title: PBAT_neg_3

extract_protocol:
Whole genome bisulfite sequencing libraries were generated using the PBAT method as per Peat et al. 2014 Cell Reports using 10 cycles of PCR
RNA was isolated using Qiagen RNA-DNA allprep columns or TriReagent (Sigma) and treated with DNAseI (Ambion DNA-free DNA Cat #1311027) using manufacturers instructions


title: ATAC-Seq.MuERVL+_Zscan4+_3

status: Public on Oct 01 2016

type: SRA

city: Cambridge

first: Felix

last: Krueger

address: Granta Park

department: Bioinformatics

country: United Kingdom

institute: Altos Labs

library_source: genomic

data_processing:
Libraries were sequenced on the Illumina HiSeq2000 platform using the default RTA analysis software.
BS-Seq (PBAT): Raw sequence reads were trimmed to remove both poor quality calls and adapters using Trim Galore (v0.4.1, www.bioinformatics.babraham.ac.uk/projects/trim_galore/, Cutadapt version 1.8.1, parameters: --paired). Trimmed reads were first aligned to the mouse genome in paired-end mode to be able to use overlapping parts of the reads only once while writing out unmapped singleton reads; in a second step remaining singleton reads were aligned in single-end mode. Alignments were carried out with Bismark v0.14.4 (Krueger and Andrews, 2011) with the following set of parameters: a) paired-end mode: --pbat; b) single-end mode for Read 1: --pbat; c) single-end mode for Read 2: defaults.  Reads were then deduplicated with deduplicate_bismark selecting a random alignment for position that were covered more than once. CpG methylation calls were extracted from the deduplicated mapping output ignoring the first 6bp of each read to reduce the methylation bias typically observed in PBAT libraries using the Bismark methylation extractor (v0.14.4) with the following parameters: a) paired-end mode: --ignore 6 --ignore_r2 6; b) single-end mode: --ignore 6.
RNA-Seq: Raw FastQ data were trimmed with Trim Galore (v0.4.1, default parameters) and mapped to the mouse GRCm38 genome assembly using TopHat v2.0.12, guided by gene models from Ensembl v70. Data were quantitated at mRNA level using the RNA-seq quantitation pipeline in SeqMonk software (www.bioinformatics.babraham.ac.uk/projects/seqmonk/)
ATAC-Seq: Raw FastQ data were trimmed with Trim Galore to remove Nextera adapters and poor basecall qualities (v0.4.1, default parameters) and mapped to the mouse GRCm38 genome assembly using Bowtie 2 (v2.2.5). Data were quantitated using SeqMonk (www.bioinformatics.babraham.ac.uk/projects/seqmonk/)
Genome_build: GRCm38
Supplementary_files_format_and_content: genome-wide CpG methylation report: The genome-wide CpG methylation report is tab-delimited, uses 1-based genomic coordinates and is in the following format: <chromosome>  <position>  <strand>  <count methylated>  <count non-methylated>  <C-context>  <trinucleotide context>
Supplementary_files_format_and_content: gene expression report: Quantitated RNA-Seq data files are tab delimited and contain the following 7 columns: (1) mRNA name (Ensembl); (2) Chromosome; (3) Start; (4) End; (5) Strand; (6) Description (Ensembl); (7-16) log2 RPM value
Supplementary_files_format_and_content: ATAC-Seq count report: Quantitated ATAC-Seq files are tab delimited Seqmonk probe annotation reports for 500bp tiling windows across the genome and contain the following columns: (1) probe name (Ensembl); (2) Chromosome; (3) Start; (4) End; (5) Strand; (8) Description (Ensembl); (12-21) raw counts

molecule: genomic DNA

organism: Mus musculus

source_name: E14 embryonic stem cell

growth_protocol:
Cell culture and reporter line construction: E14 mouse embryonic stem cells were grown under standard serum/LIF conditions (DMEM 4,500 mg/l glucose, 4 mM L-glutamine, 110 mg/l sodium pyruvate, 15% fetal bovine serum, 1 U/ml penicillin, 1 mg/ml streptomycin, 0.1 mM nonessential amino acids, 50 mM b-mercaptoethanol, and 103 U/ml LIF ESGRO). The Zscan4::emerald plasmid (90636) was kindly provided by Minoru Ko (Zalzman et al., 2010), the MERVL::tdTomato Reporter (Macfarlan et al., 2012) was a gift from Samuel Pfaff (Addgene plasmid # 40281). Single and double reporter lines were generated by transfecting plasmids with Fugene6 (Promega), selecting stable integrants with the relevant drug and subcloned to generate stable clonal lines. Flow cytometry analysis was performed using BD LSRFortessa and sorts performed on BD Aria III or BD Influx High-Speed Cell Sorter. Post-acquisition analysis was performed using FlowJo software.
The MuERVL+_Zscan4+ line is a double reporter ESC line constructed containing stable transgene integrations of MERVL and Zscan4 promoter driven tdTomato and eGFP fluorescent reporters respectively. The Zscan4+ line was a rare subpopulation that expressed Zscan4 (and its reporter) but not MERVL. Neg would be the E14 cell line untransfected negative control.

extract_protocol:
ATAC-seq was performed according to the original protocol (Buenrostro et al., 2015) with the following modifications. 10,000 cells were treated with 0.5μl Tn5 transposase in a total volume of 20μl for 30 minutes at 37 degrees. A total of 15 PCR cycles were performed and two rounds of Ampure Bead clean-up
RNA was isolated using Qiagen RNA-DNA allprep columns or TriReagent (Sigma) and treated with DNAseI (Ambion DNA-free DNA Cat #1311027) using manufacturers instructions

tag: strain

tag: genotype/variation

value: wild type

tag: cell line


title: PBAT_neg_2

value: E14 cell line untransfected negative control


title: PBAT_MuERVL+Zscan4+_3


title: PBAT_MuERVL+Zscan4+_2


title: S22

city: Montpellier cedex 5

first: Elsa

last: Ballini

address: UMR BGPI – TA A-54/K – Equipe ICAP campus International de Baillarguet

department: Biology and ecology

country: France

institute: SupAgro Montpellier

library_source: transcriptomic

data_processing:
Quality control of raw sequence
Alignment with reference genome (Nipponbare or Magnaporthe v6) using SOAPAligner and SOAP2
Read count and RPKM per gene was measured with NOIseq
Genome_build: Rice reference genome Nipponbare http://rice.plantbiology.msu.edu/, Magnaporthe reference genome vMG6 http://www.broadinstitute.org/annotation/genome/magnaporthe_grisea/MultiHome.html
Genome_build: http://www.ncbi.nlm.nih.gov/assembly/GCF_000002495.2/
Genome_build: http://www.ncbi.nlm.nih.gov/assembly/GCF_001433935.1
Supplementary_files_format_and_content: There are 3 columns in each txt file and meanings of each column as follows: GeneID (in genome reference), Uniq_reads_num (number of reads which aligned to just one position on gene), rpkm (expression analysis using NOIseq)

molecule: total RNA

organism: Oryza sativa

growth_protocol: Seeds of Oryza sativa, cv. Nipponbare were sown in Neuhaus S soil in which poudzolane was added (2L/70L1N). Each replicate consisted of 8 plants grown in 5x5x5cm pot (hxlxl) at 29°C day/ 21°C night, 16h light regime. Plants were watered daily and fertilized on Mondays, starting from the second Monday after sowing. At day 19, trays were inundated with ~2cm water level. At day 23 (Friday; 14:00h), drought stress was imposed by removing water. Three days later (Monday; day 26; 11h00), drought stressed plants were put back on the tables allowing rehydration for 2 hours followed by spray inoculation.

extract_protocol:
Total RNA was isolated with TRIzol (Invitrogen) from each sample according to the manufacturer's instructions. It was treated with RNase-free DNase according to manufacturers's instructions (Promega) to remove residual DNA.
cDNA library construction and paired-end sequencing was performed by BGI using an Illumina HiSeq™ 2000 platform according to the manufacturer’s instructions

treatment_protocol: Plants were inoculated either with Magnaporthe oryzae isolate Fr13 spore suspensions at 150000 spore/ml or with a mock solution corresponding to the solution into which spores are re-suspended (ie 0,5% gelatin solution).

tag: age

value: 21-day old

tag: drought stress

value: No DIS

tag: magnaporthe inoculation

value: Mock inoculated

tag: tisue

value: Shoot tissues

tag: sequencing depth


title: S23


title: S24


title: PBAT_MuERVL+Zscan4+_1


title: S103

value: DIS; Drought during 3 days before inoculation


title: PBAT_neg_1


title: S104


title: RNA-Seq.Zscan4+_4

extract_protocol:
Total RNA libraries (ribozero) were made using 200ng-1μg RNA at the Sanger Institute Illumina bespoke pipeline
RNA was isolated using Qiagen RNA-DNA allprep columns or TriReagent (Sigma) and treated with DNAseI (Ambion DNA-free DNA Cat #1311027) using manufacturers instructions


title: S39-R

value: Fr13 inoculated


title: S37-R


title: RNA-Seq.Zscan4+_3


title: RNA-Seq.Zscan4+_2


title: S40-R


title: S102


title: S120-R


title: RNA-Seq.neg_2


title: RNA-Seq.Zscan4+_1


title: S119-R


title: RNA-Seq.neg_3


title: RNA-Seq.neg_1


title: ATAC-Seq.MuERVL+_Zscan4+_2


title: S117-R


title: 24mo_aBSC1

city: New York

first: Brice

last: Keyes

state: NY

address: 1230 York Ave, Box 300

country: USA

institute: The Rockefeller University

description: depilated skin, activated bulge stem cell

data_processing:
Sequence reads were aligned to mm9 genome build using tophat software (Trapnell)
FPKM values and differential anaylsis was done using cufflinks and cummeRbund software (Trapnell)
Genome_build: mm9
Supplementary_files_format_and_content: transcript abudance, FPKM

source_name: dorsal skin

extract_protocol:
FACS isolated cells were sorted into Trizol LS reagent, and RNA was harvested using Zymed Direct-zol miniprep kit. Illumina mRNA TruSeq RNA Sample Prep Kit was used to construct libraries.
RNA libraries were prepared for sequencing using standard Illumina protocols

tag: genotype


title: 2mo_aBSC2


title: 24mo_aBSC2


title: RNA-Seq.MuERVL+_Zscan4+_1


title: RNA-Seq.MuERVL+_Zscan4+_3


title: RNA-Seq.MuERVL+_Zscan4+_2


title: 2mo_aBSC1


title: young Wounded Epi

description: wounded epidermis


title: 24mo_Epi2

description: telogen skin, interfollicular epidermis


title: 2mo_Epi1

description: telogen skin, interfollicular epidermis


title: 24mo_tBSC1

description: telogen skin, bulge stem cell


title: 24mo_tBSC2

description: telogen skin, bulge stem cell


title: 2mo_Epi2

description: telogen skin, interfollicular epidermis


title: 24mo_Epi1

description: telogen skin, interfollicular epidermis


title: 2mo_tBSC2

description: telogen skin, bulge stem cell


title: 2mo_tBSC1

description: telogen skin, bulge stem cell


title: dek2 mutant

city: Shanghai

first: Weiwei

last: Qi

address: 333 Nanchen Road

country: China

institute: Shanghai University

data_processing:
Illumina Casava1.7 software used for basecalling.
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence, then mapped to B73 RefGen_v2 using bowtie v0.12.2 with parameters -q -p 4 -e 100 -y -a -m 10 --best --strata
Fragments Per Kilobase of exon per Megabase of library size (FPKM) were calculated. In short, exons from all isoforms of a gene were merged to create one meta-transcript. The number of fragments falling in the exons of this meta-transcript were counted and normalized by the size of the meta-transcript and by the size of the library.
Genome_build: Ensembl plants release-15 zea_mays
Supplementary_files_format_and_content: FPKM values for each Sample

organism: Zea mays subsp. mays

source_name: kernel

extract_protocol:
RNA was extracted with Trizol reagent, followed by clean-up and DNase I treatment with QIAGEN RNeasy mini kit in accordance with the prescribed protocol provided with the kit.
RNA libraries were prepared for sequencing using standard Illumina protocols

value: dek2 mutant

value: 15 DAP

tag: tissue

value: endosperm


title: wild type


title: H2Bub1_rep3

city: Austin

first: Bum-Kyu

last: Lee

state: TX

address: 2506 Speedway Stop A5000

institute: University of Texas at Austin

description:
Chromatin IP against H2Bub1
ES_120ub_combined.peak

data_processing:
Illumina Casava1.7 software used for basecalling.
Sequenced reads were mapped to mouse mm9 genome using BWA version 0.5.9-r16.
Peaks were called using MACS peak caller with default parameters.
Genome_build: mm9
Supplementary_files_format_and_content: tab-delimited text files include information regarding chromosome, peak start, peak end, peak score, and peak center for each peak

source_name: embryonic stem cells

growth_protocol: Mouse J1 ES cells were cultivated in 0.1% gelatin coated dishes using DMEM (Dulbecco’s modified Eagle’s medium) supplemented with 15% fetal bovine serum (FBS), 2 mM of L-glutamine, 0.1 mM of non-essential amino acid, 1% of nucleoside mix, 0.1 mM of ß-mercaptoethanol, 1000U/ml of recombinant leukemia inhibitory factor and 50 U/ml of Penicillin/Streptomycin.

extract_protocol:
ChIP was performed by cross-linking proteins to DNA using 1% formaldehyde solution in J1 mouse ES cells. Immunoprecipitated DNA was sequenced using Illumina sequencers.
Pull-downed DNA was applied for the generation of sequencing libraries using the NEB ChIP-seq library prep. kit (E6200L ) following by manufacturer’s instructions.

tag: cell type

value: mouse embryonic stem cell

tag: chip antibody

value: H2Bub1(Millipore, 17-650)


title: H2Bub1_rep2


title: H2Bub1_rep1


title: Input


title: Fbxl19_OE_high_H2Bub1_rep3

description: Chromatin IP against H2Bub1


title: Fbxl19_OE_input


title: Fbxl19_OE_high_H2Bub1_rep1

description:
Chromatin IP against H2Bub1
Fbxl19_OE_high_combined_120ub.peak


title: Fbxl19_KD_H2Bub1_rep2

description:
Chromatin IP against H2Bub1
Fbxl19_KD_120ub_combined.peak


title: Fbxl19_KD_input


title: Fbxl19_KD_H2Bub1_rep1


title: Fbxl19_OE_high_H2Bub1_rep2


title: aged Wounded Epi

description: wounded epidermis


title: Differentiation_input


title: Fbxl19_KD_differentiation_H2Bub1_rep2

description:
Chromatin IP against H2Bub1
Fbxl19_KD_differentiation_d4_120ub_combined.peak


title: Differentiation_H2Bub1_rep1

description:
Chromatin IP against H2Bub1
Differentiated_d4_120ub_combined.peak


title: Wild-type_integrase_HepG2_RNA_rep3

city: Luebeck

first: Martin

last: Kircher

state: SH

address: Ratzeburger Allee 160

department: Humangenetics

country: Germany

institute: University of Luebeck

description: Targeted barcode amplification from RNA

data_processing:
Library strategy: lentivirus-based massively parallel reporter assay (lentiMPRA)
Libraries were sequenced on MiSeq or NextSeq 500 instruments (Illumina) and base called using the instruments' Real Time Analysis softwarre. Multiplexed paired end (PE) Illumina sequencing data was split based on sample barcodes allowing up to one substitution in the barcode sequence.
Paired-end reads shorter or equal to read length were consensus called and adapter trimmed.
For oligo validation, consensus sequences were aligned to all designed oligo sequences using BWA MEM (Li and Durbin 2009) with parameters penalizing soft-clipping of alignment ends (-L 80). For RNA/DNA counts, sequences were matched against the designed barcode sequences.
To normalize RNA and DNA for different sequencing depths in each sample, we divided reads by the sum of observed counts and reported them as counts per million. Only barcodes observed in RNA and DNA of the same sample were considered.
To determine the RNA/DNA ratios per insert, we summed up the counts of all barcodes contributing and determined the ratio of the average normalized counts.
Genome_build: GRCh37
Supplementary_files_format_and_content: All processed data files are in gzip-compressed tab-separated text file format. DNA.tsv and RNA.tsv files contain assigned RNA and DNA barcode counts. ActivityRatios.tsv is contains RNA/DNA ratios as well as all annotation values explored in the study. ColumnDescriptionActivityRatios.tsv provides a description for the short column labels used in ActivityRatios.tsv. validationExpDesignBarcodes.tsv contains the barcode counts observed in the design validation experiment. liverEnhancer_design.tsv contains all designed oligo sequences.

