18.Platelets_._reticulocytes.platelet.r2 Hs.18.Platelets_._reticulocytes.platelet.r7 Hs.18.Platelets_._reticulocytes.platelet.r8 Hs.18.Platelets_._reticulocytes.platelet.r10 Hs.1.Erythroblast.inter.erythroblast.r1 Hs.1.Erythroblast.inter.erythroblast.r2 Hs.1.Erythroblast.inter.erythroblast.r3 Hs.1.Erythroblast.inter.erythroblast.r4 Hs.1.Erythroblast.late.erythroblast. Hs.1.Erythroblast.pro.erythroblast.r1 Hs.1.Erythroblast.pro.erythroblast.r2 Hs.1.Erythroblast.pro.erythroblast.r3 Hs.63.fetal_blood.BM_.Prog..MSC.r1 Hs.63.fetal_blood.BM_.Prog..MSC.r2 Hs.63.fetal_blood.BM_.Prog..MSC.r3 Hs.63.fetal_bm.BM_.Prog..MSC.r1 Hs.63.fetal_bm.BM_.Prog..MSC.r2 Hs.63.fetal_bm.BM_.Prog..MSC.r3 Hs.63.fetal_liver.BM_.Prog..MSC.r1 Hs.63.fetal_liver.BM_.Prog..MSC.r2 Hs.63.fetal_liver.BM_.Prog..MSC.r3 Hs.80.Monocyte.cntrl.r1 Hs.80.Monocyte.cntrl.r2 Hs.80.Monocyte.S._typhimurium_flagellin_. Hs.103.Monocyte.cntrl_Ab_24h.r1 Hs.103.Monocyte.cntrl_Ab_24h.r2 Hs.103.Monocyte.cntrl_Ab_24h.r3 Hs.103.Monocyte.anti.FcgRIIB_24_h.r1 Hs.103.Monocyte.anti.FcgRIIB_24_h.r2 Hs.105.Monocyte.cntrl_30min.r1 Hs.105.Monocyte.cntrl_30min.r2 Hs.105.Monocyte.cntrl_30min.r3 Hs.105.Monocyte.cntrl_30min.r4 Hs.105.Monocyte.leukotriene_D4_30min.r1 Hs.105.Monocyte.leukotriene_D4_30min.r2 Hs.105.Monocyte.leukotriene_D4_30min.r3 Hs.105.Monocyte.leukotriene_D4_30min.r4 Hs.115.Monocyte.CD14..r1 Hs.115.Monocyte.CD14..r2 Hs.115.Monocyte.CD14..r3 Hs.115.Monocyte.CD14..r4 Hs.115.Monocyte.CD14..r5 Hs.115.Monocyte.CD14..r6 Hs.23.Monocyte.cntrl_24h.r1 Hs.23.Monocyte.cntrl_24h.r2 Hs.23.Monocyte.F._tularensis_novicida_24h.r3 Hs.23.Monocyte.cntrl_24h.r3 Hs.23.Monocyte.F._tularensis_novicida_24h.r4 Hs.23.Monocyte.cntrl_24h.r4 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r5 Hs.23.Monocyte.cntrl_24h.r5 Hs.23.Monocyte.cntrl_24h.r6 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r7 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r8 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r6 Hs.36.Monocyte.CD14..r1 Hs.36.Monocyte.CD14..r2 Hs.36.Monocyte.CD14..r3 Hs.54.Monocyte.CD16..r1 Hs.54.Monocyte.CD16..r2 Hs.54.Monocyte.CD16..r3 Hs.54.Monocyte.CD16..r4 Hs.54.Monocyte.CD16_..r1 Hs.54.Monocyte.CD16_..r2 Hs.54.Monocyte.CD16_..r3 Hs.61.Monocyte.CD16..r1 Hs.61.Monocyte.CD16..r2 Hs.61.Monocyte.CD16..r3 Hs.61.Monocyte.CD16_..r1 Hs.61.Monocyte.CD16_..r2 Hs.61.Monocyte.CD16_..r3 Hs.90.Monocyte.r303 Hs.90.Monocyte.r307 Hs.90.Monocyte.r309 Hs.90.Monocyte.r311 Hs.90.Monocyte.r313 Hs.90.Monocyte.r317 Hs.71.Monocyte.MCSF_6d.r1 Hs.71.Monocyte.MCSF_6d.r2 Hs.71.Monocyte.CXCL4_6d.r1 Hs.71.Monocyte.CXCL4_6d.r2 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r1 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r2 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r3 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r4 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r5 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r5 Hs.20.Macrophage.monocyte.derived.cntrl.r1 Hs.20.Macrophage.monocyte.derived.cntrl.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.Pam3Cys.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.Pam3Cys.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.Pam3Cys.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.Pam3Cys.r2 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r1 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r5 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r2 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r3 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r6 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r4 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r1 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r5 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r2 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r3 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r6 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r5 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r5 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r5 Hs.38.Macrophage.Alveolar.cntrl_6h.r1 Hs.38.Macrophage.Alveolar.cntrl_6h.r2 Hs.38.Macrophage.Alveolar.cntrl_6h.r3 Hs.38.Macrophage.Alveolar.cntrl_6h.r4 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r1 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r2 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r3 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r1 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r2 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r3 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r1 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r2 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r3 Hs.103.DC.monocyte.derived.immature_cntrl.r1 Hs.103.DC.monocyte.derived.immature_cntrl.r2 Hs.103.DC.monocyte.derived.immature_cntrl.r3 Hs.103.DC.monocyte.derived.immature_IFNa.r1 Hs.103.DC.monocyte.derived.immature_IFNa.r2 Hs.103.DC.monocyte.derived.immature_IFNa.r3 Hs.103.DC.monocyte.derived.immature_isotype_cntrl_Ab_24h.r1 Hs.103.DC.monocyte.derived.immature_isotype_cntrl_Ab_24h.r2 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r1 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r2 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r3 Hs.103.DC.monocyte.derived.immature_TNFa.IL.1b.IL.6.PGE2_24h.r1 Hs.103.DC.monocyte.derived.immature_TNFa.IL.1b.IL.6.PGE2_24h.r2 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r1 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r2 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r3 Hs.103.DC.monocyte.derived.mature_anti.FcgRIIB_Ab_24h.r1 Hs.103.DC.monocyte.derived.mature_anti.FcgRIIB_Ab_24h.r2 Hs.103.DC.monocyte.derived.mature_TNFa.IL.1b.IL.6.PGE2_24h.r1 Hs.103.DC.monocyte.derived.mature_TNFa.IL.1b.IL.6.PGE2_24h.r2 Hs.14.DC.monocyte.derived.immature_6h. Hs.14.DC.monocyte.derived.immature_12h. Hs.14.DC.monocyte.derived.immature_24h. Hs.14.DC.monocyte.derived.immature_48h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_6h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_12h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_24h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_48h. Hs.28.DC.monocyte.derived.cntrl_d5.r1 Hs.28.DC.monocyte.derived.cntrl_d5.r2 Hs.28.DC.monocyte.derived.cntrl_d5.r3 Hs.28.DC.monocyte.derived.cntrl_d5.r4 Hs.28.DC.monocyte.derived.cntrl_d5.r5 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r1 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r2 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r3 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r4 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r5 Hs.7.DC.monocyte.derived.cntrl. Hs.7.DC.monocyte.derived.LPS_8h. Hs.7.DC.monocyte.derived.LPS_16h. Hs.7.DC.monocyte.derived.Poly.I.C._4h. Hs.7.DC.monocyte.derived.Poly.I.C._8h. Hs.7.DC.monocyte.derived.Poly.I.C._16h. Hs.7.DC.monocyte.derived.CD40L_4h. Hs.7.DC.monocyte.derived.CD40L_8h. Hs.7.DC.monocyte.derived.CD40L_16h. Hs.7.DC.monocyte.derived.Schuler_treatment_4h. Hs.7.DC.monocyte.derived.Schuler_treatment_8h. Hs.7.DC.monocyte.derived.Schuler_treatment_16h. Hs.7.DC.monocyte.derived.LPS_4h. Hs.86.DC.monocyte.derived.cntrl_18h.r1 Hs.86.DC.monocyte.derived.cntrl_18h.r2 Hs.86.DC.monocyte.derived.cntrl_18h.r3 Hs.86.DC.monocyte.derived.Galectin.1_18h.r1 Hs.86.DC.monocyte.derived.Galectin.1_18h.r2 Hs.86.DC.monocyte.derived.Galectin.1_18h.r3 Hs.86.DC.monocyte.derived.LPS_18h.r1 Hs.86.DC.monocyte.derived.LPS_18h.r2 Hs.86.DC.monocyte.derived.LPS_18h.r3 Hs.86.DC.monocyte.derived.Vehicle_18h.r1 Hs.86.DC.monocyte.derived.Vehicle_18h.r2 Hs.86.DC.monocyte.derived.Vehicle_18h.r3 Hs.89.DC.monocyte.derived.DC1.r1 Hs.89.DC.monocyte.derived.DC2.r2 Hs.89.DC.monocyte.derived.DC3.r3 Hs.89.DC.monocyte.derived.rosiglitazone.r1 