title: Purple mussel mantle exosomes_2

city: Shanghai

first: Chen

last: xiajun

address: hucheng road 999

institute: shanghai ocean university

data_processing:
Briefly, raw data were generated after sequencing, image analysis, base calling and quality filtering on Illumina sequencer. Firstly, Q30 was used to perform quality control. The adaptor sequences were trimmed and the adaptor-trimmed-reads (>= 15nt) were left by cutadapt software (v1.9.2). The trimmed reads were aligned to the merged Metazoa pre-miRNA database from miRBase v21 using Novoalign software (v3.02.12) with at most one mismatch. The numbers of mature miRNA mapped tags were defined as the raw expression levels of that miRNA. The read counts were normalized by TPM (tag counts per million aligned miRNAs) approach. Differentially expressed miRNAs between two samples were filtered through Fold change. Ddifferentially expressed miRNA between two groups were filtered by Fold Change and P-value.
Genome_build: miRBase v21
Supplementary_files_format_and_content: Excel file reports miRNA expression for all samples (raw and normalized).

organism: Sinohyriopsis cumingii

source_name: Exosome

growth_protocol: Healthy H. cumingii (white mussels and purple mussels; age, ~2 years; average shell length, 9 cm)

extract_protocol:
Mantles were removed, flash frozen on dry ice, and exosomes were extracted from mantle, then total RNA harvested using Trizol reagent.
RNA libraries were prepared for sequencing using standard Illumina protocols
The total RNA of each sample was used to prepare the miRNA sequencing library, and included the following steps:
3’-adaptor ligation, 5’-adaptor ligation, cDNA synthesis, PCR amplification, and size selection of ~150 bp PCR amplicons (corresponding to ~22 nt miRNAs).
The libraries were denatured to single-stranded DNA molecules, captured on Illumina flow cells, amplified in situ as clusters, and sequenced for 50 cycles on an Illumina HiSeq sequencer

tag: phenotype

value: purple mussel

value: mantle

tag: tissue state

value: fresh


title: White mussel mantle exosomes_1

status: Public on Mar 29 2020

type: SRA

country: China

library_source: transcriptomic

molecule: total RNA

value: white mussel

tag: tissue

tag: age


title: Tem_PEpos_F

type: RNA

city: Milan

first: Chiara

last: Balestrieri

address: Via Olgettina 58

department: Center for Omics Sciences

country: Italy

institute: IRCCS San Raffaele Scientific Institute

description:
Human peripheral blood mononuclear cells were separated from peripheral blood using Ficoll-Paque Plus (GE Healthcare). CD4+ T lymphocytes were further isolated by positive selection using magnetic microbeads (Miltenyi Biotec). Effector Memory T cell subsets were then sorted based on the expression of the following surface markers: CD4+CD25–CD45RA-CCR7-.
nCounter® Human miRNA Expression Assay

hyb_protocol: Samples were hybridized overnight at 65C

scan_protocol: Samples were run on a Nanostring Sprint Profiler

data_processing: Raw data was processed with nSolver 3.0 Software (Nanostring). Reads were normalized to internal postive & negative controls and to the 25 highest expressed miRNAs. Genes were considered expressed if at least one sample had a read >125 and maximum 1 sample with a read <27

label: biotin

organism: Homo sapiens

source_name: primary T lymphocytes derived from human peripheral blood mononuclear cells (PBMC)

label_protocol: 100 ng of total RNA were labelled with the nCounter® Human miRNA Expression Assay codeset according to the manufacturers protocol

growth_protocol: Effector memory T lymphocytes  were isolated by magnetic enrichment for CD4 (Miltentyi Biotec) and sorted for CD4+CD25-CD45RA-CCR7- and incubated overnight in complete media

extract_protocol: PE+/- cells were resuspended in Trizol. Total RNA was extracted with Direct-Zol RNA mini Prep (Zymo Research)

treatment_protocol: Tem were stimulated for 3h with PMA/ionomycin and labelled for GM-CSF secretion with a GM-CSF cytokine secretion kit (Miltenyi Biotec) before sorting for PE+/- cells with a BD Sorter Aria II

tag: cell type

value: effector memory T lymphocytes

tag: culture condition

value: Effector memory T lymphocytes were stimulated with PMA/Ionomycin, PE-labelled within a GM-CSF Cytokine Secretion Assay (Miltenyi Biotec) and sorted for PEpos/neg before total RNA extraction

tag: label

value: PEpos


title: PakiT03 - pIC - IRF7 - 0h

city: Singapore

first: Linfa

last: Wang

address: 8 college road

department: Programme in Emerging Infectious Diseases

country: Singapore

institute: Duke-NUS Medical School

data_processing:
After trimming and cleaning for quality assurance (including distribution of reads)
reads were mapped  to the P.alecto reference genome (NCBI genome database:ASM32557v1 scaffold3,  v1.01 ) with Bowtie and RSEM abundance estimation was performed
FPKM was calculated using TopHat/Cufflinks v2.2.1 using :ASM32557v1 as a guide for reference mapping and genome size .
HTseq and edgeR were used for subsequent counting and DEG analysis
Genome_build: ASM32557v1 , 101
Supplementary_files_format_and_content: tab-delimited text files include FPKM values for each Sample ...

organism: Pteropus alecto

growth_protocol: PakiT03 cells were grown in DMEM supplemented with 10% FBS.

extract_protocol:
Cells were lysed into TRK lysis buffer supplemented with β-ME, freeze-thawed, homogenised and extracted as per manufacturers protocol (OMEGA EZNA total RNA Kit I).
Total RNA was checked using the RNA 6000 LabChip Kit on the Agilent Bioanalyzer (Agilent Technologies, Palo Alto, CA). RNAseq libraries were prepared using Illumina Tru-Seq Stranded Total RNA with Ribo-Zero Gold kit following the manufacturer’s instructions (Illumina, San Diego, California, USA). Libraries were validated with an Agilent Bioanalyzer (Agilent Technologies, Palo Alto, CA), diluted and applied to an Illumina flow cell using the Illumina cBOT system. Sequencing was performed on an Illumina HiSeq 3000 sequencer at the Duke-NUS Genome Biology Facility with the paired-end 150-bp read option.

treatment_protocol: IFNα Treatment (~500U/ml) at 0h, 3h, 6h, 9h, polyIC treatment (1mg,ml, transfected) at 0h, 6h, 9h, or infection with Melaka Virus (PRV3M, MOI 1) for 0h, 9h, 24h timepoints

tag: crispr ko

tag: parental cell

tag: treatment

value: Control

tag: time

tag: Sex

value: F

tag: agent

value: Fugene 6


title: PakiT03 - pIC - 0h

value: wildtype


title: Tcm_PEneg_A

value: PEneg


title: Tcm_PEneg_E


title: PakiT03 - pIC - 9h

value: polyIC

value: dsRNA - polyIC 1mg/ml (transfected - Fugene)

value: polyIC transfected for 9h


title: R4_CD4

city: Barcelona

first: Magdalena

last: Arnal Segura

address: Carrer de Natzaret 113

country: Spain

institute: Vall d'Hebron Institute of Oncology

description: Gene expression data from total CD4 mononuclear cells

hyb_protocol: Sample was hybridized to Affymetrix Human Gene 2.0 ST array using an Affymetrix GeneChip Hybridization Oven 645

scan_protocol: GeneChip was scanned using the Affymetrix Expression Wash, Stain and Scan User Manual (P/N 702731 Rev. 3)  (Affymetrix Inc., Santa Clara, CA, USA) using Affymetrix GeneChip Scanner 3000 7G

data_processing: Data was analyzed using the RMA algorithm and then LIMMA was applied to calculate significant differential expression between samples

source_name: Total RNA from total CD4 mononuclear cells

label_protocol: 30ng of total RNA from each sample was processed and labelled according to manuals NuGEN Ovation® Pico WTA  System V2 (M01224 v2) and Encore™ Biotin Module (M01111 v6) (NuGEN, San Carlos, CA,  USA)

extract_protocol: RNA was extracted following the RNeasy Plus Mini Kit protocol (QIAGEN)

value: Peripheral Blood

tag: type

value: MBL

tag: batch

value: f


title: PakiT03 - pIC - 6h

value: polyIC transfected for 6h


title: PakiT03 - pIC - IRF7 - 6h


title: PakiT03 - pIC - IRF7 - 9h


title: Tem_PEpos_C


title: PakiT03 - pIC - IRF3 - 9h


title: PakiT03 - pIC - IRF3 - 6h


title: PakiT03 - pIC - IRF3 - 0h


title: Tem_PEpos_B


title: PakiT03 - pIC - IRF1 - 0h


title: PakiT03 - pIC - IRF1 - 9h


title: PakiT03 - pIC - IRF1 - 6h


title: Tem_PEpos_A


title: PakiT03 - pIC -IFNAR2 - 0h


title: PakiT03 - pIC -IFNAR2/IRF7 - 6h

value: IFNAR2 / IRF7


title: PakiT03 - pIC -IFNAR2/IRF7 - 9h


title: PakiT03 - pIC -IFNAR2 - 6h


title: PakiT03 - pIC -IFNAR2/IRF7 - 0h


title: PakiT03 - pIC -IFNAR2 - 9h


title: Tcm_PEneg_B


title: PakiT03 - MelV - 24h

value: Melaka Virus

value: Melaka Virus  PRV3M -  GCA_000904195.1

tag: infection

value: PRV3M infection, MOI  1, washed after 4hrs, left for 9h, 24h


title: PakiT03 - MelV - 9h


title: PakiT03 - MelV - IRF7 - 0h


title: PakiT03 - MelV - IRF7 - 9h


title: PakiT03 - MelV - IRF7 - 24h


title: PakiT03 - MelV -IFNAR2 - 24h


title: PakiT03 - MelV - IRF3 - 24h


title: PakiT03 - MelV - IRF3 - 9h


title: PakiT03 - MelV -IFNAR2 - 0h


title: PakiT03 - MelV - IRF1 - 24h


title: PakiT03 - MelV - IRF1 - 0h


title: PakiT03 - MelV -IFNAR2 - 9h


title: PakiT03 - MelV -IFNAR2/IRF7 - 0h


title: sh-KDM10A/KDM10B

first: Charilie

middle: Degui

last: Chen

address: No. 320 YueYang Road

institute: SIBCB

data_processing:
Basecalls performed using bcl2fastq version 1.8.4
Deleted adaptor, reads with N>3%,and low-quality sequence from sequenced reads, then mapped the reads to mm9 whole genome using tophat v2.1.0 with parameters --no-mixed --no-discordant
Reads Per Kilobase of exon per Megabase of library size (RPKM) for each refseq genes and differentially expressed transcripts annotated with refseq were obtained using gfold v1.1.4.
Genome_build: hg19
Supplementary_files_format_and_content: tab-delimited text files generated by gfold including gfold reliable fold change and RPKM values for each refseq genes

source_name: HeLa cells

growth_protocol: HeLa cells are cultrued under ATCC instruction

extract_protocol:
HeLa cells were lysated by TRIzol (Invitrogen),then column-purified with Direct-zol RNA MiniPrep Kit (Zymo research) to obtain total RNA.The RNA samples were tested with Agilent 2100/agarose electrophoresis.
RNA libraries were prepared using standard Illumina protocols. 1.RNA was purified with Ampli-oligT,then reversely transcripted with SMART cDNA Library Construction Kit to get the first strand of cDNA; 2.The DNA was amplified and purified with Ampure xp beads agencourt; 3.Fragmentation, purification, and amplification of DNA with Thermal cyclerS1000 (Bio-Rad); 4.Test the DNA with agarose electrophoresis to obtain a 250bp-350bp main band, then purified with Ampure xp beads agencourt; 5.Test the quanlity of libraries with StepOne Plus qPCR (ABI).

treatment_protocol: Lenti virus are used to knockdown KDM10A/B

tag: strain


title: PakiT03 - MelV - IRF3 - 0h


title: PakiT03 - MelV - IRF1 - 9h


title: sh-Control


title: PakiT03 - MelV -IFNAR2/IRF7 - 24h


title: PakiT03 - MelV - 0h


title: Ctrl-H4K20me3

description: HeLa cells, sh-Control, anti-H4K20me3 antibody

library_source: genomic

data_processing:
ChIP-seq reads were aligned to the UCSC hg19 genome assembly using bowtie2 version 2.2.6 with the default --end-to-end configurations
Aligned sam files were converted to bam files using samtools version 0.1.19-44428cd
Bam files were converted to bw files using bamCoverage version 1.5.12
Genome_build: UCSC hg19 genome assembly
Supplementary_files_format_and_content: Peaks were called using MACS version 1.4.2 with the following setting: --nomodel --nolambda --shift 100; bigwig files were genereated by bamCoverage using parameters: --normalizeUsingRPKM --binSize 10 -of bigwig

molecule: genomic DNA

extract_protocol:
Lysates were clarified from Mnase digested nuclei and histone-DNA complexes were isolated with antibody.
Libraries were prepared by BerryGenomic (Beijing, China).

tag: chip antibody source

value: our lab

tag: passage


title: PakiT03 - MelV -IFNAR2/IRF7 - 9h


title: DKD-H4K20me2

description: HeLa cells, knockdown KDM10A/B, anti-H4K20me2 antibody


title: PakiT03 - IFN - IRF3 - 6h

value: IFNα

value: recombinant P. alecto IFNα3 ~1000U/ml

value: IFNa treatment for 6h


title: Ctrl-H4K20me2

description: HeLa cells, sh-Control, anti-H4K20me2 antibody


title: PakiT03 - IFN - IRF3 - 9h

value: F

value: IFNa treatment for 9h


title: DKD-H4K20me1

description: HeLa cells, knockdown KDM10A/B, anti-H4K20me1 antibody


title: PakiT03 - IFN - IRF3 - 0h

value: Control


title: PakiT03 - IFN - IRF3 - 3h

value: IFNa treatment for 3h


title: Ctrl-H4K20me1

description: HeLa cells, sh-Control, anti-H4K20me1 antibody


title: PakiT03 - IFN - IRF1 - 0h


title: Flag-KDM10B

description: HeLa cells, Flag-KDM10B, anti-Flag antibody

value: sigma


title: General population, batch 2 replicate 3

city: St. Lucia

first: Othmar

last: Korn

state: Queensland

address: University of Queensland

country: Australia

institute: Australian Institute for Bioengineering and Nanotechnology

description:
29584
embryonic stem cell line HES9, nonsorted population

data_processing:
CASAVA 1.8.2
Individual fastq files were aligned to the reference genome (GRCh37 assembly and ENSEMBL version 69) with Rsubread 1.20.6 with default settings in R version 3.2.2.
A batch correction was applied with removeBatchEffect() in limma 3.26.9 in R version 3.2.2. Batches specified were [24692-24697], [29579-29584].
Genome_build: GRCh37
Supplementary_files_format_and_content: Tab delimited text files include batch corrected, TMM scaled, median centered RPKM Log2 values.

source_name: HES9 total population

growth_protocol: mTESR1 with matrigel

extract_protocol:
Qiagen Kits
TruSeq RNA library

tag: cell line

tag: group

value: nonsorted population


title: PakiT03 - IFN - IRF1 - 6h


title: PakiT03 - IFN - IRF1 - 9h


title: General population, batch 2 replicate 2

description:
29583
embryonic stem cell line HES9, nonsorted population


title: PakiT03 - IFN  -24h

value: wildtype


title: DKD-H4K20me3

description: HeLa cells, knockdown KDM10A/B, anti-H4K20me3 antibody


title: PakiT03 - IFN - IRF1 - 3h


title: General population, batch 2 replicate 1

description:
29582
embryonic stem cell line HES9, nonsorted population


title: pol2_WT_30min

city: New York

first: Xiaolan

last: Zhao

state: NY

address: 1275 York Avenue

country: USA

institute: Memorial Sloan Kettering Cancer Center

data_processing:
Library strategy: DNA-Seq
Sequenced reads were trimmed for low-quality bases and for adapter sequencing using cutadapt; then were mapped onto the S288c reference genome (SGD June 2008 assembly (SacCer2)) with BWA v0.7.8 to generate coverage maps. PCR duplicate reads were removed using Picard v1.110.
Reads that were non-uniquely mapped were excluded, then were summed in 1 kb sliding windows with a step of 500 bp over the genome to calculate read counts. Windows containing fewer than 600 reads in either sample were excluded.
Absolute copy numbers were generated by dividing the read counts from the replicating sample by counts from the non-replicating sample (0 min post release) for each strain
Relative copy number was generated by normalizing the absolute copy number to the read number in the two corresponding samples to give a genome-wide mean value of 1 for each chromosome.
Adjusted copy number was generated by using FACS data to correct for the proportion of DNA that is replicated. The map of adjusted copy number was further smoothed with the ‘‘loess’’ function in R.
Genome_build: S288c reference genome (SGD June 2008 assembly (SacCer2)
Supplementary_files_format_and_content: txt file storing raw read counts, relative copy number, adjusted copy number and smoothed adjusted copy number in sliding windows.