molecule: polyA RNA

organism: Homo sapiens

source_name: hepatocellular carcinoma cell line

growth_protocol: HepG2 cells (ATCC) were maintained in DMEM supplemented with 10% FCS, glutamine (2 mM), penicillin (100 U/ml) and streptomycin (50 μg/ml)

extract_protocol:
The cells were washed with PBS three times, and genomic DNA and total RNA was extracted using AllPrep DNA/RNA mini kit (Qiagen). Messenger RNA (mRNA) was purified from the total RNA using Oligotex mRNA mini kit (Qiagen) and treated with Turbo DNase to remove contaminating DNA.
For each RNA replicate, 3x500ng was reverse transcribed with SuperscriptII (Invitrogen 18064-014) using a primer downstream of the barcode, which contained a sample index and a P7 Illumina adaptor sequence. The resulting cDNA was pooled and split into 24 reactions, amplified with Kapa Robust polymerase for 3 cycles using this same reverse primer paired with a forward primer complementary to the 3’ end of EGFP with a P5 adaptor sequence (BARCODE_lentiF_v4.1, Table S3). The implemented two-round PCR set-up is supposed to reduce PCR jack-potting effects and allows for incorporating unique molecular identifiers (UMIs), which could be used to correct for other PCR biases in future experiments. PCR products are then cleaned up with AMPure XP beads (Beckman Coulter) to remove the primers and concentrate the products. These products underwent a second round of amplification in 8 reactions per replicate for 15 cycles, with a reverse primer containing only P7. All reactions were pooled at this point, run on an agarose gel for size-selection, and submitted for sequencing. For the DNA replicates, 16x500ng of each replicate was amplified for 3 cycles just as the RNA. First round products were cleaned up with AMPure XP beads, and amplified for another 16 reactions, each for 20 cycles. Reactions were pooled, gel-purified, and sequenced.

treatment_protocol: For the lentiMPRA, 2.4 million HepG2 cells were plated on a 10 cm dish and cultured for 24 hours. The cells were infected with integrating or non-integrating lentivirus libraries along with 8 ug/ml polybrene, and incubated for 4 and 3 days, when they have an estimated 50 and 100 viral particles/cell, respectively. Three independent replicate cultures were infected.

value: hepatocellular carcinoma cell line


title: Wild-type_integrase_HepG2_RNA_rep2

description: Targeted barcode amplification from RNA


title: Wild-type_integrase_HepG2_DNA_rep3

description: Targeted barcode amplification from DNA


title: Wild-type_integrase_HepG2_DNA_rep2

description: Targeted barcode amplification from DNA


title: Wild-type_integrase_HepG2_RNA_rep1

description: Targeted barcode amplification from RNA


title: Wild-type_integrase_HepG2_DNA_rep1

description: Targeted barcode amplification from DNA


title: Mutant_integrase_HepG2_RNA_rep1

description: Targeted barcode amplification from RNA


title: Mutant_integrase_HepG2_RNA_rep2

description: Targeted barcode amplification from RNA


title: Mutant_integrase_HepG2_RNA_rep3

description: Targeted barcode amplification from RNA


title: Mutant_integrase_HepG2_DNA_rep1

description: Targeted barcode amplification from DNA


title: nuo-6;his-72;his-71 rep3

city: Bonn

first: Daniele

last: Bano

address: Sigmund-Freud-Strasse 27

institute: DZNE

data_processing:
Quality information on raw reads was generated using FASTQC
Mapping of sequencing reads to the reference genome was performed with STAR
The Cufflinks tool suite was used to analyze gene expression: mapped reads were counted with Cufflinks, FPKM values were computed with Cuffdiff
Genome_build: WS245
Supplementary_files_format_and_content: tab-delimited text files include RPKM values for each genotype, representing pooled data from 5 biological replicates

organism: Caenorhabditis elegans

source_name: lysate from whole organism

growth_protocol: Worm populations were synchronized by bleaching and grown on standard NGM plates seeded with OP50 at 20°C

extract_protocol:
Total RNA was extracted with a QIAGEN RNeasy kit as per the manufacturer's instructions
libraries were prepared by GeGaT (Tuebingen, Germany) using standard Illumina protocols

tag: Stage

value: Late L4

value: Whole organism from synchronized population


title: Mutant_integrase_HepG2_DNA_rep2

description: Targeted barcode amplification from DNA


title: IP post diff aGFP Rep 1

city: Baronissi

first: Domenico

last: Memoli

address: s.Allende 1

department: Medicine and Surgery

country: Italy

institute: University of Salerno

data_processing:
Basecalls performed using bcl2fastq2 v.2.16
ChIP-seq reads were aligned to the mm10 genome assembly using Bowtie version 1.1.2 with the following configurations: -v 2 -m 1 -p 32 --best --strata
Data were filtered using the following specifications: Picard Tools remove duplicates
peaks were called using SICER version 1.1 with the following setting: mm10 1 200 150 0.8 600 1e-3
Merge from replicates are performed with bedtools with following setting: bedtools intersect
Genome_build: mm10

source_name: Adipocite

growth_protocol: 3T3-L1 cells were grown in DMEM supplemented with 10% calf serum, 100 U/ml penicillin and 100 mg/ml streptomycin in 8% CO2/humidified atmosphere at 37°C. Differentiation to adipocytes was induced 2 days post-confluence by incubating the cells in DMEM supplemented with 10% fetal bovine serum, 500 µM IBMX, 0.25 µM dexamethasone and 10 µg/ml insulin (XDI cocktail) for 60 h, and then maintained in the same medium without IBMX and dexamethasone.

extract_protocol:
Chromatin complexes were lysed, extracted, digested with micrococcal nuclease (MNase), immunoprecipi- tated (using 4 mg of anti-GFP antibody, ab290; Abcam), and reverse crosslinked. DNA fragments (200 to 1,000 bp) were then cleaned up and eluted using the components of the Pierce Agarose ChIP Kit, ChIP-Grade Protein A/G Plus Agarose and Proteinase K (Pierce).
TruSeq ChIP Sample Prep Kit

treatment_protocol: Stable expression of macroH2A1.2 variant in 3T3-L1 pre-adipocytes was achieved by lentiviral transduction as previously described (Borghesan M et al, Cancer Res 2016)

tag: antibody

value: anti-GFP antibody (ab290, Abcam)


title: nuo-6;his-72;his-71 rep5


title: IP pre diff aGFP Rep 2


title: IP post diff aGFP Rep 2


title: nuo-6;his-72;his-71 rep2


title: nuo-6;his-72;his-71 rep1


title: nuo-6;his-72;his-71 rep4


title: Fbxl19_KD_differentiation_H2Bub1_rep1


title: Differentiation_H2Bub1_rep2


title: N2a_si5S-OT

city: Hefei

first: Ge

last: Shan

state: Anhui

address: 443 Huangshan Road

department: School of Life Sciences

institute: University of Science and Technology of China

data_processing:
Illumina Casava1.7 software used for basecalling.
poly(A) reads were aligned to genome with Tophat2 allowing 1 mismatch
Reads were counted using htseq-count and Ensembl-based gff ﬁle and normalized for RPM (reads per million).
Genome_build: hg19,mm9
Supplementary_files_format_and_content: tab-delimited text files include RPM values for each Sample

source_name: N2a cell

growth_protocol: THP-1 cells were maintained with RPMI-1640, and 293T, Hela, N2a and 3T3 cells were cultured under standard conditions with DMEM plus 10% FBS at 37℃ with 5% CO2.

extract_protocol:
none provided by submitter
none provided by submitter

treatment_protocol: Transfection of siRNA was conducted with Lipofectamine 2000 or Oligofectamine (Invitrogen) according to the standard protocol.

value: suspension

tag: passages

tag: treatment

value: KD 5S-OT


title: nuo-6 rep4


title: nuo-6 rep5


title: nuo-6 rep3


title: IP pre diff aGFP Rep 1


title: noAB


title: Mutant_integrase_HepG2_DNA_rep3

description: Targeted barcode amplification from DNA


title: CD8_Rep3

city: Philadelphia

first: Bing

last: He

state: PA

address: 3501 Civic Center Blvd

institute: Children's Hospital of Philadelphia

data_processing:
Basecalls performed using Illumina Casava version 1.8
Reads were mapped to mouse genome (mm9) using Bowtie2. Only uniquely mapped reads with fewer than 2 mismatches were used for downstream analyses.
Contact matrices are built and ICE normalization are performed using HiC-Pro_v2.7 pipeline.
Genome_build: mm9
Supplementary_files_format_and_content: The files include all valid interactions detected by Hi-C. Each line of the txt files provides the chr, start, end of the two interaction fragments.

source_name: CD8 T cell

growth_protocol: Naive CD45.2+ P14 TCR-Tg CD8+ T cells were isolated from the lymph nodes and adoptively transferred into CD45.1+ naïve recipient mice at 10,000 cells per mouse. One day later, the recipient mice were i.p. infected with 2×105 PFU of LCMV-Armstrong.

extract_protocol:
On day 8 post-infection (p.i.), CD45.2+CD8+KLRG1+ IL-7Ra– cells were sort-purified as terminally differentiated effector CD8+ T cells. On ≥ day 60 p.i., CD45.2+CD8+CD62L+ cells were purified as central memory CD8+ T cells. From the lymph nodes of uninfected P14 TCR-Tg mice, CD62L+CD44lo-med CD8+ cells were isolated as naïve CD8+ T cells. The cell sorting was performed on on FACSAria (BD Biosciences).
Five million CD62L+CD44lo naïve CD8 T cells were sort-purified from WT mice and crosslinked with 1% formaldehyde for 10 min at room temperature. The nuclei were then permeabilized and DNA digested with 100 units of MboI restriction enzyme. The ends of restriction fragments were labeled using biotinylated nucleotides followed by ligation. After reversal of crosslinks, the ligated DNA was purified and sheared to 300-500 bps in length. The ligation junctions were pulled down with streptavidin beads and sequenced

treatment_protocol: C57BL/6 and B6.SJL mice were from the Jackson Laboratory. All mouse experiments were performed under protocols approved by the Institutional Animal Use and Care Committee of the University of Iowa.

tag: cell stage

value: Naïve

value: wild type


title: nuo-6 rep1


title: CD8_Rep2

tag: strain


title: nuo-6 rep2


title: CD8_Rep1


title: daf-2;his-72;his-71 rep5


title: dKO_Rep2

data_processing:
Basecalls performed using Illumina Casava version 1.8
RNA-Seq reads were mapped to mouse genome (mm9) using Tophat. Only uniquely mapped reads with fewer than 2 mismatches were used for downstream analyses.
Transcripts were assembled using Cufflinks using mapped fragments outputted by Tophat. Ensembl (release 65) was used as the source of annotated genes and transcript isoforms.
Genome_build: mm9
Supplementary_files_format_and_content: wig files were generated for each sample.

extract_protocol:
On day 8 post-infection (p.i.), CD45.2+CD8+KLRG1+ IL-7Ra– cells were sort-purified as terminally differentiated effector CD8+ T cells. On ≥ day 60 p.i., CD45.2+CD8+CD62L+ cells were purified as central memory CD8+ T cells. From the lymph nodes of uninfected P14 TCR-Tg mice, CD62L+CD44lo-med CD8+ cells were isolated as naïve CD8+ T cells. The cell sorting was performed on on FACSAria (BD Biosciences).
Total RNA was isolated from sorted CD8+ T cells. RNA Integrity was assessed using RNA 6000 Pico Kit (5067-1513) for Bioanalyzer 2100 (Agilent). mRNA was isolated from total RNA using NEBNext Poly(A) mRNA Magnetic Isolation Module (E7490, NEB). PolyA-selected mRNA was fragmented to an average size of 300 nt, reverse transcribed to generate double-stranded cDNA, and converted to a paired end library using NEBNext Ultra RNA Library Prep Kit for Illumina (E7530, NEB) according to manufacturer's instructions including the optional double size selection procedure using Agencourt AMPure XP beads. Prepared libraries were quantified with dsDNA HS Kit (Q32851) for Qubit and the size distribution was assessed using High Sensitivity DNA Kit (5067-462) for Bioanalyzer.


title: daf-2;his-72;his-71 rep4


title: daf-2;his-72;his-71 rep3


title: dKO_Rep1


title: Ctrl_Rep2


title: daf-2;his-72;his-71 rep2


title: Ctrl_Rep1


title: Fbxl19_OE_low_Fbxl19_rep1

description:
Chromatin IP against Fbxl19
FBXL19_OE_low_Fbxl19_combined.peak

value: J1 containing BirA

value: streptavidin-conjugated beads


title: Fbxl19_OE_low_Fbxl19_rep2


title: daf-2 rep4


title: Fbxl19_OE_high_Fbxl19_rep2

description:
Chromatin IP against Fbxl19
Fbxl19_OE_high_120ub_combined.peak


title: Fbxl19_OE_high_Fbxl19_rep1


title: daf-2 rep3


title: N2a_NC

value: Negative Control


title: daf-2 rep5


title: daf-2 rep2


title: Memory_RNA-Seq

data_processing:
Basecalls performed using Illumina Casava version 1.8
RNA-Seq reads were mapped to mouse genome (mm9) using Tophat. Only uniquely mapped reads with fewer than 2 mismatches were used for downstream analyses.
Transcripts were assembled using Cufflinks using mapped fragments outputted by Tophat. Ensembl (release 65) was used as the source of annotated genes and transcript isoforms.
Mapped reads were assigned to the annotated genes/transcripts using the Rsubread package (v1.16.1). Differential expressed genes/transcripts between two cell types were identified using the EdgeR method (v3.8.6) and FDR < 0.05 and fold change > 2.
Genome_build: mm9

growth_protocol: C57BL/6 and B6.SJL mice were from the Jackson Laboratory. All mouse experiments were performed under protocols approved by the Institutional Animal Use and Care Committee of the University of Iowa.