Hs.89.DC.monocyte.derived.rosiglitazone.r2 Hs.89.DC.monocyte.derived.rosiglitazone.r3 Hs.89.DC.monocyte.derived.AM580.r1 Hs.89.DC.monocyte.derived.AM580.r2 Hs.89.DC.monocyte.derived.AM580.r3 Hs.89.DC.monocyte.derived.rosiglitazone.AGN193109.r1 Hs.89.DC.monocyte.derived.rosiglitazone.AGN193109.r2 Hs.9.DC.monocyte.derived.cntrl_8h.r1 Hs.9.DC.monocyte.derived.cntrl_8h.r2 Hs.9.DC.monocyte.derived.antiCD40.VAF347_8h.r1 Hs.9.DC.monocyte.derived.antiCD40.VAF347_8h.r2 Hs.91.DC.monocyte.derived.cntrl_2h.r1 Hs.91.DC.monocyte.derived.cntrl_2h.r2 Hs.91.DC.monocyte.derived.cntrl_2h.r3 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r1 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r2 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r3 Hs.99.DC.monocyte.derived.cntrl_6h.r1 Hs.99.DC.monocyte.derived.cntrl_6h.r2 Hs.99.DC.monocyte.derived.A._fumigatus_germ_tubes_6h.r1 Hs.99.DC.monocyte.derived.A._fumigatus_germ_tubes_6h.r2 Hs.2.tonsil.DC.BDCA1..r1 Hs.2.tonsil.DC.BDCA1..r2 Hs.2.tonsil.DC.BDCA1..r3 Hs.2.tonsil.DC.BDCA3._.r1 Hs.2.tonsil.DC.BDCA3._.r2 Hs.2.tonsil.DC.BDCA3._.r3 Hs.2.PB.DC.BDCA1..r1 Hs.2.PB.DC.BDCA1..r2 Hs.2.PB.DC.BDCA1..r3 Hs.2.PB.DC.BDCA3._.r1 Hs.2.PB.DC.BDCA3._.r2 Hs.2.PB.DC.BDCA3._.r3 Hs.2.PB.DC.CD16..r1 Hs.2.PB.DC.CD16..r2 Hs.2.PB.DC.CD16..r3 Hs.2.tonsil.DC.plasmacytoid.r1 Hs.2.tonsil.DC.plasmacytoid.r2 Hs.2.tonsil.DC.plasmacytoid.r3 Hs.2.PB.DC.plasmacytoid.r1 Hs.2.PB.DC.plasmacytoid.r2 Hs.2.PB.DC.plasmacytoid.r3 Hs.12.PB.T_cell.CD4._naive.r1 Hs.12.PB.T_cell.CD4._naive.r2 Hs.12.PB.T_cell.CD4._naive.r3 Hs.12.PB.T_cell.CD4._naive.r4 Hs.12.PB.T_cell.CD4._central_memory.r5 Hs.12.PB.T_cell.CD4._central_memory.r1 Hs.12.PB.T_cell.CD4._central_memory.r2 Hs.12.PB.T_cell.CD4._central_memory.r3 Hs.12.PB.T_cell.CD4._central_memory.r4 Hs.12.PB.T_cell.CD4._effector_memory.r1 Hs.12.PB.T_cell.CD4._effector_memory.r2 Hs.12.PB.T_cell.CD4._effector_memory.r3 Hs.12.PB.T_cell.CD4._effector_memory.r4 Hs.42.PB.T_cell.CD4..neg.sel.r1 Hs.42.PB.T_cell.CD4..neg.sel.r2 Hs.42.PB.T_cell.CD4..neg.sel.r3 Hs.42.PB.T_cell.CD4..neg.sel.r4 Hs.42.PB.T_cell.CD4..neg.sel.r5 Hs.42.PB.T_cell.CD4..pos.sel.r6 Hs.42.PB.T_cell.CD4..pos.sel.r7 Hs.42.PB.T_cell.CD4..pos.sel.r8 Hs.42.PB.T_cell.CD4..pos.sel.r10 Hs.42.PB.T_cell.CD8..neg.sel.r1 Hs.42.PB.T_cell.CD8..neg.sel.r2 Hs.42.PB.T_cell.CD8..neg.sel.r3 Hs.42.PB.T_cell.CD8..neg.sel.r4 Hs.42.PB.T_cell.CD8..neg.sel.r5 Hs.42.PB.T_cell.CD8..pos.sel.r7 Hs.42.PB.T_cell.CD8..pos.sel.r8 Hs.42.PB.T_cell.CD8..pos.sel.r9 Hs.42.PB.T_cell.CD8..pos.sel.r10 Hs.42.PB.T_cell.CD8..pos.sel.r11 Hs.116.T_cells.CD8._Central_memory_.r1 Hs.116.T_cells.CD8._Central_memory_.r2 Hs.116.T_cells.CD8._Central_memory_.r3 Hs.115.T_cell.CD8..r1 Hs.115.T_cell.CD4..r2 Hs.115.T_cell.CD8..r3 Hs.115.T_cell.CD4..r4 Hs.115.T_cell.CD8..r5 Hs.115.T_cell.CD8..r6 Hs.115.T_cell.CD8..r7 Hs.115.T_cell.CD4..r8 Hs.115.T_cell.CD8..r9 Hs.116.T_cell.CD8._effector_memory_RA.r1 Hs.116.T_cell.CD8._effector_memory_RA.r2 Hs.116.T_cell.CD8._effector_memory_RA.r3 Hs.116.T_cell.CD8._effector_memory_RA.r4 Hs.116.T_cell.CD8._effector_memory.r1 Hs.116.T_cell.CD8._effector_memory.r2 Hs.116.T_cell.CD8._effector_memory.r3 Hs.116.T_cell.CD8._effector_memory.r4 Hs.116.T_cell.CD8._na.ve.r1 Hs.116.T_cell.CD8._na.ve.r2 Hs.116.T_cell.CD8._na.ve.r3 Hs.116.T_cell.CD8._na.ve.r4 Hs.37.PB.T_cell.gamma.delta.r1 Hs.37.PB.T_cell.gamma.delta.r2 Hs.76.PB.T_cell.Treg.na.ve.r1 Hs.76.PB.T_cell.Treg.na.ve.r2 Hs.76.PB.T_cell.CD4..na.ve.r1 Hs.76.PB.T_cell.CD4..na.ve.r2 Hs.96.PB.T_cell.effector.RA. Hs.96.PB.T_cell.effector.cntrl. Hs.96.PB.T_cell.effector.IL.12. Hs.96.PB.T_cell.effector.1.25.OH.2_vit_D3. Hs.96.PB.T_cell.CCR10.CLA..1.25.OH.2_vit_D3.IL.12. Hs.96.PB.T_cell.CCR10.CLA..1.25.OH.2_vit_D3.IL.12..1 Hs.106.PB.NK_cell.cntrl. Hs.106.PB.NK_cell.IL2.2h. Hs.106.PB.NK_cell.IL2.8h. Hs.106.PB.NK_cell.IL2.24h. Hs.74.PB.NK_cell.CD56hiCD62L..r1 Hs.74.PB.NK_cell.CD56hiCD62L..r2 Hs.74.PB.NK_cell.CD56hiCD62L..r3 Hs.74.PB.NK_cell.CD56hiCD62L..r4 Hs.74.PB.NK_cell.CD56hiCD62L..r5 Hs.74.PB.NK_cell.CD56hiCD62L..r6 Hs.74.PB.NK_cell.CD56loCD62L..r1 Hs.74.PB.NK_cell.CD56loCD62L..r2 Hs.74.PB.NK_cell.CD56loCD62L..r3 Hs.114.Neutrophil.CD16.. Hs.114.Neutrophil.CD16...1 Hs.114.Neutrophil.CD16...2 Hs.39.PB.Neutrophils.cntrl_30min. Hs.39.PB.Neutrophils.inflam_30min. Hs.39.PB.Neutrophils.inflam.CGS21680_30min. Hs.39.PB.Neutrophils.inflam.PGE2_30min. Hs.39.PB.Neutrophils.inflam.RO20.1724.forskolin_30min. Hs.62.PB.Neutrophils.cntrl_1h.r1 Hs.62.PB.Neutrophils.cntrl_1h.r2 Hs.62.PB.Neutrophils.uropathogenic_E._coli_UTI89_1h.r2 Hs.62.PB.Neutrophils.commensal_E._coli_MG1655_1h.r1 Hs.62.PB.Neutrophils.commensal_E._coli_MG1655_1h.r2 Hs.77.PB.Neutrophils.LPS_16h.r1 Hs.77.PB.Neutrophils.LPS_16h.r2 Hs.77.PB.Neutrophils.LPS_16h.r3 Hs.77.PB.Neutrophils.LPS_16h.r4 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r1 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r2 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r3 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r4 Hs.115.B_cell.r1 Hs.115.B_cell.r2 Hs.115.B_cell.r3 Hs.115.B_cell.r4 Hs.25.tonsil.B_cell.Na.ve.r39 Hs.25.tonsil.B_cell.Na.ve.r41 Hs.25.tonsil.B_cell.Na.ve.r48 Hs.25.tonsil.B_cell.Germinal_center.r40 Hs.25.tonsil.B_cell.Germinal_cente.r43 Hs.25.tonsil.B_cell.Germinal_cente.r50 Hs.25.tonsil.B_cell.Memory.r28 Hs.25.tonsil.B_cell.Memory.r36 Hs.25.tonsil.B_cell.Memory.r38 Hs.25.tonsil.B_cell.Plasma_cell.r30 Hs.25.tonsil.B_cell.Plasma_cell.r33 Hs.25.tonsil.B_cell.Plasma_cell.r44 Hs.45.tonsil.B_cell.CXCR4._centroblast.r6 Hs.45.tonsil.B_cell.CXCR4._centroblast.r7 Hs.45.tonsil.B_cell.CXCR4._centroblast.r8 Hs.45.tonsil.B_cell.CXCR4._centroblast.r11 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r6 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r7 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r8 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r11 Hs.22.Gametocytes.oocyte.r1 Hs.22.Gametocytes.oocyte.r2 Hs.22.Gametocytes.oocyte.r3 Hs.98.Gametocytes.spermatocyte.r2 Hs.98.Gametocytes.spermatocyte.r4 2.3 Hs.110.Embryonic_stem_cells.H1.r1 Hs.110.Embryonic_stem_cells.H9.r1 Hs.34.Embryonic_stem_cells.H7. Hs.34.Embryonic_stem_cells.H9. Hs.34.Embryonic_stem_cells.H13B. Hs.34.Embryonic_stem_cells.H14A. Hs.40.Embryonic_stem_cells.H9. Hs.40.Embryonic_stem_cells.BG01. Hs.44.Embryonic_stem_cells.H1L. Hs.72.Embryonic_stem_cells.BG01.r1 Hs.72.Embryonic_stem_cells.BGO1.Nanog_tg. Hs.72.Embryonic_stem_cells.BGO1.r2 Hs.72.Embryonic_stem_cells.WIBR3.5._pO2. Hs.72.Embryonic_stem_cells.WIBR2. Hs.72.Embryonic_stem_cells.WIBR3.r1 Hs.72.Embryonic_stem_cells.WIBR3.r2 Hs.72.Embryonic_stem_cells.WIBR1. Hs.64.Neuroepithelial_cell.Embryonic_stem_cell.derived.d17. Hs.64.Astrocyte.Embryonic_stem_cell.derived.d210_RA.specified. Hs.64.Astrocyte.Embryonic_stem_cell.derived.d210_FGF8.specified. Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r1 Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r2 Hs.100.Neurones.VUB01_ES_cell.derived_neural_precursor.r3 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r1 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r2 Hs.100.Neurones.SA01_ES_cell.derived_neural_precursor.r3 Hs.34.iPS_cells.skin_fibroblast.r1 Hs.34.iPS_cells.skin_fibroblast.r2 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_3.5.r1 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_3.6.r2 Hs.34.iPS_cells.iPS_skin_fibroblast.derived.SMA_4.2.r3 Hs.40.iPS_cells.PDB_fibroblasts. Hs.40.iPS_cells.iPS_PDB_1lox.17Puro.5. Hs.40.iPS_cells.iPS_PDB_1lox.17Puro.10. Hs.40.iPS_cells.iPS_PDB_1lox.21Puro.20. Hs.40.iPS_cells.iPS_PDB_1lox.21Puro.26. Hs.40.iPS_cells.iPS_PDB_2lox.5. Hs.40.iPS_cells.iPS_PDB_2lox.22. Hs.40.iPS_cells.iPS_PDB_2lox.21. Hs.40.iPS_cells.iPS_PDB_2lox.17. Hs.41.iPS_cells.CRL2097_foreskin.r1 Hs.41.iPS_cells.CRL2097_foreskin.r2 Hs.41.iPS_cells.CRL2097_foreskin.r3 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r1 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r2 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.undiff..r3 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r1 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r2 Hs.41.iPS_cells.iPS_CRL2097_foreskin.derived.d20_hepatic_diff..r3 Hs.48.iPS_cells.fibroblasts. Hs.48.iPS_cells.iPS_fibroblast.derived.Direct_del._reprog._prot..r1 Hs.48.iPS_cells.iPS_fibroblast.derived.Direct_del._reprog._prot..r2 Hs.48.iPS_cells.iPS_fibroblast.derived.Retroviral_transf._reprog._genes. Hs.70.iPS_cells.foreskin_fibrobasts. Hs.70.iPS_cells.iPS.minicircle.derived.r1 Hs.70.iPS_cells.iPS.minicircle.derived.r2 Hs.70.iPS_cells.iPS.minicircle.derived.r3 Hs.70.iPS_cells.iPS.minicircle.derived.r4 Hs.70.iPS_cells.iPS.minicircle.derived.r5 Hs.70.iPS_cells.adipose_stem_cells.r1 Hs.70.iPS_cells.adipose_stem_cells.r2 Hs.70.iPS_cells.adipose_stem_cells.r3 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r1 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r2 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.lentiviral_factors.r3 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r1 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r2 Hs.70.iPS_cells.iPS_adipose_stem_cell.derived.minicircle.derived.r3 Hs.111.Tissue_stem_cells.iliac_MSC.r1 Hs.111.Tissue_stem_cells.iliac_MSC.r2 Hs.111.Tissue_stem_cells.iliac_MSC.r3 Hs.30.Tissue_stem_cells.lipoma.derived_MSC_LM6.r1 Hs.30.Tissue_stem_cells.lipoma.derived_MSC_LM6.r2 Hs.30.Tissue_stem_cells.adipose.derived_MSC_AM3.r1 Hs.30.Tissue_stem_cells.adipose.derived_MSC_AM3.r2 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r1 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r2 Hs.58.Tissue_stem_cells.BM_MSC.cntrl.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r1 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_1d.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r1 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_3d.r3 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_7d.r2 Hs.58.Tissue_stem_cells.BM_MSC.osteogenic_induction_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r1 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r2 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r3 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r5 Hs.6.Tissue_stem_cells.BM_MSC.cntrl.r6 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_1d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_3d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r1 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r2 Hs.6.Tissue_stem_cells.BM_MSC.BMP2_21d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_1d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_1d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_3d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_7d.r3 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r1 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r2 Hs.6.Tissue_stem_cells.BM_MSC.TGFb3_21d.r3 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..r1 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..r2 Hs.73.Tissue_stem_cells.CD326.CD56._mesodem_prog..rr3 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r2 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r2 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r28 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r28 Hs.8.Tissue_stem_cells.dental_pulp.passage_4.r31 Hs.8.Tissue_stem_cells.dental_pulp.passage_10.r31 Hs.19.Epithelial_cells.bladder.r8 Hs.19.Epithelial_cells.bladder.r12 Hs.19.Epithelial_cells.bladder.r13 Hs.19.Epithelial_cells.bladder.r8.1 Hs.19.Epithelial_cells.bladder.r12.1 Hs.19.Epithelial_cells.bladder.r13.1 Hs.88.Epithelial_cells.bronchial.d0.r1 Hs.88.Epithelial_cells.bronchial.d8.r1 Hs.88.Epithelial_cells.bronchial.d14.r1 Hs.88.Epithelial_cells.bronchial.d21.r1 Hs.88.Epithelial_cells.bronchial.d28.r1 Hs.88.Epithelial_cells.bronchial.d0.r2 Hs.88.Epithelial_cells.bronchial.d8.r2 Hs.88.Epithelial_cells.bronchial.d14.r2 Hs.88.Epithelial_cells.bronchial.d21.r2 Hs.88.Epithelial_cells.bronchial.d28.r2 Hs.33.Fibroblasts.foreskin.cntrl_24h.r1 Hs.33.Fibroblasts.foreskin.cntrl_24h.r2 Hs.33.Fibroblasts.foreskin.T._cruzi_24h.r1 Hs.33.Fibroblasts.foreskin.T._cruzi_24h.r2 Hs.33.Fibroblasts.breast.r1 Hs.33.Fibroblasts.breast.r2 Hs.33.Fibroblasts.breast.r5 Hs.33.Fibroblasts.breast.r6 Hs.33.Fibroblasts.breast.r7 Hs.33.Fibroblasts.breast.r8 Hs.24.Endothelial_cells.HUVEC.cntrl.r1 Hs.24.Endothelial_cells.HUVEC.cntrl.r2 Hs.24.Endothelial_cells.HUVEC.B._anthracis_LT_4h.r1 Hs.24.Endothelial_cells.HUVEC.B._anthracis_LT_8h.r2 Hs.31.Endothelial_cells.HUVEC.cntrl.r1 Hs.31.Endothelial_cells.HUVEC.cntrl.r2 Hs.31.Endothelial_cells.HUVEC.cntrl.r3 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r1 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r2 Hs.31.Endothelial_cells.HUVEC.FPV.infected.r3 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r1 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r2 Hs.31.Endothelial_cells.HUVEC.PR8.infected.r3 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r1 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r2 Hs.31.Endothelial_cells.HUVEC.H5N1.infected.r3 Hs.33.Endothelial_cells.HUVEC.r1 Hs.33.Endothelial_cells.HUVEC.r2 Hs.46.Endothelial_cells.HUVEC.cntrl. Hs.46.Endothelial_cells.HUVEC.VEGF_30min. Hs.46.Endothelial_cells.HUVEC.VEGF_60min. Hs.46.Endothelial_cells.HUVEC.VEGF_150min. Hs.50.Endothelial_cells.lymphatic.cntrl.r1 Hs.50.Endothelial_cells.lymphatic.cntrl.r2 Hs.50.Endothelial_cells.lymphatic.cntrl.r3 Hs.50.Endothelial_cells.lymphatic.cntrl.r4 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r1 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r2 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r3 Hs.50.Endothelial_cells.lymphatic.KSHV_72h.r4 Hs.50.Endothelial_cells.blood_vessel.cntrl.r1 Hs.50.Endothelial_cells.blood_vessel.cntrl.r2 Hs.50.Endothelial_cells.blood_vessel.cntrl.r3 Hs.50.Endothelial_cells.blood_vessel.cntrl.r4 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r1 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r2 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r3 Hs.50.Endothelial_cells.blood_vessel.KSHV_72h.r4 Hs.65.Endothelial_cells.HUVEC.cntrl_0h. Hs.65.Endothelial_cells.HUVEC.cntrl_16h. Hs.65.Endothelial_cells.HUVEC.IL.1b_4h. Hs.65.Endothelial_cells.HUVEC.IL.1b_8h. Hs.65.Endothelial_cells.HUVEC.IL.1b_16h. Hs.68.Endothelial_cells.HUVEC.cntrl_48h.r1 Hs.68.Endothelial_cells.HUVEC.cntrl_48h.r2 Hs.79.Endothelial_cells.HUVEC.cntrl. Hs.92.Endothelial_cells.HUVEC.cntrl. Hs.92.Endothelial_cells.HUVEC.Borrelia_burgdorferi.r1 Hs.92.Endothelial_cells.HUVEC.Borrelia_burgdorferi.r2 Hs.92.Endothelial_cells.HUVEC.IFNg. Hs.93.Endothelial_cells.HUVEC.cntrl.r1 Hs.93.Endothelial_cells.HUVEC.cntrl.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_4h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_4h.