title: oep_p1_S28

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S2

status: Public on Apr 27 2018

type: SRA

city: Bethesda

first: Jeffrey

middle: Allen

last: Farrell

state: MD

address: 6 Center Drive (6A/1A06)

department: Division of Developmental Biology

country: USA

institute: National Institute of Child Health and Human Development

description:
Full-length fragments
SS2_fpkm.txt.gz

library_source: transcriptomic

data_processing:
Bases 1-8 (the UMI and template switch) were trimmed from the remaining reads, trimmed stretches of polyA or polyT longer than 6bp and removed any reads that were shorter than 15 bp after trimming.
We identified and depleted mtRNA and rRNA reads from the remaining reads by using Bowtie2 to align all reads against a transcriptome of mtRNA and rRNA, using the parameters -q --phred33 -N 1 -I 1 -X 2000 -k 200 --score-min L,3.36,-0.617 --no-discordant --no-mixed --no-unal.
Remaining reads were then aligned to a modified version of the Ensembl Zv10 release 81 zebrafish transcriptome using Bowtie2 with parameters -q --phred33 -N 1 -I 1 -X 2000 -k 200 --score-min L,3.36,-0.617 --no-discordant --no-mixed. The transcriptome start site of each gene was padded by 100bp to increase alignment rates, since reads were generated from the 5’ end of the transcript, and not all transcripts had correct annotations for their 5’ end. Additionally, pseudogenes were removed from the transcriptome (as they sometimes interfered with real genes, given our 5’ coordinate selection described below).
We chose the best alignment per read as the read with the most 5’ alignment coordinate to a transcript among those that aligned to the correct strand and had an alignment score of no more than 4 below the best alignment score overall. We then iteratively collapsed pairs of UMIs, if the sum of the minimum Phred quality scores across non-matching bases was at most 30 (to account for mis-matched bases that were likely due to sequencing errors). A collapsed pair was represented for future comparisons by the UMI with a larger prior number of aligned reads unless the other UMI had at least 75% as many reads aligned and had equal or better UMI quality scores for those alignments (evaluated as the softmin over aligned reads of the softmax over quality scores for the UMI bases in an aligned read).
After collapsing, the number of transcripts observed per gene was calculated. This value was then adjusted based on the probability of a collision (the drawing at random of the same UMI multiple times), which was calculated from the number of UMIs not detected for a given gene.
The full length fragmented reads without 5’ enrichment or UMI were aligned using RSEM against a reference transcriptome, which is depleted of mtRNA, rRNA, and pseudogenes as described above. The command ‘rsem-calculate-expression’ was used with parameters -p 4 --paired-end --seed-length 24 for performing the alignment. The resulting gene levels in FPKM was used to build the expression matrix.
Genome_build: GRCz10 dr81
Supplementary_files_format_and_content: Tab-delimited text files include gene levels (UMI counts or FKPM) for each sample.

molecule: polyA RNA

organism: Danio rerio

source_name: Embryonic cell

growth_protocol: Fish of each genotype were incrossed and embryos were collected. Embryos were dechorionated and allowed to grow at 28°C in standard fish water containing methylene blue till 50% epiboly stage.

extract_protocol:
50% epiboly embryos were manually deyolked and mechanically dissociated. Single cells were manually picked under a dissecting microscope and flash frozen on dry ice in 4uL lysis buffer.
Libraries were prepared using a SMART-seq2 protocol (Picelli et al., 2014) with custom TSO oligos and indexing adapters (Satija et al., 2015). Reaction volumn for tagmentation steps were reduced to 15% of the volumn indicated in the protocol. 88 MZoep libraries were built with customized indices for 5’-enriched transcripts with unique molecular identifiers (UMIs). The remaining libraries were built without UMIs, and contained fragments along full-length transcripts.

tag: developmental stage

value: 50% epiboly

tag: library preparation batch

tag: genotype

value: MZoep tz57


title: oep_p1_S29

description:
Full-length fragments
SS2_fpkm.txt.gz


title: T_ip8

city: Tianjin

first: Zhenyi

last: Ma

address: 22 Qixiangtai Road

department: Biochemistry and Molecular Biology

country: China

institute: Tianjin Medical University

data_processing:
Illumina Casava 1.8 sofware is used for basecalling
Low quality reads and adaptor contamination are removed by  ngsQCToolkit-2.3.3 software, then mapped to Homo_sapiens.GRCh38 genome by HISAT software
FPKM and expression difference analysis are performed and calculated by Cuffquant and the Cuffnorm software
Genome_build: Homo_sapiens.GRCh38
Supplementary_files_format_and_content: tab-delimited text files include FPKM values

molecule: total RNA

organism: Homo sapiens

source_name: breast cancer cell

growth_protocol: Control and NUPR1 silenced MCF-7 cell lines were cultured as protocol on ATCC

extract_protocol:
Cells were collected, flash frozen on dry ice, and RNA was harvested using Trizol reagent. Thermo RevertAid First Strand cDNA Synthesis Kit (Cat#K1622) was used with 1 ug of total mRNA for the construction of sequencing libraries.
RNA libraries were prepared for sequencing using standard Illumina protocols

treatment_protocol: The tamoxifen resistant cells were treated under 0.2uM tamoxifen for more than 1years

tag: cell line

tag: tissue

value: mammary gland, breast

value: tamoxifen resistant knockdown NUPR1


title: oep_p1_S27

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S26

description:
Full-length fragments
SS2_fpkm.txt.gz


title: T_iluc

value: tamoxifen resistant knockdown control(iluc)


title: iluc

value: knockdown control(iluc)


title: oep_p1_S33

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S25

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S24

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S23

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S40

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S21

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S20

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S22

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S17

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S19

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S18

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S15

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S16

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S14

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S13

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p0_S87

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p1_S11

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p1_S12

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p0_S9

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S8

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S88

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S80

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p1_S10

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p0_S84

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S85

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S82

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S81

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S79

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p1_S1

description:
Full-length fragments
SS2_fpkm.txt.gz


title: oep_p0_S78

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S76

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S77

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S75

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S70

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S6

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S69

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1H-/-_Rapamycin_rep5

city: Chapel Hill

first: Jonathan

middle: C

last: Schisler

state: NC

address: MBRB, Rm 2340C

department: McAllister Heart Institute

institute: The University of North Carolina at Chapel Hill

data_processing:
50b single-end reads were sequenced on a HiSeq 2000 Sequencer using a high output flow cell kit (Illumina), yielding an average of over 3M reads per sample.
QC-passed reads were aligned to the mouse reference genome (mm9) using MapSplice.
The alignment profile was determined by Picard Tools v1.64 (http://broadinstitute.github.io/picard/).
Aligned reads were sorted and indexed using SAMtools and translated to transcriptome coordinates then filtered for indels, large inserts, and zero mapping quality using UBU v1.0 (https://github.com/mozack/ubu).
Transcript abundance estimates for each sample were performed using RSEM, an expectation-maximization algorithm using the UCSC knownGene transcript and gene definitions.
Raw RSEM read counts for all RNAseq samples were normalized to the overall upper quartile.
Genome_build: mm9
Supplementary_files_format_and_content: Tab-delimited text file include normalized RSEM values for each sample.

organism: Mus musculus

growth_protocol: At 6 to 8 wk of age, Acsl1H-/- and littermate Acsl1flox/flox control male mice were injected i.p. with tamoxifen (Sigma, St. Louis MO) (75 mg/kg BW), dissolved in corn oil (20 mg/ml) for 4 consecutive days (3 mg/40 g body weight). Subgroups of mice were also injected daily i.p. for 2 weeks with rapamycin (Sigma, 1 mg/kg in PBS, 8% ethanol, 10% Tween 20, 10% PEG-400) or with vehicle alone.

extract_protocol:
Total RNA was isolated from heart ventricles using RNeasy Fibrous Tissues Kit (Qiagen) following manufacturer's instructions.
Library preparation of mRNA (polyA) was done with a RNA TruSeq kit (Illumina).

treatment_protocol: Two weeks after tamoxifen induction, animals were anesthetized with 2,2,2-tribromoethanol (Avertin) and tissues were removed and snap-frozen in liquid nitrogen.

tag: strain background

tag: genotype/variation

tag: drug

value: Rapamycin

value: heart ventricle

tag: pool

tag: barcode

value: GTTTCG


title: oep_p0_S71

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1flox/flox_Vehicle_rep5

value: Vehicle

value: GTGGCC


title: oep_p0_S86

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S83

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S7

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1flox/flox_Rapamycin_rep5

value: GTCCGC


title: heart_Acsl1H-/-_Vehicle_rep5

value: CCGTCC


title: oep_p0_S67

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1H-/-_Rapamycin_rep4

value: GTGAAA


title: oep_p0_S62

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S66

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S65

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1H-/-_Rapamycin_rep3

value: AGTCAA


title: heart_Acsl1flox/flox_Rapamycin_rep3

value: CTTGTA


title: oep_p0_S63

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S61

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1H-/-_Vehicle_rep4

value: ATGTCA


title: heart_Acsl1flox/flox_Rapamycin_rep4

value: AGTTCC


title: oep_p0_S74

description:
5' enriched
SS2_umi_cnts.txt.gz

value: 50% epiboly

value: MZoep tz57


title: oep_p0_S73

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S60

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S72

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1flox/flox_Rapamycin_rep2

value: TAGCTT


title: heart_Acsl1H-/-_Rapamycin_rep2

value: GGCTAC


title: heart_Acsl1flox/flox_Vehicle_rep4

value: GATCAG


title: oep_p0_S59

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1flox/flox_Rapamycin_rep1

value: Rapamycin

value: ACTTGA


title: oep_p0_S5

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S68

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S58

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S57

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1flox/flox_Vehicle_rep2

value: heart ventricle

value: ACAGTG


title: heart_Acsl1H-/-_Vehicle_rep3

value: Vehicle

value: CAGATC


title: heart_Acsl1flox/flox_Vehicle_rep3

value: GCCAAT


title: heart_Acsl1flox/flox_Vehicle_rep1

value: TGACCA


title: heart_Acsl1H-/-_Rapamycin_rep1

value: TTAGGC


title: oep_p0_S64

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1H-/-_Vehicle_rep2

value: CGATGT


title: oep_p0_S50

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S55

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S51

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S56

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S4

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S53

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S52

description:
5' enriched
SS2_umi_cnts.txt.gz


title: heart_Acsl1H-/-_Vehicle_rep1

value: ATCACG


title: oep_p0_S54

description:
5' enriched
SS2_umi_cnts.txt.gz


title: TES sample 8

city: Stanford

first: Johan

last: Jeong

state: CA

address: Rm.G2035, 265 Campus Dr.

department: Pathology

institute: Stanford University

description: TES sample 8

library_source: genomic

data_processing:
Library strategy: Targeted Exome Sequencing
RNA-seq was performed using a BGISEQ-500 platform and the raw reads were filtered for adaptor sequence, masked for low-complexity or low-quality sequence.
Clean reads were mapped to hg19 using HISAT/Bowtie2 tool.
Gene expression level was qantified by RSEM and FPKM was calculated.
Somatic SNP/Indel calling and annotation were performed using VarScan 2 followed by VEP in DNAnexus cloud platform (dnanexus.com).  Human genome reference GRCh37/hg19, minimum coverage of 50, and p-value threshold of 0.05 were used.  SNV/Indels were manually confirmed using IGV.  ClinVar database was used to search pathogenic mutation and GRCm38.p4 mouse genome reference used to filter out mouse sequence.
Genome_build: hg19
Supplementary_files_format_and_content: tab-delimited text files include RPKM values for each Sample ...

molecule: genomic DNA

source_name: xenografted leukemic (AML) mouse bone marrow cells

growth_protocol: t(9;11) chromosome rearranged human CD34+ cells were transplanted into NSG mice. Sick mice were sacrificed. Median latency was 48 weeks.

extract_protocol:
RNA was purified from leukemic mouse bone marrow and cultured cells using Trizol (Invitrogen) followed by RNeasy kit (Qiagen) as manufacturer’s instructions.
Single-ended 50 bp reads (59 million per sample on average) were generated using a BGISEQ-500 platform (BGI America Co., Cambridge, MA).

treatment_protocol: CD34+ human umbilical cord blood cells were nucleofected with TALENs tageting MLL and AF9. 100% t(9;11) chromosomal rearranged, and MLL-AF9 fusion, cells after in vitro culture for 98 days were transplated into sublethally irradiated NSG mice. After signs of illness, mice were sacrificed and bone marow cells as well as the injected cells were harvested for RNA extraction. Bone marrow cells from sick mice were transplanted into secondary NSG mice recipient. Secondary transplated mice were sacrificed when they were sick and bone marrow cells were harvested for RNA extraction.