treatment_protocol: Naive CD45.2+ P14 TCR-Tg CD8+ T cells were isolated from the lymph nodes and adoptively transferred into CD45.1+ naïve recipient mice at 10,000 cells per mouse. One day later, the recipient mice were i.p. infected with 2×105 PFU of LCMV-Armstrong.

value: Memory


title: Effector_RNA-Seq

value: Effector


title: his-72;his-71 rep5


title: his-72;his-71 rep4


title: daf-2 rep1


title: Naïve_RNA-Seq


title: his-72;his-71 rep2


title: his-72;his-71 rep1


title: daf-2;his-72;his-71 rep1


title: Memory_Input

data_processing:
Basecalls performed using Illumina Casava version 1.8
ChIP-Seq reads were mapped to mouse genome (mm9) using Bowtie v.0.12.5. Bowtie parameters allowed up to two mismatches per read.
Peak calling by MACS v.1.4.2. Peaks were called using bandwidth 300 bp; P-value of 1.00e-5.
Genome_build: mm9

extract_protocol:
On day 8 post-infection (p.i.), CD45.2+CD8+KLRG1+ IL-7Ra– cells were sort-purified as terminally differentiated effector CD8+ T cells. On ≥ day 60 p.i., CD45.2+CD8+CD62L+ cells were purified as central memory CD8+ T cells. From the lymph nodes of uninfected P14 TCR-Tg mice, CD62L+CD44lo-med CD8+ cells were isolated as naïve CD8+ T cells. The cell sorting was performed on on FACSAria (BD Biosciences).
Sorted CD8+ T cells were cross-linked with 1% formaldehyde in medium for 10 minutes, processed using truChIP Chromatin Shearing Reagent Kit (Covaris), and sonicated for 5 minutes on Covaris S2 ultrasonicator. The sheared chromatin was immunoprecipitated with anti-H3K4me1 (Abcam, ab8895), H3K4me3 (Millipore, 17-614), H3K27me3 (Millipore, 17-622), or H3K27Ac (Abcam, ab4729) and washed as previously described73. The immunoprecipitated DNA and input DNA segments were used for PCR quantification or library construction.


title: Memory_H3K27Ac

value: Abcam, ab4729


title: M.suffruticosa, plant 8

city: Düsseldorf

first: Andreas

middle: PM

last: Weber

address: Universitätsstr. 1

department: Institute for Plant Biochemistry

institute: Heinrich-Heine-University

data_processing:
Illumina Casava-1.9software used for basecalling.
The reads from the single end analysis were aligned to a minimal set of coding sequences of the TAIR 10 release of the Arabidopsis genome (http://www.arabidopsis.org/) using BLAT (Kent, 2002) in protein space. The best BLAT hit for each read was determined by (1) lowest e-value and (2) highest bit score (Brautigam et al., 2011).
Raw read counts were transformed to reads per million (rpm) to normalize for the number of reads available at each sampling stage.
Comparison of transcript pattern between species was performed with the edgeR tool (Robinson et al., 2010) in R statistics (http://www.R-project.org) using Benjamini-Hochberg false discovery test with a cut-off at FDR ≤ 0.01 for significant differences.
Genome_build: Arabidopsis TAIR 10
Supplementary_files_format_and_content: Excel file (.xlsx) containing total read counts per sample, raw read counts mapped to Arabidopsis Genome Initiative (AGI) minimal reference genome, calculated rpm values and results from edgeR analysis

organism: Moricandia suffruticosa

source_name: mature leaf

growth_protocol: Seeds were vapour sterilized by incubation in an exsiccator together with a fresh mixture of 100ml 13% Na-hypochloride with 3ml of 37% HCl for 2h. The sterilized seeds were then germinated on plates containing 0.22% (w/v) Murashige Skoog medium, 50mM MES pH 5.7 and 0.8% (w/v) Agar. After about a week, seedlings were transferred to pots containing a mixture of sand and soil (BP substrate, Klasmann & Deilmann GmbH, Germany) at a ratio of 1:2. Plants were cultivated in the Climate chamber (CLF Mobilux Growbanks, Wertingen, Germany) under 12h day conditions with 23°C and night conditions of 20°C. Irradiance at plant level was ca. 200 µmol s-1 m-2.

extract_protocol:
Total RNA was extracted from the homogenized leaf material using the GeneMatrix Universal RNA purification kit (Roboklon GmbH, Berlin, Germany). The RNA was treated with DNase for a few seconds only and quality controlled on a Bioanalyzer 2100 (Agilent, Santa Clara, USA).
mRNA purification and adapter ligation was performed with the TruSeq RNA Sample Preparation Kit (Illumina, San Diego, USA) using 1 μg of total RNA. After a second quality control on the Bioanalyzer. Samples were sent to Beckmann Coulters Genomics (Danvers, MA, USA) and sequenced on a HiSeq2500 sequencer (Illumina, San Diego, CA) as single-end 100-bp reads. Three to four biological replicates were used per Moricandia species.

treatment_protocol: All experiments were conducted before the transition to the reproductive state. Mature leaf material was harvested from M. moricadioides, M. arvensis (line MOR1), and M. suffruticosa ca. 2 h after the start of the light period by snap freezing in liquid nitrogen.

tag: seed origin

value: Royal Kew Garden:0105433

tag: photosynthesis

value: C3-C4 photosynthesis

value: mature leaf


title: Memory_H3K4Me3

value: Millipore, 17-614


title: M.suffruticosa, plant 7


title: WT rep4

value: Late L4

value: wild-type


title: WT rep3

value: Whole organism from synchronized population


title: Effector_H3K27Me3

value: Millipore, 17-622


title: M.suffruticosa, plant 6


title: Effector_H3K4Me3


title: WT rep1


title: WT rep2


title: Effector_H3K27Ac


title: M.arvensis line MOR1, plant 15

description:
MOR15
Moricandia arvensis, line MOR1

organism: Moricandia arvensis

value: IPK Gatersleben:MOR1


title: M.arvensis line MOR1, plant 12

description:
MOR12
Moricandia arvensis, line MOR1


title: S40-Mo

organism: Pyricularia oryzae

source_name: Shoot tissues

tag: age

value: 21-day old

value: No DIS

value: Fr13 inoculated

value: Shoot tissues


title: S39-Mo

tag: drought stress


title: S37-Mo

tag: magnaporthe inoculation


title: Memory_H3K27Me3


title: Effector_H3K4Me1

value: Abcam, ab8895


title: M.arvensis line MOR1, plant 9

description:
MOR9
Moricandia arvensis, line MOR1


title: Naïve_Input

value: Naïve


title: WT rep5


title: Naïve_H3K27Me3


title: Memory_H3K4Me1

value: Memory


title: Effector_Input

value: Effector


title: his-72;his-71 rep3


title: S120-Mo

value: DIS; Drought during 3 days before inoculation

tag: tisue


title: M.moricandioides, plant 12

organism: Moricandia moricandioides

value: C3 photosynthesis


title: Naïve_H3K27Ac

value: Abcam, ab4729


title: S119-Mo

tag: sequencing depth


title: S117-Mo


title: Cloned_array_oligo_library

description: Amplification from cloned library

molecule: other

source_name: oligo array synthesis

growth_protocol: Array-synthesized 230bp oligos (Agilent Technologies) containing an enhancer, spacer, and barcode were amplified with adaptor primers that have overhangs complementary to the cut vector backbone (lentiviral vector pLS-mP, cut with SbfI and EcoRI to temporarily liberate the minimal promoter and EGFP reporter gene) and the products were cloned using NEBuilder HiFi DNA Assembly mix (E2621). The adaptors were chosen to disrupt the original SbfI and EcoRI sites in the vector. The cloning reaction was transformed into electrocompetent cells (NEB C3020). Multiple transformations were pooled and midi-prepped (Chargeswitch Pro Filter Plasmid Midi Kit, Invitrogen CS31104).

tag: cell line

value: cloned oligonucleotide library

value: 10-beta electrocompetent E. coli (C3020)


title: M.arvensis line MOR1, plant 13

description:
MOR13
Moricandia arvensis, line MOR1

value: C3-C4 photosynthesis

tag: tissue

value: mature leaf


title: M.moricandioides, plant 6


title: Naïve_H3K4Me1


title: TM-1_root_tip_rep3

status: Public on Sep 30 2016

city: Nanjing

first: Dewei

last: Zheng

state: Jiangsu Province

address: 1 Weigang Road

department: State Key Laboratory of Crop Genetics and Germplasm Enhancement

institute: Nanjing Agricultural University

description:
q3
18h root bourgeon

data_processing:
Illumina CASAVA_v1.8.2 software used for basecalling.
Low-quality reads in the raw RNA-seq data were examined using NGSQCToolkit_v2.3 and eliminated, and the high-quality reads were mapped onto the Gossypium hirsutum genome (Gossypium_hirsutum_v1.1) and assembled using Tophat, and then the Cufflink, Cuffmerge and Cuffdiff were used for producing the genes.fpkm_tracking file.
Genome_build: Gossypium_hirsutum_v1.1 (https://www.cottongen.org/data/download/genome_NBI_AD1.  The gene_short_name in TM-1_root_tip_genes.fpkm_tracking can be found in NBI_Gossypium_hirsutum_v1.1.gene.gff3.gz.)
Supplementary_files_format_and_content: fpkm_tracking file produced by Cuffdiff.

organism: Gossypium hirsutum

source_name: root tip

extract_protocol:
Each biological replication from 30 or more root tips were used for RNA extract. Total RNA was isolated using miRVana kit (Ambion 1561).
RNA libraries were prepared for sequencing using standard Illumina protocols

value: root tip


title: T2_H3K4me3_ChIPSeq

data_processing:
Illumina CASAVA_v1.8.2 software used for basecalling.
Low-quality reads in the raw ChIP-seq data were examined using SOAPnuke_v1.5.0 and eliminated, and the high-quality reads were mapped onto the Gossypium hirsutum genome (Gossypium_hirsutum_v1.1) and assembled using SOAP2
peaks were called using MACS version 1.4.2 with the following setting: CallingParameter:macs14-s 49-g2500000000-p1e-5-w --space50-m 10,30
Genome_build: Gossypium hirsutum genome (Gossypium_hirsutum_v1.1)
Supplementary_files_format_and_content: wig files were generated using MACS version 1.4.2

extract_protocol:
Each biological replication 5g root tips were used for ChIP
Lysates were clarified from sonicated nuclei and histone-DNA complexes were isolated with antibody.

value: 18h root bourgeon


title: T1_Input


title: T1_H3K4me3_ChIPSeq


title: T2_Input


title: TM-1_root_tip_rep1

description:
q1
18h root bourgeon


title: Col-0_CHX_rep2

first: Xiang

last: Yu

state: Shanghai

address: 800 DongChuan

institute: Shanghai Jiao Tong University

data_processing:
3' adapter sequences were trimmed using cutadapt (version 1.4.2 with parameters -e 0.06 -O 6 -m 14)
Trimmed reads were aligned to the cDNA seqeunce of Arabidopsis genome (TAIR10) using STAR  (version 2.4.0 with parameters “--outFilterMultimapNmax 10 --outFilterMismatchNmax 10 --outFilterMismatchNoverLmax 0.10”)
Co-translational RNA decay index (CRI) representing log2 ratio of average of 5’ P reads at cleavage accessible frames (f1 and f2) over the 5’ P reads of non- cleavage accessible frame (f0) were calculated for each gene.
Genome_build: TAIR10
Supplementary_files_format_and_content: co-tranlational RNA decay index (txt format)

organism: Arabidopsis thaliana

source_name: Arabidopsis immature inflorescence

growth_protocol: Arabidopsis plants were grown under 16hr light 8hr dark days, and buds were harvested at approximately 4 weeks of age.

extract_protocol:
Bud tissue was ground with a mortar and pestle. RNA was extracted with Qiazol (Qiagen; Valencia, CA) and then further purified with the Qiagen miRNeasy RNA isolation kit following the included protocol (Qiagen; Valencia, CA).
TruSeq small RNA sequencing kit [illumina, Valencia, CA]), as previously described (Willmann et al. 2014; Li et al. 2012).
Illumina Hi-Seq2000 50 nt strand-specific

treatment_protocol: Plants were not otherwise treated

tag: ecotype/cultivar

tag: genotype/variation

value: wild type

tag: replicate

tag: method

value: GMUCT-Seq


title: TM-1_root_tip_rep2

description:
q2
18h root bourgeon


title: T4T5 replicate2 mRNA-Seq

city: Martinsried

first: Katarina

last: Pankova

address: Am Klopferspitz 18

institute: Max Planck Institute of Neurobiology

data_processing:
Bcl2fastq (v1.8.4) with default parameters was used for basecalling
Untrimmed single-end sequenced reads were mapped to whole genome (FlyBase r6.04) using TopHat (v2.1.0) (Kim et al., Genome Biol. 2013) with parameters -p 4 -g 1 –suppress-hits
Reads mapping to gene exons were counted with featureCounts program (Rsubread package v1.12.6) (Liao et al., Bioinformatics. 2014) in R (v3.0.2). Each gene's read count was normalized by the gene's exons length and the sum of reads assigned to all exons to generate the reads per kilobase per million reads mapped (RPKM) values.
Genome_build: dm6
Supplementary_files_format_and_content: tab-delimited text files include RPKM values for each sample

organism: Drosophila melanogaster

source_name: Nuclei of T4 and T5 neurons

growth_protocol: Flies were raised on standard cornmeal-agar food at 25°C.

extract_protocol:
The protocol was modified from previously described procedure (Henry et al., Nucleic Acids Res. 2012). 300 µl of Dynabeads Protein G magnetic beads (Thermo Fisher Scientific) were incubated with 10 µl of the monoclonal anti-GFP antibody (Sigma-Aldrich, G6539) for 30 minutes at 4°C. Afterwards, beads were washed three times with 0.1% PBT. Approximately 50 - 60 mL of flies were anesthetized by CO2 and frozen in liquid nitrogen. Flies were decapitated by vigorous vortexing. Heads were smashed using Dounce grinder (Sigma-Aldrich) with loose pestle in ice-cold buffer (10 mM β-glycerophosphate, 2 mM MgCl2, 0.5% Igepal). Homogenate was passed through 180 µm nylon net filter (Millipore) and filtrate was smashed again in Dounce grinder with tight pestle. After additional filtering through 20 µm nylon net filter (Millipore), the homogenate was brought to 50 mL with sucrose buffer (10 mM β-glycerophosphate, 2 mM MgCl2, 25 mM KCl, 250 mM sucrose) and the antibody-preincubated magnetic beads were added. Binding reaction was carried out at 4°C for 30 min and was followed by five washes of the bead-bound nuclei with sucrose buffer. Total RNA from the bead-bound nuclei was extracted with Trizol reagent (Thermo Fisher Scientific).
Library was prepared with TruSeq Stranded mRNA LT Sample Prep Kit (Illumina)

tag: genotype


title: T4T5 replicate1 mRNA-Seq


title: abh1_1_GMUCT

description:
polyA-selected RNA
Illumina Hi-Seq2000 50 nt strand-specific

data_processing:
3' adapter sequences were trimmed using cutadapt (version 1.4.2 with parameters -e 0.06 -O 6 -m 14)
Trimmed reads were aligned to the cDNA seqeunce of Arabidopsis genome (TAIR10) using STAR  (version 2.4.0 with parameters “--outFilterMultimapNmax 10 --outFilterMismatchNmax 10 --outFilterMismatchNoverLmax 0.10”)
Co-translational RNA decay index (CRI) representing log2 ratio of average of 5’ P reads at cleavage accessible frames (f1 and f2) over the 5’ P reads of non- cleavage accessible frame (f0) were caculated for each gene.
Genome_build: TAIR10
Supplementary_files_format_and_content: co-tranlational RNA decay index (txt format)

extract_protocol:
Bud tissue was ground with a mortar and pestle. RNA was extracted with Qiazol (Qiagen; Valencia, CA) and then further purified with the Qiagen miRNeasy RNA isolation kit following the included protocol (Qiagen; Valencia, CA).
TruSeq small RNA sequencing kit [illumina, Valencia, CA]), as previously described (Willmann et al. 2014; Li et al. 2012).