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_24h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_24h.r2 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_48h.r1 Hs.93.Endothelial_cells.HUVEC.Serum_Amyloid_A_48h.r2 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r1 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r2 Hs.94.Endothelial_cells.lymphatic.cntrl_48h.r3 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r1 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r2 Hs.94.Endothelial_cells.lymphatic.TNFa_48h.r3 Hs.111.BM.Chondrocytes.MSC.derived.r1 Hs.111.BM.Chondrocytes.MSC.derived.r2 Hs.111.BM.Chondrocytes.MSC.derived.r3 Hs.51.BM.Chondrocytes.MSC.derived.monolayer.r1 Hs.51.BM.Chondrocytes.MSC.derived.monolayer.r3 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r1 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r2 Hs.51.BM.Chondrocytes.MSC.derived.3D.cultured.r3 Hs.109.iliac_MSC.Osteoblasts.r1 Hs.109.iliac_MSC.Osteoblasts.r2 Hs.109.iliac_MSC.Osteoblasts.r3 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r1 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_2h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r1 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r2 Hs.5.trabecular_bone.Osteoblasts.BMP2_2h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r1 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r2 Hs.5.trabecular_bone.Osteoblasts.cntrl_24h.r3 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r1 Hs.5.trabecular_bone.Osteoblasts.BMP2_24h.r3 Hs.111.BM.Adipocyte.MSC.derived.r1 Hs.111.BM.Adipocyte.MSC.derived.r2 Hs.111.BM.Adipocyte.MSC.derived.r3 Hs.60.Hepatocytes.r1 Hs.60.Hepatocytes.r2 Hs.60.Hepatocytes.r3 Hs.101.Keratinocytes.cntrl.r1 Hs.101.Keratinocytes.cntrl.r2 Hs.101.Keratinocytes.cntrl.r3 Hs.101.Keratinocytes.IL19.r1 Hs.101.Keratinocytes.IL19.r2 Hs.101.Keratinocytes.IL19.r3 Hs.101.Keratinocytes.IL20.r1 Hs.101.Keratinocytes.IL20.r2 Hs.101.Keratinocytes.IL20.r3 Hs.101.Keratinocytes.IL22.r1 Hs.101.Keratinocytes.IL22.r2 Hs.101.Keratinocytes.IL22.r3 Hs.101.Keratinocytes.IL24.r1 Hs.101.Keratinocytes.IL24.r2 Hs.101.Keratinocytes.IL24.r3 Hs.101.Keratinocytes.IL26.r1 Hs.101.Keratinocytes.IL26.r2 Hs.101.Keratinocytes.IL26.r3 Hs.101.Keratinocytes.KGF.r1 Hs.101.Keratinocytes.KGF.r2 Hs.101.Keratinocytes.KGF.r3 Hs.101.Keratinocytes.IFNg.r1 Hs.101.Keratinocytes.IFNg.r2 Hs.101.Keratinocytes.IL1b.r1 Hs.101.Keratinocytes.IL1b.r2 Hs.81.Neurones.adrenal_medulla_cell_line.r1 Hs.81.Neurones.adrenal_medulla_cell_line.r2 Hs.81.Neurones.adrenal_medulla_cell_line.r3 Hs.81.Neurones.adrenal_medulla_cell_line.r4 Hs.81.Neurones.adrenal_medulla_cell_line.r5 Hs.81.Neurones.adrenal_medulla_cell_line.r6 Hs.84.sural_nerve.Neurones.Schwann_cell.r1 Hs.84.sural_nerve.Neurones.Schwann_cell.r2 Hs.84.sural_nerve.Neurones.Schwann_cell.r3 Hs.84.sural_nerve.Neurones.Schwann_cell.r4 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r1 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r1 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r2 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r2 Hs.15.Smooth_muscle_cells.vascular.cntrl_6h.r3 Hs.15.Smooth_muscle_cells.vascular.IL.17_6h.r3 Hs.33.Smooth_muscle_cells.vascular.cntrl_24h.r1 Hs.33.Smooth_muscle_cells.vascular.cntrl_24h.r2 Hs.68.Smooth_muscle_cells.umbilical_vein.serum_free_48h.r1 Hs.68.Smooth_muscle_cells.umbilical_vein.serum_free_48h.r2 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r1 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r2 Hs.87.Smooth_muscle_cells.bronchial.vit_D_24h.r3 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r1 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r2 Hs.87.Smooth_muscle_cells.bronchial.cntrl_24h.r3 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r2 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r3 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r4 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r5 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r1.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r2.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r3.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r4.1 Hs.102.PB.BM_.Prog..HSC._.G.CSF.r5.1 Hs.17.BM_.Prog..BM.2_months Hs.17.BM_.Prog..BM.3_months Hs.17.BM_.Prog..BM.9_months Hs.17.BM_.Prog..BM.20_months Hs.17.BM_.Prog..BM.23_months Hs.17.BM_.Prog..BM.32_months Hs.17.BM_.Prog..BM.39_months Hs.66.BM_.Prog..HSC_CD34..r1 Hs.66.BM_.Prog..HSC_CD34..r2 Hs.66.BM_.Prog..HSC_CD34..r3 Hs.66.BM_.Prog..HSC_CD34..r4 Hs.66.BM_.Prog..HSC_CD34..r5 Hs.66.BM_.Prog..HSC_CD34..r6 Hs.67.BM_.Prog..CMP.r1 Hs.67.BM_.Prog..CMP.r2 Hs.67.BM_.Prog..GMP.r1 Hs.67.BM_.Prog..GMP.r2 Hs.67.BM_.Prog..MEP.r1 Hs.67.BM_.Prog..MEP.r2 Hs.67.BM_.Prog..Myelocyte.r1 Hs.67.BM_.Prog..Myelocyte.r2 Hs.67.BM_.Prog..Pro.Myelocyte.r1 Hs.67.BM_.Prog..Pro.Myelocyte.r2 Hs.1.BM_.Prog..CFU.E.r1 Hs.67.BM_.Prog..Pre.B_cell_CD34..r1 Hs.67.BM_.Prog..Pre.B_cell_CD34..r2 Hs.67.BM_.Prog..Pro.B_cell_CD34..r1 Hs.67.BM_.Prog..Pro.B_cell_CD34..r2 Hs.67.BM_.Prog..Bcell_immature.r1 Hs.67.BM_.Prog..Bcell_immature.r2 Hs.18.Platelets_._reticulocytes.platelet.r1 Hs.18.Platelets_._reticulocytes.platelet.r2 Hs.18.Platelets_._reticulocytes.platelet.r7 Hs.18.Platelets_._reticulocytes.platelet.r8 Hs.18.Platelets_._reticulocytes.platelet.r10 Hs.1.Erythroblast.inter.erythroblast.r1 Hs.1.Erythroblast.inter.erythroblast.r2 Hs.1.Erythroblast.inter.erythroblast.r3 Hs.1.Erythroblast.inter.erythroblast.r4 Hs.1.Erythroblast.late.erythroblast. Hs.1.Erythroblast.pro.erythroblast.r1 Hs.1.Erythroblast.pro.erythroblast.r2 Hs.1.Erythroblast.pro.erythroblast.r3 Hs.63.fetal_blood.BM_.Prog..MSC.r1 Hs.63.fetal_blood.BM_.Prog..MSC.r2 Hs.63.fetal_blood.BM_.Prog..MSC.r3 Hs.63.fetal_bm.BM_.Prog..MSC.r1 Hs.63.fetal_bm.BM_.Prog..MSC.r2 Hs.63.fetal_bm.BM_.Prog..MSC.r3 Hs.63.fetal_liver.BM_.Prog..MSC.r1 Hs.63.fetal_liver.BM_.Prog..MSC.r2 Hs.63.fetal_liver.BM_.Prog..MSC.r3 Hs.80.Monocyte.cntrl.r1 Hs.80.Monocyte.cntrl.r2 Hs.80.Monocyte.S._typhimurium_flagellin_. Hs.103.Monocyte.cntrl_Ab_24h.r1 Hs.103.Monocyte.cntrl_Ab_24h.r2 Hs.103.Monocyte.cntrl_Ab_24h.r3 Hs.103.Monocyte.anti.FcgRIIB_24_h.r1 Hs.103.Monocyte.anti.FcgRIIB_24_h.r2 Hs.105.Monocyte.cntrl_30min.r1 Hs.105.Monocyte.cntrl_30min.r2 Hs.105.Monocyte.cntrl_30min.r3 Hs.105.Monocyte.cntrl_30min.r4 Hs.105.Monocyte.leukotriene_D4_30min.r1 Hs.105.Monocyte.leukotriene_D4_30min.r2 Hs.105.Monocyte.leukotriene_D4_30min.r3 Hs.105.Monocyte.leukotriene_D4_30min.r4 Hs.115.Monocyte.CD14..r1 Hs.115.Monocyte.CD14..r2 Hs.115.Monocyte.CD14..r3 Hs.115.Monocyte.CD14..r4 Hs.115.Monocyte.CD14..r5 Hs.115.Monocyte.CD14..r6 Hs.23.Monocyte.cntrl_24h.r1 Hs.23.Monocyte.cntrl_24h.r2 Hs.23.Monocyte.F._tularensis_novicida_24h.r3 Hs.23.Monocyte.cntrl_24h.r3 Hs.23.Monocyte.F._tularensis_novicida_24h.r4 Hs.23.Monocyte.cntrl_24h.r4 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r5 Hs.23.Monocyte.cntrl_24h.r5 Hs.23.Monocyte.cntrl_24h.r6 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r7 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r8 Hs.23.Monocyte.F._tularensis_Schu_S4_24h.r6 Hs.36.Monocyte.CD14..r1 Hs.36.Monocyte.CD14..r2 Hs.36.Monocyte.CD14..r3 Hs.54.Monocyte.CD16..r1 Hs.54.Monocyte.CD16..r2 Hs.54.Monocyte.CD16..r3 Hs.54.Monocyte.CD16..r4 Hs.54.Monocyte.CD16_..r1 Hs.54.Monocyte.CD16_..r2 Hs.54.Monocyte.CD16_..r3 Hs.61.Monocyte.CD16..r1 Hs.61.Monocyte.CD16..r2 Hs.61.Monocyte.CD16..r3 Hs.61.Monocyte.CD16_..r1 Hs.61.Monocyte.CD16_..r2 Hs.61.Monocyte.CD16_..r3 Hs.90.Monocyte.r303 Hs.90.Monocyte.r307 Hs.90.Monocyte.r309 Hs.90.Monocyte.r311 Hs.90.Monocyte.r313 Hs.90.Monocyte.r317 Hs.71.Monocyte.MCSF_6d.r1 Hs.71.Monocyte.MCSF_6d.r2 Hs.71.Monocyte.CXCL4_6d.r1 Hs.71.Monocyte.CXCL4_6d.r2 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r1 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r2 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r3 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r4 Hs.104.Macrophage.monocyte.derived.IL.4.cntrl.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.cntrl.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_3h.r5 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.Dex.TGFb_24h.r5 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r1 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r2 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r3 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r4 Hs.104.Macrophage.monocyte.derived.IL.4.TGFb_24h.r5 Hs.20.Macrophage.monocyte.derived.cntrl.r1 Hs.20.Macrophage.monocyte.derived.cntrl.