organism: Saccharomyces cerevisiae

source_name: Yeast cell

growth_protocol: Cells were grown in YPD media at 24°C to early log phase, and then arrested in G1 phase by adding alpha factor to the culture. Pronase was added to release cells from G1 to S phase.

extract_protocol:
DNA was extracted by CsCl centrifugation.
1.5 μg genomic DNA from each sample was used to generate libraries with a KAPA library kit (iGO facility, Memorial Sloan Kettering Cancer Center).

treatment_protocol: Cell wall was digested by zymolyase, and cells were lyzed by 1.5% Sarkosyl. The cell lysate was incubated with proteinase K at 37°C for 1hour.

tag: genotype

tag: ID


title: pol2_REL G1


title: pol2_WT_40min


title: pol2_REL 40min


title: PakiT03 - IFN - 6h


title: PakiT03 - IFN - 9h


title: pol2_WT_G1


title: pol2_REL 30min


title: Sorted for highest expression EPCAM-GCTM2-CD9 batch 2 replicate 3

description:
29581
embryonic stem cell line HES9, sorted for high expression of EPCAM-GCTM2-CD9

source_name: HES9 HHH fraction


title: Sorted for highest expression EPCAM-GCTM2-CD9 batch 2 replicate 2

description:
29580
embryonic stem cell line HES9, sorted for high expression of EPCAM-GCTM2-CD9


title: Tcm_PEneg_pool B

description:
Human peripheral blood mononuclear cells were separated from peripheral blood using Ficoll-Paque Plus (GE Healthcare). CD4+ T lymphocytes were further isolated by positive selection using magnetic microbeads (Miltenyi Biotec). Central Memory T cell subsets were then sorted based on the expression of the following surface markers: CD4+CD25–CD45RA-CCR7+.
nCounter® Immunology Panel (Human V2)

data_processing: Raw data was processed with nSolver 3.0 Software (Nanostring). Reads were normalized to internal postive & negative controls and to included housekeeping genes. Genes were considered expressed if the sum of reads of all samples >125. Differential expression and p-values were calculated within the nSolver 3.0 software

label_protocol: 50ng of total RNA were labelled with the nCounter® Immunology Panel (Human V2) codeset according to the manufacturers protocol

growth_protocol: Tcm were isolated by magnetic enrichment for CD4 (Miltentyi Biotec) and sorted for CD4+CD25-CD45RA-CCR7+ and incubated overnight in complete media

extract_protocol: PE+/- cells were resuspended in Trizol. Samples of 2 donors were combined and total RNA was extracted with Direct-Zol RNA mini Prep (Zymo Research)

treatment_protocol: Tcm were stimulated for 3h with PMA/ionomycin and labelled for GM-CSF secretion with a GM-CSF cytokine secretion kit (Miltenyi Biotec) before sorting for PE+/- cells with a BD Sorter Aria II

tag: cell type

value: Central memory T lymphocytes

tag: culture condition

value: Central memory T lymphocytes were stimulated with PMA/Ionomycin, PE-labelled within a GM-CSF Cytokine Secretion Assay (Miltenyi Biotec) and sorted for PEpos/neg before total RNA extraction

tag: label

value: PEneg


title: Sorted for highest expression EPCAM-GCTM2-CD9 batch 2 replicate 1

description:
29579
embryonic stem cell line HES9, sorted for high expression of EPCAM-GCTM2-CD9


title: Tcm_PEneg_pool C


title: PakiT03 - IFN - IRF7 - 0h

tag: crispr ko

tag: parental cell

tag: treatment


title: Flag-KDM10A

description: HeLa cells, Flag-KDM10A, anti-Flag antibody


title: PakiT03 - IFN  -3h

tag: time

tag: Sex

tag: agent


title: Tcm_PEneg_pool A


title: Tcm_PEpos_poolC

value: PEpos


title: Sorted for highest expression EPCAM-GCTM2-CD9 batch 1 replicate 3

description:
24697
embryonic stem cell line HES9, sorted for high expression of EPCAM-GCTM2-CD9


title: Tcm_PEpos_poolB


title: Tcm_PEpos_poolA


title: PakiT03 - IFN - IRF7 - 6h


title: PakiT03 - IFN - IRF7 - 9h


title: Sorted for highest expression EPCAM-GCTM2-CD9 batch 1 replicate 2

description:
24696
embryonic stem cell line HES9, sorted for high expression of EPCAM-GCTM2-CD9


title: General population, batch 1 replicate 2

description:
24693
embryonic stem cell line HES9, nonsorted population


title: PakiT03 - IFN - IRF7 - 3h


title: General population, batch 1 replicate 1

description:
24692
embryonic stem cell line HES9, nonsorted population


title: BRDU_RFC1DEL_S30_INP

status: Public on Mar 28 2020

type: genomic

city: London

first: Hon Wing

last: Liu

address: 1 Midland Road

country: United Kingdom

institute: Francis Crick Institute

hyb_protocol: Hybridization was performed as previously described (Katou et al. 2003). Samples were hybridized in buffer containing SSPE, TritonX-100, denatured salmon sperm DNA and biotin-labelled control oligonucleotide, oligo B2. Samples were denatured at 95ºC for 10 minutes before being hybridized to the arrays for 16 hours at 42C in a GeneChip Hybridization Oven 640.

scan_protocol: The washing and scanning protocol (FlexMidi_euk2v3_450), provided by Affymetrix, was performed automatically on a GeneChip Fluidics Station 450. Arrays were scanned using the GeneChip Scanner 3000 7G, and primary analysis of tiling chip data was performed using the Affymetrix GeneChip Operating Software (GCOS).

data_processing: Signal intensities between the ChIP and supernatant samples were normalized across all probe sets. Changes and change p-values were called as detailed in the Affymetrix Statistical Algorithms Reference Guide (http://www.affymetrix.com/support/technical/technotes/statistical_reference_guide.pdf). Probe sets and changes were averaged within adjacent 100 bp windows for graphical depiction. DETECTION P-VALUE = Reliability of raw signal intensity

source_name: Input DNA from yeast cells

label_protocol: 10 ng of amplified DNA was digested with DNase I and end-labeled using biotin-N6-ddATP using terminal transferase TdT (Roche, 400 U/µl) and Biotin-N6-ddATP (Enzo Life Sciences).

growth_protocol: Cells were grown in YP + 2% Glucose to an OD600 of 0.3-0.5. Cells were then arrested in G1 by adding alpha-factor to a final concentration of 0.05mg/ml during 2h. Cells were released into YP + 2% Glucose, supplemented with either 200 mM HU for 40 minutes, or 400µg/mL final BrdU.

extract_protocol: Chromatin Immunoprecipitation followed by hybridization to a high-density oligonucleotide microarray (ChIP on chip) were performed as previously described (Katou et al. 2003; Lengronne et al. 2004; Lengronne et al. 2006). Briefly, cross-linked cells were disrupted using a Multi-Beads Shocker, and whole cell extracts were sonicated to obtain 400-600 bp genomic DNA fragments. Chromatin immunoprecipitation (ChIP) was performed with anti-PK monoclonal antibody (clone SV5-Pk1, Serotec) coupled to protein A Dynabeads. Immunoprecipates were eluted and incubated overnight at 65ºC to reverse the cross-link. An aliquot of the supernatant fraction of the immunoprecipitation was treated in parallel to provide a whole genome DNA sample for comparison. The ChIP and supernatant samples were then incubated with proteinase K, extracted twice with phenol/chloroform/isoamylalcohol, precipitated, resuspended in TE and incubated with RNaseA. The DNA was purified, concentrated by ethanol precipitation and amplified by PCR after random priming.

treatment_protocol: HU arrested cells were cross-linked with 1% final Formaldehyde for 20 minutes at room temperature. The reaction was stopped with 0.125 M Glycine for 5 minutes.  For BrdU-IP chip, cells were arrested by treatment with cold azide buffer (38mL of 500mM EDTA/0.5% NaN3 per 100mL culture) for 10 minutes.

tag: tissue

value: yeast cells

value: MATa  ura3::3xURA3::tetO112 tetR-GFP::HIS3 pADH1-hENT1-TK::TRP1 ade2::pADH1-OsTir1-Myc9 RFC1-PK3-miniAID3::KANMX6

tag: treatment(s)

value: rfc1-aid cells were synchronised in G1.  Rfc1 was depleted by addition of IAA 2 hours before release into rich media supplemented with BrdU for 30 minutes, DNA replication was quenched by sodium azide treatment.

tag: antibody

tag: molecule subtype

value: total DNA


title: BRDU_RFC1DEL_S25_IP

source_name: BrdU-IP DNA from yeast cells

tag: strain

value: rfc1-aid cells were synchronised in G1.  Rfc1 was depleted by addition of IAA 2 hours before release into rich media supplemented with BrdU for 25 minutes, DNA replication was quenched by sodium azide treatment.

value: anti-BrdU (Clone 2B1, MBL)

value: Immunoprecipitated DNA


title: BRDU_RFC1DEL_S25_INP


title: Tmem_lvempty_C

description:
Human peripheral blood mononuclear cells were separated from peripheral blood using Ficoll-Paque Plus (GE Healthcare). CD4+ T lymphocytes were further isolated by positive selection using magnetic microbeads (Miltenyi Biotec). Memory T cell subsets were then sorted based on the expression of the following surface markers: CD4+CD25–CD45RA-CCR7+-.
nCounter® Immunology Panel (Human V2)

data_processing: Raw data was processed with nSolver 3.0 Software (Nanostring). Reads were normalized to internal postive & negative controls and to included housekeeping genes. Genes were considered expressed if the sum of reads in one of the transduction groups  was >150. Differential expression and p-values were calculated within the nSolver 3.0 software

growth_protocol: memory T lymphocytes were isolated by magnetic enrichment for CD4 (Miltentyi Biotec) and sorted for CD4+CD25-CD45RA-CCR7+/-. Cells were activated with plate-bound aCD3 and aCD28 for 2 days, before removed from stimuli and transduced with the indicated lentiviral constructs. Cells were cultured another 10 days and from day 5 on IL-2 (50 U/ml, provided by the institute) was added to the media.

extract_protocol: Memory T cells were resuspended in Trizol and total RNA was extracted with Direct-Zol RNA mini Prep (Zymo Research)

treatment_protocol: Cells were selected for transduction with puromycin (2ug/ml, Sigma-Aldrich). Before collection, samples were treated for 3h with PMA/ionomycin.

value: memory T lymphocytes

tag: culture conditions

value: transduced with lv-empty, supplemented with IL-2 (50 U/ml)


title: BRDU_RFC1DEL_S30_IP

tag: genotype


title: Tmem_lvBlhhe40_C

value: transduced with lv-Bhlhe40, supplemented with IL-2 (50 U/ml)


title: BRDU_RFC1DEL_S20_INP

value: rfc1-aid cells were synchronised in G1.  Rfc1 was depleted by addition of IAA 2 hours before release into rich media supplemented with BrdU for 20 minutes, DNA replication was quenched by sodium azide treatment.


title: Tmem_lvempty_B


title: BRDU_RFC1DEL_S20_IP


title: Tmem_lvempty_A


title: Tmem_lvBlhhe40_B


title: BRDU_WT_S30_INP

value: MATa  ura3::3xURA3::tetO112 tetR-GFP::HIS3 pADH1-hENT1-TK::TRP1

value: G1-arrested WT cells were released into rich media supplemented with BrdU for 30 minutes, DNA replication was quenched by sodium azide treatment.


title: BRDU_WT_S30_IP


title: BRDU_WT_S25_IP

value: G1-arrested WT cells were released into rich media supplemented with BrdU for 25 minutes, DNA replication was quenched by sodium azide treatment.


title: BRDU_WT_S20_INP

value: G1-arrested WT cells were released into rich media supplemented with BrdU for 20 minutes, DNA replication was quenched by sodium azide treatment.


title: BRDU_WT_S25_INP


title: PCNA_CTF18DELELG1DEL_HU_INP

value: MATa  ura3::3xURA3::tetO112 tetR-GFP::HIS3 ctf18<delta>::TRP1 elg1<delta>::LEU2

value: ctf18<delta>elg1<delta> cells treated with HU for 40 minutes were cross-linked with 1% Formaldehyde for 20 minutes at room temperature. The reaction was stopped with 0.125 M Glycine for 5 minutes.


title: BRDU_WT_S20_IP

value: yeast cells


title: PCNA_CTF18DELELG1DEL_HU_IP

source_name: ChIP DNA from yeast cells

value: anti-PCNA (ab29, abcam)


title: PCNA_ELG1DEL_HU_INP

value: MATa  ura3::3xURA3::tetO112 tetR-GFP::HIS3 elg1<delta>::LEU2

value: elg1<delta> cells treated with HU for 40 minutes were cross-linked with 1% Formaldehyde for 20 minutes at room temperature. The reaction was stopped with 0.125 M Glycine for 5 minutes.


title: PCNA_CTF18DEL_HU_INP

value: MATa  ura3::3xURA3::tetO112 tetR-GFP::HIS3 ctf18<delta>::TRP1

value: ctf18<delta> cells treated with HU for 40 minutes were cross-linked with 1% Formaldehyde for 20 minutes at room temperature. The reaction was stopped with 0.125 M Glycine for 5 minutes.

value: total DNA


title: PCNA_ELG1DEL_HU_IP

value: Immunoprecipitated DNA


title: PCNA_CTF18DEL_HU_IP


title: PCNA_WT_HU_IP

value: MATa  ura3::3xURA3::tetO112 tetR-GFP::HIS3

value: WT cells treated with HU for 40 minutes were cross-linked with 1% Formaldehyde for 20 minutes at room temperature. The reaction was stopped with 0.125 M Glycine for 5 minutes.


title: PCNA_WT_HU_INP


title: WT_rep2

city: Boston

first: Yanqiang

last: Li

state: MA

address: 300 Longwood Ave.

department: Cardiology Department

institute: Boston Children's Hospital

data_processing:
Illumina Casava1.7 software used for basecalling.
Raw reads were first subject to 3’ adapter removal and quality filtering (Q > 17 and length >= 25 bp). Clean reads were mapped to the Cucumber genome sequence (http://cucumber.genomics.org.cn, v2i) using TopHat. Read counts of each gene were summarized by the HTSeq-count. Lowly expressed genes were removed and only genes with an expression level of at least 1 CPM (counts per ten million) in at least two samples were kept for further analysis.
Genome_build: http://cucumber.genomics.org.cn, v2i
Supplementary_files_format_and_content: Tab-delimited text files include CPM(counts per million reads) values for each sample

organism: Cucumis sativus

source_name: fruit

growth_protocol: The cucumber seeds were germinated in a culture dish at 28°C in dark overnight. Then the seedlings were grown in a growth chamber at 16h days (25°C) and 8h nights (18°C). Upon the two true-leaf stage, cucumber seedlings were transferred to a standard glass greenhouse in the experimental field of China Agricultural University in Beijing. Water and fertilization management as well as pest control were performed according to standard practices.

extract_protocol:
Total RNA samples were extracted from the young fruits of 4 days before anthesis (DBA) from 35S-CsFUL1 or wild-type cucumber plants, using the RNA extraction kit (Huayueyang, China).
Approximately 3ug RNA per sample was used as input material for RNA-seq. The RNA-Seq libraries were constructed using NEBNext®Ultra™ RNA Library Prep Kit for Illumina® (NEB, Ispawich, USA) following manufacturer’s instructions, and four index codes were added to attribute sequences to each sample42. In brief, mRNA was purified using magnetic beads with Oligo (dT) (Life technologies, CA, USA), and fragmentation was carried out using divalent cations under elevated temperature in NEB proprietary fragmentation buffer. First strand cDNA was synthesized using random hexamer primer and M-MuLV Reverse Transcriptase (RNaseH-). Second strand cDNA was subsequently synthesized using DNA Polymerase I and RNase H. After adenylation of 3’ ends of DNA fragments, NEBNext adaptor oligonucleotides were ligated to cDNA fragments, and AMPure XP beads system (Beckman Coulter, Beverly, USA) were used to select cDNA fragments of approximately 150~200 bp in length. DNA fragments with ligated adaptor molecules on both ends were selectively enriched using NEB Universal PCR Primer and Index primer in a 10 cycles PCR reaction. Products were purified (AMPure XP beads system) and quantified using the Agilent Bioanalyzer 2100 system. The clustering of the index-coded samples was performed on a cBot Cluster Generation System using TruSeq PE Cluster Kit v3-cBot-HS (Illumia) following the manufacturer’s instructions. After cluster generation, the libraries were sequenced on an Illumina Hiseq 2000 platform and 100 bp paired-end reads were generated.

treatment_protocol: The full-length CDS of CsFUL1 were inserted into the pCAMBIA1305.1 vector which contained the cauliflower mosaic virus (CaMV) 35S promoter to generate the 35S::CsFUL1 over-expression vectors. All constructs were transformed into Agrobacterium by electroporation. Cucumber transformation was performed as previously described (Ding et al., 2015). Cucumber young fruits were harvested from 4 days before anthesis (DBA).