value: loss-of-function mutant of ABH1

value: GMUCT-seq


title: abh1_8_GMUCT


title: D14_Trxt_S3

city: Rochester

first: Danielle

middle: SW

last: Benoit

address: 308 Robert B Goergen Hall, Box 270168

department: Biomedical Engineering

institute: University of Rochester

description:
Human donor info: Age: 25 Y; Sex: MALE; Race: B
Processed data file: frm_genes.fpkm_tracking.txt

data_processing:
DATA FORMATTING (Illumina -> FastQ) & DEMULTIPLEXING - bcltofastq-1.8.4
CLEANING - Trimmomatic-0.32 "SLIDINGWINDOW:4:20 TRAILING:13 LEADING:13 ILLUMINACLIP:adapters.fasta:2:30:10 MINLEN:15"
MAPPING - STAR_2.4.2a "--twopassMode Basic --runMode alignReads --genomeDir ${GENOME} -- readFilesIn ${SAMPLE} --outSAMtype BAM SortedByCoordinate --outSAMstrandField intronMotif -- outFilterIntronMotifs RemoveNoncanonical"
DIFFERENTIAL EXP. - cufflinks-2.0.2 (cuffdiff) "--library-type fr-firststrand --FDR 0.05 -u -b GENOME"
Genome_build: GRCh38.p2 + Gencode-23 Annotation
Supplementary_files_format_and_content: frm_genes.fpkm_tracking.txt: Tab-delimited text file contains raw gene counts for each sample from cuffdiff2 analysis.

source_name: Mesenchymal stem cells, NP-siRNA, day 14

growth_protocol: hMSCs were isolated from bone marrow isolates purchased from Lonza. Bone marrow aspirate was plated with low-glucose Dulbecco's Modified Eagle's Medium (Gibco) (LG-DMEM) with 10% fetal bovine serum (FBS) (Atlanta Biologics), 1% antibiotic-antimycotic (Gibco) and 1 ng/mL recombinant human basic fibroblast growth factor-2 (Corning) (MSC-GM) and kept at 37 °C with 5% CO2. MSCs were selected for adherence to tissue culture plastic for 1 week and non-adherent cells were subsequently washed away. Subconfluent MSCs (P0) were trypsinized and plated at 5,000 cell/cm^2 and cultured until 80% confluence. MSCs were retrieved from flasks via trypsinization and transferred to cryopreservation media (DMEM, 20% FBS, 10% DMSO) at 1E6 cells/mL and placed in cryo-storage in liquid nitrogen until use. hMSCs were brought out from cryo-storage to be used for experiments by thawing vial under warm water then transferring cells to pre-warmed tissue culture flasks containing MSC-GM. Cells were cultured in incubators at 37 degrees C with 5% CO2 and split via trypsinization at 90% confluence.

extract_protocol:
Total RNA was purified using homogenizer mini-columns and E.Z.N.A. Total RNA Kit I with on-column DNase digestion (Omega Bio-tek) according to the manufacturer's protocol.
Illumina compatible library construction was performed using the TruSeq Stranded mRNA Sample Preparation Kit (Illumina) according to manufacturer's protocols.

treatment_protocol: hMSCs were seeded at 8,000 cells/cm2 in 6-well plates and allowed to adhere overnight. The next day, treated cells given 30nM NP-siRNA treatments that were made up in 1x phosphate-buffered saline (PBS) were added directly to cell culture well and incubated for 24 hours. ON-TARGETplus Non-targeting Control Pool siRNA (Dharmacon) was used for all NP-siRNA treated samples. All untreated samples received an equal treatment volume of 1x PBS.

tag: cell type

value: bone marrow-derived mesenchymal stem cells

tag: passage

tag: treatment

value: NP-siRNA

tag: time point

value: day 14


title: D14_Trxt_S2


title: D14_NT_S3

source_name: Mesenchymal stem cells, untreated, day 14

value: untreated


title: Naïve_H3K4Me3

tag: cell stage

value: Naïve

tag: strain

tag: antibody

value: Millipore, 17-614


title: D14_Trxt_S1


title: △3βG△ncw-1 Cellobiose

city: Tianjin

first: liangcai

last: lin

address: 32 West 7th Avenue, Tianjin Airport Economic Area

institute: Tianjin Institute of Industrial Biotechnology, Chinese Academy of Sciences

data_processing:
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence with NGSQCToolkit (v2.3).
Clear reads were mapped to Neurospora crassa OR74A genome (version 12) using Tophat (version 2.0.8b) with parameters -i 10 -g 1 --segment-length 24 --b2-very-sensitive --no-convert-bam --library-type fr-unstranded.
The counts of reads uniquely mapped to only one gene for each gene were calculated by HTseq-count( v0.5.4p2).
The normalized expression values for each gene were calculated by the number of uniquely mapped reads per kilobase of exon region per million mapped reads (RPKM)  and differential gene expression was determined by DESeq package (v1.5.1).
Genome_build: NC12
Supplementary_files_format_and_content: RPKMs

organism: Neurospora crassa

source_name: Mycelia

growth_protocol: Mycelia precultured for 20 h in MM were transferred into Vogel’s salts containing 1% cellobiose for an additional 4h.

extract_protocol:
Mycelia were harvested by vacuum filtration with Whatman filter paper, frozen immediately in liquid nitrogen. Total RNA from frozen samples was isolated using TRIzol reagent and an additional clean-up was performed for DNA degradation using the RNeasy mini kit (Qiagen)
RNA libraries were prepared for sequencing using standard Illumina protocols

tag: sample id

value: {delta}3betaG{delta}ncw-1 a

tag: carbon source

value: 1% cellobiose

tag: time

value: Mycelia


title: △3βG Cellobiose

value: {delta}3betaG a


title: D14_NT_S2


title: D5_Trxt_S3

source_name: Mesenchymal stem cells, NP-siRNA, day 5

value: day 5


title: D14_NT_S1


title: D5_Trxt_S1


title: D5_Trxt_S2


title: D5_NT_S3

source_name: Mesenchymal stem cells, untreated, day 5


title: D5_NT_S2


title: D1_Trxt_S3

source_name: Mesenchymal stem cells, NP-siRNA, day 1

value: day 1


title: Col-0_CHX_rep1


title: D5_NT_S1


title: D1_NT_S3

source_name: Mesenchymal stem cells, untreated, day 1


title: D1_NT_S2


title: D1_NT_S1


title: D1_Trxt_S1


title: D0_S3

source_name: Mesenchymal stem cells, NP-siRNA, day 0

value: day 0


title: M.moricandioides, plant 15

tag: seed origin

tag: photosynthesis

value: C3 photosynthesis

value: mature leaf


title: D0_S1


title: SK_3_H10_smart-seq

city: Seattle

first: Zizhen

last: yao

state: WA

department: MAT

institute: Allen Institute for Brain Science

data_processing:
Read were aligned transcriptome by RSEM to RefSeq gene annotation (April 23, 2013), and unmapped reads were aligned to genome by Bowtie. The remaining reads were aligned to ERCC.
Genome_build: hg19
Supplementary_files_format_and_content: RSEM TPM gene expression matrix

source_name: cultured embryonic stem cells

growth_protocol: hESCs were seeded for a 12-day cortical induction phase in NIM media with SMAD inhibitors and cyclopamine; reseeded for the progenitor expansion phase at D12 and D19 in neural stem cell culture media with EGF and bFGF, and finally at D26 for neural differentiation with neurogenic/neurotrophic factors BDNF, GDNF, NT3, and cAMP.  The protocol was ended at D54.

extract_protocol:
To generate single cell suspensions, hESC-derived cultures were dissociated from plates using Accutase  (ThermoFisher)  at  37°C.    Light  trituration  using  a P1000  pipette  was  done  every  5  min  until  nearly  all clumps  had  been  dissociated  (up  to  1  h).    Cell  suspension  was  washed  and  filtered  through  a  40  μm  cell  strainer.  Cells were washed in PBS with 1% FBS and stained with 0.5-1 μg/mL DAPI.  Single-cell suspensions were loaded onto  a  FACSAria  II  SORP  (Becton  Dickinson)  and  sorted  directly  into  PCR  strip  tubes  or  plates  held  in  chilled aluminum  blocks.    Doublets  and  dead  cells  were  excluded  based  on  forward  scatter,  side  scatter  and  DAPI fluorescence. Sorting was done using the 130  μm nozzle with the sort mode set to single cell. Accuracy of single-cell  sorts  was  confirmed  by  sorting  DAPI-stained  fixed  cells  onto  a  dry  well  of  a  96-well  plate  and  analyzing  by fluorescence microscopy.
SmartSeq2 protocol. After  reverse  transcription  and  template  switching,  we amplified  cDNA  with  KAPA  HotStart  HIFI  2×  ReadyMix  (Kapa  Biosystems)  for  22  cycles  for  RNA  from  single primary cortical cells. We purified PCR products using Ampure XP beads (Beckman Coulter). We quantified cDNA using a High Sensitivity DNA Chip (Agilent) on a Bioanalyzer 2100 or with the Quant-iT PicoGreen dsDNA Assay   Kit  (Thermo  Fisher)  on  an  Enspire  plate  reader  (PerkinElmer).  We  used  1  ng  of  cDNA  to  generate  RNA-Seq libraries using the Nextera XT library prep system (Illumina). We carried out sequencing of human cortical cells the on Illumina HiSeq using 50 base paired-end reads