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.Pam3Cys.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.Pam3Cys.r2 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.Pam3Cys.r1 Hs.20.Macrophage.monocyte.derived.M.CSF.IFNg.Pam3Cys.r2 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r1 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r5 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r2 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r3 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r6 Hs.21.Macrophage.monocyte.derived.IFNg_24h.r4 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r1 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r5 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r2 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r3 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r6 Hs.21.Macrophage.monocyte.derived.cntrl_24h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r5 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_8h.r5 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_24h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r1 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r2 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r3 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r4 Hs.32.Macrophage.monocyte.derived.cntrl_48h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_8h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_24h.r5 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r1 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r2 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r3 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r4 Hs.32.Macrophage.monocyte.derived.S._aureus_48h.r5 Hs.38.Macrophage.Alveolar.cntrl_6h.r1 Hs.38.Macrophage.Alveolar.cntrl_6h.r2 Hs.38.Macrophage.Alveolar.cntrl_6h.r3 Hs.38.Macrophage.Alveolar.cntrl_6h.r4 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r1 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r2 Hs.38.Macrophage.Alveolar.B._anthacis_spores_6h.r3 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r1 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r2 Hs.53.Macrophage.monocyte.derived.cntrl_4h.r3 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r1 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r2 Hs.53.Macrophage.monocyte.derived.IFNa_4h.r3 Hs.103.DC.monocyte.derived.immature_cntrl.r1 Hs.103.DC.monocyte.derived.immature_cntrl.r2 Hs.103.DC.monocyte.derived.immature_cntrl.r3 Hs.103.DC.monocyte.derived.immature_IFNa.r1 Hs.103.DC.monocyte.derived.immature_IFNa.r2 Hs.103.DC.monocyte.derived.immature_IFNa.r3 Hs.103.DC.monocyte.derived.immature_isotype_cntrl_Ab_24h.r1 Hs.103.DC.monocyte.derived.immature_isotype_cntrl_Ab_24h.r2 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r1 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r2 Hs.103.DC.monocyte.derived.immature_anti.FcgRIIB_24h.r3 Hs.103.DC.monocyte.derived.immature_TNFa.IL.1b.IL.6.PGE2_24h.r1 Hs.103.DC.monocyte.derived.immature_TNFa.IL.1b.IL.6.PGE2_24h.r2 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r1 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r2 Hs.103.DC.monocyte.derived.mature_isotype_cntrl_Ab_24h.r3 Hs.103.DC.monocyte.derived.mature_anti.FcgRIIB_Ab_24h.r1 Hs.103.DC.monocyte.derived.mature_anti.FcgRIIB_Ab_24h.r2 Hs.103.DC.monocyte.derived.mature_TNFa.IL.1b.IL.6.PGE2_24h.r1 Hs.103.DC.monocyte.derived.mature_TNFa.IL.1b.IL.6.PGE2_24h.r2 Hs.14.DC.monocyte.derived.immature_6h. Hs.14.DC.monocyte.derived.immature_12h. Hs.14.DC.monocyte.derived.immature_24h. Hs.14.DC.monocyte.derived.immature_48h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_6h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_12h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_24h. Hs.14.DC.monocyte.derived.mature_LPS.IFNg_48h. Hs.28.DC.monocyte.derived.cntrl_d5.r1 Hs.28.DC.monocyte.derived.cntrl_d5.r2 Hs.28.DC.monocyte.derived.cntrl_d5.r3 Hs.28.DC.monocyte.derived.cntrl_d5.r4 Hs.28.DC.monocyte.derived.cntrl_d5.r5 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r1 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r2 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r3 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r4 Hs.28.DC.monocyte.derived.AEC.conditioned_d5.r5 Hs.7.DC.monocyte.derived.cntrl. Hs.7.DC.monocyte.derived.LPS_8h. Hs.7.DC.monocyte.derived.LPS_16h. Hs.7.DC.monocyte.derived.Poly.I.C._4h. Hs.7.DC.monocyte.derived.Poly.I.C._8h. Hs.7.DC.monocyte.derived.Poly.I.C._16h. Hs.7.DC.monocyte.derived.CD40L_4h. Hs.7.DC.monocyte.derived.CD40L_8h. Hs.7.DC.monocyte.derived.CD40L_16h. Hs.7.DC.monocyte.derived.Schuler_treatment_4h. Hs.7.DC.monocyte.derived.Schuler_treatment_8h. Hs.7.DC.monocyte.derived.Schuler_treatment_16h. Hs.7.DC.monocyte.derived.LPS_4h. Hs.86.DC.monocyte.derived.cntrl_18h.r1 Hs.86.DC.monocyte.derived.cntrl_18h.r2 Hs.86.DC.monocyte.derived.cntrl_18h.r3 Hs.86.DC.monocyte.derived.Galectin.1_18h.r1 Hs.86.DC.monocyte.derived.Galectin.1_18h.r2 Hs.86.DC.monocyte.derived.Galectin.1_18h.r3 Hs.86.DC.monocyte.derived.LPS_18h.r1 Hs.86.DC.monocyte.derived.LPS_18h.r2 Hs.86.DC.monocyte.derived.LPS_18h.r3 Hs.86.DC.monocyte.derived.Vehicle_18h.r1 Hs.86.DC.monocyte.derived.Vehicle_18h.r2 Hs.86.DC.monocyte.derived.Vehicle_18h.r3 Hs.89.DC.monocyte.derived.DC1.r1 Hs.89.DC.monocyte.derived.DC2.r2 Hs.89.DC.monocyte.derived.DC3.r3 Hs.89.DC.monocyte.derived.rosiglitazone.r1 Hs.89.DC.monocyte.derived.rosiglitazone.r2 Hs.89.DC.monocyte.derived.rosiglitazone.r3 Hs.89.DC.monocyte.derived.AM580.r1 Hs.89.DC.monocyte.derived.AM580.r2 Hs.89.DC.monocyte.derived.AM580.r3 Hs.89.DC.monocyte.derived.rosiglitazone.AGN193109.r1 Hs.89.DC.monocyte.derived.rosiglitazone.AGN193109.r2 Hs.9.DC.monocyte.derived.cntrl_8h.r1 Hs.9.DC.monocyte.derived.cntrl_8h.r2 Hs.9.DC.monocyte.derived.antiCD40.VAF347_8h.r1 Hs.9.DC.monocyte.derived.antiCD40.VAF347_8h.r2 Hs.91.DC.monocyte.derived.cntrl_2h.r1 Hs.91.DC.monocyte.derived.cntrl_2h.r2 Hs.91.DC.monocyte.derived.cntrl_2h.r3 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r1 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r2 Hs.91.DC.monocyte.derived.anti.DC.SIGN_2h.r3 Hs.99.DC.monocyte.derived.cntrl_6h.r1 Hs.99.DC.monocyte.derived.cntrl_6h.r2 Hs.99.DC.monocyte.derived.A._fumigatus_germ_tubes_6h.r1 Hs.99.DC.monocyte.derived.A._fumigatus_germ_tubes_6h.r2 Hs.2.tonsil.DC.BDCA1..r1 Hs.2.tonsil.DC.BDCA1..r2 Hs.2.tonsil.DC.BDCA1..r3 Hs.2.tonsil.DC.BDCA3._.r1 Hs.2.tonsil.DC.BDCA3._.r2 Hs.2.tonsil.DC.BDCA3._.r3 Hs.2.PB.DC.BDCA1..r1 Hs.2.PB.DC.BDCA1..r2 Hs.2.PB.DC.BDCA1..r3 Hs.2.PB.DC.BDCA3._.r1 Hs.2.PB.DC.BDCA3._.r2 Hs.2.PB.DC.BDCA3._.r3 Hs.2.PB.DC.CD16..r1 Hs.2.PB.DC.CD16..r2 Hs.2.PB.DC.CD16..r3 Hs.2.tonsil.DC.plasmacytoid.r1 Hs.2.tonsil.DC.plasmacytoid.r2 Hs.2.tonsil.DC.plasmacytoid.r3 Hs.2.PB.DC.plasmacytoid.r1 Hs.2.PB.DC.plasmacytoid.r2 Hs.2.PB.DC.plasmacytoid.r3 Hs.12.PB.T_cell.CD4._naive.r1 Hs.12.PB.T_cell.CD4._naive.r2 Hs.12.PB.T_cell.CD4._naive.r3 Hs.12.PB.T_cell.CD4._naive.r4 Hs.12.PB.T_cell.CD4._central_memory.r5 Hs.12.PB.T_cell.CD4._central_memory.r1 Hs.12.PB.T_cell.CD4._central_memory.r2 Hs.12.PB.T_cell.CD4._central_memory.r3 Hs.12.PB.T_cell.CD4._central_memory.r4 Hs.12.PB.T_cell.CD4._effector_memory.r1 Hs.12.PB.T_cell.CD4._effector_memory.r2 Hs.12.PB.T_cell.CD4._effector_memory.r3 Hs.12.PB.T_cell.CD4._effector_memory.r4 Hs.42.PB.T_cell.CD4..neg.sel.r1 Hs.42.PB.T_cell.CD4..neg.sel.r2 Hs.42.PB.T_cell.CD4..neg.sel.r3 Hs.42.PB.T_cell.CD4..neg.sel.r4 Hs.42.PB.T_cell.CD4..neg.sel.r5 Hs.42.PB.T_cell.CD4..pos.sel.r6 Hs.42.PB.T_cell.CD4..pos.sel.r7 Hs.42.PB.T_cell.CD4..pos.sel.r8 Hs.42.PB.T_cell.CD4..pos.sel.r10 Hs.42.PB.T_cell.CD8..neg.sel.r1 Hs.42.PB.T_cell.CD8..neg.sel.r2 Hs.42.PB.T_cell.CD8..neg.sel.r3 Hs.42.PB.T_cell.CD8..neg.sel.r4 Hs.42.PB.T_cell.CD8..neg.sel.r5 