tag: injected cells


title: TES sample 5

description: TES sample 5

source_name: CD34+ human umbilical cord blood cells

value: cultured cell


title: TES sample 9

description: TES sample 9

value: t(9;11) chromosome rearranged human CD34+ cells

value: xenografted leukemic (AML) mouse bone marrow cells


title: TES sample 7

description: TES sample 7


title: TES sample 6

description: TES sample 6


title: TES sample 3

description: TES sample 3


title: oep_p0_S49

description:
5' enriched
SS2_umi_cnts.txt.gz

value: 50% epiboly

value: MZoep tz57


title: oep_p0_S47

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S45

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S44

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S42

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S43

description:
5' enriched
SS2_umi_cnts.txt.gz


title: TES sample 1

description: TES sample 1


title: Mouse 2_scRNASeq

city: Yokohama City

first: Kazuyo

last: Moro

state: Kanagawa

address: 1-7-22 Suehiro-cho Tsurumi-ku

department: Integrated Medical Science

country: Japan

institute: Riken Yokohama

description: Chromium, V2

data_processing:
The Cell Ranger Single Cell Software Suite 1.3 was used for sample demultiplexing , barcode processing, and single cell 3’ gene counting using default run (cellranger run) (https://support.10xgenomics.com/single-cell/software/pipelines/latest/what-is-cell-ranger)
Cell Ranger commands used to produce this aggregated dataset:
cellranger count (--cells=5000 …)
cellranger aggr --id=Combined_Fat_mesnetery_Mouse --csv=Fat_mesentery_Mouse1.csv
Genome_build: mm10
Supplementary_files_format_and_content: Cellranger generated BAM files containing raw reads for single-cell RNAseq, including cell specific barcodes, UMI information. The  Gene-barcode matrices are obtained for the UMI-collapsed counts of these reads, representing absolute counts of molecules per cell. The aggregated count matrix were made in a hdf5 format (https://support.10xgenomics.com/single-cell/software/pipelines/latest/advanced/h5_matrices)
Genome_build: mm10
Supplementary_files_format_and_content: tsv and mtx

source_name: Whole mesenteric cells

growth_protocol: Whole mesenteries were harvested from C57BL/6N mice and total cells were isolated using Liberase DH (Roche) in DMEM (SIGMA) containing 4% BSA.

extract_protocol:
The Chromium Controller Instrument and Chromium single cell 3’ solution Reagent Kit (10x Genomics) was used for making barcoded-single cell RNA libraries.
Silane and Solid Phase Reversible Immobilization (SPRI) beads were used to purify and size select the RNA for cDNA library preparation and amplification. Standard library prep using 10x Genomics adaptors was performed to construct sample-indexed libraries. The final DNA library contained the lllumina P5 and P7 primers used for the bridge amplification. The barcode sequencing libraries were then quantified by qPCR (KAPA Biosystems Library Quantification Kit for Illumina platforms).

treatment_protocol: No treatment

tag: strain

tag: age, sex

tag: Sex

value: male

value: Wild type


title: Mouse 1_scRNASeq

description: Chromium, V2


title: oep_p0_S48

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S38

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S40

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S39

description:
5' enriched
SS2_umi_cnts.txt.gz


title: TES sample 4

description: TES sample 4


title: oep_p0_S37

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S41

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S36

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S30

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S32

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S33

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S3

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S35

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S46

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S31

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S28

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S27

description:
5' enriched
SS2_umi_cnts.txt.gz


title: TES sample 2

description: TES sample 2


title: oep_p0_S26

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S2

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S29

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (shield, Rep 1)

description: UMICounts.txt.gz

data_processing:
Data was processed using Drop-seq tools v1.01, according to Drop-seq protocol v3.1 (http://www.dropseq.org/)
Base calling was performed with bcl2fastq v2.17.1.14
Read 2 was aligned with Bowtie2 v 2.2.1 to Ensembl Zv10 release 82.
Each aligned read was tagged with its mate-pair UMI and cell barcode (which comprise Read 1)
Each aligned exonic read was tagged with a gene name (ZFIN name preferred over Ensembl name)
Cell barcodes were corrected for synthesis errors
A digital expression matrix was built by counting the number of unique UMIs per gene within each cell; columns are cells, and rows are genes
The first inflection point was estimated on a cumulative sum plot of the digital expression matrix to determine the number of cells in the sample
Genome_build: dr82
Supplementary_files_format_and_content: tab-delimited text file of UMI counts

source_name: Wild-type TLAB Embryo

growth_protocol: Tupful longfin / AB (TLAB) fish were incrossed, embryos were collected and grown at 28°C in chorions until they reached the desired stage (confirmed via visual morphological staging).

extract_protocol:
Embryos were dechorionated and deyolked manually, mechanically dissociated, washed and resuspended in PBS + 0.1% BSA + 20% Optiprep, filtered through a cell sieve, and encapsulated using a standard Drop-seq apparatus. Lysis occurred in droplets in Drop-seq lysis buffer ().
Libraries were prepared according to Drop-seq Protocol v3.1 (12/28/2015), with 12–13 cycles of PCR amplification and 50–100 STAMPs per PCR reaction.

value: shield

tag: hours post-fertilization

tag: sequencing batch


title: oep_p0_S24

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (oblong, Rep 1)

description: UMICounts.txt.gz

value: oblong


title: oep_p0_S23

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S34

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (oblong, Rep 2)

description: UMICounts.txt.gz


title: WT zebrafish embryo (high, Rep 2)

description: UMICounts.txt.gz

value: high


title: oep_p0_S21

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S22

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S1

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (bud, Rep 3)

description: UMICounts.txt.gz

value: bud


title: WT zebrafish embryo (high, Rep 1)

description: UMICounts.txt.gz


title: oep_p0_S20

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (bud, Rep 4)

description: UMICounts.txt.gz


title: WT zebrafish embryo (bud, Rep 2)

description: UMICounts.txt.gz


title: WT zebrafish embryo (bud, Rep 1)

description: UMICounts.txt.gz


title: oep_p0_S25

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S15

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S18

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S17

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S13

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (90% epiboly, Rep 2)

description: UMICounts.txt.gz

value: 90% epiboly


title: WT zebrafish embryo (75% epiboly, Rep 3)

description: UMICounts.txt.gz

value: 75% epiboly


title: WT zebrafish embryo (90% epiboly, Rep 3)

description: UMICounts.txt.gz


title: oep_p0_S14

description:
5' enriched
SS2_umi_cnts.txt.gz


title: oep_p0_S12

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (75% epiboly, Rep 2)

description: UMICounts.txt.gz


title: WT zebrafish embryo (90% epiboly, Rep 1)

description: UMICounts.txt.gz


title: oep_p0_S11

description:
5' enriched
SS2_umi_cnts.txt.gz


title: WT zebrafish embryo (6-somite, Rep 2)

description: UMICounts.txt.gz


title: WT zebrafish embryo (75% epiboly, Rep 1)

description: UMICounts.txt.gz


title: WT zebrafish embryo (dome, Rep 1)

description: UMICounts.txt.gz

value: dome


title: WT zebrafish embryo (60% epiboly, Rep 3)

description: UMICounts.txt.gz

value: 60% epiboly


title: RNA-seq, S2-2nd AML2 (L902)

description: RNA-seq, S2-2nd AML2 (L902)

data_processing:
RNA-seq was performed using a BGISEQ-500 platform and the raw reads were filtered for adaptor sequence, masked for low-complexity or low-quality sequence.
Clean reads were mapped to hg19 using HISAT/Bowtie2 tool.
Gene expression level was qantified by RSEM and FPKM was calculated.
Somatic SNP/Indel calling and annotation were performed using VarScan 2 followed by VEP in DNAnexus cloud platform (dnanexus.com).  Human genome reference GRCh37/hg19, minimum coverage of 50, and p-value threshold of 0.05 were used.  SNV/Indels were manually confirmed using IGV.  ClinVar database was used to search pathogenic mutation and GRCm38.p4 mouse genome reference used to filter out mouse sequence.
Genome_build: hg19
Supplementary_files_format_and_content: tab-delimited text files include RPKM values for each Sample ...

source_name: secondary-xenografted leukemic (AML) mouse bone marrow cells

value: xenograft MLL-AF9 AML mice bone marrow cells

tag: host strain

value: NOD.Cg-PrkdcscidIL2rgtm1Wjl/SzJ (NSG)

value: bone marrow


title: RNA-seq, S2-2nd AML1 (L901)

description: RNA-seq, S2-2nd AML1 (L901)


title: oep_p0_S19

description:
5' enriched
SS2_umi_cnts.txt.gz

tag: developmental stage


title: RNA-seq, S2-AML3 (475)

description: RNA-seq, S2-AML3 (475)

value: t(9;11) chromosome rearranged human CD34+ cells


title: oep_p0_S16

description:
5' enriched
SS2_umi_cnts.txt.gz

tag: library preparation batch


title: RNA-seq, S2-AML1 (FTKBM)

description: RNA-seq, S2-AML1 (FTKBM)


title: WT zebrafish embryo (60% epiboly, Rep 2)

description: UMICounts.txt.gz


title: RNA-seq, S2-AML2 (478)

description: RNA-seq, S2-AML2 (478)


title: WT zebrafish embryo (60% epiboly, Rep 1)

description: UMICounts.txt.gz


title: WT zebrafish embryo (50% epiboly, Rep 3)

description: UMICounts.txt.gz


title: WT zebrafish embryo (50% epiboly, Rep 2)

description: UMICounts.txt.gz


title: WT zebrafish embryo (50% epiboly, Rep 1)

description: UMICounts.txt.gz


title: RNA-seq, sample2 (S2, cFTK)

description: RNA-seq, sample2 (S2, cFTK)

value: CD34+ human umbilical cord blood cells


title: RNA-seq, S1-AML3 (473)

description: RNA-seq, S1-AML3 (473)


title: RNA-seq, S1-AML2 (471)

description: RNA-seq, S1-AML2 (471)


title: RNA-seq, S1-AML4 (474)

description: RNA-seq, S1-AML4 (474)


title: RNA-seq, S1-AML5 (490)

description: RNA-seq, S1-AML5 (490)


title: RNA-seq, S1-AML1 (10TBM)

description: RNA-seq, S1-AML1 (10TBM)


title: WT zebrafish embryo (3-somite, Rep 1)

description: UMICounts.txt.gz


title: oep_p0_S10

description:
5' enriched
SS2_umi_cnts.txt.gz

value: 50% epiboly

tag: genotype


title: RNA-seq, sample 1 (S1, c10T)

description: RNA-seq, sample 1 (S1, c10T)


title: WT zebrafish embryo (30% epiboly, Rep 1)

description: UMICounts.txt.gz

value: 30% epiboly


title: iCLIP-seq

status: Public on Apr 26 2018

city: Beijing

first: Minghong

last: Jiang

address: 5 Dong Dan San Tiao

institute: Chinese Academy of Medical Sciences

description:
Sample 5
RAW264.7 cells upon VSV infection for 12 hr.
Processed data file: iClip_trunction.bed

data_processing:
Library strategy: iCLIP-Seq
Primary sequencing data produced by Illumina HiSeq 2500, called as raw reads, is subjected to quality control (QC) that determine if a resequencing step is needed.
Reads preprocessing, mapping and CITS analysis with raw data followed CLIP Tool Kit published in the article named CLIP Tool Kit (CTK): a flexible and robust pipeline to analyze CLIP sequencing data.
Genome_build: mm10
Supplementary_files_format_and_content: iClip_trunction.bed

source_name: RAW264.7 cells

growth_protocol: RAW264.7 cells were cultured in DMEM (Gibco) supplemented with 10% fetal bovine serum (FBS).

extract_protocol:
iCLIP was performed using anti-RIG antibody, and the isolated RNA was further processed into iCLIP-seq library and then standard Illumina sequencing analysis.
RNA libraries were prepared for sequencing using standard Illumina protocols.

treatment_protocol: RAW264.7 cells were infected with VSV for 12 hr and then were crosslinked with UV at 254 nm for 300 mJ/cm2.

tag: cell line

tag: cell type

value: macrophage cell line

tag: passages

tag: strain/background

tag: infection

value: VSV for 12 hr

tag: rip antibody

value: RIG-I (Cell Signaling Technology, D14G6, 3743BC)


title: WT zebrafish embryo (6-somite, Rep 1)

description: UMICounts.txt.gz


title: GC3_F.TAF1717.2_DE3

city: Parkville

first: Andrew

last: Lonsdale

state: VIC

address: 50 Flemington Rd

country: Australia

institute: Murdoch Children's Research Institute

description: counts.txt

data_processing:
Fastq files were generated using the bcl to fastQ converter 2.17.
The raw reads were quality and adapter trimmed using trimmomatic (v0.35)
The trimmed reads were mapped to the human genome (hg38) using the STAR aligner version 2.5.2a in the two pass mapping mode
The mapped reads were quantified at the gene level using featureCounts version 1.5.0-p3 using GENCODE Release 20 comprehensive annotation
Genome_build: hg38
Supplementary_files_format_and_content: Tab delimited text file with Gene id and Gene length in the first two columns, followed by 6 columns containing counts for each sample

source_name: kidney organoid

growth_protocol: Undifferentiated iPSC were maintained in feeder free conditions on hESC qualified Matrigel in Essential 8 media. One day prior to differentiation, iPSC were dissociated from 60-70% confluence with Tryple Select (Thermo Fisher) and plated at 3.5 x 104 cells per cm2 in a 6 well plate on hESC qualified Matrigel (BD Biosciences) in 2.5mL Essential 8 media supplemented with 1x Revitacell (Thermo Fisher). The following morning, cells were treated with 8µM CHIR99021 in APEL2 basal media (STEMCELL Technologies) supplemented with 3.5% Protein Free Hybridoma Media II (PFHM2) and Antibiotic-Antimycotic (Life Technologies) for 4 days, followed by FGF9 (200ng/mL) and heparin (1µg/mL) for 3 days, changing media every two days. At day 7, cells were dissociated with trypsin 0.05% and 0.25 x 106 cells were spun 3 times at 300g in 1.5mL tubes. Using a large pore P200 pipette tip, pellets were transferred to a Transwell 0.4µm pore polyester membrane (CLS3450 Corning).  Pellets were cultured over APEL2 + 3.5% PFHM2 + Antibiotic-Antimycotic supplemented with 5µM CHIR 99021 for 1 hour followed by FGF9 (200ng/mL) and heparin (1µg/mL) for 5 days. Transwell culture continued without added growth factors for 18 days, at which point organoids were dissociated with Tryple Select (Thermo Fisher) and MACS sorted for the EPCAM+ cell fraction according to the MACS manufacturers protocol (Miltenyi Biotech).