tag: days in culture

tag: differentiation#

tag: control

value: FALSE

tag: viral barcoded


title: SK_3_H08_smart-seq


title: SK_3_H09_smart-seq


title: SK_3_H11_smart-seq


title: SK_3_H02_smart-seq


title: SK_3_H05_smart-seq


title: SK_3_G10_smart-seq


title: SK_3_G08_smart-seq


title: SK_3_G09_smart-seq


title: SK_3_H06_smart-seq


title: SK_3_G12_smart-seq

value: TRUE


title: SK_3_G07_smart-seq


title: D1_Trxt_S2

value: bone marrow-derived mesenchymal stem cells


title: SK_3_G06_smart-seq


title: SK_3_G05_smart-seq


title: SK_3_G04_smart-seq


title: SK_3_G02_smart-seq


title: SK_3_F12_smart-seq


title: SK_3_G03_smart-seq


title: SK_3_H12_smart-seq


title: SK_3_F10_smart-seq


title: SK_3_F11_smart-seq


title: SK_3_H04_smart-seq


title: SK_3_H03_smart-seq


title: SK_3_H01_smart-seq


title: SK_3_H07_smart-seq


title: SK_3_F09_smart-seq


title: SK_3_F04_smart-seq


title: SK_3_G11_smart-seq


title: SK_3_F08_smart-seq


title: SK_3_F07_smart-seq


title: SK_3_F02_smart-seq


title: SK_3_F06_smart-seq


title: SK_3_G01_smart-seq


title: SK_3_E10_smart-seq


title: SK_3_E08_smart-seq


title: SK_3_F05_smart-seq


title: SK_3_E04_smart-seq


title: SK_3_E03_smart-seq


title: SK_3_E05_smart-seq


title: SK_3_E12_smart-seq


title: SK_3_E01_smart-seq


title: SK_3_E07_smart-seq


title: SK_3_E11_smart-seq


title: SK_3_E02_smart-seq


title: SK_3_E06_smart-seq


title: D0_S2

value: NP-siRNA


title: SK_3_D08_smart-seq


title: SK_3_D11_smart-seq


title: SK_3_D09_smart-seq


title: SK_3_D07_smart-seq


title: SK_3_D03_smart-seq


title: SK_3_D10_smart-seq


title: SK_3_D05_smart-seq


title: SK_3_D04_smart-seq


title: SK_3_D02_smart-seq


title: SK_3_C11_smart-seq


title: SK_3_D01_smart-seq


title: SK_3_F03_smart-seq


title: SK_3_C10_smart-seq


title: SK_3_C12_smart-seq


title: SK_3_C07_smart-seq


title: SK_3_D12_smart-seq


title: SK_3_C05_smart-seq


title: SK_3_C09_smart-seq


title: SK_3_C06_smart-seq


title: SK_3_C03_smart-seq


title: SK_3_B12_smart-seq


title: SK_3_F01_smart-seq


title: SK_3_C01_smart-seq


title: SK_3_C02_smart-seq


title: SK_3_D06_smart-seq


title: SK_3_B10_smart-seq


title: SK_3_B11_smart-seq


title: SK_3_B09_smart-seq


title: SK_3_B07_smart-seq


title: SK_3_B08_smart-seq


title: SK_3_C08_smart-seq


title: SK_3_B04_smart-seq


title: SK_3_B05_smart-seq


title: SK_3_B01_smart-seq


title: SK_3_A10_smart-seq


title: SK_3_B03_smart-seq


title: SK_3_A11_smart-seq


title: SK_3_B06_smart-seq


title: SK_3_C04_smart-seq


title: SK_3_A08_smart-seq


title: SK_3_A09_smart-seq


title: SK_3_A07_smart-seq


title: SK_3_A12_smart-seq


title: SK_3_A04_smart-seq


title: SK_3_A06_smart-seq


title: SK_3_A05_smart-seq


title: M.moricandioides, plant 8

tag: tissue


title: SK_2_H12_smart-seq


title: SK_3_A02_smart-seq


title: SK_3_A01_smart-seq


title: SK_2_H10_smart-seq


title: SK_2_H09_smart-seq


title: SK_2_H11_smart-seq


title: SK_3_E09_smart-seq


title: SK_3_B02_smart-seq


title: SK_2_H06_smart-seq


title: SK_2_H04_smart-seq


title: SK_2_H05_smart-seq


title: SK_2_H07_smart-seq


title: SK_2_H02_smart-seq


title: SK_2_H03_smart-seq


title: SK_2_G11_smart-seq


title: SK_2_H01_smart-seq


title: SK_2_G07_smart-seq


title: SK_3_A03_smart-seq


title: SK_2_G10_smart-seq


title: SK_2_G12_smart-seq


title: SK_2_G09_smart-seq


title: SK_2_G08_smart-seq


title: SK_2_G03_smart-seq


title: SK_2_F12_smart-seq


title: SK_2_G06_smart-seq


title: SK_2_G05_smart-seq


title: SK_2_F07_smart-seq


title: SK_2_G02_smart-seq


title: SK_2_F04_smart-seq


title: SK_2_F11_smart-seq


title: SK_2_F09_smart-seq


title: SK_2_F01_smart-seq


title: SK_2_F02_smart-seq


title: SK_2_E10_smart-seq


title: SK_2_E07_smart-seq


title: SK_2_F08_smart-seq


title: SK_2_E03_smart-seq


title: SK_2_E04_smart-seq


title: SK_2_G01_smart-seq


title: SK_2_F06_smart-seq


title: SK_2_E12_smart-seq


title: SK_2_F03_smart-seq


title: SK_2_E11_smart-seq


title: SK_2_F05_smart-seq


title: SK_2_H08_smart-seq


title: SK_2_G04_smart-seq


title: SK_2_E08_smart-seq


title: SK_2_E06_smart-seq


title: SK_2_E05_smart-seq


title: SK_2_D11_smart-seq


title: SK_2_D09_smart-seq


title: SK_2_F10_smart-seq


title: SK_2_E09_smart-seq


title: SK_2_E02_smart-seq


title: SK_2_D08_smart-seq


title: SK_2_E01_smart-seq


title: SK_2_D05_smart-seq


title: SK_2_D07_smart-seq


title: SK_2_D12_smart-seq


title: SK_2_D06_smart-seq


title: SK_2_D03_smart-seq


title: SK_2_C12_smart-seq


title: SK_2_D10_smart-seq


title: SK_2_D02_smart-seq


title: SK_2_D04_smart-seq


title: SK_2_C08_smart-seq


title: SK_2_C07_smart-seq


title: SK_2_C10_smart-seq


title: SK_2_C06_smart-seq


title: SK_2_C05_smart-seq


title: SK_2_C04_smart-seq


title: SK_2_C09_smart-seq


title: SK_2_C03_smart-seq


title: SK_2_C01_smart-seq


title: SK_2_B12_smart-seq


title: SK_2_B11_smart-seq


title: SK_2_B08_smart-seq


title: SK_2_B07_smart-seq


title: SK_2_B06_smart-seq


title: SK_2_B05_smart-seq


title: SK_2_B09_smart-seq


title: SK_2_B04_smart-seq


title: SK_2_B02_smart-seq


title: SK_2_A12_smart-seq


title: SK_2_A11_smart-seq


title: SK_2_A10_smart-seq


title: SK_2_A08_smart-seq


title: SK_2_A09_smart-seq


title: SK_2_A06_smart-seq


title: SK_2_A05_smart-seq


title: SK_2_A04_smart-seq


title: SK_2_A02_smart-seq


title: SK_2_A03_smart-seq


title: SK_2_A01_smart-seq


title: SK_2_B10_smart-seq


title: SK_1_H10_smart-seq


title: SK_1_H12_smart-seq


title: SK_1_H11_smart-seq


title: SK_1_H09_smart-seq


title: SK_1_H07_smart-seq


title: SK_1_H06_smart-seq


title: SK_1_H08_smart-seq


title: SK_2_B03_smart-seq


title: SK_1_H05_smart-seq


title: SK_1_H04_smart-seq


title: SK_2_B01_smart-seq


title: SK_1_H03_smart-seq


title: SK_1_H01_smart-seq


title: SK_1_G12_smart-seq


title: SK_1_G11_smart-seq


title: SK_1_H02_smart-seq


title: SK_1_G10_smart-seq


title: SK_2_A07_smart-seq


title: SK_1_G08_smart-seq


title: SK_1_G07_smart-seq


title: SK_1_G09_smart-seq


title: SK_1_G05_smart-seq


title: SK_1_G04_smart-seq


title: SK_1_G06_smart-seq


title: SK_1_G03_smart-seq


title: SK_1_G01_smart-seq


title: SK_1_F12_smart-seq


title: SK_1_F11_smart-seq


title: SK_1_F10_smart-seq


title: SK_1_F09_smart-seq


title: SK_1_F07_smart-seq


title: SK_1_F04_smart-seq


title: SK_1_F05_smart-seq


title: SK_1_F06_smart-seq


title: SK_1_F01_smart-seq


title: SK_1_F03_smart-seq


title: SK_1_F02_smart-seq


title: SK_1_E12_smart-seq


title: SK_1_E11_smart-seq


title: SK_1_E08_smart-seq


title: SK_1_E10_smart-seq


title: SK_1_E09_smart-seq


title: SK_1_E07_smart-seq


title: SK_1_E04_smart-seq


title: SK_1_E05_smart-seq


title: SK_1_E01_smart-seq


title: SK_1_E03_smart-seq


title: SK_1_D11_smart-seq


title: SK_1_D10_smart-seq


title: SK_1_D12_smart-seq


title: SK_1_E02_smart-seq


title: SK_1_D09_smart-seq


title: SK_1_D08_smart-seq


title: SK_1_F08_smart-seq


title: SK_1_D07_smart-seq


title: SK_1_D05_smart-seq


title: SK_1_D06_smart-seq


title: SK_1_D03_smart-seq


title: SK_1_D01_smart-seq


title: SK_1_D02_smart-seq


title: SK_1_E06_smart-seq


title: SK_1_C11_smart-seq


title: SK_1_C10_smart-seq


title: SK_1_C07_smart-seq


title: SK_1_C09_smart-seq


title: SK_1_C08_smart-seq


title: SK_1_C06_smart-seq


title: SK_1_C04_smart-seq


title: SK_1_C05_smart-seq


title: SK_1_C02_smart-seq


title: SK_1_C01_smart-seq


title: SK_1_B10_smart-seq


title: SK_1_B11_smart-seq


title: SK_1_B12_smart-seq


title: SK_1_D04_smart-seq


title: SK_1_B08_smart-seq


title: SK_1_B09_smart-seq


title: SK_1_B06_smart-seq


title: SK_1_B04_smart-seq


title: SK_1_B05_smart-seq


title: SK_1_B07_smart-seq


title: SK_1_C12_smart-seq


title: SK_1_B02_smart-seq


title: SK_1_C03_smart-seq


title: SK_1_A10_smart-seq


title: SK_1_A09_smart-seq


title: SK_1_A12_smart-seq


title: SK_1_A11_smart-seq


title: SK_1_B01_smart-seq


title: SK_1_A08_smart-seq


title: SK_1_A07_smart-seq


title: SK_1_A05_smart-seq


title: SK_1_A04_smart-seq


title: SK_1_A01_smart-seq


title: SK_1_A06_smart-seq


title: SK_1_A03_smart-seq


title: SK_1_A02_smart-seq


title: 54Dn5_H11_smart-seq

tag: cre line

value: DCX-


title: SK_1_B03_smart-seq


title: 54Dn5_H08_smart-seq


title: 54Dn5_H09_smart-seq


title: 54Dn5_H06_smart-seq


title: 54Dn5_H05_smart-seq


title: 54Dn5_H04_smart-seq


title: 54Dn5_H03_smart-seq


title: 54Dn5_G11_smart-seq


title: 54Dn5_H02_smart-seq


title: 54Dn5_H01_smart-seq


title: 54Dn5_G09_smart-seq


title: 54Dn5_G10_smart-seq


title: 54Dn5_G06_smart-seq


title: 54Dn5_G02_smart-seq


title: 54Dn5_G04_smart-seq


title: 54Dn5_G05_smart-seq


title: 54Dn5_G07_smart-seq


title: 54Dn5_G03_smart-seq


title: 54Dn5_G01_smart-seq


title: 54Dn5_G08_smart-seq


title: 54Dn5_F10_smart-seq


title: 54Dn5_F11_smart-seq


title: 54Dn5_F08_smart-seq


title: 54Dn5_H10_smart-seq


title: 54Dn5_F07_smart-seq


title: 54Dn5_F06_smart-seq


title: 54Dn5_F09_smart-seq


title: 54Dn5_H07_smart-seq


title: 54Dn5_F05_smart-seq


title: 54Dn5_F04_smart-seq


title: 54Dn5_F03_smart-seq


title: 54Dn5_F02_smart-seq


title: 54Dn5_F01_smart-seq


title: 54Dn5_E10_smart-seq


title: 54Dn5_E08_smart-seq


title: 54Dn5_E07_smart-seq


title: 54Dn5_E06_smart-seq


title: 54Dn5_E04_smart-seq


title: 54Dn5_E05_smart-seq


title: 54Dn5_E03_smart-seq


title: 54Dn5_E02_smart-seq


title: 54Dn5_D10_smart-seq


title: 54Dn5_E01_smart-seq


title: 54Dn5_D09_smart-seq


title: 54Dn5_D07_smart-seq


title: 54Dn5_D06_smart-seq


title: 54Dn5_D05_smart-seq


title: 54Dn5_D02_smart-seq


title: 54Dn5_D04_smart-seq


title: 54Dn5_D03_smart-seq


title: 54Dn5_C10_smart-seq


title: SK_1_G02_smart-seq


title: 54Dn5_D01_smart-seq


title: 54Dn5_E11_smart-seq


title: 54Dn5_E09_smart-seq


title: 54Dn5_C08_smart-seq


title: 54Dn5_C07_smart-seq


title: 54Dn5_C06_smart-seq


title: 54Dn5_C09_smart-seq


title: 54Dn5_C04_smart-seq


title: 54Dn5_C01_smart-seq


title: 54Dn5_C03_smart-seq


title: 54Dn5_C05_smart-seq


title: 54Dn5_B09_smart-seq


title: 54Dn5_D08_smart-seq


title: 54Dn5_B10_smart-seq


title: 54Dn5_B11_smart-seq


title: 54Dn5_B08_smart-seq


title: 54Dn5_C11_smart-seq


title: 54Dn5_B07_smart-seq


title: 54Dn5_C02_smart-seq


title: 54Dn5_B01_smart-seq


title: 54Dn5_B02_smart-seq


title: 54Dn5_B05_smart-seq


title: 54Dn5_B06_smart-seq


title: 54Dn5_A09_smart-seq


title: 54Dn5_A10_smart-seq


title: 54Dn5_A07_smart-seq


title: 54Dn5_A05_smart-seq


title: 54Dn5_A08_smart-seq


title: 54Dn5_A06_smart-seq


title: 54Dn5_A01_smart-seq


title: 54Dn5_A02_smart-seq


title: 54Dn5_D11_smart-seq


title: 54Dn5_A11_smart-seq


title: 54Dp5_H10_smart-seq

value: DCX+


title: 54Dp5_H08_smart-seq


title: 54Dp5_H07_smart-seq


title: 54Dp5_H06_smart-seq


title: 54Dn5_B03_smart-seq


title: 54Dp5_H05_smart-seq


title: 54Dp5_H03_smart-seq