Hs.42.PB.T_cell.CD8..pos.sel.r7 Hs.42.PB.T_cell.CD8..pos.sel.r8 Hs.42.PB.T_cell.CD8..pos.sel.r9 Hs.42.PB.T_cell.CD8..pos.sel.r10 Hs.42.PB.T_cell.CD8..pos.sel.r11 Hs.116.T_cells.CD8._Central_memory_.r1 Hs.116.T_cells.CD8._Central_memory_.r2 Hs.116.T_cells.CD8._Central_memory_.r3 Hs.115.T_cell.CD8..r1 Hs.115.T_cell.CD4..r2 Hs.115.T_cell.CD8..r3 Hs.115.T_cell.CD4..r4 Hs.115.T_cell.CD8..r5 Hs.115.T_cell.CD8..r6 Hs.115.T_cell.CD8..r7 Hs.115.T_cell.CD4..r8 Hs.115.T_cell.CD8..r9 Hs.116.T_cell.CD8._effector_memory_RA.r1 Hs.116.T_cell.CD8._effector_memory_RA.r2 Hs.116.T_cell.CD8._effector_memory_RA.r3 Hs.116.T_cell.CD8._effector_memory_RA.r4 Hs.116.T_cell.CD8._effector_memory.r1 Hs.116.T_cell.CD8._effector_memory.r2 Hs.116.T_cell.CD8._effector_memory.r3 Hs.116.T_cell.CD8._effector_memory.r4 Hs.116.T_cell.CD8._na.ve.r1 Hs.116.T_cell.CD8._na.ve.r2 Hs.116.T_cell.CD8._na.ve.r3 Hs.116.T_cell.CD8._na.ve.r4 Hs.37.PB.T_cell.gamma.delta.r1 Hs.37.PB.T_cell.gamma.delta.r2 Hs.76.PB.T_cell.Treg.na.ve.r1 Hs.76.PB.T_cell.Treg.na.ve.r2 Hs.76.PB.T_cell.CD4..na.ve.r1 Hs.76.PB.T_cell.CD4..na.ve.r2 Hs.96.PB.T_cell.effector.RA. Hs.96.PB.T_cell.effector.cntrl. Hs.96.PB.T_cell.effector.IL.12. Hs.96.PB.T_cell.effector.1.25.OH.2_vit_D3. Hs.96.PB.T_cell.CCR10.CLA..1.25.OH.2_vit_D3.IL.12. Hs.96.PB.T_cell.CCR10.CLA..1.25.OH.2_vit_D3.IL.12..1 Hs.106.PB.NK_cell.cntrl. Hs.106.PB.NK_cell.IL2.2h. Hs.106.PB.NK_cell.IL2.8h. Hs.106.PB.NK_cell.IL2.24h. Hs.74.PB.NK_cell.CD56hiCD62L..r1 Hs.74.PB.NK_cell.CD56hiCD62L..r2 Hs.74.PB.NK_cell.CD56hiCD62L..r3 Hs.74.PB.NK_cell.CD56hiCD62L..r4 Hs.74.PB.NK_cell.CD56hiCD62L..r5 Hs.74.PB.NK_cell.CD56hiCD62L..r6 Hs.74.PB.NK_cell.CD56loCD62L..r1 Hs.74.PB.NK_cell.CD56loCD62L..r2 Hs.74.PB.NK_cell.CD56loCD62L..r3 Hs.114.Neutrophil.CD16.. Hs.114.Neutrophil.CD16...1 Hs.114.Neutrophil.CD16...2 Hs.39.PB.Neutrophils.cntrl_30min. Hs.39.PB.Neutrophils.inflam_30min. Hs.39.PB.Neutrophils.inflam.CGS21680_30min. Hs.39.PB.Neutrophils.inflam.PGE2_30min. Hs.39.PB.Neutrophils.inflam.RO20.1724.forskolin_30min. Hs.62.PB.Neutrophils.cntrl_1h.r1 Hs.62.PB.Neutrophils.cntrl_1h.r2 Hs.62.PB.Neutrophils.uropathogenic_E._coli_UTI89_1h.r2 Hs.62.PB.Neutrophils.commensal_E._coli_MG1655_1h.r1 Hs.62.PB.Neutrophils.commensal_E._coli_MG1655_1h.r2 Hs.77.PB.Neutrophils.LPS_16h.r1 Hs.77.PB.Neutrophils.LPS_16h.r2 Hs.77.PB.Neutrophils.LPS_16h.r3 Hs.77.PB.Neutrophils.LPS_16h.r4 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r1 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r2 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r3 Hs.77.PB.Neutrophils.GM.CSF_IFNg_16h.r4 Hs.115.B_cell.r1 Hs.115.B_cell.r2 Hs.115.B_cell.r3 Hs.115.B_cell.r4 Hs.25.tonsil.B_cell.Na.ve.r39 Hs.25.tonsil.B_cell.Na.ve.r41 Hs.25.tonsil.B_cell.Na.ve.r48 Hs.25.tonsil.B_cell.Germinal_center.r40 Hs.25.tonsil.B_cell.Germinal_cente.r43 Hs.25.tonsil.B_cell.Germinal_cente.r50 Hs.25.tonsil.B_cell.Memory.r28 Hs.25.tonsil.B_cell.Memory.r36 Hs.25.tonsil.B_cell.Memory.r38 Hs.25.tonsil.B_cell.Plasma_cell.r30 Hs.25.tonsil.B_cell.Plasma_cell.r33 Hs.25.tonsil.B_cell.Plasma_cell.r44 Hs.45.tonsil.B_cell.CXCR4._centroblast.r6 Hs.45.tonsil.B_cell.CXCR4._centroblast.r7 Hs.45.tonsil.B_cell.CXCR4._centroblast.r8 Hs.45.tonsil.B_cell.CXCR4._centroblast.r11 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r6 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r7 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r8 Hs.45.tonsil.B_cell.CXCR4._centrocyte.r11 Hs.22.Gametocytes.oocyte.r1 Hs.22.Gametocytes.oocyte.r2 Hs.22.Gametocytes.oocyte.r3 Hs.98.Gametocytes.spermatocyte.r2 Hs.98.Gametocytes.spermatocyte.r4 Legend : Log2 Expression Value 4.3 6.3 8.3 10.3 Figure S2 Sp1 Motif Regulated Modules Developmental Modules Module005 SHE RAPGEF3 ADAM23 CETP CA4 SHANK3 LOC100505592 ECSCR KL SH2D3C ST6GALNAC3 HYAL1 HYAL2 MMRN2 ABI3 GPR116 MTUS1 ACVRL1 PODXL DLL4 FAT4 PCDH1 HHIP USHBP1 HIGD1B C10orf58 TEAD4 APOLD1 PLXNA2 RASA3 HPD LRRC32 KANK3 SOX18 SEMA6B ESAM FLJ11235 C10orf116 S1PR1 ICAM2 KDR GJA4 ADCY4 SNCG NOS3 STARD8 GPIHBP1 SNRK PLVAP ZNF521 SOX7 AIF1L OAF ZNF467 ITGB4 LOC100506591 OR51E1 C1QTNF9 CXorf36 ROBO3 ROBO4 CBX2 CYYR1 FLT1 FLT4 HSPA12B CD34 RAMP2 LOC100506380 SCARF1 KIAA1274 GPR4 CDH5 NOTCH4 FAM69B CCKAR RASIP1 LYVE1 APLNR ARAP3 MST1P9 Module005 SHE RAPGEF3 ADAM23 CETP CA4 SHANK3 LOC100505592 ECSCR KL SH2D3C ST6GALNAC3 HYAL1 HYAL2 MMRN2 ABI3 GPR116 MTUS1 ACVRL1 PODXL DLL4 FAT4 PCDH1 HHIP USHBP1 HIGD1B C10orf58 TEAD4 APOLD1 PLXNA2 RASA3 HPD LRRC32 KANK3 SOX18 SEMA6B ESAM FLJ11235 C10orf116 S1PR1 ICAM2 KDR GJA4 ADCY4 SNCG NOS3 STARD8 GPIHBP1 SNRK PLVAP ZNF521 SOX7 AIF1L OAF ZNF467 ITGB4 LOC100506591 OR51E1 C1QTNF9 CXorf36 ROBO3 ROBO4 CBX2 CYYR1 FLT1 FLT4 HSPA12B CD34 RAMP2 LOC100506380 SCARF1 KIAA1274 GPR4 CDH5 NOTCH4 FAM69B CCKAR RASIP1 LYVE1 APLNR ARAP3 MST1P9 Module007 FXYD3 C6orf15 KCNK7 TGM1 CGN KLK13 KLK14 KLK10 KLK11 KLK12 C9orf169 ABCA12 VSIG10L RAPGEFL1 OVOL1 TREX2 CYP27C1 TJP3 SDR9C7 EPHX3 IL1F10 WFDC5 DMKN SLC39A2 PPP2R2C LOC643923 GGT6 LOC441178 RHCG LY6G6C LYPD3 LY6D CNFN ECM1 LTB4R XKRX ZNF750 PADI2 SLC5A1 MAL C2orf54 EVPL CDHR1 LOC440335 SULT2B1 CYP4F22 GLTP ALOX12B KRT78 KRTDAP CRCT1 TMPRSS13 DEGS2 ELMOD1 AZGP1 CST6 FAM83C TMEM79 NLRP10 ATG9B LCE1E KIAA1239 PRSS27 ANXA9 SBSN CCL27 CDH4 KLK5 KLK8 KLK7 KLK6 CDSN PSORS1C1 Module007 FXYD3 C6orf15 KCNK7 TGM1 CGN KLK13 KLK14 KLK10 KLK11 KLK12 C9orf169 ABCA12 VSIG10L RAPGEFL1 OVOL1 TREX2 CYP27C1 TJP3 SDR9C7 EPHX3 IL1F10 WFDC5 DMKN SLC39A2 PPP2R2C LOC643923 GGT6 LOC441178 RHCG LY6G6C LYPD3 LY6D CNFN ECM1 LTB4R XKRX ZNF750 PADI2 SLC5A1 MAL C2orf54 EVPL CDHR1 LOC440335 SULT2B1 CYP4F22 GLTP ALOX12B KRT78 KRTDAP CRCT1 TMPRSS13 DEGS2 ELMOD1 AZGP1 CST6 FAM83C TMEM79 NLRP10 ATG9B LCE1E KIAA1239 PRSS27 ANXA9 SBSN CCL27 CDH4 KLK5 KLK8 KLK7 KLK6 CDSN PSORS1C1 Module014 PRKAG3 SHD CA3 CKM STOX1 HFE2 KLHL31 MYBPH LOC100507027 SCNN1G CACNA1S SYT8 VGLL2 MYF6 MYF5 MYH7 MYL5 MYL1 MYL3 MYH7B HRC MYOG PGAM2 SLC25A4 RXRG TNNC1 CHRND TNNI1 TNNI2 TNNI3 RYR1 TNNT1 TNNT3 ITGB1BP2 TRIM72 FITM1 ACOT12 PCP4 TPM2 ATP1B4 GPSM2 NOS1 CDH15 CKMT2 MYLPF CAPS2 ADPRHL1 ATP2A1 ZNF385B RBM20 PLCH2 KCNJ11 MYL6B ACTN3 ACTN2 APOBEC2 TCAP MYO18B ACTA1 MYOD1 ACTC1 OTUD1 PYGM KBTBD5 CASQ1 RBFOX1 SMTNL2 MUSTN1 CACNG1 Module014 PRKAG3 SHD CA3 CKM STOX1 HFE2 KLHL31 MYBPH LOC100507027 SCNN1G CACNA1S SYT8 VGLL2 MYF6 MYF5 MYH7 MYL5 MYL1 MYL3 MYH7B HRC MYOG PGAM2 SLC25A4 RXRG TNNC1 CHRND TNNI1 TNNI2 TNNI3 RYR1 TNNT1 TNNT3 ITGB1BP2 TRIM72 FITM1 ACOT12 PCP4 TPM2 ATP1B4 GPSM2 NOS1 CDH15 CKMT2 MYLPF CAPS2 ADPRHL1 ATP2A1 ZNF385B RBM20 PLCH2 KCNJ11 MYL6B ACTN3 ACTN2 APOBEC2 TCAP MYO18B ACTA1 MYOD1 ACTC1 OTUD1 PYGM KBTBD5 CASQ1 RBFOX1 SMTNL2 MUSTN1 CACNG1 Module017 KCNC1 KCNJ6 BSN NKAIN4 KCNN1 SYP SV2C HS3ST4 C15orf59 DDC NRXN2 HPCAL1 BAIAP3 LPPR3 TH CHD5 YWHAQ SLCO4A1 GPR123 CHN2 CBLN1 TMEM145 TMEM130 MS4A2 ECEL1 RAB3C SLC8A2 BRSK2 TLL2 GABRD FAIM2 FLJ22184 KNDC1 MAST1 ANKRD34C NTSR1 SLC18A2 LY6H C16orf92 GRIN1 PODXL2 FAM123C ARHGDIG ATP1A3 SNCB CXCL14 C20orf27 KRT222 SLC6A3 KCNIP4 C9orf4 CDK5R2 CPLX1 CALY GNG3 PTGER3 SCN3B RET CACNG8 CACNG2 PCSK1N Module017 KCNC1 KCNJ6 BSN NKAIN4 KCNN1 SYP SV2C HS3ST4 C15orf59 DDC NRXN2 HPCAL1 BAIAP3 LPPR3 TH CHD5 YWHAQ SLCO4A1 GPR123 CHN2 CBLN1 TMEM145 TMEM130 MS4A2 ECEL1 RAB3C SLC8A2 BRSK2 TLL2 GABRD FAIM2 FLJ22184 KNDC1 MAST1 ANKRD34C NTSR1 SLC18A2 LY6H C16orf92 GRIN1 PODXL2 FAM123C ARHGDIG ATP1A3 SNCB CXCL14 C20orf27 KRT222 SLC6A3 KCNIP4 C9orf4 CDK5R2 CPLX1 CALY GNG3 PTGER3 SCN3B RET CACNG8 CACNG2 PCSK1N Module033 NPAS3 KCNQ2 ZIC2 PRDM13 DCC HES5 ACTL6B GBX2 SLITRK1 LINGO1 EN2 NHLH2 NHLH1 PRMT8 FAM181A DLL1 LOC100130155 CNPY1 POU3F2 GABRQ RFX4 MYT1 PAK7 LFNG PAX7 NPY2R LGI1 DPYSL5 PCCA CNTN2 OLIG3 SRRM4 FGFBP3 FSTL5 ATCAY CELF3 TAGLN3 SOX3 SOX1 LOC645323 ADCYAP1R1 C1orf61 GDAP1L1 ASCL1 KLHDC8A CTNND2 LOC145837 Module033 NPAS3 KCNQ2 ZIC2 PRDM13 DCC HES5 