extract_protocol:
RNA were extracted using a Invitrogen PureLink Mini RNA kit.
TruSeq stranded total RNA with RiboZero rRNA depletion

tag: iPSc clone

tag: culture timepoint

value: day 25

tag: pair

value: EPCAM+ cell fraction


title: PT1_A.TAF1714_DE1

description: counts.txt


title: WT zebrafish embryo (50% epiboly, Rep 4)

description: UMICounts.txt.gz


title: PT2_B.TAF1716.1_DE2

description: counts.txt


title: GC1_D.TAF1715_DE1

description: counts.txt


title: BM1137-GMP2-mid-RNA-1

city: Cambridge

first: Jason

middle: Daniel

last: Buenrostro

state: MA

address: 415 Main Street

institute: Broad Institute

data_processing:
RNA sequencing data was aligned to the human reference genome (GRCh37/hg19) using STAR using standard input parameters. Aligned reads were filtered for those reads that map uniquely to non-mitochondrial regions.
Duplicate reads (artifacts from amplification) were removed using PICARD MarkDuplicates.
Processed BAM files were analyzed for transcript counts using HTseq against the UCSC refGene transcriptome. Transcript counts were processed using DESeq2, normalizing for both library size and transcript GC content using Conditional Quantile Normalization (Hansen et al., 2012).
Genome_build: hg19
Supplementary_files_format_and_content: Count file is a tab-delimited text file where rows represent unique genes and columns represent unique samples.

source_name: Bone Marrow CD34+

extract_protocol:
All cells described here were FACS sorted prior to performing the assay.
RNA was isolated using the Qiagen RNeasy Plus Micro kit, and RNA was eluted in 10 μl of RNase-free water. 5 μl of total RNA was used as input for NuGen Ovation V2 cDNA synthesis kit. The yield of purified SPIA-amplified cDNA was measured using Qubit dsDNA HS Assay kit. 50 ng of SPIA cDNA was fragmented using Nextera DNA library preparation kit (Illumina, FC-121-1030). Fragmented SPIA cDNA was then purified using Qiagen MinElute Reaction Cleanup Kit, and purified DNA was eluted in 10 μl of elution buffer (10mM Tris-HCl, pH 8). Purified SPIA cDNA fragments was amplified and purified as previously described for ATAC-seq17. ATAC-seq and RNA-seq libraries were quantified using qPCR, amplified libraries were sequenced using paired-end, dual-index sequencing on a NextSeq 500 instrument with 76 bp read lengths.

value: GMP-B

tag: tissue

value: CD34+ Bone Marrow


title: BM1137-GMP3-high-RNA-2

value: GMP-C


title: BM1137-GMP2-mid-RNA-2


title: WT zebrafish embryo (30% epiboly, Rep 2)

description: UMICounts.txt.gz


title: BM1137-GMP3-high-RNA-1


title: BM1137-GMP1-low-RNA-2

value: GMP-A


title: BM1137-GMP1-low-RNA-1


title: BM0106-UNK-RNA-2

value: UNK


title: BM0106-UNK-RNA-1


title: BM1137-GMP2-mid-ATAC-1

data_processing:
Adapter sequences were trimmed from FASTQs using custom python scripts to enable mapping fragments with sequences containing adapters. Paired-end reads were aligned to hg19 or mm10 using BOWTIE2 using the parameter –X2000 allowing fragments of up to 2 kb to align. Duplicates were removed using PICARD tools. Reads were subsequently filtered for alignment quality of >Q30 and were required to be properly paired. Reads mapping to the mitochondria, unmapped contigs and chromosome Y were removed and not considered.
We used MACS2 to call all reported ATAC-seq peaks. MACS2 was used with the following parameters (--nomodel --nolambda --keep-dup all --call-summits). Peaks were filtered using the consensus excludable ENCODE blacklist (http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/) and a custom blacklist, designed to remove high-signal causing repeats and mitochondrial homologues. For all subsequent analysis we discarded peaks falling within these regions.
Genome_build: hg19

extract_protocol:
All cells described here were FACS sorted prior to performing the assay.
One vial of 15,000 frozen cells in 100 μl freezing medium was thawed at 37˚C. 70 μl for bulk ATAC-seq were then added to 500 μl of warm IMDM with 10% FBS. For bulk ATAC-seq, the cells were split into 2 tubes of 5,000 cells and used as technical replicates. Cells were washed twice in 1x PBS, all supernatant was carefully removed without disturbing the cell pellet, and cells were resuspended in 40 μl of transposition mix (20 μl of 2x TD buffer, 2 μl of TDE1, 0.2 μl of 2% digitonin, 13.33 μl of 1x PBS, and 4.47 μl of nuclease-free water) (Illumina, FC-121-1030; Promega, G9441), here the transposition reactions were scaled down to compensate for cell loss during washes. Transposition reactions were incubated at 37 ˚C for 30 min in an Eppendorf ThermoMixer with agitation at 300 rpm. The transposed DNA fragments were purified and amplified as described.


title: BM1214-Day0-MCP

value: pDC


title: BM1077-UNK


title: BM1137-GMP3-high-ATAC-2


title: BM0106-Day0-MCP-A


title: BM1137-GMP1-low-ATAC-2


title: BM1214-Day0-UNK-A


title: BM1137-GMP2-mid-ATAC-2


title: BM1214-Day0-UNK-B


title: BM1077-MCP


title: BM0828-MEGA1-B-151109

value: Mega


title: BM0828-MEGA1-A-151109


title: GC2_E.TAF1717.1_DE2

description: counts.txt


title: BM0106-UNK-ATAC-2


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-96

data_processing:
Adapter sequences were trimmed from FASTQs using custom python scripts to enable mapping fragments with sequences containing adapters. Paired-end reads were aligned to hg19 or mm10 using BOWTIE2 using the parameter –X2000 allowing fragments of up to 2 kb to align. Duplicates were removed using PICARD tools. Reads were subsequently filtered for alignment quality of >Q30 and were required to be properly paired. Reads mapping to the mitochondria, unmapped contigs and chromosome Y were removed and not considered.
We used MACS2 to call all reported ATAC-seq peaks. MACS2 was used with the following parameters (--nomodel --nolambda --keep-dup all --call-summits). Peaks were filtered using the consensus excludable ENCODE blacklist (http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/) and a custom blacklist, designed to remove high-signal causing repeats and mitochondrial homologues. For all subsequent analysis we discarded peaks falling within these regions.
Genome_build: hg19
Supplementary_files_format_and_content: Bam files across single-cells representing identical biological conditions have been merged. Reads pertaining to individual cells can be identified by their unique RGID tag corresponding to each assayed well. Bed files represent 500 bp peak summits as described above.

extract_protocol:
Single cells were captured using the C1 Single-Cell Auto Prep IFC microfluidic chips and assayed using the single-cell ATAC-seq protocol. All cells described here were FACS sorted prior to performing the assay.
In a 96-well plate, 10 µL of harvested libraries were amplified in 50 µL PCR for an additional 14 cycles (1.25 µM custom Nextera dual-index PCR primers (Supplementary Table 1) in 1x NEBnext High-Fidelity PCR Master Mix) using the following PCR conditions: 72°C for 5min; 98°C for 30 s; and thermocycling at 98°C for 10 s, 72°C for 30 s, and 72°C for 1 min. The PCR products were pooled creating a final volume of ~4.8 mL. The pooled library was purified on a single MinElute PCR purification column (Qiagen) yielding libraries at an approximate concentration of ~1 µM. Libraries were quantified using qPCR prior to sequencing.