title: 54Dp5_H04_smart-seq


title: 54Dp5_H01_smart-seq


title: 54Dp5_G11_smart-seq


title: 54Dp5_G10_smart-seq


title: 54Dp5_G07_smart-seq


title: 54Dp5_G08_smart-seq


title: 54Dp5_G09_smart-seq


title: 54Dp5_H02_smart-seq


title: 54Dp5_H09_smart-seq


title: 54Dp5_G04_smart-seq


title: 54Dp5_G01_smart-seq


title: 54Dp5_H11_smart-seq


title: 54Dp5_F11_smart-seq


title: 54Dp5_F10_smart-seq


title: 54Dp5_G03_smart-seq


title: 54Dp5_G02_smart-seq


title: 54Dp5_F08_smart-seq


title: 54Dp5_F06_smart-seq


title: 54Dp5_F05_smart-seq


title: 54Dp5_F07_smart-seq


title: 54Dp5_F04_smart-seq


title: 54Dp5_F01_smart-seq


title: 54Dp5_F02_smart-seq


title: 54Dp5_E11_smart-seq


title: 54Dp5_E09_smart-seq


title: 54Dp5_G06_smart-seq


title: 54Dp5_G05_smart-seq


title: 54Dp5_E08_smart-seq


title: 54Dp5_E07_smart-seq


title: 54Dp5_E06_smart-seq


title: 54Dp5_E03_smart-seq


title: 54Dp5_E01_smart-seq


title: 54Dp5_E05_smart-seq


title: 54Dp5_F09_smart-seq


title: 54Dp5_E02_smart-seq


title: 54Dp5_D11_smart-seq


title: 54Dp5_D07_smart-seq


title: 54Dp5_D09_smart-seq


title: 54Dp5_D06_smart-seq


title: 54Dp5_D05_smart-seq


title: 54Dp5_D10_smart-seq


title: 54Dp5_D04_smart-seq


title: 54Dp5_D08_smart-seq


title: 54Dp5_D03_smart-seq


title: 54Dp5_D01_smart-seq


title: 54Dp5_D02_smart-seq


title: 54Dp5_F03_smart-seq


title: 54Dp5_C10_smart-seq


title: 54Dp5_E10_smart-seq


title: 54Dp5_C09_smart-seq


title: 54Dp5_C08_smart-seq


title: 54Dp5_C07_smart-seq


title: 54Dp5_C05_smart-seq


title: 54Dp5_C06_smart-seq


title: 54Dp5_C03_smart-seq


title: 54Dp5_E04_smart-seq


title: 54Dp5_B11_smart-seq


title: 54Dp5_C01_smart-seq


title: 54Dp5_B09_smart-seq


title: 54Dp5_C11_smart-seq


title: 54Dp5_B08_smart-seq


title: 54Dp5_B07_smart-seq


title: 54Dp5_B01_smart-seq


title: 54Dp5_A10_smart-seq


title: 54Dp5_B10_smart-seq


title: 54Dp5_B05_smart-seq


title: 54Dp5_B04_smart-seq


title: 54Dp5_A08_smart-seq


title: 54Dp5_B02_smart-seq


title: 54Dp5_A09_smart-seq


title: 54Dp5_B06_smart-seq


title: 54Dp5_A07_smart-seq


title: 54Dp5_A06_smart-seq


title: 54Dp5_A05_smart-seq


title: 54Dp5_A02_smart-seq


title: 54Dp5_C04_smart-seq


title: 26Dn3_H10_smart-seq


title: 26Dn3_H11_smart-seq


title: 54Dp5_A01_smart-seq


title: 54Dp5_C02_smart-seq


title: 26Dn3_H08_smart-seq


title: 26Dn3_H07_smart-seq


title: 26Dn3_H09_smart-seq


title: 54Dp5_B03_smart-seq


title: 54Dp5_A11_smart-seq


title: 26Dn3_H04_smart-seq


title: 26Dn3_H03_smart-seq


title: 26Dn3_H05_smart-seq


title: 26Dn3_H01_smart-seq


title: 26Dn3_G07_smart-seq


title: 26Dn3_G09_smart-seq


title: 26Dn3_G11_smart-seq


title: 26Dn3_G05_smart-seq


title: 26Dn3_G10_smart-seq


title: 26Dn3_G02_smart-seq


title: 26Dn3_G03_smart-seq


title: 26Dn3_G04_smart-seq


title: 26Dn3_G06_smart-seq


title: 26Dn3_H02_smart-seq


title: 26Dn3_F10_smart-seq


title: 26Dn3_F11_smart-seq


title: 26Dn3_G01_smart-seq


title: 26Dn3_G08_smart-seq


title: 26Dn3_H06_smart-seq


title: 26Dn3_F09_smart-seq


title: 26Dn3_F06_smart-seq


title: 26Dn3_F05_smart-seq


title: 26Dn3_F08_smart-seq


title: 26Dn3_F07_smart-seq


title: 26Dn3_F04_smart-seq


title: 26Dn3_F03_smart-seq


title: 26Dn3_F02_smart-seq


title: 26Dn3_F01_smart-seq


title: 26Dn3_E10_smart-seq


title: 26Dn3_E11_smart-seq


title: 26Dn3_E09_smart-seq


title: 26Dn3_E06_smart-seq


title: 26Dn3_E07_smart-seq


title: 26Dn3_E04_smart-seq


title: 26Dn3_E08_smart-seq


title: 26Dn3_D11_smart-seq


title: 26Dn3_D10_smart-seq


title: 26Dn3_E01_smart-seq


title: 26Dn3_E03_smart-seq


title: 26Dn3_D08_smart-seq


title: 26Dn3_D07_smart-seq


title: 26Dn3_C10_smart-seq


title: 26Dn3_D02_smart-seq


title: 26Dn3_C11_smart-seq


title: 26Dn3_D03_smart-seq


title: 26Dn3_D04_smart-seq


title: 26Dn3_D01_smart-seq


title: 26Dn3_C09_smart-seq


title: 26Dn3_C08_smart-seq


title: 26Dn3_D05_smart-seq


title: 26Dn3_C05_smart-seq


title: 26Dn3_C06_smart-seq


title: 26Dn3_C07_smart-seq


title: 26Dn3_C04_smart-seq


title: 26Dn3_C03_smart-seq


title: 26Dn3_E05_smart-seq


title: 26Dn3_C02_smart-seq


title: 54Dn5_B04_smart-seq


title: 26Dn3_C01_smart-seq


title: 26Dn3_E02_smart-seq


title: 26Dn3_D09_smart-seq


title: 26Dn3_D06_smart-seq


title: 26Dn3_B07_smart-seq


title: 26Dn3_B06_smart-seq


title: 26Dn3_B08_smart-seq


title: 26Dn3_B11_smart-seq


title: 26Dn3_B10_smart-seq


title: 26Dn3_B09_smart-seq


title: 26Dn3_B05_smart-seq


title: 26Dn3_B04_smart-seq


title: 26Dn3_B02_smart-seq


title: 26Dn3_A11_smart-seq


title: 26Dn3_B03_smart-seq


title: 26Dn3_A10_smart-seq


title: 26Dn3_B01_smart-seq


title: 26Dn3_A07_smart-seq


title: 26Dn3_A06_smart-seq


title: 26Dn3_A09_smart-seq


title: 26Dn3_A04_smart-seq


title: 26Dn3_A05_smart-seq


title: 26Dp3_H11_smart-seq


title: 26Dp3_H09_smart-seq


title: 26Dp3_H08_smart-seq


title: 26Dn3_A03_smart-seq


title: 26Dp3_H10_smart-seq


title: 26Dp3_H07_smart-seq


title: 26Dp3_H06_smart-seq


title: 26Dp3_H05_smart-seq


title: 26Dp3_H04_smart-seq


title: 26Dp3_H02_smart-seq


title: 26Dp3_H03_smart-seq


title: 26Dp3_G11_smart-seq


title: 26Dp3_H01_smart-seq


title: 26Dp3_G09_smart-seq


title: 26Dp3_G08_smart-seq


title: 26Dn3_A08_smart-seq


title: 26Dp3_G10_smart-seq


title: 26Dp3_G05_smart-seq


title: 26Dp3_G06_smart-seq


title: 26Dp3_G03_smart-seq


title: 26Dp3_G04_smart-seq


title: 26Dp3_G01_smart-seq


title: 26Dp3_F11_smart-seq


title: 26Dp3_F09_smart-seq


title: 26Dp3_F10_smart-seq


title: 26Dp3_F06_smart-seq


title: 26Dp3_F04_smart-seq


title: 26Dp3_F08_smart-seq


title: 26Dp3_F01_smart-seq


title: 26Dp3_F07_smart-seq


title: 26Dp3_F02_smart-seq


title: 26Dp3_F03_smart-seq


title: 26Dp3_G07_smart-seq


title: 26Dp3_F05_smart-seq


title: 26Dp3_E10_smart-seq


title: 26Dp3_E11_smart-seq


title: 26Dp3_E07_smart-seq


title: 26Dp3_E08_smart-seq


title: 26Dp3_E06_smart-seq


title: 26Dp3_E09_smart-seq


title: 26Dp3_E03_smart-seq


title: 26Dp3_E05_smart-seq


title: 26Dp3_E04_smart-seq


title: 26Dp3_D11_smart-seq


title: 26Dp3_E01_smart-seq


title: 26Dp3_G02_smart-seq


title: 26Dp3_D09_smart-seq


title: 26Dp3_D08_smart-seq


title: 26Dp3_D06_smart-seq


title: 26Dp3_D07_smart-seq


title: 26Dp3_D05_smart-seq


title: 26Dp3_D04_smart-seq


title: 26Dp3_D03_smart-seq


title: 26Dp3_D02_smart-seq


title: 26Dp3_C11_smart-seq


title: 26Dp3_C10_smart-seq


title: 26Dp3_D01_smart-seq


title: 26Dp3_C09_smart-seq


title: 26Dp3_C07_smart-seq


title: 26Dp3_C05_smart-seq


title: 26Dp3_C08_smart-seq


title: 26Dp3_C06_smart-seq


title: 26Dp3_C04_smart-seq


title: 26Dp3_C01_smart-seq


title: 26Dp3_C03_smart-seq


title: 26Dp3_C02_smart-seq


title: 26Dp3_E02_smart-seq


title: 26Dp3_B11_smart-seq


title: 26Dp3_D10_smart-seq


title: 26Dp3_B08_smart-seq


title: 26Dp3_B06_smart-seq


title: 26Dp3_B07_smart-seq


title: 26Dp3_B04_smart-seq


title: 26Dp3_B05_smart-seq


title: 26Dp3_B03_smart-seq


title: 26Dp3_B01_smart-seq


title: 26Dp3_A10_smart-seq


title: 26Dp3_B02_smart-seq


title: 26Dp3_A09_smart-seq


title: 26Dp3_A08_smart-seq


title: 26Dp3_A11_smart-seq


title: 26Dp3_A07_smart-seq


title: 26Dp3_A05_smart-seq


title: 26Dp3_A06_smart-seq


title: 26Dp3_A04_smart-seq


title: 26Dp3_A03_smart-seq


title: 54Dn1SK_H11_smart-seq


title: 26Dp3_B10_smart-seq


title: 26Dp3_B09_smart-seq


title: 54Dn1SK_H08_smart-seq


title: 54Dn1SK_H09_smart-seq


title: 54Dn1SK_H05_smart-seq


title: 54Dn1SK_H10_smart-seq


title: 54Dn1SK_H02_smart-seq


title: 54Dn1SK_H06_smart-seq


title: 54Dn1SK_H07_smart-seq


title: 54Dn1SK_G11_smart-seq


title: 54Dn1SK_H03_smart-seq


title: 54Dn1SK_H01_smart-seq


title: 54Dn1SK_G07_smart-seq


title: 54Dn1SK_G09_smart-seq


title: 54Dn1SK_G08_smart-seq


title: 54Dn1SK_H04_smart-seq


title: 54Dn1SK_G05_smart-seq


title: 54Dn1SK_G04_smart-seq


title: 54Dn1SK_G03_smart-seq


title: 54Dn1SK_F11_smart-seq


title: 54Dn1SK_F09_smart-seq


title: 54Dn1SK_F10_smart-seq


title: 54Dn1SK_F08_smart-seq


title: 54Dn1SK_F07_smart-seq


title: 54Dn1SK_F06_smart-seq


title: 54Dn1SK_F05_smart-seq


title: 54Dn1SK_F04_smart-seq


title: 54Dn1SK_F02_smart-seq


title: 54Dn1SK_F03_smart-seq


title: 54Dn1SK_G10_smart-seq


title: 54Dn1SK_F01_smart-seq


title: 54Dn1SK_E10_smart-seq


title: 54Dn1SK_E11_smart-seq


title: 54Dn1SK_E08_smart-seq


title: 54Dn1SK_E06_smart-seq


title: 54Dn1SK_G06_smart-seq


title: 54Dn1SK_E04_smart-seq


title: 54Dn1SK_E09_smart-seq


title: 54Dn1SK_G02_smart-seq


title: 54Dn1SK_G01_smart-seq


title: 54Dn1SK_E05_smart-seq


title: 54Dn1SK_E01_smart-seq


title: 54Dn1SK_D11_smart-seq


title: 54Dn1SK_E03_smart-seq


title: 54Dn1SK_D10_smart-seq


title: 54Dn1SK_D07_smart-seq


title: 54Dn1SK_D09_smart-seq


title: 54Dn1SK_D08_smart-seq


title: 54Dn1SK_D04_smart-seq


title: 54Dn1SK_D06_smart-seq


title: 54Dn1SK_D01_smart-seq


title: 54Dn1SK_C11_smart-seq


title: 54Dn1SK_C09_smart-seq


title: 54Dn1SK_C10_smart-seq


title: 54Dn1SK_E02_smart-seq


title: 54Dn1SK_D03_smart-seq


title: 54Dn1SK_C07_smart-seq


title: 54Dn1SK_D02_smart-seq


title: 54Dn1SK_C06_smart-seq


title: 54Dn1SK_C04_smart-seq


title: 54Dn1SK_C05_smart-seq


title: 54Dn1SK_E07_smart-seq


title: 54Dn1SK_B11_smart-seq


title: 54Dn1SK_C02_smart-seq


title: 54Dn1SK_B10_smart-seq


title: 54Dn1SK_C03_smart-seq


title: 54Dn1SK_C01_smart-seq


title: 54Dn1SK_C08_smart-seq


title: 54Dn1SK_B09_smart-seq


title: 54Dn1SK_B05_smart-seq


title: 54Dn1SK_B07_smart-seq


title: 54Dn1SK_B08_smart-seq


title: 54Dn1SK_B06_smart-seq


title: 54Dn1SK_D05_smart-seq


title: 54Dn1SK_B02_smart-seq


title: 54Dn1SK_B01_smart-seq


title: 54Dn1SK_A09_smart-seq


title: 54Dn1SK_A08_smart-seq


title: 54Dn1SK_A05_smart-seq


title: 54Dn1SK_A04_smart-seq


title: 54Dn1SK_A06_smart-seq


title: 54Dp1SK_H11_smart-seq


title: 54Dn1SK_A07_smart-seq


title: 54Dp1SK_H09_smart-seq


title: 54Dp1SK_H08_smart-seq


title: 54Dp1SK_H10_smart-seq


title: 54Dn1SK_B04_smart-seq


title: 54Dp1SK_H05_smart-seq


title: 54Dp1SK_H02_smart-seq


title: 54Dp1SK_H06_smart-seq


title: 54Dp1SK_H07_smart-seq


title: 54Dn1SK_B03_smart-seq


title: 54Dp1SK_G11_smart-seq


title: 54Dp1SK_G09_smart-seq


title: 54Dp1SK_H01_smart-seq


title: 54Dp1SK_H04_smart-seq


title: 54Dp1SK_G06_smart-seq


title: 54Dp1SK_G10_smart-seq


title: 54Dn1SK_A11_smart-seq


title: 54Dp1SK_G08_smart-seq


title: 54Dn1SK_A10_smart-seq


title: 54Dp1SK_G04_smart-seq


title: 54Dp1SK_G05_smart-seq


title: 54Dp1SK_G07_smart-seq


title: 54Dp1SK_G03_smart-seq


title: 54Dn1SK_A03_smart-seq


title: 54Dp1SK_G02_smart-seq


title: 54Dp1SK_H03_smart-seq


title: 54Dp1SK_F11_smart-seq


title: 54Dp1SK_G01_smart-seq


title: 54Dp1SK_F09_smart-seq


title: 54Dp1SK_F08_smart-seq


title: 54Dp1SK_F10_smart-seq


title: 54Dp1SK_F04_smart-seq


title: 54Dp1SK_F07_smart-seq


title: 54Dp1SK_F01_smart-seq