ACTL6B GBX2 SLITRK1 LINGO1 EN2 NHLH2 NHLH1 PRMT8 FAM181A DLL1 LOC100130155 CNPY1 POU3F2 GABRQ RFX4 MYT1 PAK7 LFNG PAX7 NPY2R LGI1 DPYSL5 PCCA CNTN2 OLIG3 SRRM4 FGFBP3 FSTL5 ATCAY CELF3 TAGLN3 SOX3 SOX1 LOC645323 ADCYAP1R1 C1orf61 GDAP1L1 ASCL1 KLHDC8A CTNND2 LOC145837 Module042 LOC643749 SPDYA LDHAL6B BCL8 FAM46D NXF1 NXF2 FSIP2 C22orf41 ELAVL2 KCTD19 LDHC CATSPERG TKTL2 TDRG1 BEND4 TPD52L3 C5orf47 DMRTC2 TDRD5 ESX1 LYPD4 TEX15 MED12L ZPBP2 SLC25A31 CCDC155 LOC440356 SPO11 EXD1 SPATA8 DDX4 MORC1 HP1BP3 PHF7 CCDC42 DYDC1 DDX25 C11orf85 PRSS50 Module042 LOC643749 SPDYA LDHAL6B BCL8 FAM46D NXF1 NXF2 FSIP2 C22orf41 ELAVL2 KCTD19 LDHC CATSPERG TKTL2 TDRG1 BEND4 TPD52L3 C5orf47 DMRTC2 TDRD5 ESX1 LYPD4 TEX15 MED12L ZPBP2 SLC25A31 CCDC155 LOC440356 SPO11 EXD1 SPATA8 DDX4 MORC1 HP1BP3 PHF7 CCDC42 DYDC1 DDX25 C11orf85 PRSS50 Module044 MGC42105 ENPP1 FGFR4 NDRG2 ENHO CHAD LCTL HHIPL2 RAB28 SCUBE2 MEGF10 S100A1 SLC38A3 LECT1 ZMPSTE24 PPP1R1B SERPINA5 PTDSS2 NKX3 2 B4GALNT3 C1QL1 MATN1 WIF1 UCMA SLC16A6 C2orf82 C2orf72 COL9A3 COL9A2 CHRDL2 FOXA3 ZNF385C FZD9 SOX8 COL10A1 COL2A1 CADM2 COL11A2 CILP2 Module044 MGC42105 ENPP1 FGFR4 NDRG2 ENHO CHAD LCTL HHIPL2 RAB28 SCUBE2 MEGF10 S100A1 SLC38A3 LECT1 ZMPSTE24 PPP1R1B SERPINA5 PTDSS2 NKX3 2 B4GALNT3 C1QL1 MATN1 WIF1 UCMA SLC16A6 C2orf82 C2orf72 COL9A3 COL9A2 CHRDL2 FOXA3 ZNF385C FZD9 SOX8 COL10A1 COL2A1 CADM2 COL11A2 CILP2 Module060 COL13A1 BGN ADAM33 KCNE4 CRISPLD2 HTRA3 OLFML3 DCN THY1 COL1A2 MXRA8 PDGFRB PDGFRA ASAM RNF112 GPR124 TMEM119 HSPB6 CD248 TMEM204 VASN MAPK7 PRRX1 PDZRN3 MFAP4 CXCL12 PCOLCE BNC2 DDR2 EMILIN1 SCARF2 ITGA11 Module060 COL13A1 BGN ADAM33 KCNE4 CRISPLD2 HTRA3 OLFML3 DCN THY1 COL1A2 MXRA8 PDGFRB PDGFRA ASAM RNF112 GPR124 TMEM119 HSPB6 CD248 TMEM204 VASN MAPK7 PRRX1 PDZRN3 MFAP4 CXCL12 PCOLCE BNC2 DDR2 EMILIN1 SCARF2 ITGA11 Module065 ADAMTS19 LOC400550 ZNF804A SALL1 HGF TRHDE SLC12A7 ISOC1 IGFBP5 SERINC2 SEMA3A TRIM36 LOC554202 SLC4A4 HS3ST3A1 FOXQ1 SFRP1 FOXF2 FOXF1 NKX2 3 ISL2 PGM5 TBX4 TBX2 CCDC102B HSD17B2 NR3C2 ADAMTS8 FAM162B FABP3 CAMK2N1 Module065 ADAMTS19 LOC400550 ZNF804A SALL1 HGF TRHDE SLC12A7 ISOC1 IGFBP5 SERINC2 SEMA3A TRIM36 LOC554202 SLC4A4 HS3ST3A1 FOXQ1 SFRP1 FOXF2 FOXF1 NKX2 3 ISL2 PGM5 TBX4 TBX2 CCDC102B HSD17B2 NR3C2 ADAMTS8 FAM162B FABP3 CAMK2N1 Module066 KCNA4 LIMCH1 TGFA RASSF10 GPR135 EN1 HOXD11 HOXD10 ERG LOC285084 HOXA10 LRRC49 HOXA1 HOXA7 HOXB9 HOXB6 HOXB5 HOXC8 HOXD4 HOXD3 HOXD9 FGF9 LHX9 EGFLAM FOXL1 IRS4 ISLR TBX5 THSD4 AMOT CACNB2 Module066 KCNA4 LIMCH1 TGFA RASSF10 GPR135 EN1 HOXD11 HOXD10 ERG LOC285084 HOXA10 LRRC49 HOXA1 HOXA7 HOXB9 HOXB6 HOXB5 HOXC8 HOXD4 HOXD3 HOXD9 FGF9 LHX9 EGFLAM FOXL1 IRS4 ISLR TBX5 THSD4 AMOT CACNB2 Module070 L1CAM MMP24 PLP1 NRXN1 PTPRZ1 TSPAN11 RELN GFRA3 GPR17 LRRC3B LRRC4C FUT9 S100B PRIMA1 SOX10 ERBB3 HCRTR2 XKR4 NLGN4X LRRTM1 ATP1A2 CHRDL1 FOXD3 CA14 SPNS2 CDKL2 ROPN1B BAI3 PTCHD1 Module070 L1CAM MMP24 PLP1 NRXN1 PTPRZ1 TSPAN11 RELN GFRA3 GPR17 LRRC3B LRRC4C FUT9 S100B PRIMA1 SOX10 ERBB3 HCRTR2 XKR4 NLGN4X LRRTM1 ATP1A2 CHRDL1 FOXD3 CA14 SPNS2 CDKL2 ROPN1B BAI3 PTCHD1 Module096 MAB21L2 C3orf70 SLC7A14 HOXC10 SIX1 SIX2 BARX1 DCLK1 PAX9 DMRTA2 KAZALD1 HOTAIR CTXN3 FOXC1 FZD7 COL21A1 GMDS C14orf39 TBX3 EYA4 WNT2B COL11A1 HAS1 DMRT2 Module096 MAB21L2 C3orf70 SLC7A14 HOXC10 SIX1 SIX2 BARX1 DCLK1 PAX9 DMRTA2 KAZALD1 HOTAIR CTXN3 FOXC1 FZD7 COL21A1 GMDS C14orf39 TBX3 EYA4 WNT2B COL11A1 HAS1 DMRT2 Module152 KCNJ3 CFC1 CHGA CHGB BHLHE22 SYT4 RFX6 HMGCLL1 FLJ43390 NKX2 2 NEUROD1 INSM1 C19orf30 PPY ST18 CDX1 samples Module152 KCNJ3 CFC1 CHGA CHGB BHLHE22 SYT4 RFX6 HMGCLL1 FLJ43390 NKX2 2 NEUROD1 INSM1 C19orf30 PPY ST18 CDX1 samples House keeping Modules Module002 DHFR UHRF1 TACC3 MYBL2 RRM2 TK1 OIP5 MCM7 MCM4 MCM6 TTK MKI67 EME1 RBL1 BUB1 C15orf23 UNG BCL2L12 DTL DUT C9orf100 CCNE2 CCNB1 C9orf140 CCNA2 PSRC1 C21orf45 PTTG1 NUSAP1 POLE CDCA2 CDCA3 CDCA4 CDCA5 CDCA8 CHAF1B CDC25A CDC20 UBE2T MXD3 BARD1 VRK1 RFC5 RFC2 ESCO2 DNA2 TOP2A H2AFZ NCAPG FIGNL1 LRRC45 PRCP PRC1 KIF11 BRCA1 BRCA2 KIF22 KIF2C ERCC6L PRR11 MZT1 KNTC1 KCTD9 SHCBP1 SLBP NCAPG2 NCAPD2 PKMYT1 KIAA1524 TRIM59 E2F1 E2F2 E2F8 C16orf75 C16orf59 POLD1 POLE2 SMC4 SMC2 KIFC1 USP1 LOC100128191 ORC1 FANCI FANCB ZWILCH C13orf34 RECQL4 KPNA2 RNASEH2A TROAP FOXM1 SUV39H2 MND1 ARL6IP1 CHEK1 TRIP13 DLGAP5 CENPH CENPJ CENPO CDKN3 GMNN CASC5 BRIP1 MLF1IP MYO9B ZNF367 HAUS8 CLSPN FAM83D PIF1 EZH2 TMEM65 BIRC5 CCNF ANLN FAM54A SPC25 CDC7 CDC6 TCF19 C11orf82 NDE1 TRAIP RAD51AP1 FAM64A CDT1 STIL KIF18A CHTF18 CKS1B LOC401097 CKAP2 Module002 DHFR UHRF1 TACC3 MYBL2 RRM2 TK1 OIP5 MCM7 MCM4 MCM6 TTK MKI67 EME1 RBL1 BUB1 C15orf23 UNG BCL2L12 DTL DUT C9orf100 CCNE2 CCNB1 C9orf140 CCNA2 PSRC1 C21orf45 PTTG1 NUSAP1 POLE CDCA2 CDCA3 CDCA4 CDCA5 CDCA8 CHAF1B CDC25A CDC20 UBE2T MXD3 BARD1 VRK1 RFC5 RFC2 ESCO2 DNA2 TOP2A H2AFZ NCAPG FIGNL1 LRRC45 PRCP PRC1 KIF11 BRCA1 BRCA2 KIF22 KIF2C ERCC6L PRR11 MZT1 KNTC1 KCTD9 SHCBP1 SLBP NCAPG2 NCAPD2 PKMYT1 KIAA1524 TRIM59 E2F1 E2F2 E2F8 C16orf75 C16orf59 POLD1 POLE2 SMC4 SMC2 KIFC1 USP1 LOC100128191 ORC1 FANCI FANCB ZWILCH C13orf34 RECQL4 KPNA2 RNASEH2A TROAP FOXM1 SUV39H2 MND1 ARL6IP1 CHEK1 TRIP13 DLGAP5 CENPH CENPJ CENPO CDKN3 GMNN CASC5 BRIP1 MLF1IP MYO9B ZNF367 HAUS8 CLSPN FAM83D PIF1 EZH2 TMEM65 BIRC5 CCNF ANLN FAM54A SPC25 CDC7 CDC6 TCF19 C11orf82 NDE1 TRAIP RAD51AP1 FAM64A CDT1 STIL KIF18A CHTF18 CKS1B LOC401097 CKAP2 Module004 SF1 KCNQ1OT1 PDCD4 VPS35 PRKCB SETD8 SETD6 CIT LARP4B ZMYND8 C12orf51 SLC35E2 PRKRA C15orf29 RBPJ SNORA37 GLYATL1 MRPS5 PHRF1 RTN4 TMEM192 PRMT1 ATP6V1H ZC3H14 CDCA7 FRYL AKAP8L ASAP1 IT EIF3C LOC100288673 ZFAND6 UBE3A UBE2Z UBE2B NGLY1 ADD1 ATF7IP CDK5RAP2 TAF9B ANKRD13D EIF2C2 EIF2C1 RAB14 FLJ42627 HFE RFX1 NKTR EXOSC1 LMBRD1 RREB1 CDC42BPB SYCP3 LOC254100 NAP1L4 FGFR1OP2 EWSR1 PLSCR1 OCIAD1 TOX4 SMC3 SMG1 SMG7 SCFD1 UBXN7 THRAP3 CSNK2A1 STK24 MGC12916 MGA INTS6 MLX LRRFIP1 DCAF8 RLIM CMTM4 PGM2L1 NUMA1 LOC100506501 GGNBP2 MON2 LOC100129917 CSAD NUFIP2 NBR1 SEPT7 KDM6A SEPT2 SQSTM1 PAICS NUP62 ZNF148 ZNF124 IFNGR1 RUNDC2C BRD8 PP13439 APC TSC22D4 RBM12B USP25 Module004 SF1 KCNQ1OT1 PDCD4 VPS35 PRKCB SETD8 SETD6 CIT LARP4B ZMYND8 C12orf51 SLC35E2 PRKRA C15orf29 RBPJ SNORA37 GLYATL1 MRPS5 PHRF1 RTN4 TMEM192 PRMT1 ATP6V1H ZC3H14 CDCA7 FRYL AKAP8L ASAP1 IT EIF3C LOC100288673 ZFAND6 UBE3A UBE2Z UBE2B NGLY1 ADD1 ATF7IP CDK5RAP2 TAF9B ANKRD13D EIF2C2 EIF2C1 RAB14 FLJ42627 HFE RFX1 NKTR EXOSC1 LMBRD1 RREB1 CDC42BPB SYCP3 LOC254100 NAP1L4 FGFR1OP2 EWSR1 PLSCR1 OCIAD1 TOX4 SMC3 SMG1 SMG7 SCFD1 UBXN7 THRAP3 CSNK2A1 STK24 MGC12916 MGA INTS6 MLX LRRFIP1 DCAF8 RLIM CMTM4 PGM2L1 NUMA1 LOC100506501 GGNBP2 MON2 LOC100129917 CSAD NUFIP2 NBR1 SEPT7 KDM6A SEPT2 SQSTM1 PAICS NUP62 ZNF148 ZNF124 IFNGR1 RUNDC2C BRD8 PP13439 APC TSC22D4 RBM12B USP25 Module006 SP1 ZSCAN29 MTDH TULP3 HECTD1 RSF1 DBT TTLL5 RBMXL1 SBNO1 ZBED6 CHD4 UBE2R2 ABI2 MSRB2 ANKRD36 ANKRD17 ZFP90 GOLGA2 C21orf81 HSPA4 VANGL1 CEP164 SH3BP5 CCAR1 ARID2 ANKRD36B METTL14 ZMYM5 C14orf143 MOSPD2 ARL5A TTBK2 LYAR UBN1 IPO9 USP4 C20orf94 ZNF791 TNPO3 ZNF800 MPHOSPH8 FAM120A ANKIB1 ZNF669 RBM11 UTP20 RBM25 NAA35 RBM41 TAF3 DCAF5 TRMT6 SMCR7L ZNF562 MALAT1 TSR1 BAT2L2 C1orf27 TTF1 PDPK1 ZNF397 CCDC18 ZRANB3 LMO4 CBX5 ZNF281 ZNF275 SAV1 ZBTB49 ZBTB43 PTPN1 RSRC1 BRD2 C11orf67 RP9 USP37 USP49 USP13 Module006 SP1 ZSCAN29 MTDH TULP3 HECTD1 RSF1 DBT TTLL5 RBMXL1 SBNO1 ZBED6 CHD4 UBE2R2 ABI2 MSRB2 ANKRD36 ANKRD17 ZFP90 GOLGA2 C21orf81 HSPA4 VANGL1 CEP164 SH3BP5 CCAR1 ARID2 ANKRD36B METTL14 ZMYM5 C14orf143 MOSPD2 ARL5A TTBK2 LYAR UBN1 IPO9 USP4 C20orf94 ZNF791 TNPO3 ZNF800 MPHOSPH8 FAM120A ANKIB1 ZNF669 RBM11 UTP20 RBM25 NAA35 RBM41 TAF3 DCAF5 TRMT6 SMCR7L ZNF562 MALAT1 TSR1 BAT2L2 C1orf27 TTF1 PDPK1 ZNF397 CCDC18 ZRANB3 LMO4 CBX5 ZNF281 ZNF275 SAV1 ZBTB49 ZBTB43 PTPN1 RSRC1 BRD2 C11orf67 RP9 USP37 USP49 USP13 Module016 HYOU1 PRKAG1 SDF2L1 DNAJB11 FKBP2 TMED3 SEC61B SETX