tag: genotype/variation

value: wildtype

tag: cultivar

value: inbred line R1407

value: fruits

tag: age

value: young fruits at 4 DBA (days before anthesis)

tag: fruit phenotype

value: long fruit


title: WT_rep1


title: OX-29_rep2

value: CsFUL1 overexpression

value: 35S-CsFUL1 inbred line R1407

value: short fruit


title: Tmem_lvBlhhe40_A

tag: cell type

value: memory T lymphocytes

value: transduced with lv-Bhlhe40, supplemented with IL-2 (50 U/ml)


title: OX-29_rep1


title: M_P21_normal_CD45_2_DC36_E6

city: Kensington

first: Fabio

last: Zanini

state: NSW

address: High and Botany St

institute: University of New South Wales

data_processing:
Mapping against human genome with VEEV-TC83-GFP added as an additional chromosome (using STAR 2.5.2b)
Counting gene expression using htseq-count 0.10
Genome_build: GRCh38
Supplementary_files_format_and_content: Counts table: raw read counts, not notmalized, rows are gene names, columns are cell names. Metadata file: rows are cell names, columns are metadata.

molecule: polyA RNA

organism: Mus musculus

source_name: distal lung

extract_protocol:
scRNA-Seq
plate-based illumina-compatible Tn5 transposase single cell RNA-Seq