title: 54Dp1SK_F03_smart-seq


title: 54Dp1SK_F02_smart-seq


title: 54Dp1SK_E10_smart-seq


title: 54Dp1SK_E09_smart-seq


title: 54Dp1SK_E11_smart-seq


title: 54Dp1SK_E07_smart-seq


title: 54Dp1SK_E06_smart-seq


title: 54Dp1SK_E08_smart-seq


title: 54Dp1SK_E04_smart-seq


title: 54Dp1SK_E05_smart-seq


title: 54Dp1SK_E01_smart-seq


title: 54Dp1SK_E02_smart-seq


title: 54Dp1SK_E03_smart-seq


title: 54Dp1SK_D09_smart-seq


title: 54Dp1SK_D06_smart-seq


title: 54Dp1SK_D07_smart-seq


title: 54Dp1SK_F06_smart-seq


title: 54Dp1SK_D05_smart-seq


title: 54Dp1SK_F05_smart-seq


title: 54Dp1SK_D04_smart-seq


title: 54Dp1SK_C10_smart-seq


title: 54Dp1SK_D02_smart-seq


title: 54Dp1SK_C11_smart-seq


title: 54Dp1SK_C09_smart-seq


title: 54Dp1SK_C07_smart-seq


title: 54Dp1SK_C08_smart-seq


title: 54Dp1SK_C06_smart-seq


title: 54Dp1SK_C04_smart-seq


title: 54Dp1SK_C03_smart-seq


title: 54Dp1SK_D11_smart-seq


title: 54Dp1SK_D10_smart-seq


title: 54Dp1SK_C01_smart-seq


title: 54Dp1SK_B09_smart-seq


title: 54Dp1SK_C05_smart-seq


title: 54Dp1SK_B05_smart-seq


title: 54Dp1SK_B08_smart-seq


title: 54Dp1SK_B11_smart-seq


title: 54Dp1SK_B07_smart-seq


title: 54Dp1SK_B06_smart-seq


title: 54Dp1SK_B10_smart-seq


title: 54Dp1SK_B04_smart-seq


title: 54Dp1SK_D03_smart-seq


title: 54Dp1SK_B03_smart-seq


title: 54Dp1SK_B02_smart-seq


title: 54Dp1SK_D01_smart-seq


title: 54Dp1SK_A09_smart-seq


title: 54Dp1SK_A08_smart-seq


title: 54Dp1SK_A11_smart-seq


title: 54Dp1SK_B01_smart-seq


title: 54Dp1SK_A06_smart-seq


title: 54Dp1SK_A05_smart-seq


title: 54Dp1SK_A07_smart-seq


title: 54Dp1SK_A03_smart-seq


title: 54Dp1SK_C02_smart-seq


title: 54Dn4_H09_smart-seq


title: 54Dn4_H10_smart-seq


title: 54Dn4_H03_smart-seq


title: 54Dp1SK_A04_smart-seq


title: 54Dn4_H02_smart-seq


title: 54Dn4_H05_smart-seq


title: 54Dn4_H08_smart-seq


title: 54Dn4_H07_smart-seq


title: 54Dn4_H01_smart-seq


title: 54Dn4_G11_smart-seq


title: 54Dn4_H04_smart-seq


title: 54Dn4_H06_smart-seq


title: 54Dn4_G08_smart-seq


title: 54Dn4_G10_smart-seq


title: 54Dn4_H11_smart-seq


title: 54Dn4_G07_smart-seq


title: 54Dn4_G09_smart-seq


title: 54Dn4_G06_smart-seq


title: 54Dn4_G05_smart-seq


title: 54Dn4_G02_smart-seq


title: 54Dn4_G01_smart-seq


title: 54Dn4_F11_smart-seq


title: 54Dn4_F09_smart-seq


title: 54Dn4_F10_smart-seq


title: 54Dn4_F07_smart-seq


title: 54Dn4_F06_smart-seq


title: 54Dn4_F08_smart-seq


title: 54Dn4_E05_smart-seq


title: 54Dn4_F04_smart-seq


title: 54Dn4_E08_smart-seq


title: 54Dn4_F01_smart-seq


title: 54Dn4_E10_smart-seq


title: 54Dn4_E03_smart-seq


title: 54Dn4_F03_smart-seq


title: 54Dn4_E06_smart-seq


title: 54Dn4_E01_smart-seq


title: 54Dn4_D07_smart-seq


title: 54Dn4_D06_smart-seq


title: 54Dn4_E07_smart-seq


title: 54Dn4_D05_smart-seq


title: 54Dn4_D02_smart-seq


title: 54Dn4_F02_smart-seq


title: 54Dn4_D03_smart-seq


title: 54Dn4_D08_smart-seq


title: 54Dn4_E11_smart-seq


title: 54Dn4_E02_smart-seq


title: 54Dn4_E04_smart-seq


title: 54Dn4_D04_smart-seq


title: 54Dn4_D09_smart-seq


title: 54Dn4_E09_smart-seq


title: 54Dn4_C11_smart-seq


title: 54Dn4_C10_smart-seq


title: 54Dn4_G04_smart-seq


title: 54Dn4_F05_smart-seq


title: 54Dn4_D11_smart-seq


title: 54Dn4_D10_smart-seq


title: 54Dn4_D01_smart-seq


title: 54Dn4_C02_smart-seq


title: 54Dn4_C08_smart-seq


title: 54Dn4_C09_smart-seq


title: 54Dn4_C07_smart-seq


title: 54Dn4_C06_smart-seq


title: 54Dn4_C04_smart-seq


title: 54Dn4_C05_smart-seq


title: 54Dn4_C03_smart-seq


title: 54Dn4_C01_smart-seq


title: 54Dn4_B07_smart-seq


title: 54Dn4_A07_smart-seq


title: 54Dn4_B08_smart-seq


title: 54Dn4_B02_smart-seq


title: 54Dn4_A11_smart-seq


title: 54Dn4_B03_smart-seq


title: 54Dn4_B09_smart-seq


title: 54Dn4_B11_smart-seq


title: 54Dn4_B10_smart-seq


title: 54Dn4_A09_smart-seq


title: 54Dn4_A06_smart-seq


title: 54Dn4_B06_smart-seq


title: 54Dn4_A10_smart-seq


title: 54Dn4_B04_smart-seq


title: 54Dn4_B05_smart-seq


title: 54Dn4_A02_smart-seq


title: 54Dn4_A03_smart-seq


title: 54Dn4_A05_smart-seq


title: 54Dn4_A04_smart-seq


title: 54Dn4_A08_smart-seq


title: 54Dp4_H11_smart-seq


title: 54Dp4_H10_smart-seq


title: 54Dp4_H05_smart-seq


title: 54Dp4_H07_smart-seq


title: 54Dp4_H06_smart-seq


title: 54Dn4_A01_smart-seq


title: 54Dp4_H09_smart-seq


title: 54Dp4_H08_smart-seq


title: 54Dn4_B01_smart-seq


title: 54Dp4_H04_smart-seq


title: 54Dp4_H03_smart-seq


title: 54Dp4_H02_smart-seq


title: 54Dp4_G08_smart-seq


title: 54Dp4_G05_smart-seq


title: 54Dp4_G06_smart-seq


title: 54Dp4_G01_smart-seq


title: 54Dp4_G04_smart-seq


title: 54Dp4_G03_smart-seq


title: 54Dp4_H01_smart-seq


title: 54Dp4_G07_smart-seq


title: 54Dp4_G09_smart-seq


title: 54Dp4_F10_smart-seq


title: 54Dp4_F11_smart-seq


title: 54Dp4_G10_smart-seq


title: 54Dp4_F09_smart-seq


title: 54Dp4_G02_smart-seq


title: 54Dp4_F08_smart-seq


title: 54Dp4_F07_smart-seq


title: 54Dp4_F06_smart-seq


title: 54Dp4_F03_smart-seq


title: 54Dp4_F02_smart-seq


title: 54Dp4_F05_smart-seq


title: 54Dp4_G11_smart-seq


title: 54Dp4_F04_smart-seq


title: 54Dp4_E09_smart-seq


title: 54Dp4_E10_smart-seq


title: 54Dp4_E11_smart-seq


title: 54Dp4_E06_smart-seq


title: 54Dp4_E07_smart-seq


title: 54Dp4_E03_smart-seq


title: 54Dp4_E04_smart-seq


title: 54Dp4_E02_smart-seq


title: 54Dp4_E01_smart-seq


title: 54Dp4_D10_smart-seq


title: 54Dp4_D01_smart-seq


title: 54Dp4_D09_smart-seq


title: 54Dp4_D07_smart-seq


title: 54Dp4_D02_smart-seq


title: 54Dp4_D05_smart-seq


title: 54Dp4_D08_smart-seq


title: 54Dp4_C09_smart-seq


title: 54Dp4_D06_smart-seq


title: 54Dp4_D03_smart-seq


title: 54Dp4_C07_smart-seq


title: 54Dp4_C08_smart-seq


title: 54Dp4_E08_smart-seq


title: 54Dp4_C06_smart-seq


title: 54Dp4_C03_smart-seq


title: 54Dp4_C05_smart-seq


title: 54Dp4_C04_smart-seq


title: 54Dp4_B10_smart-seq


title: 54Dp4_B11_smart-seq


title: 54Dp4_C01_smart-seq


title: 54Dp4_C02_smart-seq


title: 54Dp4_E05_smart-seq


title: 54Dp4_D04_smart-seq


title: 54Dp4_B09_smart-seq


title: 54Dp4_C10_smart-seq


title: 54Dp4_B08_smart-seq


title: 54Dp4_B06_smart-seq


title: 54Dp4_A11_smart-seq


title: 54Dp4_B02_smart-seq


title: 54Dp4_B01_smart-seq


title: 54Dp4_A10_smart-seq


title: 54Dp4_B04_smart-seq


title: 54Dp4_B05_smart-seq


title: 54Dp4_B03_smart-seq


title: 54Dp4_A09_smart-seq


title: 54Dp4_A07_smart-seq


title: 54Dp4_A08_smart-seq


title: 54Dp4_A06_smart-seq


title: 54Dp4_A04_smart-seq


title: 54Dp4_A05_smart-seq


title: 54Dp4_A02_smart-seq


title: 54Dp4_B07_smart-seq


title: 54Dp4_A03_smart-seq


title: 54Dp4_A01_smart-seq


title: 26Dn4_H08_smart-seq


title: 26Dn4_H10_smart-seq


title: 26Dn4_H11_smart-seq


title: 26Dn4_H04_smart-seq


title: 26Dn4_H09_smart-seq


title: 26Dn4_H03_smart-seq


title: 26Dn4_H07_smart-seq


title: 26Dn4_H02_smart-seq


title: 26Dn4_H01_smart-seq


title: 26Dn4_G11_smart-seq


title: 26Dn4_G08_smart-seq


title: 26Dn4_G07_smart-seq


title: 26Dn4_G09_smart-seq


title: 26Dn4_G02_smart-seq


title: 26Dn4_G01_smart-seq


title: 26Dn4_F08_smart-seq


title: 26Dn4_F10_smart-seq


title: 26Dn4_G03_smart-seq


title: 26Dn4_G05_smart-seq


title: 26Dn4_G06_smart-seq


title: 26Dn4_F07_smart-seq


title: 26Dn4_F09_smart-seq


title: 26Dn4_F05_smart-seq


title: 26Dn4_F06_smart-seq


title: 26Dn4_H06_smart-seq


title: 26Dn4_F04_smart-seq


title: 26Dn4_H05_smart-seq


title: 26Dn4_F03_smart-seq


title: 26Dn4_F02_smart-seq


title: 26Dn4_E10_smart-seq


title: 26Dn4_E11_smart-seq


title: 26Dn4_E09_smart-seq


title: 26Dn4_F01_smart-seq


title: 26Dn4_E07_smart-seq


title: 26Dn4_G10_smart-seq


title: 26Dn4_E06_smart-seq


title: 26Dn4_G04_smart-seq


title: 26Dn4_E05_smart-seq


title: 26Dn4_F11_smart-seq


title: 26Dn4_E03_smart-seq


title: 26Dn4_E04_smart-seq


title: 26Dn4_E02_smart-seq


title: 26Dn4_D11_smart-seq


title: 26Dn4_D10_smart-seq


title: 26Dn4_E01_smart-seq


title: 26Dn4_D07_smart-seq


title: 26Dn4_D08_smart-seq


title: 26Dn4_D09_smart-seq


title: 26Dn4_D03_smart-seq


title: 26Dn4_D05_smart-seq


title: 26Dn4_D06_smart-seq


title: 26Dn4_D02_smart-seq


title: 26Dn4_D01_smart-seq


title: 26Dn4_D04_smart-seq


title: 26Dn4_C10_smart-seq


title: 26Dn4_E08_smart-seq


title: 26Dn4_C08_smart-seq


title: 26Dn4_C07_smart-seq


title: 26Dn4_C06_smart-seq


title: 26Dn4_C04_smart-seq


title: 26Dn4_C01_smart-seq


title: 26Dn4_C05_smart-seq


title: 26Dn4_B11_smart-seq


title: 26Dn4_C02_smart-seq


title: 26Dn4_B09_smart-seq


title: 26Dn4_B10_smart-seq


title: 26Dn4_B07_smart-seq


title: 26Dn4_B08_smart-seq


title: 26Dn4_B06_smart-seq


title: 26Dn4_B04_smart-seq


title: 26Dn4_B02_smart-seq


title: 26Dn4_B01_smart-seq


title: 26Dn4_C09_smart-seq


title: 26Dn4_A09_smart-seq


title: 26Dn4_C11_smart-seq


title: 26Dn4_A05_smart-seq


title: 26Dn4_A07_smart-seq


title: 26Dn4_A03_smart-seq


title: 26Dn4_A04_smart-seq


title: 26Dn4_A02_smart-seq


title: 26Dp4_H11_smart-seq


title: 26Dn4_A01_smart-seq


title: 26Dp4_H10_smart-seq


title: 26Dp4_H08_smart-seq


title: 26Dp4_H07_smart-seq


title: 26Dp4_H06_smart-seq


title: 26Dp4_H05_smart-seq


title: 26Dp4_H04_smart-seq


title: 26Dp4_H02_smart-seq


title: 26Dn4_B05_smart-seq


title: 26Dp4_H03_smart-seq


title: 26Dp4_H01_smart-seq


title: 26Dn4_B03_smart-seq


title: 26Dn4_A10_smart-seq


title: 26Dn4_A11_smart-seq


title: 26Dn4_A08_smart-seq


title: 26Dp4_G07_smart-seq


title: 26Dp4_G05_smart-seq


title: 26Dp4_G06_smart-seq


title: 26Dp4_G08_smart-seq


title: 26Dp4_H09_smart-seq


title: 26Dp4_G03_smart-seq


title: 26Dp4_G04_smart-seq


title: 26Dp4_G02_smart-seq


title: 26Dp4_G09_smart-seq


title: 26Dp4_F10_smart-seq


title: 26Dp4_G01_smart-seq


title: 26Dp4_F11_smart-seq


title: 26Dp4_G11_smart-seq


title: 26Dp4_F05_smart-seq


title: 26Dp4_F04_smart-seq


title: 26Dp4_F02_smart-seq


title: 26Dp4_F06_smart-seq


title: 26Dp4_F03_smart-seq


title: 26Dp4_E08_smart-seq


title: 26Dp4_F08_smart-seq


title: 26Dp4_F01_smart-seq


title: 26Dp4_E06_smart-seq


title: 26Dp4_G10_smart-seq


title: 26Dp4_E09_smart-seq


title: 26Dp4_E05_smart-seq


title: 26Dp4_E11_smart-seq


title: 26Dp4_E10_smart-seq


title: 26Dp4_E07_smart-seq


title: 26Dp4_E02_smart-seq


title: 26Dp4_E04_smart-seq


title: 26Dp4_E03_smart-seq


title: 26Dp4_F09_smart-seq


title: 26Dp4_D11_smart-seq


title: 26Dp4_D09_smart-seq


title: 26Dp4_D08_smart-seq


title: 26Dp4_D04_smart-seq


title: 26Dp4_D01_smart-seq


title: 26Dp4_D05_smart-seq


title: 26Dp4_D02_smart-seq


title: 26Dp4_C10_smart-seq


title: 26Dp4_D03_smart-seq


title: 26Dp4_C08_smart-seq


title: 26Dp4_C07_smart-seq


title: 26Dp4_C09_smart-seq


title: 26Dp4_C11_smart-seq


title: 26Dp4_C04_smart-seq


title: 26Dp4_C02_smart-seq


title: 26Dp4_D10_smart-seq


title: 26Dn4_C03_smart-seq