ARF5 PMVK GFPT1 CRELD1 CRELD2 STT3B RELL1 HSPA5 HSP90B1 NUCB2 RAB5B MSTO1 SEC11C SIL1 ALG12 DDOST SEC24C PREB DERL2 TMED10 HSPA13 ASMTL TMEM50B PDIA3 PDIA6 PDIA5 PDIA4 HERPUD1 C6orf129 AKAP17A SYVN1 DNAJC3 ZNF828 MLEC SND1 MBP CELF2 P4HB C2orf28 OSTC ATP2A2 GLE1 FICD ERO1LB C19orf10 CANX WHSC2 CDK2AP2 MESDC2 GANAB KDELR2 SURF4 MIS12 ERLEC1 TRABD GMPPB GMPPA Module016 HYOU1 PRKAG1 SDF2L1 DNAJB11 FKBP2 TMED3 SEC61B SETX ARF5 PMVK GFPT1 CRELD1 CRELD2 STT3B RELL1 HSPA5 HSP90B1 NUCB2 RAB5B MSTO1 SEC11C SIL1 ALG12 DDOST SEC24C PREB DERL2 TMED10 HSPA13 ASMTL TMEM50B PDIA3 PDIA6 PDIA5 PDIA4 HERPUD1 C6orf129 AKAP17A SYVN1 DNAJC3 ZNF828 MLEC SND1 MBP CELF2 P4HB C2orf28 OSTC ATP2A2 GLE1 FICD ERO1LB C19orf10 CANX WHSC2 CDK2AP2 MESDC2 GANAB KDELR2 SURF4 MIS12 ERLEC1 TRABD GMPPB GMPPA Module023 SPR DHX9 PRKD2 FKBP4 UBB UBC HSPH1 MUM1 HSPA8 HSPB1 HSPD1 HSPE1 SUGT1 ADSL FBXL14 ZFAND2A NKRF RUVBL2 XRCC6 PSMD14 MAT2A SERPINH1 HSPA1L HSPA1A DEDD2 FAM119A UFD1L TOP1 DNAJB1 DNAJA4 C2CD2 C1QBP DYNLL1 CHORDC1 C20orf111 SOD1 GPR89A AHSA1 FLRT2 TCP1 PTGES3 TUFM PSMD9 PSMD2 MRPL18 PSMB7 PSMC1 HSP90AB1 HSP90AA1 USPL1 CCT3 CCT2 CCT7 CCT5 DDX24 BAG3 Module023 SPR DHX9 PRKD2 FKBP4 UBB UBC HSPH1 MUM1 HSPA8 HSPB1 HSPD1 HSPE1 SUGT1 ADSL FBXL14 ZFAND2A NKRF RUVBL2 XRCC6 PSMD14 MAT2A SERPINH1 HSPA1L HSPA1A DEDD2 FAM119A UFD1L TOP1 DNAJB1 DNAJA4 C2CD2 C1QBP DYNLL1 CHORDC1 C20orf111 SOD1 GPR89A AHSA1 FLRT2 TCP1 PTGES3 TUFM PSMD9 PSMD2 MRPL18 PSMB7 PSMC1 HSP90AB1 HSP90AA1 USPL1 CCT3 CCT2 CCT7 CCT5 DDX24 BAG3 Module026 GAPDH APRT EEF1G EEF1D C12orf57 UXT RPL30 RPL35 RPL23 RPL29 RPL41 RPL12 RPL11 RPL18 RPL19 OLA1 FAU FBL SLMO2 EIF3M EIF3H EIF3E CSNK2B HIGD2A AP2S1 SLC25A6 RPL23A ATP5E ATP5D TUSC2 NDUFB11 TPT1 RPS16 RPS19 RPS13 RPS25 NDUFA13 COMMD4 PRDX5 C19orf70 C19orf24 FIS1 POLR2I CCNI NDUFS8 RPL4 RPL5 RPL3 RPL8 SSR4 RPS2 RPS8 RPS5 AIP CUTA Module026 GAPDH APRT EEF1G EEF1D C12orf57 UXT RPL30 RPL35 RPL23 RPL29 RPL41 RPL12 RPL11 RPL18 RPL19 OLA1 FAU FBL SLMO2 EIF3M EIF3H EIF3E CSNK2B HIGD2A AP2S1 SLC25A6 RPL23A ATP5E ATP5D TUSC2 NDUFB11 TPT1 RPS16 RPS19 RPS13 RPS25 NDUFA13 COMMD4 PRDX5 C19orf70 C19orf24 FIS1 POLR2I CCNI NDUFS8 RPL4 RPL5 RPL3 RPL8 SSR4 RPS2 RPS8 RPS5 AIP CUTA Module031 PRKRIR SRI KCMF1 TPR COPS2 UBE2D3 TUBGCP4 EIF4E ATXN10 PPIG UBE2W UBE2N RAB1A H2AFV ATP5F1 AGTPBP1 PPM1A PLEKHA3 TM9SF3 PAPD4 GPBP1 SRSF7 SRSF1 PCM1 UBR5 NOL7 MAPK1IP1L SUMO1 LRPPRC SART3 HNRPDL G3BP1 HNRNPA0 HNRNPA3 HNRNPU HNRNPR HNRNPD ZNF326 PHKB REEP5 DCUN1D1 HNRNPH3 FTSJD1 CAPRIN1 PSMA2 THUMPD1 SEC63 BCLAF1 Module031 PRKRIR SRI KCMF1 TPR COPS2 UBE2D3 TUBGCP4 EIF4E ATXN10 PPIG UBE2W UBE2N RAB1A H2AFV ATP5F1 AGTPBP1 PPM1A PLEKHA3 TM9SF3 PAPD4 GPBP1 SRSF7 SRSF1 PCM1 UBR5 NOL7 MAPK1IP1L SUMO1 LRPPRC SART3 HNRPDL G3BP1 HNRNPA0 HNRNPA3 HNRNPU HNRNPR HNRNPD ZNF326 PHKB REEP5 DCUN1D1 HNRNPH3 FTSJD1 CAPRIN1 PSMA2 THUMPD1 SEC63 BCLAF1 Module032 SHMT1 FADS2 FADS1 INSIG1 DBI AACS HSD17B12 CETN2 EBP FASN ACLY PNPLA3 GCHFR PANK3 SLC25A1 MTHFR LPCAT3 PCYT2 SC4MOL POLE3 FXC1 LSS NSDHL STARD4 ELOVL6 MYLIP ACAT2 SLC25A10 SLC25A23 ACACA TAB3 ACSS2 MCM3AP AS SREBF1 SREBF2 HSD17B7 SQLE TM7SF2 HMGCS1 IDI1 IDH1 LPIN1 TMEM97 CLCN6 DHCR7 ADIPOR2 SCD Module032 SHMT1 FADS2 FADS1 INSIG1 DBI AACS HSD17B12 CETN2 EBP FASN ACLY PNPLA3 GCHFR PANK3 SLC25A1 MTHFR LPCAT3 PCYT2 SC4MOL POLE3 FXC1 LSS NSDHL STARD4 ELOVL6 MYLIP ACAT2 SLC25A10 SLC25A23 ACACA TAB3 ACSS2 MCM3AP AS SREBF1 SREBF2 HSD17B7 SQLE TM7SF2 HMGCS1 IDI1 IDH1 LPIN1 TMEM97 CLCN6 DHCR7 ADIPOR2 SCD Module034 MRPS33 SF3B14 C12orf62 MDH1 RBX1 MDP1 UBE2L3 NEDD8 RPL26L1 RPL34 RPL26 RPL15 LSM3 ZBTB8OS PRMT5 RPL10L TRAPPC2L ATP5G1 ATP5J ATP5I XRCC1 LSMD1 LOC100129250 C17orf61 ROMO1 UQCRH UQCRQ LOC100131801 COX7C COX6C UBL5 RPS17 DAP3 RPS3A C7orf59 SNX6 OST4 ARL6IP4 LOC285830 EEF1A1 NCRNA00081 POLR2K CWC15 PSMA6 HAT1 DCTN6 GMPR2 Module034 MRPS33 SF3B14 C12orf62 MDH1 RBX1 MDP1 UBE2L3 NEDD8 RPL26L1 RPL34 RPL26 RPL15 LSM3 ZBTB8OS PRMT5 RPL10L TRAPPC2L ATP5G1 ATP5J ATP5I XRCC1 LSMD1 LOC100129250 C17orf61 ROMO1 UQCRH UQCRQ LOC100131801 COX7C COX6C UBL5 RPS17 DAP3 RPS3A C7orf59 SNX6 OST4 ARL6IP4 LOC285830 EEF1A1 NCRNA00081 POLR2K CWC15 PSMA6 HAT1 DCTN6 GMPR2 Module036 ZNF79 CDKN1A C12orf32 ZMAT3 LRDD TNFRSF10B MDM2 CCNG1 APPBP2 ACVR2A ANKRA2 POLH XPC TP53TG1 WDR7 VAPB PPM1D FDXR SYTL2 TP53I3 KIAA0247 SAC3D1 PCNA BLOC1S2 UBR3 DCP1B VWCE LIG1 RPS27L PHLDA3 CHCHD4 ISCU DDB2 RRM2B C1orf57 ASTN2 C18orf56 ASCC3 XPO5 LRP10 SESN1 GXYLT1 PACSIN3 CYFIP2 AEN Module036 ZNF79 CDKN1A C12orf32 ZMAT3 LRDD TNFRSF10B MDM2 CCNG1 APPBP2 ACVR2A ANKRA2 POLH XPC TP53TG1 WDR7 VAPB PPM1D FDXR SYTL2 TP53I3 KIAA0247 SAC3D1 PCNA BLOC1S2 UBR3 DCP1B VWCE LIG1 RPS27L PHLDA3 CHCHD4 ISCU DDB2 RRM2B C1orf57 ASTN2 C18orf56 ASCC3 XPO5 LRP10 SESN1 GXYLT1 PACSIN3 CYFIP2 AEN Module037 SP2 MYCBP2 FAM193A DYNC1H1 PLEC CBL PRKDC SETD2 CDKN1B ZC3H4 BCOR NCOA6 MYST4 RNF38 POGZ ARID1A SETD1B ADNP HTT PHF12 SMNDC1 CLTC AHNAK SAP130 CREBBP NUP205 MLL2 MLL5 YLPM1 MLL CDK13 KIAA1632 C1orf77 POLR2A KDM2A IQGAP1 BIRC6 CCNK EP300 TRRAP KIAA1267 SF3B2 SF3A1 EP400 Module037 SP2 MYCBP2 FAM193A DYNC1H1 PLEC CBL PRKDC SETD2 CDKN1B ZC3H4 BCOR NCOA6 MYST4 RNF38 POGZ ARID1A SETD1B ADNP HTT PHF12 SMNDC1 CLTC AHNAK SAP130 CREBBP NUP205 MLL2 MLL5 YLPM1 MLL CDK13 KIAA1632 C1orf77 POLR2A KDM2A IQGAP1 BIRC6 CCNK EP300 TRRAP KIAA1267 SF3B2 SF3A1 EP400 Module038 DDIT3 SHMT2 GARS IFRD1 ZCCHC8 AARS WARS GRB10 ANKRD11 ASS1 ATF4 SLC7A5 SLC7A1 EIF4EBP1 ANAPC16 PYCR1 GHITM C5orf28 FUT1 CAMTA2 PSPH MTHFD2 ALDH1L2 PCK2 TIMM44 SLC3A2 MTHFD1L BOD1 CARS NARS YARS SESN2 SARS GOT1 HAX1 SLC43A1 SLC1A4 SLC1A5 INHBE GPT2 STC2 MAPT Module038 DDIT3 SHMT2 GARS IFRD1 ZCCHC8 AARS WARS GRB10 ANKRD11 ASS1 ATF4 SLC7A5 SLC7A1 EIF4EBP1 ANAPC16 PYCR1 GHITM C5orf28 FUT1 CAMTA2 PSPH MTHFD2 ALDH1L2 PCK2 TIMM44 SLC3A2 MTHFD1L BOD1 CARS NARS YARS SESN2 SARS GOT1 HAX1 SLC43A1 SLC1A4 SLC1A5 INHBE GPT2 STC2 MAPT Module043 SIGIRR BCAT2 FBXO3 MTG1 PXMP2 F8 GCAT ABAT ACADSB DHTKD1 ATIC LIN52 NIT2 ALDH6A1 UBE3B PELI3 PAOX NUDT16L1 RAD9A C10orf125 MTHFD1 OPTN ECHS1 DCTPP1 IKZF5 AKIRIN1 ALDH4A1 SEC61A2 BCKDHB MUT HMGCL PACRG DCXR BRP44L CEP70 PHYH MRPL24 MRPL40 TRAP1 Module043 SIGIRR BCAT2 FBXO3 MTG1 PXMP2 F8 GCAT ABAT ACADSB DHTKD1 ATIC LIN52 NIT2 ALDH6A1 UBE3B PELI3 PAOX NUDT16L1 RAD9A C10orf125 MTHFD1 OPTN ECHS1 DCTPP1 IKZF5 AKIRIN1 ALDH4A1 SEC61A2 BCKDHB MUT HMGCL PACRG DCXR BRP44L CEP70 PHYH MRPL24 MRPL40 TRAP1 Module045 C14orf4 TEF FKBP5 FAM46B CCND3 CDC25B TLE1 PLEKHF1 TRAF3IP1 WEE1 SLC38A2 SMAP2 PHF17 TRIM2 ITPKC TOB2 TFCP2L1 CHST2 IP6K3 KIAA1737 KIAA0467 C20orf29 PER2 PER1 PER3 IRS2 BAHD1 C1orf51 C1orf54 CRY2 NR1D2 ZBTB16 FAM53B CAMKK1 SLC19A2 MAOA TFEB PKD1 KLF13 Module045 C14orf4 TEF FKBP5 FAM46B CCND3 CDC25B TLE1 PLEKHF1 TRAF3IP1 WEE1 SLC38A2 SMAP2 PHF17 TRIM2 ITPKC TOB2 TFCP2L1 CHST2 IP6K3 KIAA1737 KIAA0467 C20orf29 PER2 PER1 PER3 IRS2 BAHD1 C1orf51 C1orf54 CRY2 NR1D2 ZBTB16 FAM53B CAMKK1 SLC19A2 MAOA TFEB PKD1 KLF13 Module048 SCOC SLC10A7 LOC401397 TMED7 COPB2 STARD3NL ENOPH1 RAB5A SEC24D SMAP1 SEC31A SERPINI1 ITPR1 C14orf129 ARFGAP3 ATP10D USO1 THOC7 STXBP3 PDCD10 TBPL1 MLLT11 KPNA4 ACAP2 COMMD8 NAA30 CREB3L2 TCEB1 GNB4 DENR CTBS NDUFA5 SEC13 SLC30A5 PACSIN2 ANXA7 BAG5 Module048 SCOC SLC10A7 LOC401397 TMED7 COPB2 STARD3NL ENOPH1 RAB5A SEC24D SMAP1 SEC31A SERPINI1 ITPR1 C14orf129 ARFGAP3 ATP10D USO1 THOC7 STXBP3 PDCD10 TBPL1 MLLT11 KPNA4 ACAP2 COMMD8 NAA30 CREB3L2 TCEB1 GNB4 DENR CTBS NDUFA5 SEC13 SLC30A5 PACSIN2 ANXA7 BAG5 Module079 VPS25 TKT SLC48A1 C12orf73 TMED1 RILPL2 GCLM RNF130 FTL OSGIN1 GSR PTGR1 G6PD C16orf57 RIT1 PDXK STARD7 C20orf24 SLC6A6 NQO1 MED16 TALDO1 RNF7 PGD UGDH CSTB KEAP1 SPAG7 Module079 VPS25 TKT SLC48A1 C12orf73 TMED1 RILPL2 GCLM RNF130 FTL OSGIN1 GSR PTGR1 G6PD C16orf57 RIT1 PDXK STARD7 C20orf24 SLC6A6 NQO1 MED16 TALDO1 RNF7 PGD UGDH CSTB KEAP1 SPAG7

2024 © healthdocbox.com Privacy Policy | Terms of Service | Feedback