value: distal lung

tag: sequencing run

tag: gender

value: M

tag: plate

tag: well

tag: timepoint

value: immune

tag: cell subtype

value: Mac V

tag: mousename

tag: coverage

tag: number of genes


title: F_E18.5_normal_CD45_2_DC36_F14

tag: tissue

value: F

value: neutrophil


title: F_E18.5_normal_CD45_2_DC36_D19

value: Mac I


title: M_P21_normal_CD45_1_DC36_C6

value: NK cell


title: M_P21_normal_CD45_2_DC36_J6


title: M_P21_normal_CD45_2_DC36_J15

value: B cell


title: F_E18.5_normal_CD45_2_DC36_K17


title: M_P21_normal_CD45_2_DC36_B8

value: T cell


title: M_P21_normal_CD45_1_DC36_L8


title: M_P21_normal_CD45_1_DC36_H8


title: M_P21_normal_CD45_1_DC36_F15


title: F_E18.5_normal_CD45_2_DC36_E14


title: M_P21_normal_CD45_1_DC36_H10


title: M_P21_normal_CD45_1_DC36_O1


title: M_P21_normal_CD45_2_DC36_M11


title: M_P21_normal_CD45_2_DC36_K16


title: M_P21_normal_CD45_2_DC36_M4

value: DC I


title: M_P21_normal_CD45_2_DC36_C18


title: M_P21_normal_CD45_1_DC36_F19


title: M_P21_normal_CD45_1_DC36_M19


title: F_E18.5_normal_CD45_2_DC36_G9


title: F_E18.5_normal_CD45_2_DC36_B13


title: M_P21_normal_CD45_1_DC36_J13


title: M_P21_normal_CD45_2_DC36_L10

value: DC II


title: M_P21_normal_CD45_1_DC36_G1


title: M_P21_normal_CD45_1_DC36_E1


title: M_P21_normal_CD45_1_DC36_C5


title: M_P21_normal_CD45_2_DC36_A4


title: M_P21_normal_CD45_2_DC36_H2


title: M_P21_normal_CD45_2_DC36_I14


title: M_P21_normal_CD45_1_DC36_A20

value: Mac IV


title: M_P21_normal_CD45_1_DC36_H6


title: F_E18.5_normal_CD45_2_DC36_B2


title: M_P21_normal_CD45_1_DC36_P1


title: M_P21_normal_CD45_2_DC36_A18


title: M_P21_normal_CD45_2_DC36_I5


title: M_P21_normal_CD45_2_DC36_F4


title: M_P21_normal_CD45_2_DC36_E3


title: M_P21_normal_CD45_1_DC36_N10


title: M_P21_normal_CD45_2_DC36_C2


title: M_P21_normal_CD45_2_DC36_D2


title: M_P21_normal_CD45_2_DC36_E16


title: M_P21_normal_CD45_2_DC36_J18


title: M_P21_normal_CD45_2_DC36_C1


title: M_P21_normal_CD45_2_DC36_C9


title: M_P21_normal_CD45_2_DC36_N8


title: M_P21_normal_CD45_1_DC36_D2


title: M_P21_normal_CD45_1_DC36_C3


title: M_P21_normal_CD45_2_DC36_H18


title: M_P21_normal_CD45_1_DC36_N6


title: M_P21_normal_CD45_2_DC36_H23


title: M_P21_normal_CD45_1_DC36_D4


title: M_P21_normal_CD45_1_DC36_A6


title: M_P21_normal_CD45_2_DC36_B22


title: M_P21_normal_CD45_1_DC36_D1


title: M_P21_normal_CD45_1_DC36_B1

value: Mac III


title: M_P21_normal_CD45_2_DC36_C14


title: M_P21_normal_CD45_1_DC36_I13


title: F_E18.5_normal_CD45_2_DC36_F17

value: Mac II


title: M_P21_normal_CD45_2_DC36_K6


title: M_P21_normal_CD45_1_DC36_F9


title: M_P21_normal_CD45_2_DC36_O3


title: M_P21_normal_CD45_2_DC36_M1


title: F_E18.5_normal_CD45_2_DC36_M16


title: M_P21_normal_CD45_2_DC36_A17


title: M_P21_normal_CD45_2_DC36_B2


title: M_P21_normal_CD45_1_DC36_A2


title: F_E18.5_normal_CD45_2_DC36_C17


title: M_P21_normal_CD45_1_DC36_G7


title: F_E18.5_normal_CD45_2_DC36_C18


title: M_P21_normal_CD45_2_DC36_B11


title: M_P21_normal_CD45_1_DC36_I14


title: M_P21_normal_CD45_1_DC36_H4


title: M_P21_normal_CD45_2_DC36_C12


title: M_P21_normal_CD45_1_DC36_L3


title: M_P21_normal_CD45_1_DC36_L5


title: M_P21_normal_CD45_1_DC36_H13


title: M_P21_normal_CD45_2_DC36_D6


title: F_E18.5_normal_CD45_2_DC36_F11


title: M_P21_normal_CD45_2_DC36_E21


title: M_P21_normal_CD45_1_DC36_N15


title: M_P21_normal_CD45_1_DC36_A14


title: M_P21_normal_CD45_2_DC36_H4


title: M_P21_normal_CD45_1_DC36_P4


title: M_P21_normal_CD45_2_DC36_O7


title: M_P21_normal_CD45_2_DC36_I6


title: M_P21_normal_CD45_1_DC36_B10


title: M_P21_normal_CD45_2_DC36_I11


title: M_P21_normal_CD45_2_DC36_B19


title: M_P21_normal_CD45_1_DC36_K12


title: M_P21_normal_CD45_2_DC36_D7


title: M_P21_normal_CD45_2_DC36_E1


title: M_P21_normal_CD45_2_DC36_O4


title: M_P21_normal_CD45_2_DC36_C10


title: M_P21_normal_CD45_1_DC36_J4


title: M_P21_normal_CD45_2_DC36_F8


title: M_P21_normal_CD45_1_DC36_N2


title: M_P21_normal_CD45_1_DC36_H2


title: F_E18.5_normal_CD45_2_DC36_J22


title: M_P21_normal_CD45_2_DC36_P13


title: M_P21_normal_CD45_2_DC36_E4


title: F_E18.5_normal_CD45_2_DC36_C15


title: M_P21_normal_CD45_1_DC36_C7


title: F_E18.5_normal_CD45_2_DC36_C23


title: F_E18.5_normal_CD45_2_DC36_G18


title: M_P21_normal_CD45_1_DC36_C18


title: M_P21_normal_CD45_2_DC36_G4


title: M_P21_normal_CD45_1_DC36_J11


title: M_P21_normal_CD45_2_DC36_F11


title: M_P21_normal_CD45_2_DC36_P5


title: M_P21_normal_CD45_1_DC36_M1


title: F_E18.5_normal_CD45_2_DC36_E12


title: M_P21_normal_CD45_1_DC36_D18


title: M_P21_normal_CD45_1_DC36_E6


title: F_E18.5_normal_CD45_2_DC36_G15


title: F_E18.5_normal_CD45_2_DC36_C19


title: F_E18.5_normal_CD45_2_DC36_D3


title: M_P21_normal_CD45_2_DC36_E19


title: F_E18.5_normal_CD45_2_DC36_E10


title: M_P21_normal_CD45_2_DC36_H12


title: M_P21_normal_CD45_2_DC36_M15


title: F_E18.5_normal_CD45_2_DC36_C16


title: M_P21_normal_CD45_1_DC36_G19


title: M_P21_normal_CD45_2_DC36_D16


title: M_P21_normal_CD45_2_DC36_I17


title: M_P21_normal_CD45_2_DC36_N3


title: M_P21_normal_CD45_1_DC36_O13


title: F_E18.5_normal_CD45_2_DC36_E21


title: F_E18.5_normal_CD45_2_DC36_G2


title: F_E18.5_normal_CD45_2_DC36_J14


title: M_P21_normal_CD45_1_DC36_D23


title: M_P21_normal_CD45_2_DC36_I21


title: M_P21_normal_CD45_1_DC36_A10


title: M_P21_normal_CD45_2_DC36_F5


title: M_P21_normal_CD45_1_DC36_K2


title: M_P21_normal_CD45_1_DC36_B15


title: M_P21_normal_CD45_2_DC36_F22


title: M_P21_normal_CD45_2_DC36_K1


title: F_E18.5_normal_CD45_2_DC36_C12


title: M_P21_normal_CD45_1_DC36_L12


title: M_P21_normal_CD45_2_DC36_J22


title: M_P21_normal_CD45_1_DC36_M15


title: M_P21_normal_CD45_2_DC36_B1


title: M_P21_normal_CD45_1_DC36_L23


title: M_P21_normal_CD45_1_DC36_I18


title: M_P21_normal_CD45_2_DC36_M18


title: F_E18.5_normal_CD45_2_DC36_L21


title: M_P21_normal_CD45_2_DC36_C5


title: M_P21_normal_CD45_2_DC36_H21


title: M_P21_normal_CD45_2_DC36_J2


title: M_P21_normal_CD45_1_DC36_G5


title: M_P21_normal_CD45_2_DC36_G18


title: M_P21_normal_CD45_1_DC36_F5


title: F_E18.5_normal_CD45_2_DC36_J15


title: F_E18.5_normal_CD45_2_DC36_D11


title: M_P21_normal_CD45_2_DC36_C15


title: M_P21_normal_CD45_2_DC36_D12


title: F_E18.5_normal_CD45_2_DC36_L17


title: M_P21_normal_CD45_1_DC36_A12


title: M_P21_normal_CD45_1_DC36_H9


title: M_P21_normal_CD45_2_DC36_F18


title: M_P21_normal_CD45_1_DC36_C8


title: M_P21_normal_CD45_2_DC36_E14


title: M_P21_normal_CD45_2_DC36_H1


title: M_P21_normal_CD45_1_DC36_C23


title: M_P21_normal_CD45_1_DC36_B17


title: M_P21_normal_CD45_1_DC36_N4


title: F_E18.5_normal_CD45_2_DC36_D14


title: M_P21_normal_CD45_2_DC36_B4


title: F_E18.5_normal_CD45_2_DC36_E22


title: M_P21_normal_CD45_2_DC36_G7


title: M_P21_normal_CD45_1_DC36_I5


title: M_P21_normal_CD45_1_DC36_A3


title: M_P21_normal_CD45_1_DC36_G9


title: M_P21_normal_CD45_2_DC36_E22


title: M_P21_normal_CD45_1_DC36_P3


title: M_P21_normal_CD45_2_DC36_D20


title: M_P21_normal_CD45_1_DC36_M5


title: M_P21_normal_CD45_1_DC36_G3


title: M_P21_normal_CD45_2_DC36_G10


title: M_P21_normal_CD45_1_DC36_E4


title: M_P21_normal_CD45_2_DC36_N16


title: M_P21_normal_CD45_1_DC36_B22


title: M_P21_normal_CD45_2_DC36_O9


title: M_P21_normal_CD45_1_DC36_H5


title: M_P21_normal_CD45_1_DC36_C15


title: M_P21_normal_CD45_1_DC36_B7


title: M_P21_normal_CD45_2_DC36_G19


title: M_P21_normal_CD45_1_DC36_F11


title: M_P21_normal_CD45_1_DC36_K4


title: M_P21_normal_CD45_1_DC36_O7


title: M_P21_normal_CD45_1_DC36_L13


title: M_P21_normal_CD45_2_DC36_O18


title: M_P21_normal_CD45_2_DC36_E17


title: F_E18.5_normal_CD45_2_DC36_L19


title: M_P21_normal_CD45_2_DC36_G14


title: M_P21_normal_CD45_2_DC36_M10


title: M_P21_normal_CD45_2_DC36_K11


title: F_E18.5_normal_CD45_2_DC36_K22


title: M_P21_normal_CD45_1_DC36_D8


title: M_P21_normal_CD45_2_DC36_E13


title: M_P21_normal_CD45_2_DC36_A21


title: M_P21_normal_CD45_2_DC36_F1


title: M_P21_normal_CD45_2_DC36_L2


title: M_P21_normal_CD45_2_DC36_L13


title: M_P21_normal_CD45_2_DC36_J21


title: M_P21_normal_CD45_1_DC36_C2


title: M_P21_normal_CD45_2_DC36_A6


title: F_E18.5_normal_CD45_2_DC36_K20


title: M_P21_normal_CD45_2_DC36_B16

value: basophil


title: M_P21_normal_CD45_1_DC36_H14


title: M_P21_normal_CD45_1_DC36_L2


title: M_P21_normal_CD45_1_DC36_C21


title: F_E18.5_normal_CD45_2_DC36_L14


title: M_P21_normal_CD45_1_DC36_E23


title: M_P21_normal_CD45_2_DC36_M20


title: M_P21_normal_CD45_1_DC36_M2


title: F_E18.5_normal_CD45_2_DC36_E2


title: F_E18.5_normal_CD45_2_DC36_K19


title: M_P21_normal_CD45_2_DC36_L20


title: M_P21_normal_CD45_1_DC36_O3


title: M_P21_normal_CD45_2_DC36_I8


title: M_P21_normal_CD45_2_DC36_G11


title: M_P21_normal_CD45_1_DC36_E3


title: M_P21_normal_CD45_2_DC36_H3


title: F_E18.5_normal_CD45_2_DC36_C11


title: M_P21_normal_CD45_2_DC36_G8


title: M_P21_normal_CD45_2_DC36_A20


title: M_P21_normal_CD45_1_DC36_N12


title: F_E18.5_normal_CD45_2_DC36_G16


title: M_P21_normal_CD45_1_DC36_G2


title: M_P21_normal_CD45_1_DC36_N7


title: M_P21_normal_CD45_1_DC36_F12


title: M_P21_normal_CD45_2_DC36_F21


title: M_P21_normal_CD45_1_DC36_B23


title: M_P21_normal_CD45_2_DC36_O1


title: M_P21_normal_CD45_1_DC36_G15


title: M_P21_normal_CD45_2_DC36_F15


title: M_P21_normal_CD45_2_DC36_M12


title: M_P21_normal_CD45_2_DC36_M7


title: F_E18.5_normal_CD45_2_DC36_C2


title: M_P21_normal_CD45_2_DC36_G5


title: M_P21_normal_CD45_1_DC36_N5


title: F_E18.5_normal_CD45_2_DC36_K13


title: M_P21_normal_CD45_2_DC36_F16


title: F_E18.5_normal_CD45_2_DC36_D22


title: M_P21_normal_CD45_1_DC36_K22


title: M_P21_normal_CD45_1_DC36_D22


title: M_P21_normal_CD45_2_DC36_L14


title: M_P21_normal_CD45_1_DC36_J9


title: M_P21_normal_CD45_1_DC36_F2


title: M_P21_normal_CD45_2_DC36_E2


title: M_P21_normal_CD45_2_DC36_G22


title: M_P21_normal_CD45_2_DC36_M5


title: M_P21_normal_CD45_2_DC36_G23


title: M_P21_normal_CD45_1_DC36_I3


title: M_P21_normal_CD45_2_DC36_P7


title: M_P21_normal_CD45_2_DC36_K5


title: F_E18.5_normal_CD45_2_DC36_D17


title: M_P21_normal_CD45_2_DC36_A19


title: M_P21_normal_CD45_2_DC36_H6


title: M_P21_normal_CD45_1_DC36_H1


title: M_P21_normal_CD45_1_DC36_K11


title: M_P21_normal_CD45_1_DC36_I10


title: M_P21_normal_CD45_2_DC36_N4


title: M_P21_normal_CD45_2_DC36_O11


title: F_E18.5_normal_CD45_2_DC36_L16


title: M_P21_normal_CD45_2_DC36_H10


title: M_P21_normal_CD45_1_DC36_E13


title: M_P21_normal_CD45_1_DC36_M7


title: M_P21_normal_CD45_2_DC36_I2


title: M_P21_normal_CD45_2_DC36_A9


title: F_E18.5_normal_CD45_2_DC36_B14


title: M_P21_normal_CD45_1_DC36_F13


title: M_P21_normal_CD45_2_DC36_C11


title: M_P21_normal_CD45_2_DC36_L11


title: M_P21_normal_CD45_1_DC36_O9


title: M_P21_normal_CD45_2_DC36_B3


title: M_P21_normal_CD45_2_DC36_N11


title: M_P21_normal_CD45_2_DC36_B18


title: M_P21_normal_CD45_1_DC36_D11


title: M_P21_normal_CD45_1_DC36_B21


title: M_P21_normal_CD45_2_DC36_I9


title: M_P21_normal_CD45_1_DC36_N16


title: M_P21_normal_CD45_1_DC36_L1


title: M_P21_normal_CD45_2_DC36_K22


title: M_P21_normal_CD45_2_DC36_O14


title: F_E18.5_normal_CD45_2_DC36_D18


title: M_P21_normal_CD45_2_DC36_B6


title: M_P21_normal_CD45_2_DC36_B9


title: M_P21_normal_CD45_2_DC36_L19


title: F_E18.5_normal_CD45_2_DC36_C21


title: F_E18.5_normal_CD45_2_DC36_E16


title: M_P21_normal_CD45_2_DC36_D21


title: M_P21_normal_CD45_2_DC36_C4


title: M_P21_normal_CD45_2_DC36_K18


title: M_P21_normal_CD45_1_DC36_G13


title: M_P21_normal_CD45_2_DC36_F13


title: M_P21_normal_CD45_1_DC36_N9


title: F_E18.5_normal_CD45_2_DC36_M15


title: M_P21_normal_CD45_2_DC36_N20


title: M_P21_normal_CD45_1_DC36_B16


title: M_P21_normal_CD45_2_DC36_C6


title: M_P21_normal_CD45_2_DC36_J14


title: M_P21_normal_CD45_2_DC36_F23


title: M_P21_normal_CD45_1_DC36_F14


title: M_P21_normal_CD45_1_DC36_M6


title: M_P21_normal_CD45_2_DC36_L7


title: M_P21_normal_CD45_1_DC36_K3


title: F_E18.5_normal_CD45_2_DC36_F12


title: M_P21_normal_CD45_1_DC36_J20


title: F_E18.5_normal_CD45_2_DC36_D21


title: M_P21_normal_CD45_2_DC36_F9


title: M_P21_normal_CD45_2_DC36_N7


title: F_E18.5_normal_CD45_2_DC36_K16


title: F_E18.5_normal_CD45_2_DC36_E13


title: M_P21_normal_CD45_1_DC36_D5


title: M_P21_normal_CD45_2_DC36_B14


title: M_P21_normal_CD45_1_DC36_M8


title: M_P21_normal_CD45_2_DC36_H19


title: F_E18.5_normal_CD45_2_DC36_D23


title: M_P21_normal_CD45_1_DC36_L17


title: M_P21_normal_CD45_2_DC36_M19


title: M_P21_normal_CD45_1_DC36_A4


title: M_P21_normal_CD45_2_DC36_P8


title: M_P21_normal_CD45_2_DC36_F19


title: M_P21_normal_CD45_2_DC36_N10


title: M_P21_normal_CD45_1_DC36_E19


title: M_P21_normal_CD45_2_DC36_K7


title: M_P21_normal_CD45_1_DC36_L14


title: M_P21_normal_CD45_2_DC36_E15


title: M_P21_normal_CD45_2_DC36_D15


title: F_E18.5_normal_CD45_2_DC36_K23


title: M_P21_normal_CD45_1_DC36_H3


title: M_P21_normal_CD45_1_DC36_F6


title: M_P21_normal_CD45_2_DC36_L21


title: M_P21_normal_CD45_2_DC36_I20


title: F_E18.5_normal_CD45_2_DC36_G19


title: M_P21_normal_CD45_2_DC36_D5


title: M_P21_normal_CD45_1_DC36_L11


title: M_P21_normal_CD45_2_DC36_K15


title: M_P21_normal_CD45_1_DC36_A22


title: M_P21_normal_CD45_1_DC36_F20


title: M_P21_normal_CD45_2_DC36_A3