title: PT3_C.TAF1716.2_DE3

description: counts.txt


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-94


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-95


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-90


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-89


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-92


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-93


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-91


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-88


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-83


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-87


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-86


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-82


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-85


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-81


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-79


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-77


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-80


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-73


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-75


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-74


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-78


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-72


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-66


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-70


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-67


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-69


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-65


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-63


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-71


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-64


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-84


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-60


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-58


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-61


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-59


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-62


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-68


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-76


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-51


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-49


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-55


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-50


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-52


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-54


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-56


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-53


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-48


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-46


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-45


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-42


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-43


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-40


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-38


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-39


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-57


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-37


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-34


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-41


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-36


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-32


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-28


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-29


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-31


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-30


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-33


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-47


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-24


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-26


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-23


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-25


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-18


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-22


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-19


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-35


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-27


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-20


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-44


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-21


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-17


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-16


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-13


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-15


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-14


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-12


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-10


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-11


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-9


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-8


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-7


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-6


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-3


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-5


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-1


title: singles-160808-scATAC-BM1137-GMP2mid-LS-96


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-4


title: singles-160808-scATAC-BM1137-GMP2mid-LS-95


title: singles-160808-scATAC-BM1137-GMP2mid-LS-94


title: singles-160808-scATAC-BM1137-GMP2mid-LS-92


title: singles-160808-scATAC-BM1137-GMP2mid-LS-93


title: singles-160808-scATAC-BM1137-GMP2mid-LS-84


title: singles-160808-scATAC-BM1137-GMP2mid-LS-91


title: singles-160808-scATAC-BM1137-GMP2mid-LS-86


title: singles-160808-scATAC-BM1137-GMP2mid-LS-90


title: singles-20160726-scATAC-BM1137-GMP3high-HYC-2


title: singles-160808-scATAC-BM1137-GMP2mid-LS-88


title: singles-160808-scATAC-BM1137-GMP2mid-LS-85


title: singles-160808-scATAC-BM1137-GMP2mid-LS-83


title: singles-160808-scATAC-BM1137-GMP2mid-LS-81


title: singles-160808-scATAC-BM1137-GMP2mid-LS-78


title: singles-160808-scATAC-BM1137-GMP2mid-LS-82


title: singles-160808-scATAC-BM1137-GMP2mid-LS-77


title: singles-160808-scATAC-BM1137-GMP2mid-LS-76


title: singles-160808-scATAC-BM1137-GMP2mid-LS-79


title: singles-160808-scATAC-BM1137-GMP2mid-LS-80


title: singles-160808-scATAC-BM1137-GMP2mid-LS-73


title: singles-160808-scATAC-BM1137-GMP2mid-LS-74


title: singles-160808-scATAC-BM1137-GMP2mid-LS-72


title: singles-160808-scATAC-BM1137-GMP2mid-LS-75


title: singles-160808-scATAC-BM1137-GMP2mid-LS-87


title: singles-160808-scATAC-BM1137-GMP2mid-LS-89


title: singles-160808-scATAC-BM1137-GMP2mid-LS-71


title: singles-160808-scATAC-BM1137-GMP2mid-LS-68


title: singles-160808-scATAC-BM1137-GMP2mid-LS-70


title: singles-160808-scATAC-BM1137-GMP2mid-LS-69


title: singles-160808-scATAC-BM1137-GMP2mid-LS-65


title: singles-160808-scATAC-BM1137-GMP2mid-LS-64


title: singles-160808-scATAC-BM1137-GMP2mid-LS-67


title: singles-160808-scATAC-BM1137-GMP2mid-LS-62


title: singles-160808-scATAC-BM1137-GMP2mid-LS-57


title: singles-160808-scATAC-BM1137-GMP2mid-LS-59


title: singles-160808-scATAC-BM1137-GMP2mid-LS-61


title: singles-160808-scATAC-BM1137-GMP2mid-LS-55


title: singles-160808-scATAC-BM1137-GMP2mid-LS-56


title: singles-160808-scATAC-BM1137-GMP2mid-LS-58


title: singles-160808-scATAC-BM1137-GMP2mid-LS-60


title: singles-160808-scATAC-BM1137-GMP2mid-LS-66


title: singles-160808-scATAC-BM1137-GMP2mid-LS-63


title: singles-160808-scATAC-BM1137-GMP2mid-LS-54


title: singles-160808-scATAC-BM1137-GMP2mid-LS-50


title: singles-160808-scATAC-BM1137-GMP2mid-LS-53


title: singles-160808-scATAC-BM1137-GMP2mid-LS-48


title: singles-160808-scATAC-BM1137-GMP2mid-LS-49


title: singles-160808-scATAC-BM1137-GMP2mid-LS-51


title: singles-160808-scATAC-BM1137-GMP2mid-LS-52


title: singles-160808-scATAC-BM1137-GMP2mid-LS-41


title: singles-160808-scATAC-BM1137-GMP2mid-LS-36


title: singles-160808-scATAC-BM1137-GMP2mid-LS-35


title: singles-160808-scATAC-BM1137-GMP2mid-LS-39


title: singles-160808-scATAC-BM1137-GMP2mid-LS-44


title: singles-160808-scATAC-BM1137-GMP2mid-LS-33


title: singles-160808-scATAC-BM1137-GMP2mid-LS-46


title: singles-160808-scATAC-BM1137-GMP2mid-LS-38


title: singles-160808-scATAC-BM1137-GMP2mid-LS-34


title: singles-160808-scATAC-BM1137-GMP2mid-LS-42


title: singles-160808-scATAC-BM1137-GMP2mid-LS-47


title: singles-160808-scATAC-BM1137-GMP2mid-LS-40


title: singles-160808-scATAC-BM1137-GMP2mid-LS-37


title: singles-160808-scATAC-BM1137-GMP2mid-LS-31


title: singles-160808-scATAC-BM1137-GMP2mid-LS-28


title: singles-160808-scATAC-BM1137-GMP2mid-LS-45


title: singles-160808-scATAC-BM1137-GMP2mid-LS-32


title: singles-160808-scATAC-BM1137-GMP2mid-LS-43


title: singles-160808-scATAC-BM1137-GMP2mid-LS-26


title: singles-160808-scATAC-BM1137-GMP2mid-LS-25


title: singles-160808-scATAC-BM1137-GMP2mid-LS-30


title: singles-160808-scATAC-BM1137-GMP2mid-LS-24


title: singles-160808-scATAC-BM1137-GMP2mid-LS-23


title: singles-160808-scATAC-BM1137-GMP2mid-LS-21


title: singles-160808-scATAC-BM1137-GMP2mid-LS-22


title: singles-160808-scATAC-BM1137-GMP2mid-LS-19


title: singles-160808-scATAC-BM1137-GMP2mid-LS-20


title: singles-160808-scATAC-BM1137-GMP2mid-LS-18


title: singles-160808-scATAC-BM1137-GMP2mid-LS-16


title: singles-160808-scATAC-BM1137-GMP2mid-LS-17


title: singles-160808-scATAC-BM1137-GMP2mid-LS-14


title: singles-160808-scATAC-BM1137-GMP2mid-LS-9


title: singles-160808-scATAC-BM1137-GMP2mid-LS-11


title: singles-160808-scATAC-BM1137-GMP2mid-LS-12


title: singles-160808-scATAC-BM1137-GMP2mid-LS-27


title: singles-160808-scATAC-BM1137-GMP2mid-LS-7


title: singles-160808-scATAC-BM1137-GMP2mid-LS-8


title: singles-160808-scATAC-BM1137-GMP2mid-LS-10


title: singles-160808-scATAC-BM1137-GMP2mid-LS-13


title: singles-160808-scATAC-BM1137-GMP2mid-LS-1


title: singles-160808-scATAC-BM1137-GMP2mid-LS-2


title: singles-160808-scATAC-BM1137-GMP2mid-LS-3


title: singles-160808-scATAC-BM1137-GMP2mid-LS-6


title: singles-160808-scATAC-BM1137-GMP2mid-LS-4


title: singles-160808-scATAC-BM1137-GMP2mid-LS-29


title: singles-160809-scATAC-BM1137-GMP1low-LS-95


title: singles-160809-scATAC-BM1137-GMP1low-LS-93


title: singles-160809-scATAC-BM1137-GMP1low-LS-94


title: singles-160809-scATAC-BM1137-GMP1low-LS-92


title: singles-160809-scATAC-BM1137-GMP1low-LS-91


title: singles-160808-scATAC-BM1137-GMP2mid-LS-15


title: singles-160809-scATAC-BM1137-GMP1low-LS-96


title: singles-160809-scATAC-BM1137-GMP1low-LS-90


title: singles-160809-scATAC-BM1137-GMP1low-LS-88


title: singles-160809-scATAC-BM1137-GMP1low-LS-87


title: singles-160809-scATAC-BM1137-GMP1low-LS-86


title: singles-160808-scATAC-BM1137-GMP2mid-LS-5


title: singles-160809-scATAC-BM1137-GMP1low-LS-83


title: singles-160809-scATAC-BM1137-GMP1low-LS-80


title: singles-160809-scATAC-BM1137-GMP1low-LS-82


title: singles-160809-scATAC-BM1137-GMP1low-LS-84


title: singles-160809-scATAC-BM1137-GMP1low-LS-81


title: singles-160809-scATAC-BM1137-GMP1low-LS-73


title: singles-160809-scATAC-BM1137-GMP1low-LS-79


title: singles-160809-scATAC-BM1137-GMP1low-LS-72


title: singles-160809-scATAC-BM1137-GMP1low-LS-76


title: singles-160809-scATAC-BM1137-GMP1low-LS-75


title: singles-160809-scATAC-BM1137-GMP1low-LS-78


title: singles-160809-scATAC-BM1137-GMP1low-LS-74


title: singles-160809-scATAC-BM1137-GMP1low-LS-77


title: singles-160809-scATAC-BM1137-GMP1low-LS-71


title: singles-160809-scATAC-BM1137-GMP1low-LS-68


title: singles-160809-scATAC-BM1137-GMP1low-LS-69


title: singles-160809-scATAC-BM1137-GMP1low-LS-89


title: singles-160809-scATAC-BM1137-GMP1low-LS-67


title: singles-160809-scATAC-BM1137-GMP1low-LS-65


title: singles-160809-scATAC-BM1137-GMP1low-LS-66


title: singles-160809-scATAC-BM1137-GMP1low-LS-85


title: singles-160809-scATAC-BM1137-GMP1low-LS-64