title: F_E18.5_normal_CD45_2_DC36_F10


title: M_P21_normal_CD45_1_DC36_F4


title: M_P21_normal_CD45_1_DC36_H12


title: M_P21_normal_CD45_1_DC36_P7


title: M_P21_normal_CD45_1_DC36_H22


title: M_P21_normal_CD45_2_DC36_O2


title: F_E18.5_normal_CD45_2_DC36_E17


title: M_P21_normal_CD45_1_DC36_P13


title: M_P21_normal_CD45_1_DC36_O11


title: M_P21_normal_CD45_1_DC36_N11


title: M_P21_normal_CD45_2_DC36_N5


title: F_E18.5_normal_CD45_2_DC36_L20


title: M_P21_normal_CD45_1_DC36_C4


title: M_P21_normal_CD45_2_DC36_B7


title: M_P21_normal_CD45_1_DC36_E11


title: M_P21_normal_CD45_2_DC36_G20


title: M_P21_normal_CD45_1_DC36_J10


title: M_P21_normal_CD45_1_DC36_K6


title: M_P21_normal_CD45_2_DC36_M8


title: M_P21_normal_CD45_1_DC36_A11


title: F_E18.5_normal_CD45_2_DC36_F21


title: F_E18.5_normal_CD45_2_DC36_B15


title: F_E18.5_normal_CD45_2_DC36_F16


title: M_P21_normal_CD45_2_DC36_D22


title: M_P21_normal_CD45_1_DC36_G20


title: M_P21_normal_CD45_2_DC36_I18


title: M_P21_normal_CD45_1_DC36_P9


title: M_P21_normal_CD45_1_DC36_C20


title: M_P21_normal_CD45_1_DC36_J23


title: M_P21_normal_CD45_1_DC36_E10


title: F_E18.5_normal_CD45_2_DC36_B21


title: M_P21_normal_CD45_1_DC36_B14


title: M_P21_normal_CD45_2_DC36_M6


title: M_P21_normal_CD45_2_DC36_P4


title: M_P21_normal_CD45_2_DC36_O17


title: M_P21_normal_CD45_2_DC36_K13


title: M_P21_normal_CD45_1_DC36_M10


title: M_P21_normal_CD45_1_DC36_K14


title: M_P21_normal_CD45_2_DC36_H5


title: F_E18.5_normal_CD45_2_DC36_F2


title: M_P21_normal_CD45_1_DC36_C13


title: M_P21_normal_CD45_2_DC36_I19


title: M_P21_normal_CD45_1_DC36_D21


title: M_P21_normal_CD45_2_DC36_L4


title: M_P21_normal_CD45_1_DC36_C1


title: M_P21_normal_CD45_1_DC36_B20


title: F_E18.5_normal_CD45_2_DC36_M14


title: M_P21_normal_CD45_2_DC36_E9


title: F_E18.5_normal_CD45_2_DC36_B20


title: M_P21_normal_CD45_1_DC36_J1


title: M_P21_normal_CD45_2_DC36_E8


title: M_P21_normal_CD45_1_DC36_K1


title: M_P21_normal_CD45_2_DC36_J16


title: M_P21_normal_CD45_2_DC36_H16


title: M_P21_normal_CD45_2_DC36_C3


title: M_P21_normal_CD45_1_DC36_L10


title: M_P21_normal_CD45_2_DC36_H15


title: F_E18.5_normal_CD45_2_DC36_J23


title: M_P21_normal_CD45_1_DC36_E8


title: M_P21_normal_CD45_1_DC36_L4


title: M_P21_normal_CD45_2_DC36_D3


title: M_P21_normal_CD45_2_DC36_D17


title: F_E18.5_normal_CD45_2_DC36_D13


title: M_P21_normal_CD45_1_DC36_I19


title: M_P21_normal_CD45_2_DC36_F20


title: M_P21_normal_CD45_1_DC36_B2


title: F_E18.5_normal_CD45_2_DC36_A1


title: M_P21_normal_CD45_2_DC36_A22


title: M_P21_normal_CD45_1_DC36_O4


title: M_P21_normal_CD45_1_DC36_N8


title: M_P21_normal_CD45_2_DC36_M21

value: DC III


title: M_P21_normal_CD45_2_DC36_M2

value: distal lung


title: F_E18.5_normal_CD45_2_DC36_D2


title: F_E18.5_normal_CD45_2_DC36_D1


title: M_P21_normal_CD45_2_DC36_G21

value: M


title: M_P21_normal_CD45_2_DC36_A15

value: immune


title: F_E18.5_normal_CD45_2_DC36_L13


title: M_P21_normal_CD45_1_DC36_H18

value: Mac V


title: M_P21_normal_CD45_1_DC36_N3


title: M_P21_normal_CD45_1_DC36_I1


title: M_P21_normal_CD45_1_DC36_P18


title: M_P21_normal_CD45_2_DC36_A12


title: M_P21_normal_CD45_1_DC36_F7


title: M_P21_normal_CD45_1_DC36_M4


title: M_P21_normal_CD45_1_DC36_C9


title: M_P21_normal_CD45_1_DC36_O10


title: M_P21_normal_CD45_1_DC36_A1


title: M_P21_normal_CD45_2_DC36_N6


title: F_E18.5_normal_CD45_2_DC36_D15

value: F


title: M_P21_normal_CD45_1_DC36_G10


title: M_P21_normal_CD45_2_DC36_N2


title: M_P21_normal_CD45_2_DC36_E5


title: M_P21_normal_CD45_2_DC36_G15


title: M_P21_normal_CD45_2_DC36_J3


title: M_P21_normal_CD45_2_DC36_H20


title: M_P21_normal_CD45_1_DC36_B4


title: M_P21_normal_CD45_2_DC36_A14


title: M_P21_normal_CD45_2_DC36_D4


title: M_P21_normal_CD45_2_DC36_B23


title: M_P21_normal_CD45_2_DC36_D9


title: M_P21_normal_CD45_2_DC36_K8


title: F_E18.5_normal_CD45_2_DC36_E19


title: M_P21_normal_CD45_2_DC36_D1


title: M_P21_normal_CD45_2_DC36_E20


title: M_P21_normal_CD45_2_DC36_I10


title: M_P21_normal_CD45_2_DC36_I13


title: F_E18.5_normal_CD45_2_DC36_B3


title: M_P21_normal_CD45_1_DC36_F18


title: M_P21_normal_CD45_1_DC36_C12


title: M_P21_normal_CD45_2_DC36_B17


title: M_P21_normal_CD45_1_DC36_G11


title: M_P21_normal_CD45_2_DC36_C17


title: M_P21_normal_CD45_1_DC36_C11


title: F_E18.5_normal_CD45_2_DC36_C10


title: M_P21_normal_CD45_1_DC36_I4

value: neutrophil


title: M_P21_normal_CD45_2_DC36_K14


title: M_P21_normal_CD45_1_DC36_P2


title: M_P21_normal_CD45_1_DC36_F10


title: M_P21_normal_CD45_2_DC36_B15


title: M_P21_normal_CD45_2_DC36_K2


title: M_P21_normal_CD45_1_DC36_H15


title: M_P21_normal_CD45_2_DC36_C7


title: M_P21_normal_CD45_2_DC36_K21


title: F_E18.5_normal_CD45_2_DC36_M17


title: M_P21_normal_CD45_1_DC36_G4


title: M_P21_normal_CD45_1_DC36_I20


title: F_E18.5_normal_CD45_2_DC36_I10

value: Mac I


title: M_P21_normal_CD45_1_DC36_I8


title: M_P21_normal_CD45_1_DC36_J5


title: F_E18.5_normal_CD45_2_DC36_E23


title: M_P21_normal_CD45_2_DC36_I4


title: F_E18.5_normal_CD45_2_DC36_F15


title: M_P21_normal_CD45_2_DC36_O5


title: M_P21_normal_CD45_1_DC36_M9


title: M_P21_normal_CD45_1_DC36_F23


title: F_E18.5_normal_CD45_2_DC36_D16


title: M_P21_normal_CD45_1_DC36_J8


title: M_P21_normal_CD45_1_DC36_H17


title: M_P21_normal_CD45_1_DC36_K13


title: M_P21_normal_CD45_1_DC36_A18


title: F_E18.5_normal_CD45_2_DC36_K21


title: F_E18.5_normal_CD45_2_DC36_L15


title: M_P21_normal_CD45_2_DC36_L17


title: M_P21_normal_CD45_2_DC36_H8

value: NK cell


title: M_P21_normal_CD45_1_DC36_N17


title: M_P21_normal_CD45_1_DC36_K5

value: B cell


title: F_E18.5_normal_CD45_2_DC36_J19


title: M_P21_normal_CD45_2_DC36_C22


title: M_P21_normal_CD45_1_DC36_E2


title: M_P21_normal_CD45_2_DC36_D14


title: F_E18.5_normal_CD45_2_DC36_B22


title: M_P21_normal_CD45_1_DC36_G6


title: F_E18.5_normal_CD45_2_DC36_K15


title: M_P21_normal_CD45_2_DC36_M9


title: M_P21_normal_CD45_2_DC36_L8


title: M_P21_normal_CD45_2_DC36_D10


title: M_P21_normal_CD45_2_DC36_C19

value: T cell


title: M_P21_normal_CD45_2_DC36_J10


title: M_P21_normal_CD45_2_DC36_G3


title: F_E18.5_normal_CD45_2_DC36_K14


title: M_P21_normal_CD45_1_DC36_J12


title: F_E18.5_normal_CD45_2_DC36_C3


title: M_P21_normal_CD45_2_DC36_J20


title: F_E18.5_normal_CD45_2_DC36_E15


title: M_P21_normal_CD45_1_DC36_A16


title: F_E18.5_normal_CD45_2_DC36_L18


title: M_P21_normal_CD45_1_DC36_C22


title: F_E18.5_normal_CD45_2_DC36_D20


title: M_P21_normal_CD45_1_DC36_O5


title: F_E18.5_normal_CD45_2_DC36_F19


title: M_P21_normal_CD45_1_DC36_O14


title: M_P21_normal_CD45_1_DC36_O2


title: M_P21_normal_CD45_1_DC36_D15


title: M_P21_normal_CD45_2_DC36_G12


title: M_P21_normal_CD45_1_DC36_A17


title: M_P21_normal_CD45_1_DC36_L7


title: M_P21_normal_CD45_2_DC36_H14


title: M_P21_normal_CD45_1_DC36_N1


title: M_P21_normal_CD45_1_DC36_I2


title: M_P21_normal_CD45_1_DC36_P8


title: F_E18.5_normal_CD45_2_DC36_E1


title: F_E18.5_normal_CD45_2_DC36_M22


title: M_P21_normal_CD45_1_DC36_C10


title: M_P21_normal_CD45_1_DC36_D3


title: M_P21_normal_CD45_1_DC36_J2


title: M_P21_normal_CD45_1_DC36_P10


title: F_E18.5_normal_CD45_2_DC36_J13


title: M_P21_normal_CD45_1_DC36_D19


title: M_P21_normal_CD45_2_DC36_L9


title: M_P21_normal_CD45_2_DC36_F6


title: M_P21_normal_CD45_2_DC36_A5


title: M_P21_normal_CD45_2_DC36_D19


title: F_E18.5_normal_CD45_2_DC36_J18


title: M_P21_normal_CD45_2_DC36_A10


title: M_P21_normal_CD45_2_DC36_L6


title: M_P1_normal_CD45_2_DC35_K22


title: M_P1_normal_CD45_1_DC35_I8


title: M_E18.5_normal_CD45_2_DC35_H4


title: M_E18.5_normal_CD45_2_DC35_G1


title: M_E18.5_normal_CD45_2_DC35_I4


title: M_E18.5_normal_CD45_2_DC35_O17


title: M_P7_normal_CD45_1_DC35_H18


title: M_E18.5_normal_CD45_1_DC35_D8


title: M_E18.5_normal_CD45_2_DC35_A5


title: M_P1_normal_CD45_2_DC35_K16


title: M_P1_normal_CD45_2_DC35_N4


title: M_P7_normal_CD45_2_DC35_I4


title: M_E18.5_normal_CD45_2_DC35_F17


title: M_P21_normal_CD45_2_DC36_B10


title: M_P7_normal_CD45_1_DC35_K3


title: F_E18.5_normal_CD45_2_DC36_F18


title: F_P1_normal_CD45_2_DC35_P17


title: M_P7_normal_CD45_2_DC35_J22


title: M_P7_normal_CD45_2_DC35_C7


title: M_P7_normal_CD45_2_DC35_G6


title: M_P7_normal_CD45_2_DC35_K22


title: M_P1_normal_CD45_2_DC35_B8


title: M_P1_normal_CD45_1_DC35_G10


title: M_P1_normal_CD45_1_DC35_A19


title: M_P7_normal_CD45_2_DC35_H20


title: M_P1_normal_CD45_2_DC35_J6


title: M_P7_normal_CD45_1_DC35_E17

value: DC I


title: M_E18.5_normal_CD45_1_DC35_C16


title: M_P1_normal_CD45_1_DC35_A11


title: F_P1_normal_CD45_2_DC35_A5


title: M_E18.5_normal_CD45_2_DC35_M7


title: M_P1_normal_CD45_2_DC35_N6


title: M_P1_normal_CD45_2_DC35_L23


title: F_P1_normal_CD45_2_DC35_I6


title: F_P7_normal_CD45_2_DC35_P14


title: F_P1_normal_CD45_2_DC35_F14


title: M_P7_normal_mesench_2_DC35_K16


title: M_E18.5_normal_CD45_2_DC35_N14


title: M_P7_normal_CD45_2_DC35_O20


title: M_P7_normal_CD45_2_DC35_A2


title: M_P7_normal_CD45_2_DC35_O3


title: M_P1_normal_CD45_2_DC35_K8


title: M_P7_normal_CD45_2_DC35_M18


title: M_P7_normal_mesench_1_DC35_L12


title: M_P7_normal_CD45_2_DC35_C12


title: M_P7_normal_CD45_1_DC35_L15


title: F_P7_normal_CD45_2_DC35_B9

value: DC II


title: M_E18.5_normal_CD45_1_DC35_F9


title: M_E18.5_normal_CD45_1_DC35_E15


title: M_P1_normal_CD45_2_DC35_F16

value: IL cell


title: F_P1_normal_CD45_2_DC35_C8


title: M_E18.5_normal_CD45_1_DC35_K13


title: M_P1_normal_CD45_2_DC35_G19


title: M_P7_normal_CD45_1_DC35_N9


title: M_E18.5_normal_CD45_1_DC35_H12


title: F_P1_normal_CD45_2_DC35_L20


title: M_E18.5_normal_CD45_2_DC35_L8


title: M_P7_normal_CD45_2_DC35_F17


title: M_P1_normal_CD45_1_DC35_D16


title: M_E18.5_normal_CD45_2_DC35_D14


title: M_P1_normal_CD45_2_DC35_G10


title: M_E18.5_normal_CD45_2_DC35_C7

value: Mac IV


title: M_E18.5_normal_CD45_2_DC35_B22


title: M_P7_normal_CD45_1_DC35_J13

value: Mac II


title: M_P1_normal_CD45_2_DC35_B20


title: M_P1_normal_CD45_1_DC35_I15


title: M_P1_normal_CD45_1_DC35_K12

value: Mac III


title: F_P1_normal_CD45_2_DC35_O9


title: M_P7_normal_CD45_1_DC35_F11


title: M_P7_normal_CD45_1_DC35_C18


title: M_P21_normal_CD45_1_DC36_D9


title: M_P7_normal_CD45_1_DC35_E7


title: M_P1_normal_CD45_2_DC35_G21


title: M_P1_normal_CD45_2_DC35_D4


title: M_P1_normal_CD45_1_DC35_I23


title: M_P1_normal_CD45_2_DC35_F3


title: M_P1_normal_CD45_1_DC35_E6


title: F_P1_normal_CD45_2_DC35_M12


title: M_E18.5_normal_CD45_1_DC35_J9


title: M_E18.5_normal_CD45_2_DC35_M5


title: M_P1_normal_CD45_1_DC35_D8


title: M_P7_normal_CD45_1_DC35_K5


title: M_P1_normal_CD45_1_DC35_A20


title: F_P1_normal_CD45_2_DC35_I10


title: M_E18.5_normal_CD45_1_DC35_K3


title: M_E18.5_normal_CD45_1_DC35_I10


title: M_E18.5_normal_CD45_2_DC35_O16


title: M_E18.5_normal_CD45_1_DC35_I8


title: M_E18.5_normal_mesench_2_DC35_M2


title: F_P7_normal_CD45_2_DC35_G13


title: M_E18.5_normal_CD45_1_DC35_G7


title: M_P7_normal_CD45_2_DC35_F23


title: M_P7_normal_CD45_2_DC35_G10


title: M_P1_normal_CD45_2_DC35_O19


title: M_P7_normal_CD45_1_DC35_E21


title: M_P1_normal_CD45_2_DC35_I5


title: M_E18.5_normal_CD45_2_DC35_N20


title: M_P1_normal_CD45_2_DC35_E10


title: M_P1_normal_CD45_2_DC35_P11


title: M_P7_normal_CD45_2_DC35_I7


title: F_P1_normal_CD45_2_DC35_J18


title: M_P1_normal_CD45_2_DC35_E3


title: M_P7_normal_CD45_2_DC35_I5


title: M_P7_normal_CD45_1_DC35_F1


title: F_P1_normal_CD45_2_DC35_C21


title: M_P7_normal_CD45_1_DC35_D4


title: M_P7_normal_CD45_1_DC35_O10


title: F_P7_normal_CD45_2_DC35_K14


title: M_E18.5_normal_CD45_1_DC35_O21


title: M_P1_normal_CD45_1_DC35_B8


title: M_E18.5_normal_CD45_1_DC35_I4


title: M_P1_normal_CD45_2_DC35_C1


title: M_E18.5_normal_CD45_2_DC35_J10


title: M_P1_normal_CD45_1_DC35_H3


title: M_P1_normal_CD45_2_DC35_I19


title: M_E18.5_normal_CD45_2_DC35_I16


title: M_P7_normal_CD45_2_DC35_J6


title: M_E18.5_normal_CD45_1_DC35_P9


title: M_E18.5_normal_CD45_2_DC35_D15


title: F_P1_normal_CD45_2_DC35_H7


title: M_P1_normal_CD45_2_DC35_J13


title: F_P1_normal_CD45_2_DC35_F18


title: M_E18.5_normal_CD45_1_DC35_E12


title: M_P7_normal_CD45_2_DC35_C2


title: M_E18.5_normal_CD45_1_DC35_K12


title: M_E18.5_normal_CD45_2_DC35_N9


title: M_P1_normal_CD45_1_DC35_D7


title: M_P7_normal_CD45_2_DC35_D3

value: DC III


title: M_E18.5_normal_CD45_2_DC35_K22

value: distal lung


title: M_P7_normal_CD45_2_DC35_O12

value: M


title: F_P7_normal_CD45_2_DC35_K18

value: immune


title: M_P7_normal_CD45_1_DC35_P7


title: M_E18.5_normal_CD45_2_DC35_A17


title: M_P1_normal_CD45_1_DC35_M2


title: M_P7_normal_CD45_2_DC35_N23


title: M_P1_normal_CD45_1_DC35_J5


title: M_P7_normal_CD45_1_DC35_P5


title: M_P7_normal_CD45_2_DC35_B21


title: M_E18.5_normal_CD45_2_DC35_H7


title: M_E18.5_normal_CD45_2_DC35_D13


title: F_P1_normal_CD45_2_DC35_L3


title: F_P1_normal_CD45_2_DC35_B2


title: M_P7_normal_CD45_1_DC35_G21


title: M_P1_normal_CD45_1_DC35_I12


title: M_E18.5_normal_CD45_2_DC35_C23


title: M_E18.5_normal_CD45_2_DC35_P4


title: M_P1_normal_CD45_1_DC35_E9


title: M_E18.5_normal_CD45_1_DC35_L6


title: M_P1_normal_CD45_2_DC35_D18


title: M_P7_normal_CD45_1_DC35_I16


title: M_P7_normal_CD45_2_DC35_D5


title: M_E18.5_normal_CD45_2_DC35_L16


title: M_P1_normal_CD45_2_DC35_N16


title: M_E18.5_normal_CD45_1_DC35_J19


title: M_E18.5_normal_CD45_1_DC35_F7


title: M_P1_normal_CD45_2_DC35_K20


title: F_P1_normal_CD45_2_DC35_D4


title: F_P7_normal_CD45_2_DC35_I22


title: M_P1_normal_CD45_1_DC35_B1


title: M_P7_normal_CD45_1_DC35_L2


title: F_P1_normal_CD45_2_DC35_B22


title: M_P7_normal_CD45_2_DC35_E15

value: mast cell


title: F_P1_normal_CD45_2_DC35_J1

value: F


title: M_P7_normal_CD45_2_DC35_J7

value: Mac V


title: M_P1_normal_CD45_2_DC35_G1

value: neutrophil


title: M_E18.5_normal_CD45_1_DC35_D14

value: Mac I


title: M_E18.5_normal_CD45_1_DC35_D20


title: M_E18.5_normal_CD45_1_DC35_M19


title: M_P7_normal_CD45_2_DC35_C4


title: M_P7_normal_CD45_2_DC35_K14


title: M_P1_normal_CD45_2_DC35_B10


title: M_E18.5_normal_CD45_2_DC35_H15


title: M_P1_normal_CD45_2_DC35_E7


title: F_P1_normal_CD45_2_DC35_G5


title: M_E18.5_normal_CD45_1_DC35_P7


title: M_P7_normal_CD45_1_DC35_O22


title: M_P1_normal_CD45_2_DC35_M16


title: M_E18.5_normal_CD45_1_DC35_M17


title: M_P7_normal_CD45_1_DC35_F8

value: B cell


title: M_E18.5_normal_CD45_1_DC35_H7


title: F_P1_normal_CD45_2_DC35_E5

value: T cell


title: M_P1_normal_CD45_1_DC35_K4


title: M_E18.5_normal_CD45_2_DC35_E9

value: basophil


title: M_P1_normal_CD45_2_DC35_N22


title: M_P7_normal_CD45_2_DC35_I6


title: M_P1_normal_CD45_1_DC35_L20


title: M_E18.5_normal_CD45_2_DC35_B6


title: M_P1_normal_CD45_2_DC35_D2


title: M_P1_normal_CD45_2_DC35_N9


title: M_P7_normal_CD45_1_DC35_C4


title: M_E18.5_normal_CD45_2_DC35_C12


title: M_E18.5_normal_CD45_1_DC35_D2


title: M_E18.5_normal_CD45_2_DC35_P22


title: M_P1_normal_CD45_2_DC35_I15


title: M_P7_normal_CD45_1_DC35_J8


title: M_E18.5_normal_CD45_1_DC35_G15


title: M_E18.5_normal_CD45_1_DC35_I21


title: M_P1_normal_CD45_2_DC35_G14


title: M_P7_normal_CD45_1_DC35_E16


title: M_E18.5_normal_CD45_1_DC35_H2


title: F_P1_normal_CD45_2_DC35_L21


title: M_P7_normal_CD45_1_DC35_N19


title: M_P7_normal_CD45_2_DC35_I1


title: M_P1_normal_CD45_1_DC35_J13


title: M_P7_normal_CD45_2_DC35_M12


title: M_P7_normal_CD45_2_DC35_F19


title: M_P7_normal_CD45_1_DC35_H6

value: DC I


title: M_P7_normal_CD45_1_DC35_B1


title: M_E18.5_normal_CD45_1_DC35_B23


title: F_P1_normal_CD45_2_DC35_N11


title: M_P1_normal_CD45_2_DC35_G20


title: M_P1_normal_CD45_2_DC35_J19


title: F_P7_normal_CD45_2_DC35_J14


title: M_P1_normal_CD45_1_DC35_D18


title: M_P7_normal_CD45_2_DC35_O9


title: M_P1_normal_CD45_2_DC35_N21


title: M_P7_normal_CD45_2_DC35_M23


title: M_E18.5_normal_CD45_1_DC35_G4


title: M_E18.5_normal_CD45_2_DC35_D20


title: M_P1_normal_CD45_2_DC35_J9


title: F_P1_normal_CD45_2_DC35_F7


title: M_E18.5_normal_CD45_2_DC35_O7


title: M_E18.5_normal_CD45_2_DC35_P3


title: M_P7_normal_CD45_1_DC35_L21


title: M_P7_normal_CD45_2_DC35_B5


title: M_E18.5_normal_CD45_2_DC35_B2


title: M_E18.5_normal_CD45_2_DC35_B16


title: M_P1_normal_CD45_1_DC35_P4


title: M_P1_normal_CD45_1_DC35_P7


title: M_P7_normal_CD45_1_DC35_N4


title: M_P7_normal_CD45_2_DC35_K20


title: M_P7_normal_CD45_2_DC35_C8


title: M_P1_normal_CD45_1_DC35_H16


title: F_P1_normal_CD45_2_DC35_M22


title: M_P7_normal_CD45_1_DC35_F20


title: F_P1_normal_CD45_2_DC35_P11


title: M_P7_normal_CD45_1_DC35_H20


title: M_P1_normal_CD45_1_DC35_A22


title: F_P7_normal_CD45_2_DC35_D12


title: M_P1_normal_CD45_1_DC35_N18


title: M_P1_normal_CD45_2_DC35_E18


title: M_P1_normal_CD45_2_DC35_L22


title: F_P1_normal_CD45_2_DC35_H16


title: M_P1_normal_CD45_2_DC35_A15


title: M_P1_normal_CD45_1_DC35_J2


title: M_E18.5_normal_CD45_2_DC35_K7


title: F_P1_normal_CD45_2_DC35_E22


title: M_E18.5_normal_CD45_1_DC35_N11


title: M_E18.5_normal_CD45_1_DC35_K2


title: M_P7_normal_CD45_1_DC35_K6


title: F_P1_normal_CD45_2_DC35_K6


title: M_P7_normal_CD45_1_DC35_P6


title: F_P1_normal_CD45_2_DC35_P14


title: M_P1_normal_CD45_2_DC35_H5


title: M_P1_normal_CD45_1_DC35_D4


title: M_P1_normal_CD45_2_DC35_C9


title: M_E18.5_normal_CD45_1_DC35_P6


title: M_E18.5_normal_CD45_1_DC35_G12


title: M_P1_normal_CD45_2_DC35_A7


title: M_P7_normal_CD45_2_DC35_O6


title: M_P1_normal_CD45_1_DC35_D19


title: F_P1_normal_CD45_2_DC35_B3


title: M_E18.5_normal_CD45_2_DC35_G4


title: M_E18.5_normal_CD45_1_DC35_H1


title: F_P7_normal_CD45_2_DC35_M23


title: M_E18.5_normal_CD45_2_DC35_N19


title: M_P1_normal_CD45_1_DC35_L19


title: M_P7_normal_CD45_2_DC35_G3


title: M_P1_normal_CD45_2_DC35_P4


title: M_P1_normal_CD45_1_DC35_C4


title: M_P1_normal_CD45_2_DC35_C3


title: M_E18.5_normal_CD45_1_DC35_H14


title: M_E18.5_normal_CD45_1_DC35_M20


title: F_P1_normal_CD45_2_DC35_H8


title: M_P1_normal_CD45_2_DC35_K13


title: M_E18.5_normal_CD45_2_DC35_H20


title: F_P1_normal_CD45_2_DC35_O4


title: M_E18.5_normal_CD45_2_DC35_P18


title: M_E18.5_normal_CD45_2_DC35_O14


title: M_E18.5_normal_CD45_2_DC35_G6


title: M_P1_normal_CD45_2_DC35_N19


title: M_E18.5_normal_CD45_2_DC35_P2


title: F_P1_normal_CD45_2_DC35_K14


title: M_P1_normal_CD45_2_DC35_H3


title: M_P1_normal_CD45_2_DC35_L10


title: F_P1_normal_CD45_2_DC35_L7


title: M_E18.5_normal_CD45_1_DC35_J23


title: M_P7_normal_CD45_1_DC35_B14


title: M_E18.5_normal_CD45_1_DC35_I18


title: M_E18.5_normal_CD45_2_DC35_P8


title: M_P7_normal_CD45_2_DC35_F21


title: M_P1_normal_CD45_1_DC35_J12


title: M_P7_normal_CD45_1_DC35_G23


title: M_P7_normal_CD45_1_DC35_F22


title: M_P7_normal_CD45_2_DC35_C20


title: M_P1_normal_CD45_1_DC35_M14


title: M_P7_normal_CD45_2_DC35_I22


title: M_P7_normal_CD45_2_DC35_F10


title: M_E18.5_normal_CD45_1_DC35_C23


title: M_P1_normal_CD45_1_DC35_M10


title: M_P7_normal_CD45_1_DC35_I21


title: F_P7_normal_CD45_2_DC35_L3


title: F_P1_normal_CD45_2_DC35_B18


title: F_P1_normal_CD45_2_DC35_B19


title: M_E18.5_normal_CD45_1_DC35_P12


title: M_P1_normal_CD45_2_DC35_M22


title: M_P7_normal_CD45_2_DC35_N18


title: F_P1_normal_CD45_2_DC35_F12


title: M_E18.5_normal_CD45_2_DC35_A11


title: M_P7_normal_CD45_2_DC35_N1


title: M_E18.5_normal_CD45_2_DC35_I20


title: M_P7_normal_CD45_2_DC35_J14


title: F_P1_normal_CD45_2_DC35_B13


title: M_P7_normal_CD45_2_DC35_J15

value: IL cell


title: M_P7_normal_CD45_2_DC35_O11


title: M_P1_normal_CD45_2_DC35_O1


title: M_P1_normal_CD45_2_DC35_M1


title: F_P1_normal_CD45_2_DC35_E15


title: M_E18.5_normal_CD45_1_DC35_A19


title: M_P7_normal_CD45_2_DC35_P15


title: M_P7_normal_CD45_2_DC35_H13


title: F_P1_normal_CD45_2_DC35_I16


title: M_P1_normal_CD45_2_DC35_N10


title: M_P7_normal_CD45_2_DC35_F18


title: M_E18.5_normal_CD45_1_DC35_K6


title: M_P1_normal_CD45_2_DC35_O13


title: M_P7_normal_CD45_1_DC35_P13


title: F_P1_normal_CD45_2_DC35_N10


title: M_P1_normal_CD45_2_DC35_O17


title: M_P1_normal_CD45_1_DC35_N11


title: M_P1_normal_CD45_2_DC35_E1


title: M_P7_normal_CD45_1_DC35_D20


title: M_E18.5_normal_CD45_2_DC35_A9


title: M_P1_normal_CD45_2_DC35_J16


title: F_P1_normal_CD45_2_DC35_K13


title: F_P1_normal_CD45_2_DC35_L22


title: M_E18.5_normal_CD45_2_DC35_D22


title: M_P7_normal_CD45_1_DC35_H23


title: M_E18.5_normal_CD45_1_DC35_G11


title: M_E18.5_normal_CD45_2_DC35_F13


title: M_P1_normal_CD45_1_DC35_H7


title: M_E18.5_normal_CD45_2_DC35_A13


title: M_E18.5_normal_CD45_2_DC35_C1


title: M_P1_normal_CD45_2_DC35_N8


title: M_P7_normal_CD45_2_DC35_O21


title: M_P1_normal_CD45_2_DC35_E13


title: M_P7_normal_CD45_1_DC35_H3

value: NK cell


title: M_P1_normal_CD45_2_DC35_G15


title: M_E18.5_normal_CD45_2_DC35_K8

value: Mac II


title: M_P7_normal_CD45_2_DC35_F7


title: M_P1_normal_CD45_1_DC35_A6


title: M_P7_normal_CD45_1_DC35_N18


title: M_P1_normal_CD45_1_DC35_K8


title: F_P1_normal_CD45_2_DC35_A11


title: M_P1_normal_CD45_1_DC35_P1

value: Mac III


title: F_P7_normal_CD45_2_DC35_A19


title: M_P1_normal_CD45_1_DC35_J18


title: F_P1_normal_CD45_2_DC35_J16


title: F_P7_normal_CD45_2_DC35_E4


title: M_P1_normal_CD45_1_DC35_O9


title: F_P1_normal_CD45_2_DC35_O11


title: F_P1_normal_CD45_2_DC35_H22


title: M_E18.5_normal_CD45_2_DC35_M15


title: M_P1_normal_CD45_2_DC35_E15


title: M_P1_normal_CD45_2_DC35_M8


title: M_E18.5_normal_CD45_2_DC35_H22


title: M_P1_normal_CD45_1_DC35_E7


title: F_P1_normal_CD45_2_DC35_N20


title: M_P1_normal_CD45_2_DC35_O10


title: M_P1_normal_CD45_1_DC35_K21


title: M_P1_normal_CD45_1_DC35_L22

value: Mac IV


title: M_E18.5_normal_CD45_1_DC35_G1

value: distal lung


title: M_E18.5_normal_CD45_1_DC35_B12

value: M


title: F_P1_normal_CD45_2_DC35_P9

value: immune


title: M_P1_normal_CD45_2_DC35_J14


title: M_P7_normal_CD45_1_DC35_A15


title: M_E18.5_normal_CD45_1_DC35_D19


title: F_P1_normal_CD45_2_DC35_O7


title: M_P1_normal_CD45_1_DC35_J21


title: F_P1_normal_CD45_2_DC35_E12


title: F_P1_normal_CD45_2_DC35_P12


title: F_P1_normal_CD45_2_DC35_J4


title: M_P1_normal_CD45_2_DC35_A16


title: M_E18.5_normal_CD45_2_DC35_L1


title: F_P7_normal_CD45_2_DC35_D1


title: M_E18.5_normal_CD45_1_DC35_N8


title: F_P1_normal_CD45_2_DC35_D20


title: F_P7_normal_CD45_2_DC35_L19


title: M_P7_normal_CD45_2_DC35_G19


title: M_P1_normal_CD45_2_DC35_I4


title: M_P1_normal_CD45_1_DC35_F16


title: M_E18.5_normal_CD45_2_DC35_M23


title: M_P7_normal_CD45_2_DC35_N3


title: F_P1_normal_CD45_2_DC35_J7


title: F_P1_normal_CD45_2_DC35_E17


title: F_P1_normal_CD45_2_DC35_J14


title: M_E18.5_normal_CD45_2_DC35_E8


title: F_P1_normal_CD45_2_DC35_M3


title: M_P7_normal_CD45_1_DC35_M4


title: M_E18.5_normal_CD45_1_DC35_E13


title: M_P1_normal_CD45_2_DC35_M15


title: F_P1_normal_CD45_2_DC35_D3


title: M_P1_normal_CD45_2_DC35_L9


title: M_P1_normal_CD45_2_DC35_E6


title: M_P1_normal_CD45_2_DC35_N11


title: M_P7_normal_CD45_2_DC35_K17


title: M_P1_normal_CD45_2_DC35_M17


title: M_P1_normal_CD45_2_DC35_B22


title: F_P1_normal_CD45_2_DC35_E1


title: M_E18.5_normal_CD45_1_DC35_K21


title: M_P7_normal_CD45_2_DC35_D21


title: M_P7_normal_CD45_1_DC35_G17


title: F_P1_normal_CD45_2_DC35_I4


title: M_E18.5_normal_CD45_2_DC35_A2


title: M_E18.5_normal_CD45_2_DC35_K23


title: F_P7_normal_CD45_2_DC35_L12


title: M_P21_normal_mesench_2_DC35_O4


title: M_P1_normal_CD45_1_DC35_I1


title: M_P1_normal_CD45_1_DC35_E16


title: F_P7_normal_CD45_2_DC35_E5


title: M_P1_normal_CD45_1_DC35_L10


title: M_E18.5_normal_CD45_1_DC35_E4


title: F_P1_normal_CD45_2_DC35_F23


title: M_E18.5_normal_CD45_1_DC35_G17


title: M_E18.5_normal_CD45_2_DC35_A7


title: M_P7_normal_CD45_2_DC35_C17

value: DC II


title: M_E18.5_normal_CD45_2_DC35_B3


title: M_E18.5_normal_CD45_2_DC35_A19


title: F_P1_normal_CD45_2_DC35_M9

value: F


title: F_P1_normal_CD45_2_DC35_A10


title: M_P7_normal_CD45_1_DC35_O6


title: M_P7_normal_CD45_1_DC35_L22


title: M_P7_normal_CD45_1_DC35_K19


title: F_P1_normal_CD45_2_DC35_L8


title: M_E18.5_normal_CD45_1_DC35_B14


title: F_P1_normal_CD45_2_DC35_J5


title: M_E18.5_normal_CD45_1_DC35_P4

value: Mac V


title: M_P1_normal_CD45_2_DC35_B6


title: M_P7_normal_CD45_2_DC35_I19


title: M_P7_normal_CD45_2_DC35_N19


title: M_P7_normal_CD45_1_DC35_H19

value: neutrophil


title: M_P1_normal_CD45_2_DC35_P20


title: M_P1_normal_CD45_2_DC35_O14


title: M_E18.5_normal_CD45_1_DC35_N13

value: Mac I


title: M_P7_normal_CD45_2_DC35_O2


title: M_E18.5_normal_CD45_1_DC35_N18


title: M_P7_normal_CD45_1_DC35_L4


title: F_P1_normal_CD45_2_DC35_G19


title: M_P7_normal_CD45_1_DC35_C14


title: F_P7_normal_CD45_2_DC35_L10


title: M_P1_normal_CD45_1_DC35_N8

value: B cell


title: F_P1_normal_CD45_2_DC35_O8


title: M_P1_normal_CD45_1_DC35_I11


title: F_P1_normal_CD45_2_DC35_J10


title: M_P1_normal_CD45_2_DC35_H9


title: M_P7_normal_CD45_2_DC35_I17


title: M_P1_normal_CD45_2_DC35_H23


title: M_P7_normal_CD45_1_DC35_G18


title: M_P1_normal_CD45_1_DC35_B22


title: M_P7_normal_CD45_2_DC35_E14


title: M_P1_normal_CD45_1_DC35_D9


title: M_P1_normal_CD45_1_DC35_J14


title: F_P1_normal_CD45_2_DC35_D17


title: M_P1_normal_CD45_2_DC35_L12


title: M_P7_normal_CD45_1_DC35_N12


title: M_P1_normal_CD45_2_DC35_J17


title: M_P1_normal_CD45_2_DC35_L18


title: M_P7_normal_CD45_1_DC35_P20


title: M_P1_normal_CD45_1_DC35_C9


title: M_E18.5_normal_CD45_2_DC35_P23


title: M_P1_normal_CD45_1_DC35_F18


title: M_P1_normal_CD45_1_DC35_L17


title: F_P1_normal_CD45_2_DC35_O20


title: F_P7_normal_CD45_2_DC35_D2

value: T cell


title: M_E18.5_normal_CD45_1_DC35_A21


title: M_E18.5_normal_CD45_1_DC35_I2


title: F_P1_normal_CD45_2_DC35_H15


title: F_P1_normal_CD45_2_DC35_D22


title: M_P1_normal_CD45_2_DC35_F21


title: M_E18.5_normal_CD45_2_DC35_D21


title: M_E18.5_normal_CD45_2_DC35_F23


title: F_P1_normal_CD45_2_DC35_G6


title: M_E18.5_normal_CD45_2_DC35_L9


title: M_P7_normal_CD45_2_DC35_I13


title: M_P7_normal_CD45_2_DC35_K11


title: M_E18.5_normal_CD45_2_DC35_L17

value: basophil


title: M_E18.5_normal_CD45_1_DC35_J10


title: M_P1_normal_CD45_1_DC35_M12


title: F_P7_normal_CD45_2_DC35_N2


title: F_P1_normal_CD45_2_DC35_J8


title: M_E18.5_normal_CD45_1_DC35_B3


title: M_P1_normal_CD45_2_DC35_D19


title: F_P1_normal_CD45_2_DC35_K2


title: M_P7_normal_CD45_1_DC35_L13


title: F_P1_normal_CD45_2_DC35_I9


title: M_P1_normal_CD45_2_DC35_G4


title: M_P7_normal_CD45_2_DC35_F15


title: M_E18.5_normal_CD45_1_DC35_L8


title: M_P7_normal_CD45_1_DC35_C16