title: singles-160809-scATAC-BM1137-GMP1low-LS-70


title: singles-160809-scATAC-BM1137-GMP1low-LS-61


title: singles-160809-scATAC-BM1137-GMP1low-LS-60


title: singles-160809-scATAC-BM1137-GMP1low-LS-63


title: singles-160809-scATAC-BM1137-GMP1low-LS-56


title: singles-160809-scATAC-BM1137-GMP1low-LS-57


title: singles-160809-scATAC-BM1137-GMP1low-LS-59


title: singles-160809-scATAC-BM1137-GMP1low-LS-51


title: singles-160809-scATAC-BM1137-GMP1low-LS-49


title: singles-160809-scATAC-BM1137-GMP1low-LS-52


title: singles-160809-scATAC-BM1137-GMP1low-LS-48


title: singles-160809-scATAC-BM1137-GMP1low-LS-47


title: singles-160809-scATAC-BM1137-GMP1low-LS-55


title: singles-160809-scATAC-BM1137-GMP1low-LS-53


title: singles-160809-scATAC-BM1137-GMP1low-LS-44


title: singles-160809-scATAC-BM1137-GMP1low-LS-54


title: singles-160809-scATAC-BM1137-GMP1low-LS-43


title: singles-160809-scATAC-BM1137-GMP1low-LS-41


title: singles-160809-scATAC-BM1137-GMP1low-LS-38


title: singles-160809-scATAC-BM1137-GMP1low-LS-37


title: singles-160809-scATAC-BM1137-GMP1low-LS-40


title: singles-160809-scATAC-BM1137-GMP1low-LS-39


title: singles-160809-scATAC-BM1137-GMP1low-LS-50


title: singles-160809-scATAC-BM1137-GMP1low-LS-42


title: singles-160809-scATAC-BM1137-GMP1low-LS-58


title: singles-160809-scATAC-BM1137-GMP1low-LS-35


title: singles-160809-scATAC-BM1137-GMP1low-LS-36


title: singles-160809-scATAC-BM1137-GMP1low-LS-46


title: singles-160809-scATAC-BM1137-GMP1low-LS-45


title: singles-160809-scATAC-BM1137-GMP1low-LS-31


title: singles-160809-scATAC-BM1137-GMP1low-LS-33


title: singles-160809-scATAC-BM1137-GMP1low-LS-34


title: singles-160809-scATAC-BM1137-GMP1low-LS-30


title: singles-160809-scATAC-BM1137-GMP1low-LS-29


title: singles-160809-scATAC-BM1137-GMP1low-LS-27


title: singles-160809-scATAC-BM1137-GMP1low-LS-28


title: singles-160809-scATAC-BM1137-GMP1low-LS-32


title: singles-160809-scATAC-BM1137-GMP1low-LS-19


title: singles-160809-scATAC-BM1137-GMP1low-LS-20


title: singles-160809-scATAC-BM1137-GMP1low-LS-17


title: singles-160809-scATAC-BM1137-GMP1low-LS-25


title: singles-160809-scATAC-BM1137-GMP1low-LS-18


title: singles-160809-scATAC-BM1137-GMP1low-LS-16


title: singles-160809-scATAC-BM1137-GMP1low-LS-22


title: singles-160809-scATAC-BM1137-GMP1low-LS-15


title: singles-160809-scATAC-BM1137-GMP1low-LS-62


title: singles-160809-scATAC-BM1137-GMP1low-LS-11


title: singles-160809-scATAC-BM1137-GMP1low-LS-23


title: singles-160809-scATAC-BM1137-GMP1low-LS-12


title: singles-160809-scATAC-BM1137-GMP1low-LS-10


title: singles-160809-scATAC-BM1137-GMP1low-LS-14


title: singles-160809-scATAC-BM1137-GMP1low-LS-13


title: singles-160809-scATAC-BM1137-GMP1low-LS-7


title: singles-160809-scATAC-BM1137-GMP1low-LS-8


title: singles-160809-scATAC-BM1137-GMP1low-LS-3


title: singles-160809-scATAC-BM1137-GMP1low-LS-26


title: singles-160809-scATAC-BM1137-GMP1low-LS-21


title: singles-160809-scATAC-BM1137-GMP1low-LS-4


title: singles-160809-scATAC-BM1137-GMP1low-LS-9


title: singles-160809-scATAC-BM1137-GMP1low-LS-24


title: singles-160809-scATAC-BM1137-GMP1low-LS-6


title: singles-160809-scATAC-BM1137-GMP1low-LS-5


title: singles-BM0106-UNK-160418-95


title: singles-BM0106-UNK-160418-96


title: singles-160809-scATAC-BM1137-GMP1low-LS-1


title: singles-BM0106-UNK-160418-92


title: singles-BM0106-UNK-160418-91


title: singles-BM0106-UNK-160418-89


title: singles-160809-scATAC-BM1137-GMP1low-LS-2


title: singles-BM0106-UNK-160418-88


title: singles-BM0106-UNK-160418-86


title: singles-BM0106-UNK-160418-87


title: singles-BM0106-UNK-160418-82


title: singles-BM0106-UNK-160418-84


title: singles-BM0106-UNK-160418-85


title: singles-BM0106-UNK-160418-81


title: singles-BM0106-UNK-160418-80


title: singles-BM0106-UNK-160418-79


title: singles-BM0106-UNK-160418-78


title: singles-BM0106-UNK-160418-77


title: singles-BM0106-UNK-160418-76


title: singles-BM0106-UNK-160418-75


title: singles-BM0106-UNK-160418-74


title: singles-BM0106-UNK-160418-72


title: singles-BM0106-UNK-160418-94


title: singles-BM0106-UNK-160418-71


title: singles-BM0106-UNK-160418-93


title: singles-BM0106-UNK-160418-90


title: singles-BM0106-UNK-160418-83


title: singles-BM0106-UNK-160418-65


title: singles-BM0106-UNK-160418-59


title: singles-BM0106-UNK-160418-67


title: singles-BM0106-UNK-160418-60


title: singles-BM0106-UNK-160418-62


title: singles-BM0106-UNK-160418-69


title: singles-BM0106-UNK-160418-70


title: singles-BM0106-UNK-160418-66


title: singles-BM0106-UNK-160418-56


title: singles-BM0106-UNK-160418-58


title: singles-BM0106-UNK-160418-61


title: singles-BM0106-UNK-160418-63


title: singles-BM0106-UNK-160418-64


title: singles-BM0106-UNK-160418-52


title: singles-BM0106-UNK-160418-50


title: singles-BM0106-UNK-160418-55


title: singles-BM0106-UNK-160418-54


title: singles-BM0106-UNK-160418-53


title: singles-BM0106-UNK-160418-51


title: singles-BM0106-UNK-160418-57


title: singles-BM0106-UNK-160418-73


title: singles-BM0106-UNK-160418-49


title: singles-BM0106-UNK-160418-68


title: singles-BM0106-UNK-160418-48


title: singles-BM0106-UNK-160418-47


title: singles-BM0106-UNK-160418-45


title: singles-BM0106-UNK-160418-44


title: singles-BM0106-UNK-160418-46


title: singles-BM0106-UNK-160418-43


title: singles-BM0106-UNK-160418-42


title: singles-BM0106-UNK-160418-41


title: singles-BM0106-UNK-160418-36


title: singles-BM0106-UNK-160418-34


title: singles-BM0106-UNK-160418-33


title: singles-BM0106-UNK-160418-35


title: singles-BM0106-UNK-160418-29


title: singles-BM0106-UNK-160418-30


title: singles-BM0106-UNK-160418-31


title: singles-BM0106-UNK-160418-39


title: singles-BM0106-UNK-160418-28


title: singles-BM0106-UNK-160418-26


title: singles-BM0106-UNK-160418-24


title: singles-BM0106-UNK-160418-27


title: singles-BM0106-UNK-160418-32


title: singles-BM0106-UNK-160418-25


title: singles-BM0106-UNK-160418-23


title: singles-BM0106-UNK-160418-22


title: singles-BM0106-UNK-160418-21


title: singles-BM0106-UNK-160418-20


title: singles-BM0106-UNK-160418-38


title: singles-BM0106-UNK-160418-19


title: singles-BM0106-UNK-160418-18


title: singles-BM0106-UNK-160418-16


title: singles-BM0106-UNK-160418-15


title: singles-BM0106-UNK-160418-14


title: singles-BM0106-UNK-160418-40


title: singles-BM0106-UNK-160418-13


title: singles-BM0106-UNK-160418-37


title: singles-BM0106-UNK-160418-11


title: singles-BM0106-UNK-160418-6


title: singles-BM0106-UNK-160418-8


title: singles-BM0106-UNK-160418-7


title: singles-BM0106-UNK-160418-12


title: singles-BM0106-UNK-160418-10


title: singles-BM0106-UNK-160418-9


title: singles-BM0106-UNK-160418-4


title: singles-BM1214-MCP-frozen-160128-96


title: singles-BM1214-MCP-frozen-160128-93


title: singles-BM1214-MCP-frozen-160128-94


title: singles-BM0106-UNK-160418-3


title: singles-BM1214-MCP-frozen-160128-92


title: singles-BM0106-UNK-160418-2


title: singles-BM0106-UNK-160418-1


title: singles-BM1214-MCP-frozen-160128-89


title: singles-BM1214-MCP-frozen-160128-95


title: singles-BM1214-MCP-frozen-160128-90


title: singles-BM1214-MCP-frozen-160128-91


title: singles-BM1214-MCP-frozen-160128-88


title: singles-BM0106-UNK-160418-17


title: singles-BM1214-MCP-frozen-160128-81


title: singles-BM1214-MCP-frozen-160128-84


title: singles-BM1214-MCP-frozen-160128-83


title: singles-BM1214-MCP-frozen-160128-87


title: singles-BM1214-MCP-frozen-160128-80


title: singles-BM1214-MCP-frozen-160128-86


title: singles-BM1214-MCP-frozen-160128-79


title: singles-BM1214-MCP-frozen-160128-77


title: singles-BM1214-MCP-frozen-160128-73


title: singles-BM1214-MCP-frozen-160128-85


title: singles-BM0106-UNK-160418-5


title: singles-BM1214-MCP-frozen-160128-74


title: singles-BM1214-MCP-frozen-160128-76


title: singles-BM1214-MCP-frozen-160128-82


title: singles-BM1214-MCP-frozen-160128-71


title: singles-BM1214-MCP-frozen-160128-70


title: singles-BM1214-MCP-frozen-160128-75


title: singles-BM1214-MCP-frozen-160128-72


title: singles-BM1214-MCP-frozen-160128-68


title: singles-BM1214-MCP-frozen-160128-67


title: singles-BM1214-MCP-frozen-160128-69


title: singles-BM1214-MCP-frozen-160128-61


title: singles-BM1214-MCP-frozen-160128-60


title: singles-BM1214-MCP-frozen-160128-65


title: singles-BM1214-MCP-frozen-160128-54


title: singles-BM1214-MCP-frozen-160128-55


title: singles-BM1214-MCP-frozen-160128-64


title: singles-BM1214-MCP-frozen-160128-59


title: singles-BM1214-MCP-frozen-160128-66


title: singles-BM1214-MCP-frozen-160128-63


title: singles-BM1214-MCP-frozen-160128-62


title: singles-BM1214-MCP-frozen-160128-57


title: singles-BM1214-MCP-frozen-160128-58


title: singles-BM1214-MCP-frozen-160128-56


title: singles-BM1214-MCP-frozen-160128-47


title: singles-BM1214-MCP-frozen-160128-50


title: singles-BM1214-MCP-frozen-160128-78


title: singles-BM1214-MCP-frozen-160128-53


title: singles-BM1214-MCP-frozen-160128-51


title: singles-BM1214-MCP-frozen-160128-48


title: singles-BM1214-MCP-frozen-160128-46


title: singles-BM1214-MCP-frozen-160128-49


title: singles-BM1214-MCP-frozen-160128-44


title: singles-BM1214-MCP-frozen-160128-38


title: singles-BM1214-MCP-frozen-160128-42


title: singles-BM1214-MCP-frozen-160128-39


title: singles-BM1214-MCP-frozen-160128-43


title: singles-BM1214-MCP-frozen-160128-45


title: singles-BM1214-MCP-frozen-160128-35


title: singles-BM1214-MCP-frozen-160128-40


title: singles-BM1214-MCP-frozen-160128-34


title: singles-BM1214-MCP-frozen-160128-52


title: singles-BM1214-MCP-frozen-160128-33


title: singles-BM1214-MCP-frozen-160128-29


title: singles-BM1214-MCP-frozen-160128-30


title: singles-BM1214-MCP-frozen-160128-31


title: singles-BM1214-MCP-frozen-160128-32


title: singles-BM1214-MCP-frozen-160128-28


title: singles-BM1214-MCP-frozen-160128-27


title: singles-BM1214-MCP-frozen-160128-25


title: singles-BM1214-MCP-frozen-160128-26


title: singles-BM1214-MCP-frozen-160128-24


title: singles-BM1214-MCP-frozen-160128-21


title: singles-BM1214-MCP-frozen-160128-23


title: singles-BM1214-MCP-frozen-160128-19


title: singles-BM1214-MCP-frozen-160128-20


title: singles-BM1214-MCP-frozen-160128-41


title: singles-BM1214-MCP-frozen-160128-22


title: singles-BM1214-MCP-frozen-160128-18


title: singles-BM1214-MCP-frozen-160128-17


title: singles-BM1214-MCP-frozen-160128-14


title: singles-BM1214-MCP-frozen-160128-13


title: singles-BM1214-MCP-frozen-160128-36


title: singles-BM1214-MCP-frozen-160128-37


title: singles-BM1214-MCP-frozen-160128-15


title: singles-BM1214-MCP-frozen-160128-12


title: singles-BM1214-MCP-frozen-160128-8


title: singles-BM1214-MCP-frozen-160128-6


title: singles-BM1214-MCP-frozen-160128-11


title: singles-BM1214-MCP-frozen-160128-7


title: singles-BM1214-MCP-frozen-160128-10


title: singles-BM1214-MCP-frozen-160128-4


title: singles-BM1214-MCP-frozen-160128-3


title: singles-BM1214-MCP-frozen-160128-2


title: singles-BM1214-MCP-frozen-160128-1


title: singles-BM1214-MCP-frozen-160128-5


title: singles-160818-BM1137-pDC-LS-95


title: singles-160818-BM1137-pDC-LS-96


title: singles-160818-BM1137-pDC-LS-93


title: singles-160818-BM1137-pDC-LS-94


title: singles-160818-BM1137-pDC-LS-87


title: singles-160818-BM1137-pDC-LS-92


title: singles-160818-BM1137-pDC-LS-89


title: singles-160818-BM1137-pDC-LS-90


title: singles-BM1214-MCP-frozen-160128-16


title: singles-160818-BM1137-pDC-LS-88


title: singles-160818-BM1137-pDC-LS-85


title: singles-160818-BM1137-pDC-LS-86


title: singles-160818-BM1137-pDC-LS-91


title: singles-160818-BM1137-pDC-LS-84


title: singles-160818-BM1137-pDC-LS-82


title: singles-160818-BM1137-pDC-LS-79


title: singles-160818-BM1137-pDC-LS-81


title: singles-160818-BM1137-pDC-LS-83


title: singles-BM1214-MCP-frozen-160128-9


title: singles-160818-BM1137-pDC-LS-78


title: singles-160818-BM1137-pDC-LS-76


title: singles-160818-BM1137-pDC-LS-74


title: singles-160818-BM1137-pDC-LS-75


title: singles-160818-BM1137-pDC-LS-72


title: singles-160818-BM1137-pDC-LS-77


title: singles-160818-BM1137-pDC-LS-70


title: singles-160818-BM1137-pDC-LS-73


title: singles-160818-BM1137-pDC-LS-69