title: M_P1_normal_CD45_2_DC35_G6


title: M_P1_normal_CD45_2_DC35_E16


title: M_P1_normal_CD45_1_DC35_P6


title: M_E18.5_normal_CD45_1_DC35_M21


title: F_P1_normal_CD45_2_DC35_N13


title: F_P1_normal_CD45_2_DC35_N23


title: M_P7_normal_CD45_2_DC35_G20


title: M_P7_normal_CD45_2_DC35_I16


title: M_P1_normal_CD45_1_DC35_P16


title: M_E18.5_normal_CD45_2_DC35_L18


title: M_P7_normal_CD45_1_DC35_C21


title: M_P1_normal_CD45_2_DC35_M18


title: M_P7_normal_CD45_2_DC35_O4


title: F_P7_normal_CD45_2_DC35_B8


title: M_P7_normal_CD45_2_DC35_E12


title: M_P7_normal_CD45_1_DC35_P23


title: M_P7_normal_CD45_2_DC35_G14


title: M_P1_normal_CD45_1_DC35_J10


title: M_E18.5_normal_CD45_2_DC35_N3


title: M_P7_normal_CD45_2_DC35_M22


title: M_E18.5_normal_CD45_2_DC35_H23


title: M_P7_normal_CD45_2_DC35_B20


title: F_P1_normal_CD45_2_DC35_D19


title: M_E18.5_normal_CD45_1_DC35_D13


title: M_P1_normal_CD45_1_DC35_O15


title: M_E18.5_normal_CD45_1_DC35_J8


title: M_P1_normal_CD45_2_DC35_B13


title: F_P1_normal_CD45_2_DC35_C4


title: M_E18.5_normal_CD45_2_DC35_N5


title: M_P7_normal_CD45_2_DC35_N5


title: M_P1_normal_CD45_2_DC35_L11


title: M_E18.5_normal_CD45_2_DC35_E19


title: M_E18.5_normal_CD45_1_DC35_N9


title: M_P1_normal_CD45_2_DC35_G2


title: M_P7_normal_CD45_2_DC35_B6


title: F_P7_normal_CD45_2_DC35_I1


title: F_P1_normal_CD45_2_DC35_B17


title: M_P7_normal_CD45_2_DC35_O8


title: M_E18.5_normal_CD45_1_DC35_A12


title: M_P7_normal_CD45_1_DC35_C23


title: F_P1_normal_CD45_2_DC35_L17


title: M_E18.5_normal_CD45_2_DC35_E16


title: M_P7_normal_CD45_1_DC35_B7


title: M_P1_normal_CD45_2_DC35_I1


title: F_P7_normal_CD45_2_DC35_B2


title: M_E18.5_normal_CD45_2_DC35_K1


title: M_P1_normal_CD45_2_DC35_A9


title: M_E18.5_normal_CD45_2_DC35_B21


title: M_P7_normal_CD45_2_DC35_K5


title: F_P1_normal_CD45_2_DC35_A19


title: M_P7_normal_CD45_2_DC35_N4


title: M_P7_normal_CD45_2_DC35_D19


title: M_P7_normal_CD45_1_DC35_P19

value: DC I


title: M_E18.5_normal_CD45_1_DC35_L13


title: M_P1_normal_CD45_1_DC35_M3


title: M_P1_normal_CD45_2_DC35_G17


title: M_E18.5_normal_CD45_2_DC35_P13


title: M_P7_normal_CD45_2_DC35_H6


title: M_P7_normal_CD45_2_DC35_G22


title: F_P1_normal_CD45_2_DC35_D23


title: M_E18.5_normal_CD45_2_DC35_C9


title: M_E18.5_normal_CD45_1_DC35_D10


title: M_E18.5_normal_CD45_1_DC35_C4


title: M_P1_normal_CD45_1_DC35_P21


title: M_P7_normal_CD45_1_DC35_N5


title: F_P1_normal_CD45_2_DC35_L13


title: M_P7_normal_CD45_2_DC35_M15


title: F_P1_normal_CD45_2_DC35_M20


title: F_P1_normal_CD45_2_DC35_N5


title: M_P7_normal_CD45_2_DC35_B19


title: M_E18.5_normal_CD45_1_DC35_D4


title: M_E18.5_normal_CD45_1_DC35_H18


title: M_P7_normal_CD45_1_DC35_P16


title: F_P1_normal_CD45_2_DC35_B23


title: M_E18.5_normal_CD45_2_DC35_C4


title: M_E18.5_normal_CD45_2_DC35_O18


title: M_P7_normal_CD45_2_DC35_L10


title: M_P7_normal_CD45_1_DC35_E3


title: M_P7_normal_CD45_1_DC35_K20


title: M_E18.5_normal_CD45_1_DC35_J20


title: F_P1_normal_CD45_2_DC35_K11


title: F_P1_normal_CD45_2_DC35_O1


title: M_P1_normal_CD45_1_DC35_O11


title: M_P1_normal_CD45_1_DC35_O8


title: M_P1_normal_CD45_1_DC35_D3


title: M_P1_normal_CD45_1_DC35_N5


title: M_E18.5_normal_CD45_1_DC35_K5


title: M_P7_normal_CD45_1_DC35_E14


title: F_P1_normal_CD45_2_DC35_P7


title: M_P1_normal_CD45_2_DC35_F13


title: F_P1_normal_CD45_2_DC35_C19


title: M_P1_normal_CD45_1_DC35_D23


title: M_P7_normal_CD45_1_DC35_A16


title: M_E18.5_normal_CD45_2_DC35_A16


title: M_P7_normal_CD45_2_DC35_K15


title: M_P1_normal_CD45_1_DC35_C6


title: M_P1_normal_CD45_1_DC35_F5


title: M_P7_normal_CD45_2_DC35_E3


title: M_E18.5_normal_CD45_2_DC35_G2


title: M_P1_normal_CD45_1_DC35_G13


title: M_E18.5_normal_CD45_1_DC35_P13


title: M_P7_normal_CD45_2_DC35_F13


title: M_E18.5_normal_CD45_2_DC35_M12


title: M_E18.5_normal_CD45_2_DC35_B11


title: M_P1_normal_CD45_2_DC35_P22


title: M_E18.5_normal_CD45_2_DC35_J21


title: M_P1_normal_CD45_1_DC35_E21


title: M_P1_normal_CD45_1_DC35_A23


title: M_P1_normal_CD45_2_DC35_I8


title: M_P7_normal_CD45_2_DC35_E5


title: F_P7_normal_CD45_2_DC35_N3


title: M_P1_normal_CD45_1_DC35_K10


title: F_P1_normal_CD45_2_DC35_C3


title: F_P1_normal_CD45_2_DC35_P13


title: M_E18.5_normal_CD45_2_DC35_P5


title: M_P1_normal_CD45_2_DC35_I11


title: M_P7_normal_CD45_2_DC35_H2


title: F_P1_normal_CD45_2_DC35_L9


title: M_P1_normal_CD45_1_DC35_A17


title: M_P1_normal_CD45_2_DC35_I6


title: M_P7_normal_CD45_2_DC35_F5


title: M_P7_normal_CD45_2_DC35_I15


title: M_P7_normal_CD45_2_DC35_C21


title: M_E18.5_normal_CD45_1_DC35_E19


title: M_P7_normal_CD45_1_DC35_B23


title: M_P7_normal_CD45_2_DC35_N8


title: M_P7_normal_CD45_2_DC35_H21


title: F_P1_normal_CD45_2_DC35_H21


title: M_P7_normal_CD45_1_DC35_J10


title: M_E18.5_normal_CD45_1_DC35_A7


title: F_P1_normal_CD45_2_DC35_B12


title: M_P7_normal_CD45_2_DC35_J21


title: M_P1_normal_CD45_2_DC35_C10


title: M_P7_normal_CD45_1_DC35_N15


title: F_P1_normal_CD45_2_DC35_H6


title: M_P1_normal_CD45_1_DC35_K2


title: M_E18.5_normal_CD45_1_DC35_F14


title: F_P1_normal_CD45_2_DC35_O6


title: M_P1_normal_CD45_2_DC35_N14


title: M_P7_normal_CD45_1_DC35_C20


title: M_P1_normal_CD45_2_DC35_N23


title: M_P1_normal_CD45_1_DC35_H12


title: M_P1_normal_CD45_1_DC35_P9


title: M_P1_normal_CD45_1_DC35_F15


title: M_P1_normal_CD45_1_DC35_N9


title: M_P7_normal_CD45_2_DC35_L19


title: M_P7_normal_CD45_2_DC35_K1


title: M_P1_normal_CD45_1_DC35_G14


title: M_E18.5_normal_CD45_2_DC35_L13


title: M_P1_normal_CD45_1_DC35_O12


title: M_P1_normal_CD45_2_DC35_C8


title: M_P1_normal_CD45_1_DC35_B4


title: M_P7_normal_CD45_1_DC35_A6


title: M_P1_normal_CD45_2_DC35_E8

value: DC III


title: M_P1_normal_CD45_1_DC35_O17


title: M_P1_normal_CD45_1_DC35_G9


title: F_P1_normal_CD45_2_DC35_M10


title: M_E18.5_normal_CD45_1_DC35_D11


title: M_P1_normal_CD45_2_DC35_O20


title: M_E18.5_normal_CD45_1_DC35_F12


title: F_P1_normal_CD45_2_DC35_D7


title: M_P7_normal_CD45_1_DC35_K15


title: M_E18.5_normal_CD45_1_DC35_M23


title: F_P1_normal_CD45_2_DC35_I12


title: F_P1_normal_CD45_2_DC35_M11


title: M_P1_normal_CD45_2_DC35_D1


title: M_P7_normal_CD45_2_DC35_L4


title: M_P1_normal_CD45_2_DC35_K21


title: M_P7_normal_CD45_1_DC35_M8

value: IL cell


title: M_P1_normal_CD45_1_DC35_D11

value: Mac II


title: M_P1_normal_CD45_1_DC35_H9


title: M_P7_normal_CD45_1_DC35_B22


title: M_P1_normal_CD45_1_DC35_F1


title: M_P1_normal_CD45_1_DC35_A21

value: Mac III


title: F_P1_normal_CD45_2_DC35_O2


title: M_E18.5_normal_CD45_1_DC35_O1


title: F_P7_normal_CD45_2_DC35_I11


title: F_P1_normal_CD45_2_DC35_K4

value: Mac IV


title: F_P1_normal_CD45_2_DC35_N1

value: distal lung


title: M_P7_normal_CD45_1_DC35_P8

value: M


title: M_P1_normal_CD45_1_DC35_F6

value: immune


title: M_E18.5_normal_CD45_1_DC35_J13


title: M_P1_normal_CD45_1_DC35_E22


title: M_E18.5_normal_CD45_1_DC35_J3


title: M_E18.5_normal_CD45_1_DC35_M11


title: M_P1_normal_CD45_2_DC35_N18


title: M_E18.5_normal_CD45_1_DC35_L1


title: M_P7_normal_CD45_1_DC35_E10


title: M_P1_normal_CD45_1_DC35_E10


title: F_P1_normal_CD45_2_DC35_B14


title: M_E18.5_normal_CD45_2_DC35_E7


title: M_E18.5_normal_CD45_1_DC35_A1


title: M_P1_normal_CD45_2_DC35_M21


title: F_P1_normal_CD45_2_DC35_E6


title: M_P7_normal_CD45_2_DC35_H19


title: F_P1_normal_CD45_2_DC35_J21


title: F_P1_normal_CD45_2_DC35_L16


title: M_P7_normal_CD45_2_DC35_K19


title: F_P1_normal_CD45_2_DC35_C23


title: M_P7_normal_CD45_2_DC35_K7


title: F_P7_normal_CD45_2_DC35_D19


title: F_P1_normal_CD45_2_DC35_K19


title: M_E18.5_normal_CD45_2_DC35_M19


title: M_P1_normal_CD45_1_DC35_O10


title: M_P7_normal_CD45_1_DC35_A19


title: M_P1_normal_CD45_1_DC35_G15


title: M_P1_normal_CD45_2_DC35_D7


title: M_P1_normal_CD45_1_DC35_G1


title: M_P7_normal_CD45_1_DC35_I2


title: M_P1_normal_CD45_1_DC35_O7


title: F_P1_normal_CD45_2_DC35_F22


title: M_P1_normal_CD45_2_DC35_K14


title: M_P1_normal_CD45_1_DC35_K3


title: F_P7_normal_CD45_2_DC35_F18


title: M_P1_normal_CD45_2_DC35_M5


title: M_P1_normal_CD45_2_DC35_G3


title: M_P7_normal_CD45_1_DC35_A13


title: M_E18.5_normal_CD45_2_DC35_J15


title: M_P7_normal_CD45_1_DC35_C5


title: M_P7_normal_CD45_1_DC35_O2


title: M_E18.5_normal_CD45_2_DC35_O22


title: M_P1_normal_CD45_2_DC35_M11


title: M_P1_normal_CD45_1_DC35_B6


title: M_E18.5_normal_CD45_1_DC35_G9


title: M_E18.5_normal_CD45_1_DC35_A3


title: M_E18.5_normal_CD45_1_DC35_F4


title: M_P1_normal_CD45_1_DC35_M19


title: M_P1_normal_CD45_2_DC35_H16


title: M_P7_normal_CD45_2_DC35_H23


title: M_P7_normal_CD45_2_DC35_O14


title: F_P1_normal_CD45_2_DC35_H23


title: M_P7_normal_CD45_1_DC35_A9


title: F_P1_normal_CD45_2_DC35_E16


title: M_P7_normal_CD45_1_DC35_O15


title: M_E18.5_normal_CD45_2_DC35_P21


title: F_P7_normal_CD45_2_DC35_F2


title: F_P1_normal_CD45_2_DC35_P15


title: M_P7_normal_CD45_1_DC35_H16


title: M_P1_normal_CD45_1_DC35_I18


title: M_E18.5_normal_CD45_2_DC35_I10


title: M_P1_normal_CD45_2_DC35_F12


title: M_P7_normal_CD45_2_DC35_N12


title: M_P7_normal_CD45_2_DC35_I21

value: NK cell


title: M_P1_normal_CD45_1_DC35_O1


title: M_P7_normal_CD45_2_DC35_E13


title: M_P7_normal_CD45_2_DC35_C1


title: M_E18.5_normal_CD45_2_DC35_I3


title: M_P7_normal_CD45_1_DC35_J12


title: M_P7_normal_CD45_2_DC35_G7


title: F_P1_normal_CD45_2_DC35_K8

value: F


title: M_P7_normal_CD45_1_DC35_K12


title: M_P1_normal_CD45_1_DC35_C16


title: M_P1_normal_CD45_2_DC35_N7


title: M_E18.5_normal_CD45_2_DC35_C11

value: Mac V


title: M_E18.5_normal_CD45_1_DC35_B4


title: M_P1_normal_CD45_2_DC35_L13


title: M_P7_normal_CD45_2_DC35_A15


title: M_P7_normal_CD45_2_DC35_G9


title: M_E18.5_normal_CD45_2_DC35_D10


title: M_E18.5_normal_CD45_1_DC35_O12


title: F_P1_normal_CD45_2_DC35_N19


title: M_E18.5_normal_CD45_1_DC35_M1


title: M_P7_normal_CD45_2_DC35_L18


title: M_E18.5_normal_CD45_1_DC35_M10


title: F_P7_normal_CD45_2_DC35_N15


title: M_P1_normal_CD45_1_DC35_F7


title: F_P1_normal_CD45_2_DC35_G12

value: neutrophil


title: M_P1_normal_CD45_1_DC35_I7


title: M_P1_normal_CD45_1_DC35_I17


title: M_E18.5_normal_CD45_2_DC35_K2


title: M_P7_normal_CD45_2_DC35_P9


title: M_E18.5_normal_CD45_2_DC35_L6

value: Mac I


title: M_P7_normal_CD45_2_DC35_M9


title: M_E18.5_normal_CD45_2_DC35_I7


title: M_P7_normal_CD45_2_DC35_G5


title: M_E18.5_normal_CD45_1_DC35_K16


title: M_P1_normal_CD45_2_DC35_E19


title: M_E18.5_normal_CD45_1_DC35_H4


title: F_P7_normal_CD45_2_DC35_N23


title: M_E18.5_normal_CD45_1_DC35_F3


title: M_P1_normal_CD45_2_DC35_F5


title: M_E18.5_normal_CD45_2_DC35_N1


title: M_E18.5_normal_CD45_2_DC35_N23


title: F_P7_normal_CD45_2_DC35_B7


title: M_P7_normal_CD45_1_DC35_H12


title: M_E18.5_normal_CD45_1_DC35_J16


title: F_P1_normal_CD45_2_DC35_J17


title: F_P1_normal_CD45_2_DC35_J12


title: M_P7_normal_CD45_1_DC35_A11

value: B cell


title: M_P7_normal_CD45_1_DC35_M12

value: T cell


title: F_P1_normal_CD45_2_DC35_I11


title: M_P7_normal_CD45_2_DC35_L2


title: F_P1_normal_CD45_2_DC35_H17


title: M_P7_normal_CD45_1_DC35_J11

value: DC II


title: M_P1_normal_CD45_2_DC35_J10


title: M_P1_normal_CD45_1_DC35_O3


title: M_P7_normal_CD45_2_DC35_P3


title: M_P7_normal_CD45_1_DC35_J19


title: F_P1_normal_CD45_2_DC35_M13


title: M_E18.5_normal_CD45_1_DC35_G10


title: M_P7_normal_CD45_2_DC35_P17


title: M_E18.5_normal_CD45_1_DC35_J15


title: M_P7_normal_CD45_1_DC35_C19


title: M_E18.5_normal_CD45_2_DC35_B12


title: M_P1_normal_CD45_1_DC35_C19


title: M_E18.5_normal_CD45_2_DC35_N10


title: F_P1_normal_CD45_2_DC35_K18


title: F_P1_normal_CD45_2_DC35_K7


title: M_E18.5_normal_CD45_2_DC35_J4


title: F_P1_normal_CD45_2_DC35_O5


title: M_P7_normal_CD45_1_DC35_F9


title: M_P1_normal_CD45_2_DC35_D10


title: M_P7_normal_CD45_1_DC35_F17


title: F_P1_normal_CD45_2_DC35_A7


title: M_E18.5_normal_CD45_1_DC35_I7


title: M_P1_normal_CD45_2_DC35_O6


title: M_E18.5_normal_CD45_2_DC35_M20


title: F_P1_normal_CD45_2_DC35_J22


title: M_E18.5_normal_CD45_2_DC35_I15


title: F_P1_normal_CD45_2_DC35_B21


title: M_P1_normal_CD45_1_DC35_G7


title: M_P7_normal_CD45_2_DC35_L23


title: M_P1_normal_CD45_2_DC35_J20


title: M_E18.5_normal_CD45_1_DC35_A13


title: F_P1_normal_CD45_2_DC35_J23


title: M_P1_normal_CD45_1_DC35_B17


title: M_E18.5_normal_CD45_1_DC35_H6


title: M_P1_normal_CD45_1_DC35_I19


title: M_P1_normal_CD45_1_DC35_J9


title: M_P7_normal_CD45_2_DC35_K3


title: F_P1_normal_CD45_2_DC35_M17


title: F_P1_normal_CD45_2_DC35_L15


title: M_P7_normal_CD45_1_DC35_L1


title: M_P1_normal_CD45_1_DC35_O23


title: F_P1_normal_CD45_2_DC35_F9

value: DC I


title: M_E18.5_normal_CD45_1_DC35_P17


title: M_P1_normal_CD45_1_DC35_P12


title: F_P1_normal_CD45_2_DC35_E4


title: M_E18.5_normal_CD45_1_DC35_K9


title: M_P7_normal_CD45_1_DC35_H1


title: F_P1_normal_CD45_2_DC35_B10


title: M_E18.5_normal_CD45_1_DC35_H8


title: F_P1_normal_CD45_2_DC35_D16


title: F_P1_normal_CD45_2_DC35_F8


title: F_P1_normal_CD45_2_DC35_N8


title: M_P7_normal_CD45_2_DC35_M5


title: M_P7_normal_CD45_1_DC35_A22


title: M_P1_normal_CD45_2_DC35_D12


title: M_E18.5_normal_CD45_2_DC35_M18


title: M_P7_normal_CD45_2_DC35_J19


title: M_P1_normal_CD45_1_DC35_F10


title: M_P7_normal_CD45_2_DC35_I12