title: singles-160818-BM1137-pDC-LS-68


title: singles-160818-BM1137-pDC-LS-71


title: singles-160818-BM1137-pDC-LS-67


title: singles-160818-BM1137-pDC-LS-64


title: singles-160818-BM1137-pDC-LS-62


title: singles-160818-BM1137-pDC-LS-63


title: singles-160818-BM1137-pDC-LS-65


title: singles-160818-BM1137-pDC-LS-60


title: singles-160818-BM1137-pDC-LS-58


title: singles-160818-BM1137-pDC-LS-61


title: singles-160818-BM1137-pDC-LS-59


title: singles-160818-BM1137-pDC-LS-80


title: singles-160818-BM1137-pDC-LS-55


title: singles-160818-BM1137-pDC-LS-57


title: singles-160818-BM1137-pDC-LS-54


title: singles-160818-BM1137-pDC-LS-52


title: singles-160818-BM1137-pDC-LS-50


title: singles-160818-BM1137-pDC-LS-48


title: singles-160818-BM1137-pDC-LS-47


title: singles-160818-BM1137-pDC-LS-49


title: singles-160818-BM1137-pDC-LS-43


title: singles-160818-BM1137-pDC-LS-45


title: singles-160818-BM1137-pDC-LS-44


title: singles-160818-BM1137-pDC-LS-46


title: singles-160818-BM1137-pDC-LS-42


title: singles-160818-BM1137-pDC-LS-66


title: singles-160818-BM1137-pDC-LS-39


title: singles-160818-BM1137-pDC-LS-38


title: singles-160818-BM1137-pDC-LS-56


title: singles-160818-BM1137-pDC-LS-40


title: singles-160818-BM1137-pDC-LS-35


title: singles-160818-BM1137-pDC-LS-34


title: singles-160818-BM1137-pDC-LS-33


title: singles-160818-BM1137-pDC-LS-31


title: singles-160818-BM1137-pDC-LS-27


title: singles-160818-BM1137-pDC-LS-53


title: singles-160818-BM1137-pDC-LS-37


title: singles-160818-BM1137-pDC-LS-30


title: singles-160818-BM1137-pDC-LS-51


title: singles-160818-BM1137-pDC-LS-32


title: singles-160818-BM1137-pDC-LS-28


title: singles-160818-BM1137-pDC-LS-25


title: singles-160818-BM1137-pDC-LS-29


title: singles-160818-BM1137-pDC-LS-24


title: singles-160818-BM1137-pDC-LS-26


title: singles-160818-BM1137-pDC-LS-23


title: singles-160818-BM1137-pDC-LS-41


title: singles-160818-BM1137-pDC-LS-20


title: singles-160818-BM1137-pDC-LS-21


title: singles-160818-BM1137-pDC-LS-36


title: singles-160818-BM1137-pDC-LS-15


title: singles-160818-BM1137-pDC-LS-17


title: singles-160818-BM1137-pDC-LS-14


title: singles-160818-BM1137-pDC-LS-12


title: singles-160818-BM1137-pDC-LS-18


title: singles-160818-BM1137-pDC-LS-13


title: singles-160818-BM1137-pDC-LS-9


title: singles-160818-BM1137-pDC-LS-10


title: singles-160818-BM1137-pDC-LS-11


title: singles-160818-BM1137-pDC-LS-8


title: singles-160818-BM1137-pDC-LS-7


title: singles-160818-BM1137-pDC-LS-3


title: singles-BM0828-CLP-frozen-151103-94

value: CLP


title: singles-160818-BM1137-pDC-LS-4


title: singles-160818-BM1137-pDC-LS-2


title: singles-160818-BM1137-pDC-LS-1


title: singles-BM0828-CLP-frozen-151103-92


title: singles-160818-BM1137-pDC-LS-5


title: singles-BM0828-CLP-frozen-151103-90


title: singles-BM0828-CLP-frozen-151103-93


title: singles-160818-BM1137-pDC-LS-22


title: singles-BM0828-CLP-frozen-151103-95


title: singles-BM0828-CLP-frozen-151103-91


title: singles-160818-BM1137-pDC-LS-16


title: singles-BM0828-CLP-frozen-151103-96


title: singles-BM0828-CLP-frozen-151103-88


title: singles-BM0828-CLP-frozen-151103-89


title: singles-BM0828-CLP-frozen-151103-83


title: singles-BM0828-CLP-frozen-151103-85


title: singles-BM0828-CLP-frozen-151103-86


title: singles-BM0828-CLP-frozen-151103-82


title: singles-BM0828-CLP-frozen-151103-87


title: singles-160818-BM1137-pDC-LS-19


title: singles-160818-BM1137-pDC-LS-6


title: singles-BM0828-CLP-frozen-151103-80


title: singles-BM0828-CLP-frozen-151103-81


title: singles-BM0828-CLP-frozen-151103-78


title: singles-BM0828-CLP-frozen-151103-77


title: singles-BM0828-CLP-frozen-151103-76


title: singles-BM0828-CLP-frozen-151103-74


title: singles-BM0828-CLP-frozen-151103-75


title: singles-BM0828-CLP-frozen-151103-69


title: singles-BM0828-CLP-frozen-151103-72


title: singles-BM0828-CLP-frozen-151103-73


title: singles-BM0828-CLP-frozen-151103-66


title: singles-BM0828-CLP-frozen-151103-67


title: singles-BM0828-CLP-frozen-151103-68


title: singles-BM0828-CLP-frozen-151103-70


title: singles-BM0828-CLP-frozen-151103-65


title: singles-BM0828-CLP-frozen-151103-64


title: singles-BM0828-CLP-frozen-151103-63


title: singles-BM0828-CLP-frozen-151103-61


title: singles-BM0828-CLP-frozen-151103-62


title: singles-BM0828-CLP-frozen-151103-84


title: singles-BM0828-CLP-frozen-151103-56


title: singles-BM0828-CLP-frozen-151103-60


title: singles-BM0828-CLP-frozen-151103-59


title: singles-BM0828-CLP-frozen-151103-58


title: singles-BM0828-CLP-frozen-151103-79


title: singles-BM0828-CLP-frozen-151103-57


title: singles-BM0828-CLP-frozen-151103-55


title: singles-BM0828-CLP-frozen-151103-54


title: singles-BM0828-CLP-frozen-151103-53


title: singles-BM0828-CLP-frozen-151103-71


title: singles-BM0828-CLP-frozen-151103-48


title: singles-BM0828-CLP-frozen-151103-49


title: singles-BM0828-CLP-frozen-151103-47


title: singles-BM0828-CLP-frozen-151103-46


title: singles-BM0828-CLP-frozen-151103-45


title: singles-BM0828-CLP-frozen-151103-44


title: singles-BM0828-CLP-frozen-151103-42


title: singles-BM0828-CLP-frozen-151103-43


title: singles-BM0828-CLP-frozen-151103-41


title: singles-BM0828-CLP-frozen-151103-39


title: singles-BM0828-CLP-frozen-151103-38


title: singles-BM0828-CLP-frozen-151103-37


title: singles-BM0828-CLP-frozen-151103-40


title: singles-BM0828-CLP-frozen-151103-33


title: singles-BM0828-CLP-frozen-151103-36


title: singles-BM0828-CLP-frozen-151103-35


title: singles-BM0828-CLP-frozen-151103-50


title: singles-BM0828-CLP-frozen-151103-29


title: singles-BM0828-CLP-frozen-151103-51


title: singles-BM0828-CLP-frozen-151103-52


title: singles-BM0828-CLP-frozen-151103-27


title: singles-BM0828-CLP-frozen-151103-30


title: singles-BM0828-CLP-frozen-151103-28


title: singles-BM0828-CLP-frozen-151103-24


title: singles-BM0828-CLP-frozen-151103-22


title: singles-BM0828-CLP-frozen-151103-21


title: singles-BM0828-CLP-frozen-151103-26


title: singles-BM0828-CLP-frozen-151103-25


title: singles-BM0828-CLP-frozen-151103-20


title: singles-BM0828-CLP-frozen-151103-19


title: singles-BM0828-CLP-frozen-151103-18


title: singles-BM0828-CLP-frozen-151103-15


title: singles-BM0828-CLP-frozen-151103-16


title: singles-BM0828-CLP-frozen-151103-23


title: singles-BM0828-CLP-frozen-151103-13


title: singles-BM0828-CLP-frozen-151103-14


title: singles-BM0828-CLP-frozen-151103-12


title: singles-BM0828-CLP-frozen-151103-17


title: singles-BM0828-CLP-frozen-151103-34


title: singles-BM0828-CLP-frozen-151103-11


title: singles-BM0828-CLP-frozen-151103-31


title: singles-BM0828-CLP-frozen-151103-32


title: singles-BM0828-CLP-frozen-151103-10


title: singles-BM0828-CLP-frozen-151103-9


title: singles-BM0828-CLP-frozen-151103-8


title: singles-BM0828-CLP-frozen-151103-5


title: BM1077-CLP-Frozen-160106-96


title: singles-BM0828-CLP-frozen-151103-4


title: singles-BM0828-CLP-frozen-151103-3


title: singles-BM0828-CLP-frozen-151103-1


title: singles-BM0828-CLP-frozen-151103-6


title: singles-BM0828-CLP-frozen-151103-2


title: BM1077-CLP-Frozen-160106-86


title: BM1077-CLP-Frozen-160106-82


title: BM1077-CLP-Frozen-160106-91


title: BM1077-CLP-Frozen-160106-94


title: BM1077-CLP-Frozen-160106-88


title: BM1077-CLP-Frozen-160106-90


title: BM1077-CLP-Frozen-160106-85


title: BM1077-CLP-Frozen-160106-81


title: BM1077-CLP-Frozen-160106-92


title: BM1077-CLP-Frozen-160106-89


title: BM1077-CLP-Frozen-160106-95


title: BM1077-CLP-Frozen-160106-83


title: BM1077-CLP-Frozen-160106-84


title: BM1077-CLP-Frozen-160106-87


title: BM1077-CLP-Frozen-160106-80


title: BM1077-CLP-Frozen-160106-93


title: BM1077-CLP-Frozen-160106-78


title: singles-BM0828-CLP-frozen-151103-7


title: BM1077-CLP-Frozen-160106-73


title: BM1077-CLP-Frozen-160106-67


title: BM1077-CLP-Frozen-160106-75


title: BM1077-CLP-Frozen-160106-74


title: BM1077-CLP-Frozen-160106-77


title: BM1077-CLP-Frozen-160106-76


title: BM1077-CLP-Frozen-160106-72


title: BM1077-CLP-Frozen-160106-69


title: BM1077-CLP-Frozen-160106-68


title: BM1077-CLP-Frozen-160106-71


title: BM1077-CLP-Frozen-160106-70


title: BM1077-CLP-Frozen-160106-58


title: BM1077-CLP-Frozen-160106-60


title: BM1077-CLP-Frozen-160106-55


title: BM1077-CLP-Frozen-160106-51


title: BM1077-CLP-Frozen-160106-52


title: BM1077-CLP-Frozen-160106-79


title: BM1077-CLP-Frozen-160106-62


title: BM1077-CLP-Frozen-160106-66


title: BM1077-CLP-Frozen-160106-64


title: BM1077-CLP-Frozen-160106-57


title: BM1077-CLP-Frozen-160106-61


title: BM1077-CLP-Frozen-160106-49


title: BM1077-CLP-Frozen-160106-54


title: BM1077-CLP-Frozen-160106-53


title: BM1077-CLP-Frozen-160106-65


title: BM1077-CLP-Frozen-160106-56


title: BM1077-CLP-Frozen-160106-48


title: BM1077-CLP-Frozen-160106-50


title: BM1077-CLP-Frozen-160106-46


title: BM1077-CLP-Frozen-160106-45


title: BM1077-CLP-Frozen-160106-63


title: BM1077-CLP-Frozen-160106-44


title: BM1077-CLP-Frozen-160106-40


title: BM1077-CLP-Frozen-160106-47


title: BM1077-CLP-Frozen-160106-43


title: BM1077-CLP-Frozen-160106-42


title: BM1077-CLP-Frozen-160106-39


title: BM1077-CLP-Frozen-160106-38


title: BM1077-CLP-Frozen-160106-35


title: BM1077-CLP-Frozen-160106-36


title: BM1077-CLP-Frozen-160106-59


title: BM1077-CLP-Frozen-160106-37


title: BM1077-CLP-Frozen-160106-33


title: BM1077-CLP-Frozen-160106-34


title: BM1077-CLP-Frozen-160106-32


title: BM1077-CLP-Frozen-160106-41


title: BM1077-CLP-Frozen-160106-31


title: BM1077-CLP-Frozen-160106-27


title: BM1077-CLP-Frozen-160106-30


title: BM1077-CLP-Frozen-160106-26


title: BM1077-CLP-Frozen-160106-25


title: BM1077-CLP-Frozen-160106-22


title: BM1077-CLP-Frozen-160106-28


title: BM1077-CLP-Frozen-160106-23


title: BM1077-CLP-Frozen-160106-20


title: BM1077-CLP-Frozen-160106-19


title: BM1077-CLP-Frozen-160106-18


title: BM1077-CLP-Frozen-160106-15


title: BM1077-CLP-Frozen-160106-17


title: BM1077-CLP-Frozen-160106-11


title: BM1077-CLP-Frozen-160106-16


title: BM1077-CLP-Frozen-160106-13


title: BM1077-CLP-Frozen-160106-14


title: BM1077-CLP-Frozen-160106-12


title: BM1077-CLP-Frozen-160106-9


title: BM1077-CLP-Frozen-160106-8


title: BM1077-CLP-Frozen-160106-10


title: BM1077-CLP-Frozen-160106-7


title: BM1077-CLP-Frozen-160106-29


title: BM1077-CLP-Frozen-160106-3


title: BM1077-CLP-Frozen-160106-2


title: BM1077-CLP-Frozen-160106-4


title: BM1077-CLP-Frozen-160106-24


title: BM1077-CLP-Frozen-160106-1


title: BM1077-CLP-Frozen-160106-5


title: singles-MEP-141017-95

value: MEP


title: singles-MEP-141017-94


title: BM1077-CLP-Frozen-160106-21


title: singles-MEP-141017-92


title: singles-MEP-141017-96


title: singles-MEP-141017-89


title: singles-MEP-141017-87


title: singles-MEP-141017-88


title: singles-MEP-141017-86


title: singles-MEP-141017-84


title: singles-MEP-141017-80


title: singles-MEP-141017-83


title: singles-MEP-141017-78


title: singles-MEP-141017-82


title: singles-MEP-141017-76


title: singles-MEP-141017-81


title: singles-MEP-141017-85


title: singles-MEP-141017-75


title: singles-MEP-141017-73


title: singles-MEP-141017-77


title: singles-MEP-141017-74


title: singles-MEP-141017-71


title: singles-MEP-141017-93


title: singles-MEP-141017-90


title: singles-MEP-141017-91


title: singles-MEP-141017-70


title: singles-MEP-141017-67


title: singles-MEP-141017-68


title: singles-MEP-141017-66


title: singles-MEP-141017-69


title: singles-MEP-141017-64


title: singles-MEP-141017-63


title: singles-MEP-141017-61


title: singles-MEP-141017-62


title: singles-MEP-141017-65


title: singles-MEP-141017-79


title: singles-MEP-141017-60


title: singles-MEP-141017-57


title: singles-MEP-141017-56


title: singles-MEP-141017-58


title: singles-MEP-141017-72


title: singles-MEP-141017-59


title: singles-MEP-141017-54


title: singles-MEP-141017-52


title: singles-MEP-141017-49


title: singles-MEP-141017-51


title: singles-MEP-141017-48


title: singles-MEP-141017-46


title: singles-MEP-141017-50


title: singles-MEP-141017-55


title: singles-MEP-141017-42


title: singles-MEP-141017-43


title: singles-MEP-141017-45


title: singles-MEP-141017-41


title: singles-MEP-141017-40


title: singles-MEP-141017-39


title: singles-MEP-141017-53


title: singles-MEP-141017-44


title: singles-MEP-141017-36


title: singles-MEP-141017-34


title: singles-MEP-141017-33


title: singles-MEP-141017-35


title: singles-MEP-141017-32


title: singles-MEP-141017-31


title: singles-MEP-141017-47


title: singles-MEP-141017-37


title: singles-MEP-141017-30


title: singles-MEP-141017-27


title: singles-MEP-141017-28


title: singles-MEP-141017-29


title: singles-MEP-141017-26


title: singles-MEP-141017-25


title: singles-MEP-141017-24


title: singles-MEP-141017-23


title: singles-MEP-141017-21


title: singles-MEP-141017-22


title: singles-MEP-141017-38


title: singles-MEP-141017-18


title: singles-MEP-141017-14


title: singles-MEP-141017-15


title: singles-MEP-141017-16


title: singles-MEP-141017-13


title: singles-MEP-141017-11


title: singles-MEP-141017-9


title: singles-MEP-141017-10


title: singles-MEP-141017-6


title: singles-MEP-141017-4


title: singles-MEP-141017-7


title: singles-MEP-141017-3


title: singles-BM0828-MEP-160420-96


title: singles-MEP-141017-1


title: singles-MEP-141017-19


title: singles-MEP-141017-8


title: singles-MEP-141017-2


title: singles-MEP-141017-5


title: singles-BM0828-MEP-160420-92


title: singles-BM0828-MEP-160420-89


title: singles-BM0828-MEP-160420-93


title: singles-BM0828-MEP-160420-90


title: singles-BM0828-MEP-160420-95


title: singles-BM0828-MEP-160420-88


title: singles-MEP-141017-12


title: singles-BM0828-MEP-160420-91


title: singles-BM0828-MEP-160420-84


title: singles-BM0828-MEP-160420-87


title: singles-MEP-141017-17


title: singles-BM0828-MEP-160420-86


title: singles-BM0828-MEP-160420-82


title: singles-BM0828-MEP-160420-83


title: BM1077-CLP-Frozen-160106-6


title: singles-BM0828-MEP-160420-80


title: singles-BM0828-MEP-160420-81


title: singles-BM0828-MEP-160420-78


title: singles-BM0828-MEP-160420-79


title: singles-BM0828-MEP-160420-94


title: singles-BM0828-MEP-160420-71


title: singles-BM0828-MEP-160420-69


title: singles-BM0828-MEP-160420-72


title: singles-BM0828-MEP-160420-75


title: singles-BM0828-MEP-160420-76


title: singles-BM0828-MEP-160420-74


title: singles-BM0828-MEP-160420-67


title: singles-BM0828-MEP-160420-66


title: singles-BM0828-MEP-160420-68


title: singles-BM0828-MEP-160420-70


title: singles-BM0828-MEP-160420-65


title: singles-BM0828-MEP-160420-63


title: singles-BM0828-MEP-160420-85


title: singles-BM0828-MEP-160420-62


title: singles-BM0828-MEP-160420-64


title: singles-BM0828-MEP-160420-60


title: singles-BM0828-MEP-160420-61


title: singles-BM0828-MEP-160420-59


title: singles-BM0828-MEP-160420-58


title: singles-BM0828-MEP-160420-57


title: singles-BM0828-MEP-160420-77


title: singles-BM0828-MEP-160420-73


title: singles-BM0828-MEP-160420-55


title: singles-BM0828-MEP-160420-56


title: singles-BM0828-MEP-160420-52


title: singles-BM0828-MEP-160420-51


title: singles-BM0828-MEP-160420-50


title: singles-BM0828-MEP-160420-46


title: singles-BM0828-MEP-160420-47


title: singles-BM0828-MEP-160420-40


title: singles-BM0828-MEP-160420-45


title: singles-BM0828-MEP-160420-41


title: singles-BM0828-MEP-160420-44


title: singles-BM0828-MEP-160420-42


title: singles-BM0828-MEP-160420-48


title: singles-BM0828-MEP-160420-38


title: singles-BM0828-MEP-160420-36


title: singles-BM0828-MEP-160420-43


title: singles-BM0828-MEP-160420-37


title: singles-BM0828-MEP-160420-35


title: singles-BM0828-MEP-160420-34


title: singles-BM0828-MEP-160420-33


title: singles-BM0828-MEP-160420-32


title: singles-BM0828-MEP-160420-31


title: singles-BM0828-MEP-160420-53


title: singles-BM0828-MEP-160420-30


title: singles-BM0828-MEP-160420-54


title: singles-BM0828-MEP-160420-29


title: singles-BM0828-MEP-160420-28


title: singles-BM0828-MEP-160420-49


title: singles-BM0828-MEP-160420-27


title: singles-BM0828-MEP-160420-26


title: singles-BM0828-MEP-160420-23


title: singles-BM0828-MEP-160420-25


title: singles-BM0828-MEP-160420-22


title: singles-BM0828-MEP-160420-39


title: singles-BM0828-MEP-160420-21


title: singles-BM0828-MEP-160420-20


title: singles-BM0828-MEP-160420-19


title: singles-BM0828-MEP-160420-18


title: singles-BM0828-MEP-160420-14


title: singles-BM0828-MEP-160420-12


title: singles-BM0828-MEP-160420-13


title: singles-BM0828-MEP-160420-16


title: singles-BM0828-MEP-160420-11


title: singles-BM0828-MEP-160420-10


title: singles-BM0828-MEP-160420-8


title: singles-BM0828-MEP-160420-9


title: singles-BM0828-MEP-160420-6


title: singles-BM0828-MEP-160420-7


title: singles-BM0828-MEP-160420-5


title: singles-BM0828-MEP-160420-4


title: singles-BM0828-MEP-160420-3


title: singles-BM0828-MEP-160420-2


title: singles-BM0828-MEP-160420-24


title: singles-BM0828-MEP-160420-1


title: BM1077-MEP-Frozen-160107-96


title: BM1077-MEP-Frozen-160107-95


title: BM1077-MEP-Frozen-160107-93


title: BM1077-MEP-Frozen-160107-92


title: BM1077-MEP-Frozen-160107-90


title: singles-BM0828-MEP-160420-17


title: BM1077-MEP-Frozen-160107-91


title: BM1077-MEP-Frozen-160107-89


title: BM1077-MEP-Frozen-160107-86


title: singles-BM0828-MEP-160420-15


title: BM1077-MEP-Frozen-160107-83


title: BM1077-MEP-Frozen-160107-82


title: BM1077-MEP-Frozen-160107-84


title: BM1077-MEP-Frozen-160107-77


title: BM1077-MEP-Frozen-160107-76


title: BM1077-MEP-Frozen-160107-85


title: BM1077-MEP-Frozen-160107-75


title: BM1077-MEP-Frozen-160107-74


title: BM1077-MEP-Frozen-160107-71


title: BM1077-MEP-Frozen-160107-80


title: BM1077-MEP-Frozen-160107-81


title: BM1077-MEP-Frozen-160107-69


title: BM1077-MEP-Frozen-160107-88


title: BM1077-MEP-Frozen-160107-87


title: BM1077-MEP-Frozen-160107-60


title: BM1077-MEP-Frozen-160107-61


title: BM1077-MEP-Frozen-160107-73


title: BM1077-MEP-Frozen-160107-58


title: BM1077-MEP-Frozen-160107-57


title: BM1077-MEP-Frozen-160107-70


title: BM1077-MEP-Frozen-160107-79


title: BM1077-MEP-Frozen-160107-68


title: BM1077-MEP-Frozen-160107-55


title: BM1077-MEP-Frozen-160107-62


title: BM1077-MEP-Frozen-160107-54


title: BM1077-MEP-Frozen-160107-53


title: BM1077-MEP-Frozen-160107-94


title: BM1077-MEP-Frozen-160107-52


title: BM1077-MEP-Frozen-160107-59


title: BM1077-MEP-Frozen-160107-50


title: BM1077-MEP-Frozen-160107-51


title: BM1077-MEP-Frozen-160107-78


title: BM1077-MEP-Frozen-160107-49


title: BM1077-MEP-Frozen-160107-47


title: BM1077-MEP-Frozen-160107-48


title: BM1077-MEP-Frozen-160107-46


title: BM1077-MEP-Frozen-160107-64


title: BM1077-MEP-Frozen-160107-45


title: BM1077-MEP-Frozen-160107-44


title: BM1077-MEP-Frozen-160107-43


title: BM1077-MEP-Frozen-160107-40


title: BM1077-MEP-Frozen-160107-39


title: BM1077-MEP-Frozen-160107-56


title: BM1077-MEP-Frozen-160107-41


title: BM1077-MEP-Frozen-160107-38


title: BM1077-MEP-Frozen-160107-37


title: BM1077-MEP-Frozen-160107-42


title: BM1077-MEP-Frozen-160107-35


title: BM1077-MEP-Frozen-160107-36


title: BM1077-MEP-Frozen-160107-34


title: BM1077-MEP-Frozen-160107-32


title: BM1077-MEP-Frozen-160107-31


title: BM1077-MEP-Frozen-160107-30


title: BM1077-MEP-Frozen-160107-33


title: BM1077-MEP-Frozen-160107-26


title: BM1077-MEP-Frozen-160107-29


title: BM1077-MEP-Frozen-160107-25


title: BM1077-MEP-Frozen-160107-28


title: BM1077-MEP-Frozen-160107-19


title: BM1077-MEP-Frozen-160107-24


title: BM1077-MEP-Frozen-160107-18


title: BM1077-MEP-Frozen-160107-22


title: BM1077-MEP-Frozen-160107-21


title: BM1077-MEP-Frozen-160107-23


title: BM1077-MEP-Frozen-160107-20


title: BM1077-MEP-Frozen-160107-16


title: BM1077-MEP-Frozen-160107-17


title: BM1077-MEP-Frozen-160107-15


title: BM1077-MEP-Frozen-160107-11


title: BM1077-MEP-Frozen-160107-13


title: singles-MEP-141017-20


title: BM1077-MEP-Frozen-160107-27


title: BM1077-MEP-Frozen-160107-6


title: BM1077-MEP-Frozen-160107-14


title: BM1077-MEP-Frozen-160107-7


title: BM1077-MEP-Frozen-160107-12


title: BM1077-MEP-Frozen-160107-5


title: BM1077-MEP-Frozen-160107-4


title: BM1077-MEP-Frozen-160107-9


title: BM1077-MEP-Frozen-160107-8


title: singles-BM1214-GMP-160421-96

value: GMP


title: BM1077-MEP-Frozen-160107-3


title: singles-BM1214-GMP-160421-95


title: BM1077-MEP-Frozen-160107-10


title: BM1077-MEP-Frozen-160107-1


title: singles-BM1214-GMP-160421-94


title: singles-BM1214-GMP-160421-90


title: singles-BM1214-GMP-160421-92


title: singles-BM1214-GMP-160421-87


title: singles-BM1214-GMP-160421-86


title: singles-BM1214-GMP-160421-93


title: singles-BM1214-GMP-160421-89


title: singles-BM1214-GMP-160421-88


title: singles-BM1214-GMP-160421-85


title: BM1077-MEP-Frozen-160107-2


title: singles-BM1214-GMP-160421-83


title: singles-BM1214-GMP-160421-80


title: singles-BM1214-GMP-160421-84


title: singles-BM1214-GMP-160421-77


title: singles-BM1214-GMP-160421-79


title: singles-BM1214-GMP-160421-82


title: singles-BM1214-GMP-160421-76


title: singles-BM1214-GMP-160421-78


title: singles-BM1214-GMP-160421-75


title: singles-BM1214-GMP-160421-74


title: singles-BM1214-GMP-160421-73


title: singles-BM1214-GMP-160421-71


title: singles-BM1214-GMP-160421-72


title: singles-BM1214-GMP-160421-69


title: singles-BM1214-GMP-160421-66


title: singles-BM1214-GMP-160421-67


title: singles-BM1214-GMP-160421-70


title: singles-BM1214-GMP-160421-63


title: singles-BM1214-GMP-160421-62


title: singles-BM1214-GMP-160421-65


title: singles-BM1214-GMP-160421-60


title: singles-BM1214-GMP-160421-91


title: singles-BM1214-GMP-160421-59


title: singles-BM1214-GMP-160421-61


title: singles-BM1214-GMP-160421-64


title: singles-BM1214-GMP-160421-81


title: singles-BM1214-GMP-160421-56


title: singles-BM1214-GMP-160421-57


title: singles-BM1214-GMP-160421-54


title: singles-BM1214-GMP-160421-55


title: singles-BM1214-GMP-160421-52


title: singles-BM1214-GMP-160421-50


title: singles-BM1214-GMP-160421-53


title: singles-BM1214-GMP-160421-51


title: singles-BM1214-GMP-160421-49


title: singles-BM1214-GMP-160421-68


title: singles-BM1214-GMP-160421-47


title: singles-BM1214-GMP-160421-40


title: singles-BM1214-GMP-160421-41


title: singles-BM1214-GMP-160421-45


title: singles-BM1214-GMP-160421-39


title: singles-BM1214-GMP-160421-42


title: singles-BM1214-GMP-160421-44


title: singles-BM1214-GMP-160421-37


title: singles-BM1214-GMP-160421-38


title: singles-BM1214-GMP-160421-32


title: singles-BM1214-GMP-160421-33


title: singles-BM1214-GMP-160421-31


title: singles-BM1214-GMP-160421-34


title: singles-BM1214-GMP-160421-36


title: singles-BM1214-GMP-160421-35


title: singles-BM1214-GMP-160421-30


title: singles-BM1214-GMP-160421-29


title: singles-BM1214-GMP-160421-58


title: singles-BM1214-GMP-160421-28


title: singles-BM1214-GMP-160421-26


title: singles-BM1214-GMP-160421-27


title: singles-BM1214-GMP-160421-25


title: singles-BM1214-GMP-160421-48


title: singles-BM1214-GMP-160421-46


title: singles-BM1214-GMP-160421-43


title: singles-BM1214-GMP-160421-20


title: singles-BM1214-GMP-160421-23


title: singles-BM1214-GMP-160421-24


title: singles-BM1214-GMP-160421-21


title: singles-BM1214-GMP-160421-19


title: singles-BM1214-GMP-160421-22


title: singles-BM1214-GMP-160421-17


title: singles-BM1214-GMP-160421-15


title: singles-BM1214-GMP-160421-18


title: singles-BM1214-GMP-160421-14


title: singles-BM1214-GMP-160421-12


title: singles-BM1214-GMP-160421-13


title: singles-BM1214-GMP-160421-16


title: singles-BM1214-GMP-160421-11


title: singles-BM1214-GMP-160421-10


title: singles-BM1214-GMP-160421-9


title: singles-BM1214-GMP-160421-8


title: singles-BM1214-GMP-160421-7


title: singles-BM1214-GMP-160421-5


title: singles-BM1214-GMP-160421-3


title: singles-BM1214-GMP-160421-4


title: singles-BM1214-GMP-160421-6


title: singles-BM1214-GMP-160421-1


title: singles-BM1214-GMP-160421-2


title: singles-BM0828-GMP-151027-96


title: singles-BM0828-GMP-151027-93


title: singles-BM0828-GMP-151027-94


title: singles-BM0828-GMP-151027-91


title: singles-BM0828-GMP-151027-92


title: singles-BM0828-GMP-151027-95


title: singles-BM0828-GMP-151027-86