title: M_E18.5_normal_CD45_1_DC35_L2


title: M_P7_normal_CD45_1_DC35_J22


title: F_P1_normal_CD45_2_DC35_A21


title: M_E18.5_normal_CD45_1_DC35_C19


title: M_P7_normal_CD45_2_DC35_N6


title: M_E18.5_normal_CD45_2_DC35_C5


title: M_E18.5_normal_CD45_2_DC35_J12


title: M_E18.5_normal_CD45_1_DC35_L7


title: M_P7_normal_CD45_2_DC35_D6


title: M_E18.5_normal_CD45_2_DC35_O19


title: M_E18.5_normal_CD45_2_DC35_B10


title: F_P1_normal_CD45_2_DC35_H13


title: F_P1_normal_CD45_2_DC35_N22


title: M_P1_normal_CD45_2_DC35_B2


title: M_P7_normal_CD45_1_DC35_G4


title: M_E18.5_normal_CD45_2_DC35_M16


title: M_P7_normal_CD45_2_DC35_H4


title: M_E18.5_normal_CD45_2_DC35_N2


title: F_P1_normal_CD45_2_DC35_G1


title: F_P1_normal_CD45_2_DC35_P10


title: F_P7_normal_CD45_2_DC35_J1


title: F_P1_normal_CD45_2_DC35_P6


title: F_P7_normal_CD45_2_DC35_D13


title: M_P7_normal_CD45_1_DC35_E2


title: M_E18.5_normal_CD45_2_DC35_K11


title: M_P7_normal_CD45_2_DC35_B7


title: M_P7_normal_CD45_2_DC35_F3


title: M_E18.5_normal_CD45_2_DC35_F20


title: M_P1_normal_CD45_2_DC35_J21


title: M_P1_normal_CD45_1_DC35_O4


title: M_P7_normal_CD45_1_DC35_K16


title: M_P7_normal_CD45_1_DC35_L6


title: F_P1_normal_CD45_2_DC35_P16


title: M_P7_normal_CD45_1_DC35_O12


title: M_P7_normal_CD45_1_DC35_N11


title: F_P1_normal_CD45_2_DC35_C15


title: M_E18.5_normal_CD45_1_DC35_G3


title: M_P1_normal_CD45_1_DC35_B20


title: M_P7_normal_CD45_2_DC35_E16


title: M_P7_normal_CD45_1_DC35_N8


title: M_P7_normal_CD45_2_DC35_N13


title: M_E18.5_normal_CD45_2_DC35_J5


title: M_E18.5_normal_CD45_2_DC35_F3


title: M_P7_normal_CD45_1_DC35_L23


title: M_P7_normal_CD45_1_DC35_O11


title: M_E18.5_normal_CD45_2_DC35_B8


title: M_P1_normal_CD45_2_DC35_F7


title: M_E18.5_normal_CD45_1_DC35_G6


title: M_P7_normal_CD45_1_DC35_L14


title: M_E18.5_normal_CD45_2_DC35_J19


title: F_P1_normal_CD45_2_DC35_G23


title: F_P1_normal_CD45_2_DC35_G20


title: M_P7_normal_CD45_1_DC35_D10


title: M_P1_normal_CD45_2_DC35_K12


title: M_P7_normal_CD45_1_DC35_D17


title: M_P7_normal_CD45_2_DC35_O10


title: M_E18.5_normal_CD45_1_DC35_I5


title: M_P7_normal_CD45_1_DC35_L10


title: M_E18.5_normal_CD45_2_DC35_N6


title: M_P1_normal_CD45_1_DC35_M16


title: M_P7_normal_CD45_1_DC35_L17


title: M_P1_normal_CD45_1_DC35_L5


title: M_E18.5_normal_CD45_2_DC35_O13


title: M_E18.5_normal_CD45_1_DC35_C10


title: M_E18.5_normal_CD45_2_DC35_E6


title: M_P7_normal_CD45_2_DC35_B12


title: M_P7_normal_CD45_2_DC35_J5


title: M_P7_normal_CD45_1_DC35_C1


title: M_P1_normal_CD45_2_DC35_O23


title: M_P1_normal_CD45_1_DC35_C21


title: M_P1_normal_CD45_2_DC35_L21


title: M_E18.5_normal_CD45_1_DC35_K17


title: M_P1_normal_CD45_2_DC35_K3


title: M_P7_normal_CD45_1_DC35_L16


title: F_P1_normal_CD45_2_DC35_A6


title: M_E18.5_normal_CD45_1_DC35_N7


title: F_P7_normal_CD45_2_DC35_F6


title: M_P1_normal_CD45_2_DC35_A18


title: M_P7_normal_CD45_2_DC35_O16


title: M_P7_normal_CD45_2_DC35_H12


title: F_P1_normal_CD45_2_DC35_O18


title: F_P7_normal_CD45_2_DC35_N7


title: M_E18.5_normal_CD45_1_DC35_G14


title: M_P1_normal_CD45_2_DC35_A21


title: M_P1_normal_CD45_2_DC35_B17


title: M_P1_normal_CD45_1_DC35_I9


title: M_P1_normal_CD45_2_DC35_C21


title: M_P7_normal_CD45_1_DC35_J17


title: M_P1_normal_CD45_1_DC35_G2


title: M_E18.5_normal_CD45_1_DC35_P18


title: M_P1_normal_CD45_1_DC35_H11


title: F_P1_normal_CD45_2_DC35_I5


title: F_P7_normal_CD45_2_DC35_B20


title: M_P1_normal_CD45_2_DC35_M9


title: F_P1_normal_CD45_2_DC35_M6


title: M_E18.5_normal_CD45_1_DC35_N16


title: M_P7_normal_CD45_1_DC35_F3


title: M_P7_normal_CD45_1_DC35_B18


title: M_P7_normal_CD45_1_DC35_E11


title: M_P1_normal_CD45_2_DC35_C22


title: M_P7_normal_CD45_2_DC35_L15


title: M_P1_normal_CD45_2_DC35_N15


title: F_P1_normal_CD45_2_DC35_D11


title: F_P1_normal_CD45_2_DC35_L5


title: F_P1_normal_CD45_2_DC35_A23


title: F_P7_normal_CD45_2_DC35_D3


title: M_P7_normal_CD45_2_DC35_G11


title: F_P1_normal_CD45_2_DC35_N9


title: F_P1_normal_CD45_2_DC35_A8


title: F_P1_normal_CD45_2_DC35_A16


title: M_E18.5_normal_CD45_2_DC35_K14


title: M_P7_normal_CD45_1_DC35_M14


title: F_P1_normal_CD45_2_DC35_E23


title: F_P1_normal_CD45_2_DC35_J13


title: M_E18.5_normal_CD45_1_DC35_E6


title: F_P1_normal_CD45_2_DC35_M7


title: M_P1_normal_CD45_2_DC35_C5


title: M_P7_normal_CD45_1_DC35_I10


title: M_P1_normal_CD45_2_DC35_P7


title: F_P1_normal_CD45_2_DC35_J20


title: M_P7_normal_CD45_1_DC35_K17


title: M_E18.5_normal_CD45_2_DC35_H21


title: M_P7_normal_CD45_2_DC35_J3


title: M_E18.5_normal_CD45_2_DC35_B7


title: M_P7_normal_CD45_2_DC35_K13


title: M_P1_normal_CD45_2_DC35_A13


title: M_P1_normal_CD45_1_DC35_K22


title: M_E18.5_normal_CD45_1_DC35_F21


title: M_E18.5_normal_CD45_1_DC35_I1


title: F_P1_normal_CD45_2_DC35_E2


title: M_P7_normal_CD45_1_DC35_D2


title: M_P7_normal_CD45_1_DC35_D6


title: M_P7_normal_CD45_2_DC35_E4


title: M_P1_normal_CD45_1_DC35_H20


title: M_E18.5_normal_CD45_1_DC35_D15


title: F_P1_normal_CD45_2_DC35_G2


title: M_E18.5_normal_CD45_1_DC35_A5


title: M_E18.5_normal_CD45_1_DC35_B17


title: M_P1_normal_CD45_1_DC35_D15


title: F_P7_normal_CD45_2_DC35_C7


title: M_P1_normal_CD45_2_DC35_C19


title: M_P7_normal_CD45_2_DC35_J9


title: M_P1_normal_CD45_2_DC35_C23


title: F_P1_normal_CD45_2_DC35_L18


title: M_P7_normal_CD45_2_DC35_J8


title: M_E18.5_normal_CD45_2_DC35_O15


title: M_P7_normal_CD45_2_DC35_L12


title: M_E18.5_normal_CD45_1_DC35_D16


title: M_E18.5_normal_CD45_1_DC35_I19


title: M_P1_normal_CD45_2_DC35_A11


title: M_P1_normal_CD45_2_DC35_F2


title: M_P7_normal_CD45_2_DC35_O17


title: M_P1_normal_CD45_1_DC35_L13

value: basophil


title: M_P7_normal_CD45_1_DC35_B17


title: M_E18.5_normal_CD45_1_DC35_I20


title: M_P1_normal_CD45_2_DC35_B4


title: M_E18.5_normal_CD45_2_DC35_F14


title: M_E18.5_normal_CD45_2_DC35_E5


title: F_P1_normal_CD45_2_DC35_D15


title: F_P1_normal_CD45_2_DC35_I20


title: M_P1_normal_CD45_1_DC35_O6


title: M_E18.5_normal_CD45_2_DC35_H18


title: M_P1_normal_CD45_2_DC35_I13


title: M_P7_normal_CD45_2_DC35_P20


title: M_P1_normal_CD45_2_DC35_K19


title: M_P1_normal_CD45_2_DC35_C20


title: F_P7_normal_CD45_2_DC35_B19


title: M_E18.5_normal_CD45_1_DC35_J17


title: M_P1_normal_CD45_1_DC35_F21


title: M_P1_normal_CD45_2_DC35_M2


title: M_E18.5_normal_CD45_2_DC35_M17


title: M_P1_normal_CD45_1_DC35_G6


title: M_E18.5_normal_CD45_2_DC35_I13


title: M_P7_normal_CD45_2_DC35_I3


title: M_E18.5_normal_CD45_2_DC35_H2


title: F_P7_normal_CD45_2_DC35_D17


title: M_P1_normal_CD45_1_DC35_N22


title: M_P7_normal_CD45_2_DC35_O13


title: M_P1_normal_CD45_1_DC35_E1


title: M_P7_normal_CD45_2_DC35_F1


title: M_P1_normal_CD45_1_DC35_F22


title: M_E18.5_normal_CD45_1_DC35_E9


title: F_P1_normal_CD45_2_DC35_F1


title: F_P7_normal_CD45_2_DC35_B11


title: M_P1_normal_CD45_2_DC35_I10


title: M_P1_normal_CD45_1_DC35_F12


title: F_P1_normal_CD45_2_DC35_K5


title: M_E18.5_normal_CD45_1_DC35_O2


title: M_P1_normal_CD45_2_DC35_B11


title: M_P7_normal_CD45_1_DC35_G19


title: F_P7_normal_CD45_2_DC35_M1


title: M_P21_normal_mesench_2_DC35_D1


title: M_E18.5_normal_CD45_2_DC35_F16


title: M_P21_normal_mesench_1_DC35_G3


title: F_P1_normal_CD45_2_DC35_L2


title: M_P7_normal_CD45_2_DC35_B15


title: M_P7_normal_CD45_2_DC35_M10


title: F_P7_normal_CD45_2_DC35_C18


title: M_E18.5_normal_CD45_2_DC35_P17


title: M_E18.5_normal_CD45_1_DC35_C21


title: M_E18.5_normal_CD45_1_DC35_P23


title: M_E18.5_normal_CD45_2_DC35_O2


title: M_P7_normal_CD45_1_DC35_P4


title: M_P7_normal_CD45_1_DC35_C22


title: M_P1_normal_CD45_1_DC35_I5


title: M_E18.5_normal_CD45_1_DC35_J6


title: M_P1_normal_CD45_2_DC35_L17


title: M_P7_normal_CD45_2_DC35_E17

value: DC III


title: M_P1_normal_CD45_1_DC35_A8

value: Mac II


title: F_P1_normal_CD45_2_DC35_D6


title: M_E18.5_normal_CD45_1_DC35_A6


title: M_E18.5_normal_CD45_2_DC35_I12


title: M_P1_normal_CD45_1_DC35_I6


title: M_P1_normal_CD45_2_DC35_B21


title: M_P1_normal_CD45_1_DC35_C23


title: M_P7_normal_CD45_1_DC35_O16


title: M_P7_normal_CD45_2_DC35_L14


title: M_P1_normal_CD45_2_DC35_L5


title: F_P7_normal_CD45_2_DC35_L18


title: M_E18.5_normal_CD45_2_DC35_H11


title: M_P7_normal_CD45_1_DC35_P2


title: M_P7_normal_CD45_2_DC35_F8


title: M_E18.5_normal_CD45_2_DC35_G8


title: F_P7_normal_CD45_2_DC35_K11


title: M_E18.5_normal_CD45_1_DC35_E14


title: M_P7_normal_CD45_2_DC35_F11


title: F_P1_normal_CD45_2_DC35_D9


title: M_E18.5_normal_CD45_2_DC35_M9


title: F_P1_normal_CD45_2_DC35_N7


title: M_P1_normal_CD45_1_DC35_E18


title: M_E18.5_normal_CD45_2_DC35_C14


title: M_P1_normal_CD45_1_DC35_M17


title: M_P7_normal_CD45_2_DC35_E18


title: M_P7_normal_CD45_2_DC35_J12


title: M_P1_normal_CD45_1_DC35_J11


title: M_P1_normal_CD45_2_DC35_E17


title: M_P7_normal_CD45_1_DC35_L7


title: M_E18.5_normal_CD45_1_DC35_H3


title: M_P1_normal_CD45_1_DC35_E23

value: Mac III


title: F_P1_normal_CD45_2_DC35_F3


title: M_E18.5_normal_CD45_1_DC35_B6


title: M_P7_normal_CD45_2_DC35_G13


title: F_P1_normal_CD45_2_DC35_K21


title: M_P1_normal_CD45_2_DC35_E20


title: M_E18.5_normal_CD45_2_DC35_K16


title: M_P1_normal_CD45_2_DC35_P8


title: M_P1_normal_CD45_1_DC35_C11


title: M_E18.5_normal_CD45_2_DC35_F22


title: M_P1_normal_CD45_1_DC35_G11


title: M_P7_normal_CD45_1_DC35_B3


title: M_E18.5_normal_CD45_1_DC35_C9


title: F_P1_normal_CD45_2_DC35_F11


title: M_P1_normal_CD45_1_DC35_A1


title: F_P7_normal_CD45_2_DC35_N5


title: M_E18.5_normal_CD45_1_DC35_I23


title: M_P7_normal_CD45_1_DC35_F15


title: M_E18.5_normal_CD45_2_DC35_H12


title: M_E18.5_normal_CD45_2_DC35_D17


title: F_P1_normal_CD45_2_DC35_F17


title: M_P1_normal_CD45_1_DC35_N19


title: M_P7_normal_CD45_2_DC35_K12

value: IL cell


title: M_P1_normal_CD45_2_DC35_B23

value: distal lung


title: M_P1_normal_CD45_2_DC35_L8

value: M


title: M_P7_normal_CD45_2_DC35_K10

value: immune


title: M_P1_normal_CD45_1_DC35_E19


title: M_P1_normal_CD45_2_DC35_F20


title: M_P7_normal_CD45_2_DC35_D4


title: M_P7_normal_CD45_1_DC35_O18


title: M_P1_normal_CD45_1_DC35_M18


title: M_E18.5_normal_CD45_1_DC35_A15


title: F_P1_normal_CD45_2_DC35_B1


title: F_P1_normal_CD45_2_DC35_F19


title: F_P7_normal_CD45_2_DC35_M11


title: M_P1_normal_CD45_1_DC35_M22


title: M_P1_normal_CD45_2_DC35_O22


title: F_P1_normal_CD45_2_DC35_M21


title: M_E18.5_normal_CD45_1_DC35_L20


title: M_P1_normal_CD45_2_DC35_I18


title: M_P7_normal_CD45_1_DC35_G22

value: NK cell


title: M_P1_normal_CD45_1_DC35_F19


title: M_E18.5_normal_CD45_1_DC35_K15


title: M_P7_normal_CD45_1_DC35_K2


title: M_P7_normal_CD45_2_DC35_M20


title: M_P1_normal_CD45_1_DC35_C7


title: F_P7_normal_CD45_2_DC35_K12

value: F


title: F_P7_normal_CD45_2_DC35_J19

value: Mac V


title: F_P1_normal_CD45_2_DC35_N18


title: M_P1_normal_CD45_1_DC35_H15

value: neutrophil


title: M_P7_normal_CD45_1_DC35_F4


title: M_P7_normal_CD45_1_DC35_M2


title: M_E18.5_normal_CD45_2_DC35_M3

value: Mac I


title: M_P1_normal_CD45_1_DC35_B23


title: M_P1_normal_CD45_1_DC35_B21


title: M_E18.5_normal_CD45_1_DC35_D1


title: M_P1_normal_CD45_1_DC35_K11


title: M_P7_normal_CD45_2_DC35_L1


title: M_P1_normal_CD45_2_DC35_E4


title: F_P1_normal_CD45_2_DC35_M14

value: B cell


title: M_E18.5_normal_CD45_2_DC35_K15


title: F_P1_normal_CD45_2_DC35_O19


title: M_P1_normal_CD45_2_DC35_G18


title: M_E18.5_normal_CD45_1_DC35_G8


title: M_E18.5_normal_CD45_2_DC35_H17


title: F_P1_normal_CD45_2_DC35_D5


title: F_P1_normal_CD45_2_DC35_H18


title: M_P7_normal_CD45_1_DC35_D13


title: M_E18.5_normal_CD45_2_DC35_G23


title: M_P1_normal_CD45_1_DC35_O16


title: M_P1_normal_CD45_2_DC35_H1

value: Mac IV


title: M_P7_normal_CD45_1_DC35_O13


title: M_P1_normal_CD45_2_DC35_C6


title: F_P7_normal_CD45_2_DC35_N4


title: M_E18.5_normal_CD45_1_DC35_O3


title: M_P7_normal_CD45_2_DC35_N16


title: F_P1_normal_CD45_2_DC35_A2


title: M_E18.5_normal_CD45_2_DC35_K19


title: M_P7_normal_CD45_1_DC35_E8


title: M_P1_normal_CD45_2_DC35_K18


title: M_P1_normal_CD45_2_DC35_B14


title: F_P1_normal_CD45_2_DC35_J15


title: M_P7_normal_CD45_1_DC35_K1


title: F_P1_normal_CD45_2_DC35_H2


title: M_P1_normal_CD45_2_DC35_O2


title: M_E18.5_normal_CD45_2_DC35_P7


title: M_P1_normal_CD45_2_DC35_N12


title: M_E18.5_normal_CD45_2_DC35_B4


title: M_P1_normal_CD45_1_DC35_E2


title: M_E18.5_normal_CD45_1_DC35_P5


title: M_P1_normal_CD45_2_DC35_M20


title: M_E18.5_normal_CD45_2_DC35_C20


title: M_E18.5_normal_CD45_1_DC35_M8


title: F_P1_normal_CD45_2_DC35_N2


title: M_P1_normal_CD45_2_DC35_J12


title: M_P1_normal_CD45_2_DC35_M19


title: M_E18.5_normal_CD45_1_DC35_B1


title: M_P7_normal_CD45_2_DC35_A6

value: T cell


title: M_E18.5_normal_CD45_1_DC35_H9


title: M_P7_normal_CD45_2_DC35_B2


title: M_E18.5_normal_CD45_1_DC35_E7


title: M_P1_normal_CD45_2_DC35_C15


title: M_P1_normal_CD45_2_DC35_A20


title: M_P7_normal_CD45_2_DC35_J20


title: M_E18.5_normal_CD45_1_DC35_M3


title: M_E18.5_normal_CD45_1_DC35_D6


title: M_P7_normal_CD45_1_DC35_C15


title: M_P1_normal_CD45_2_DC35_H22


title: M_E18.5_normal_CD45_1_DC35_L10


title: M_P7_normal_CD45_1_DC35_M17


title: M_E18.5_normal_CD45_1_DC35_C2


title: M_E18.5_normal_CD45_2_DC35_F5


title: M_E18.5_normal_CD45_2_DC35_P14