title: singles-BM0828-GMP-151027-90


title: singles-BM0828-GMP-151027-88


title: singles-BM0828-GMP-151027-87


title: singles-BM0828-GMP-151027-85


title: singles-BM0828-GMP-151027-84


title: singles-BM0828-GMP-151027-80


title: singles-BM0828-GMP-151027-83


title: singles-BM0828-GMP-151027-82


title: singles-BM0828-GMP-151027-79


title: singles-BM0828-GMP-151027-81


title: singles-BM0828-GMP-151027-78


title: singles-BM0828-GMP-151027-76


title: singles-BM0828-GMP-151027-74


title: singles-BM0828-GMP-151027-77


title: singles-BM0828-GMP-151027-73


title: singles-BM0828-GMP-151027-72


title: singles-BM0828-GMP-151027-71


title: singles-BM0828-GMP-151027-70


title: singles-BM0828-GMP-151027-68


title: singles-BM0828-GMP-151027-67


title: singles-BM0828-GMP-151027-66


title: singles-BM0828-GMP-151027-89


title: singles-BM0828-GMP-151027-61


title: singles-BM0828-GMP-151027-64


title: singles-BM0828-GMP-151027-62


title: singles-BM0828-GMP-151027-63


title: singles-BM0828-GMP-151027-65


title: singles-BM0828-GMP-151027-60


title: singles-BM0828-GMP-151027-59


title: singles-BM0828-GMP-151027-58


title: singles-BM0828-GMP-151027-56


title: singles-BM0828-GMP-151027-57


title: singles-BM0828-GMP-151027-75


title: singles-BM0828-GMP-151027-54


title: singles-BM0828-GMP-151027-53


title: singles-BM0828-GMP-151027-55


title: singles-BM0828-GMP-151027-52


title: singles-BM0828-GMP-151027-49


title: singles-BM0828-GMP-151027-51


title: singles-BM0828-GMP-151027-47


title: singles-BM0828-GMP-151027-69


title: singles-BM0828-GMP-151027-48


title: singles-BM0828-GMP-151027-45


title: singles-BM0828-GMP-151027-43


title: singles-BM0828-GMP-151027-42


title: singles-BM0828-GMP-151027-44


title: singles-BM0828-GMP-151027-40


title: singles-BM0828-GMP-151027-50


title: singles-BM0828-GMP-151027-46


title: singles-BM0828-GMP-151027-41


title: singles-BM0828-GMP-151027-32


title: singles-BM0828-GMP-151027-35


title: singles-BM0828-GMP-151027-36


title: singles-BM0828-GMP-151027-34


title: singles-BM0828-GMP-151027-38


title: singles-BM0828-GMP-151027-37


title: singles-BM0828-GMP-151027-30


title: singles-BM0828-GMP-151027-31


title: singles-BM0828-GMP-151027-33


title: singles-BM0828-GMP-151027-22


title: singles-BM0828-GMP-151027-13


title: singles-BM0828-GMP-151027-29


title: singles-BM0828-GMP-151027-17


title: singles-BM0828-GMP-151027-24


title: singles-BM0828-GMP-151027-25


title: singles-BM0828-GMP-151027-21


title: singles-BM0828-GMP-151027-14


title: singles-BM0828-GMP-151027-23


title: singles-BM0828-GMP-151027-19


title: singles-BM0828-GMP-151027-26


title: singles-BM0828-GMP-151027-20


title: singles-BM0828-GMP-151027-27


title: singles-BM0828-GMP-151027-15


title: singles-BM0828-GMP-151027-28


title: singles-BM0828-GMP-151027-12


title: singles-BM0828-GMP-151027-39


title: singles-BM0828-GMP-151027-16


title: singles-BM0828-GMP-151027-18


title: singles-BM0828-GMP-151027-11


title: singles-BM0828-GMP-151027-10


title: singles-BM0828-GMP-151027-3


title: singles-BM0828-GMP-151027-2


title: BM1077-GMP-Frozen-160107-96


title: singles-BM0828-GMP-151027-6


title: singles-BM0828-GMP-151027-1


title: singles-BM0828-GMP-151027-4


title: singles-BM0828-GMP-151027-5


title: BM1077-GMP-Frozen-160107-93


title: BM1077-GMP-Frozen-160107-90


title: BM1077-GMP-Frozen-160107-91


title: BM1077-GMP-Frozen-160107-86


title: BM1077-GMP-Frozen-160107-89


title: BM1077-GMP-Frozen-160107-87


title: BM1077-GMP-Frozen-160107-83


title: BM1077-GMP-Frozen-160107-82


title: BM1077-GMP-Frozen-160107-85


title: singles-BM0828-GMP-151027-8


title: BM1077-GMP-Frozen-160107-80


title: BM1077-GMP-Frozen-160107-94


title: BM1077-GMP-Frozen-160107-81


title: BM1077-GMP-Frozen-160107-79


title: BM1077-GMP-Frozen-160107-84


title: BM1077-GMP-Frozen-160107-77


title: BM1077-GMP-Frozen-160107-78


title: BM1077-GMP-Frozen-160107-76


title: singles-BM0828-GMP-151027-7


title: BM1077-GMP-Frozen-160107-88


title: BM1077-GMP-Frozen-160107-92


title: BM1077-GMP-Frozen-160107-74


title: BM1077-GMP-Frozen-160107-69


title: BM1077-GMP-Frozen-160107-70


title: BM1077-GMP-Frozen-160107-68


title: BM1077-GMP-Frozen-160107-72


title: BM1077-GMP-Frozen-160107-75


title: BM1077-GMP-Frozen-160107-71


title: BM1077-GMP-Frozen-160107-63


title: BM1077-GMP-Frozen-160107-67


title: BM1077-GMP-Frozen-160107-62


title: BM1077-GMP-Frozen-160107-65


title: BM1077-GMP-Frozen-160107-56


title: BM1077-GMP-Frozen-160107-60


title: BM1077-GMP-Frozen-160107-64


title: BM1077-GMP-Frozen-160107-57


title: BM1077-GMP-Frozen-160107-58


title: BM1077-GMP-Frozen-160107-95


title: BM1077-GMP-Frozen-160107-53


title: BM1077-GMP-Frozen-160107-51


title: BM1077-GMP-Frozen-160107-55


title: BM1077-GMP-Frozen-160107-52


title: BM1077-GMP-Frozen-160107-54


title: BM1077-GMP-Frozen-160107-49


title: BM1077-GMP-Frozen-160107-73


title: BM1077-GMP-Frozen-160107-50


title: BM1077-GMP-Frozen-160107-66


title: BM1077-GMP-Frozen-160107-48


title: singles-BM0828-GMP-151027-9


title: BM1077-GMP-Frozen-160107-45


title: BM1077-GMP-Frozen-160107-44


title: BM1077-GMP-Frozen-160107-40


title: BM1077-GMP-Frozen-160107-41


title: BM1077-GMP-Frozen-160107-47


title: BM1077-GMP-Frozen-160107-46


title: BM1077-GMP-Frozen-160107-38


title: BM1077-GMP-Frozen-160107-43


title: BM1077-GMP-Frozen-160107-36


title: BM1077-GMP-Frozen-160107-61


title: BM1077-GMP-Frozen-160107-32


title: BM1077-GMP-Frozen-160107-33


title: BM1077-GMP-Frozen-160107-31


title: BM1077-GMP-Frozen-160107-27


title: BM1077-GMP-Frozen-160107-29


title: BM1077-GMP-Frozen-160107-26


title: BM1077-GMP-Frozen-160107-28


title: BM1077-GMP-Frozen-160107-24


title: BM1077-GMP-Frozen-160107-25


title: BM1077-GMP-Frozen-160107-30


title: BM1077-GMP-Frozen-160107-23


title: BM1077-GMP-Frozen-160107-59


title: BM1077-GMP-Frozen-160107-37


title: BM1077-GMP-Frozen-160107-22


title: BM1077-GMP-Frozen-160107-39


title: BM1077-GMP-Frozen-160107-21


title: BM1077-GMP-Frozen-160107-35


title: BM1077-GMP-Frozen-160107-42


title: BM1077-GMP-Frozen-160107-19


title: BM1077-GMP-Frozen-160107-18


title: BM1077-GMP-Frozen-160107-17


title: BM1077-GMP-Frozen-160107-34


title: BM1077-GMP-Frozen-160107-16


title: BM1077-GMP-Frozen-160107-20


title: BM1077-GMP-Frozen-160107-9


title: BM1077-GMP-Frozen-160107-12


title: BM1077-GMP-Frozen-160107-15


title: BM1077-GMP-Frozen-160107-11


title: BM1077-GMP-Frozen-160107-13


title: BM1077-GMP-Frozen-160107-14


title: BM1077-GMP-Frozen-160107-10


title: BM1077-GMP-Frozen-160107-8


title: BM1077-GMP-Frozen-160107-7


title: BM1077-GMP-Frozen-160107-6


title: BM1077-GMP-Frozen-160107-5


title: singles-BM0828-CMP-frozen-151118-96

value: CMP


title: BM1077-GMP-Frozen-160107-2


title: BM1077-GMP-Frozen-160107-1


title: BM1077-GMP-Frozen-160107-4


title: singles-BM0828-CMP-frozen-151118-94


title: BM1077-GMP-Frozen-160107-3


title: singles-BM0828-CMP-frozen-151118-93


title: singles-BM0828-CMP-frozen-151118-95


title: singles-BM0828-CMP-frozen-151118-92


title: singles-BM0828-CMP-frozen-151118-91


title: singles-BM0828-CMP-frozen-151118-90


title: singles-BM0828-CMP-frozen-151118-88


title: singles-BM0828-CMP-frozen-151118-89


title: singles-BM0828-CMP-frozen-151118-84


title: singles-BM0828-CMP-frozen-151118-86


title: singles-BM0828-CMP-frozen-151118-85


title: singles-BM0828-CMP-frozen-151118-80


title: singles-BM0828-CMP-frozen-151118-82


title: singles-BM0828-CMP-frozen-151118-78


title: singles-BM0828-CMP-frozen-151118-75


title: singles-BM0828-CMP-frozen-151118-81


title: singles-BM0828-CMP-frozen-151118-79


title: singles-BM0828-CMP-frozen-151118-76


title: singles-BM0828-CMP-frozen-151118-77


title: singles-BM0828-CMP-frozen-151118-83


title: singles-BM0828-CMP-frozen-151118-73


title: singles-BM0828-CMP-frozen-151118-72


title: singles-BM0828-CMP-frozen-151118-71


title: singles-BM0828-CMP-frozen-151118-67


title: singles-BM0828-CMP-frozen-151118-66


title: singles-BM0828-CMP-frozen-151118-70


title: singles-BM0828-CMP-frozen-151118-68


title: singles-BM0828-CMP-frozen-151118-63


title: singles-BM0828-CMP-frozen-151118-69


title: singles-BM0828-CMP-frozen-151118-61


title: singles-BM0828-CMP-frozen-151118-87


title: singles-BM0828-CMP-frozen-151118-60


title: singles-BM0828-CMP-frozen-151118-62


title: singles-BM0828-CMP-frozen-151118-59


title: singles-BM0828-CMP-frozen-151118-58


title: singles-BM0828-CMP-frozen-151118-64


title: singles-BM0828-CMP-frozen-151118-57


title: singles-BM0828-CMP-frozen-151118-74


title: singles-BM0828-CMP-frozen-151118-50


title: singles-BM0828-CMP-frozen-151118-52


title: singles-BM0828-CMP-frozen-151118-49


title: singles-BM0828-CMP-frozen-151118-46


title: singles-BM0828-CMP-frozen-151118-54


title: singles-BM0828-CMP-frozen-151118-51


title: singles-BM0828-CMP-frozen-151118-55


title: singles-BM0828-CMP-frozen-151118-45


title: singles-BM0828-CMP-frozen-151118-48


title: singles-BM0828-CMP-frozen-151118-44


title: singles-BM0828-CMP-frozen-151118-43


title: singles-BM0828-CMP-frozen-151118-65


title: singles-BM0828-CMP-frozen-151118-39


title: singles-BM0828-CMP-frozen-151118-41


title: singles-BM0828-CMP-frozen-151118-42


title: singles-BM0828-CMP-frozen-151118-40


title: singles-BM0828-CMP-frozen-151118-38


title: singles-BM0828-CMP-frozen-151118-37


title: singles-BM0828-CMP-frozen-151118-33


title: singles-BM0828-CMP-frozen-151118-34


title: singles-BM0828-CMP-frozen-151118-31


title: singles-BM0828-CMP-frozen-151118-53


title: singles-BM0828-CMP-frozen-151118-56


title: singles-BM0828-CMP-frozen-151118-35


title: singles-BM0828-CMP-frozen-151118-32


title: singles-BM0828-CMP-frozen-151118-47


title: singles-BM0828-CMP-frozen-151118-30


title: singles-BM0828-CMP-frozen-151118-36


title: singles-BM0828-CMP-frozen-151118-26


title: singles-BM0828-CMP-frozen-151118-27


title: singles-BM0828-CMP-frozen-151118-29


title: singles-BM0828-CMP-frozen-151118-24


title: singles-BM0828-CMP-frozen-151118-28


title: singles-BM0828-CMP-frozen-151118-22


title: singles-BM0828-CMP-frozen-151118-21


title: singles-BM0828-CMP-frozen-151118-19


title: singles-BM0828-CMP-frozen-151118-20


title: singles-BM0828-CMP-frozen-151118-18


title: singles-BM0828-CMP-frozen-151118-17


title: singles-BM0828-CMP-frozen-151118-23


title: singles-BM0828-CMP-frozen-151118-16


title: singles-BM0828-CMP-frozen-151118-14


title: singles-BM0828-CMP-frozen-151118-15


title: singles-BM0828-CMP-frozen-151118-12


title: singles-BM0828-CMP-frozen-151118-13


title: singles-BM0828-CMP-frozen-151118-10


title: singles-BM0828-CMP-frozen-151118-11


title: singles-BM0828-CMP-frozen-151118-9


title: singles-BM0828-CMP-frozen-151118-8


title: singles-BM0828-CMP-frozen-151118-7


title: singles-BM0828-CMP-frozen-151118-4


title: singles-BM0828-CMP-frozen-151118-3


title: singles-BM0828-CMP-frozen-151118-5


title: singles-BM0828-CMP-frozen-151118-25


title: singles-BM0828-CMP-frozen-151118-6


title: singles-BM0828-CMP-frozen-151118-2


title: singles-20160726-scATAC-BM1214-CMP-LS-96


title: singles-BM0828-CMP-frozen-151118-1


title: singles-20160726-scATAC-BM1214-CMP-LS-95


title: singles-20160726-scATAC-BM1214-CMP-LS-91


title: singles-20160726-scATAC-BM1214-CMP-LS-94


title: singles-20160726-scATAC-BM1214-CMP-LS-89


title: singles-20160726-scATAC-BM1214-CMP-LS-86


title: singles-20160726-scATAC-BM1214-CMP-LS-90


title: singles-20160726-scATAC-BM1214-CMP-LS-88


title: singles-20160726-scATAC-BM1214-CMP-LS-93


title: singles-20160726-scATAC-BM1214-CMP-LS-85


title: singles-20160726-scATAC-BM1214-CMP-LS-82


title: singles-20160726-scATAC-BM1214-CMP-LS-79


title: singles-20160726-scATAC-BM1214-CMP-LS-80


title: singles-20160726-scATAC-BM1214-CMP-LS-78


title: singles-20160726-scATAC-BM1214-CMP-LS-83


title: singles-20160726-scATAC-BM1214-CMP-LS-77


title: singles-20160726-scATAC-BM1214-CMP-LS-81


title: singles-20160726-scATAC-BM1214-CMP-LS-74


title: singles-20160726-scATAC-BM1214-CMP-LS-73


title: singles-20160726-scATAC-BM1214-CMP-LS-75


title: singles-20160726-scATAC-BM1214-CMP-LS-72


title: singles-20160726-scATAC-BM1214-CMP-LS-71