title: 26Dp4_C05_smart-seq


title: 26Dp4_C03_smart-seq


title: 26Dp4_B09_smart-seq


title: 26Dp4_B10_smart-seq


title: 26Dp4_C01_smart-seq


title: 26Dp4_C06_smart-seq


title: 26Dp4_B07_smart-seq


title: 26Dp4_B03_smart-seq


title: 26Dp4_B06_smart-seq


title: 26Dp4_D07_smart-seq


title: 26Dp4_E01_smart-seq


title: 26Dp4_B08_smart-seq


title: 26Dp4_B11_smart-seq


title: 26Dp4_B04_smart-seq


title: 26Dp4_B05_smart-seq


title: 26Dp4_D06_smart-seq


title: 26Dp4_B02_smart-seq


title: 26Dp4_A11_smart-seq


title: 26Dp4_A10_smart-seq


title: 26Dp4_B01_smart-seq


title: 26Dp4_A09_smart-seq


title: 26Dp4_A08_smart-seq


title: 26Dp4_A06_smart-seq


title: 26Dp4_A07_smart-seq


title: 26Dp4_A02_smart-seq


title: 26Dp4_A03_smart-seq


title: 26Dp4_A04_smart-seq


title: 54Dn2_H10_smart-seq


title: 26Dp4_A01_smart-seq


title: 54Dn2_H11_smart-seq


title: 26Dp4_A05_smart-seq


title: 54Dn2_H04_smart-seq


title: 54Dn2_H07_smart-seq


title: 54Dn2_G10_smart-seq


title: 54Dn2_H01_smart-seq


title: 54Dn2_H06_smart-seq


title: 54Dn2_G09_smart-seq


title: 54Dn2_H02_smart-seq


title: 54Dn2_G08_smart-seq


title: 54Dn2_G07_smart-seq


title: 54Dn2_G11_smart-seq


title: 54Dn2_H08_smart-seq


title: 54Dn2_H03_smart-seq


title: 54Dn2_G06_smart-seq


title: 54Dn2_G03_smart-seq


title: 54Dn2_G05_smart-seq


title: 54Dn2_G02_smart-seq


title: 54Dn2_G04_smart-seq


title: 54Dn2_F11_smart-seq


title: 54Dn2_G01_smart-seq


title: 54Dn2_F09_smart-seq


title: 54Dn2_H05_smart-seq


title: 54Dn2_F10_smart-seq


title: 54Dn2_H09_smart-seq


title: 54Dn2_F06_smart-seq


title: 54Dn2_F05_smart-seq


title: 54Dn2_F07_smart-seq


title: 54Dn2_F03_smart-seq


title: 54Dn2_F04_smart-seq


title: 54Dn2_F08_smart-seq


title: 54Dn2_F01_smart-seq


title: 54Dn2_F02_smart-seq


title: 54Dn2_E03_smart-seq


title: 54Dn2_E02_smart-seq


title: 54Dn2_E07_smart-seq


title: 54Dn2_E06_smart-seq


title: 54Dn2_E05_smart-seq


title: 54Dn2_E10_smart-seq


title: 54Dn2_E09_smart-seq


title: 54Dn2_E04_smart-seq


title: 54Dn2_D11_smart-seq


title: 54Dn2_D10_smart-seq


title: 54Dn2_D08_smart-seq


title: 54Dn2_D06_smart-seq


title: 54Dn2_E01_smart-seq


title: 54Dn2_D05_smart-seq


title: 54Dn2_D09_smart-seq


title: 54Dn2_D03_smart-seq


title: 54Dn2_D02_smart-seq


title: 54Dn2_E11_smart-seq


title: 54Dn2_D04_smart-seq


title: 54Dn2_E08_smart-seq


title: 54Dn2_C10_smart-seq


title: 54Dn2_C11_smart-seq


title: 54Dn2_D01_smart-seq


title: 54Dn2_C07_smart-seq


title: 54Dn2_C06_smart-seq


title: 54Dn2_C05_smart-seq


title: 54Dn2_C04_smart-seq


title: 54Dn2_C09_smart-seq


title: 54Dn2_C03_smart-seq


title: 54Dn2_B11_smart-seq


title: 54Dn2_C08_smart-seq


title: 54Dn2_B10_smart-seq


title: 54Dn2_D07_smart-seq


title: 54Dn2_B08_smart-seq


title: 54Dn2_B09_smart-seq


title: 54Dn2_B06_smart-seq


title: 54Dn2_C02_smart-seq


title: 54Dn2_B05_smart-seq


title: 54Dn2_B03_smart-seq


title: 54Dn2_B02_smart-seq


title: 54Dn2_B01_smart-seq


title: 54Dn2_B04_smart-seq


title: 54Dn2_A11_smart-seq


title: 54Dn2_B07_smart-seq


title: 54Dn2_A10_smart-seq


title: 54Dn2_A07_smart-seq


title: 54Dn2_A08_smart-seq


title: 54Dn2_A04_smart-seq


title: 54Dn2_A05_smart-seq


title: 54Dn2_A06_smart-seq


title: 54Dn2_A03_smart-seq


title: 54Dn2_A02_smart-seq


title: 54Dn2_C01_smart-seq


title: 54Dp2_H11_smart-seq


title: 54Dn2_A01_smart-seq


title: 54Dp2_H10_smart-seq


title: 54Dp2_H06_smart-seq


title: 54Dp2_H04_smart-seq


title: 54Dp2_H08_smart-seq


title: 54Dp2_H01_smart-seq


title: 54Dp2_H02_smart-seq


title: 54Dp2_H09_smart-seq


title: 54Dp2_H07_smart-seq


title: 54Dp2_H05_smart-seq


title: 54Dp2_H03_smart-seq


title: 54Dp2_G09_smart-seq


title: 54Dn2_A09_smart-seq


title: 54Dp2_G06_smart-seq


title: 54Dp2_G05_smart-seq


title: 54Dp2_G08_smart-seq


title: 54Dp2_G02_smart-seq


title: 54Dp2_G03_smart-seq


title: 54Dp2_G01_smart-seq


title: 54Dp2_F10_smart-seq


title: 54Dp2_F11_smart-seq


title: 54Dp2_F08_smart-seq


title: 54Dp2_F09_smart-seq


title: 54Dp2_G11_smart-seq


title: 54Dp2_F04_smart-seq


title: 54Dp2_G10_smart-seq


title: 54Dp2_F07_smart-seq


title: 54Dp2_F05_smart-seq


title: 54Dp2_F01_smart-seq


title: 54Dp2_E11_smart-seq


title: 54Dp2_E09_smart-seq


title: 54Dp2_F06_smart-seq


title: 54Dp2_E10_smart-seq


title: 54Dp2_F03_smart-seq


title: 54Dp2_E08_smart-seq


title: 54Dp2_E06_smart-seq


title: 54Dp2_F02_smart-seq


title: 54Dp2_E05_smart-seq


title: 54Dp2_G04_smart-seq


title: 54Dp2_E04_smart-seq


title: 54Dp2_E07_smart-seq


title: 54Dp2_E02_smart-seq


title: 54Dp2_G07_smart-seq


title: 54Dp2_D11_smart-seq


title: 54Dp2_E01_smart-seq


title: 54Dp2_D10_smart-seq


title: 54Dp2_D09_smart-seq


title: 54Dp2_D08_smart-seq


title: 54Dp2_D07_smart-seq


title: 54Dp2_D06_smart-seq


title: 54Dp2_D05_smart-seq


title: 54Dp2_D04_smart-seq


title: 54Dp2_D02_smart-seq


title: 54Dp2_D03_smart-seq


title: 54Dp2_C11_smart-seq


title: 54Dp2_C10_smart-seq


title: 54Dp2_D01_smart-seq


title: 54Dp2_C09_smart-seq


title: 54Dp2_C06_smart-seq


title: 54Dp2_C05_smart-seq


title: 54Dp2_C07_smart-seq


title: 54Dp2_C04_smart-seq


title: 54Dp2_E03_smart-seq


title: 54Dp2_B09_smart-seq


title: 54Dp2_C08_smart-seq


title: 54Dp2_B08_smart-seq


title: 54Dp2_B11_smart-seq


title: 54Dp2_C03_smart-seq


title: 54Dp2_C01_smart-seq


title: 54Dp2_B04_smart-seq


title: 54Dp2_B02_smart-seq


title: 54Dp2_B06_smart-seq


title: 54Dp2_B03_smart-seq


title: 54Dp2_B01_smart-seq


title: 54Dp2_A11_smart-seq


title: 54Dp2_B10_smart-seq


title: 54Dp2_A09_smart-seq


title: 54Dp2_A08_smart-seq


title: 54Dp2_C02_smart-seq


title: 54Dp2_A07_smart-seq


title: 54Dp2_A06_smart-seq


title: 54Dp2_A04_smart-seq


title: 54Dp2_A05_smart-seq


title: 54Dp2_A03_smart-seq


title: 54Dp2_B05_smart-seq


title: 54Dp2_A02_smart-seq


title: 54Dp2_B07_smart-seq


title: 54Dp2_A01_smart-seq


title: 26Dn2_H11_smart-seq


title: 26Dn2_H10_smart-seq


title: 26Dn2_H08_smart-seq


title: 26Dn2_H04_smart-seq


title: 26Dn2_H05_smart-seq


title: 26Dn2_H06_smart-seq


title: 26Dn2_H07_smart-seq


title: 26Dn2_H03_smart-seq


title: 54Dp2_A10_smart-seq


title: 26Dn2_G11_smart-seq


title: 26Dn2_G09_smart-seq


title: 26Dn2_G08_smart-seq


title: 26Dn2_H02_smart-seq


title: 26Dn2_G07_smart-seq


title: 26Dn2_G10_smart-seq


title: 26Dn2_G06_smart-seq


title: 26Dn2_G05_smart-seq


title: 26Dn2_G04_smart-seq


title: 26Dn2_G02_smart-seq


title: 26Dn2_G01_smart-seq


title: 26Dn2_G03_smart-seq


title: 26Dn2_F10_smart-seq


title: 26Dn2_F09_smart-seq


title: 26Dn2_H09_smart-seq


title: 26Dn2_F08_smart-seq


title: 26Dn2_F07_smart-seq


title: 26Dn2_F06_smart-seq


title: 26Dn2_F05_smart-seq


title: 26Dn2_F04_smart-seq


title: 26Dn2_F02_smart-seq


title: 26Dn2_H01_smart-seq


title: 26Dn2_F01_smart-seq


title: 26Dn2_E08_smart-seq


title: 26Dn2_E10_smart-seq


title: 26Dn2_E09_smart-seq


title: 26Dn2_E11_smart-seq


title: 26Dn2_E07_smart-seq


title: 26Dn2_E04_smart-seq


title: 26Dn2_E06_smart-seq


title: 26Dn2_D11_smart-seq


title: 26Dn2_E03_smart-seq


title: 26Dn2_E01_smart-seq


title: 26Dn2_D10_smart-seq


title: 26Dn2_F11_smart-seq


title: 26Dn2_D09_smart-seq


title: 26Dn2_D07_smart-seq


title: 26Dn2_D06_smart-seq


title: 26Dn2_D04_smart-seq


title: 26Dn2_D05_smart-seq


title: 26Dn2_D03_smart-seq


title: 26Dn2_D01_smart-seq


title: 26Dn2_D02_smart-seq


title: 26Dn2_C11_smart-seq


title: 26Dn2_C09_smart-seq


title: 26Dn2_F03_smart-seq


title: 26Dn2_C08_smart-seq


title: 26Dn2_C04_smart-seq


title: 26Dn2_E02_smart-seq


title: 26Dn2_C05_smart-seq


title: 26Dn2_E05_smart-seq


title: 26Dn2_C10_smart-seq


title: 26Dn2_C01_smart-seq


title: 26Dn2_C06_smart-seq


title: 26Dn2_C02_smart-seq


title: 26Dn2_B11_smart-seq


title: 26Dn2_C07_smart-seq


title: 26Dn2_B10_smart-seq


title: 26Dn2_D08_smart-seq


title: 26Dn2_B09_smart-seq


title: 26Dn2_B08_smart-seq


title: 26Dn2_B06_smart-seq


title: 26Dn2_B05_smart-seq


title: 26Dn2_B07_smart-seq


title: 26Dn2_B04_smart-seq


title: 26Dn2_B03_smart-seq


title: 26Dn2_B02_smart-seq


title: 26Dn2_A10_smart-seq


title: 26Dn2_A11_smart-seq


title: 26Dn2_B01_smart-seq


title: 26Dn2_A09_smart-seq


title: 26Dn2_A08_smart-seq


title: 26Dn2_A07_smart-seq


title: 26Dn2_C03_smart-seq


title: 26Dn2_A06_smart-seq


title: 26Dn2_A05_smart-seq


title: 26Dn2_A02_smart-seq


title: 26Dn2_A04_smart-seq


title: 26Dp2_H11_smart-seq


title: 26Dp2_H10_smart-seq


title: 26Dn2_A03_smart-seq


title: 26Dp2_H08_smart-seq


title: 26Dp2_H09_smart-seq


title: 26Dp2_H05_smart-seq


title: 26Dp2_H06_smart-seq


title: 26Dp2_H04_smart-seq


title: 26Dp2_H02_smart-seq


title: 26Dp2_H03_smart-seq


title: 26Dp2_H01_smart-seq


title: 26Dp2_G11_smart-seq


title: 26Dp2_G10_smart-seq


title: 26Dp2_G09_smart-seq


title: 26Dp2_G07_smart-seq


title: 26Dp2_G08_smart-seq


title: 26Dp2_G05_smart-seq


title: 26Dp2_G06_smart-seq


title: 26Dp2_G02_smart-seq


title: 26Dp2_G03_smart-seq


title: 26Dp2_G01_smart-seq


title: 26Dp2_F11_smart-seq


title: 26Dn2_A01_smart-seq


title: 26Dp2_F10_smart-seq


title: 26Dp2_H07_smart-seq


title: 26Dp2_F08_smart-seq


title: 26Dp2_F06_smart-seq


title: 26Dp2_F05_smart-seq


title: 26Dp2_F04_smart-seq


title: 26Dp2_F01_smart-seq


title: 26Dp2_E11_smart-seq


title: 26Dp2_E09_smart-seq


title: 26Dp2_E10_smart-seq


title: 26Dp2_E07_smart-seq


title: 26Dp2_E08_smart-seq


title: 26Dp2_G04_smart-seq


title: 26Dp2_E04_smart-seq


title: 26Dp2_E05_smart-seq


title: 26Dp2_E02_smart-seq


title: 26Dp2_E01_smart-seq


title: 26Dp2_D11_smart-seq


title: 26Dp2_E03_smart-seq


title: 26Dp2_D10_smart-seq


title: 26Dp2_D08_smart-seq


title: 26Dp2_D07_smart-seq


title: 26Dp2_F09_smart-seq


title: 26Dp2_D09_smart-seq


title: 26Dp2_D05_smart-seq


title: 26Dp2_D04_smart-seq


title: 26Dp2_D06_smart-seq


title: 26Dp2_F03_smart-seq


title: 26Dp2_F02_smart-seq


title: 26Dp2_D03_smart-seq


title: 26Dp2_D02_smart-seq


title: 26Dp2_D01_smart-seq


title: 26Dp2_C11_smart-seq


title: 26Dp2_C10_smart-seq


title: 26Dp2_E06_smart-seq


title: 26Dp2_C09_smart-seq


title: 26Dp2_B07_smart-seq


title: 26Dp2_B08_smart-seq


title: 26Dp2_B06_smart-seq


title: 26Dp2_B09_smart-seq


title: 26Dp2_B11_smart-seq


title: 26Dp2_C03_smart-seq


title: 26Dp2_C08_smart-seq


title: 26Dp2_C04_smart-seq


title: 26Dp2_C05_smart-seq


title: 26Dp2_C02_smart-seq


title: 26Dp2_B04_smart-seq


title: 26Dp2_B05_smart-seq


title: 26Dp2_C06_smart-seq


title: 26Dp2_B02_smart-seq


title: 26Dp2_B03_smart-seq


title: 26Dp2_B01_smart-seq


title: 26Dp2_C07_smart-seq


title: 26Dp2_C01_smart-seq


title: 54Dn1_H02_smart-seq


title: 54Dn1_H09_smart-seq


title: 54Dn1_H05_smart-seq


title: 26Dp2_A06_smart-seq


title: 26Dp2_A01_smart-seq


title: 54Dn1_H04_smart-seq


title: 26Dp2_A11_smart-seq


title: 54Dn1_H06_smart-seq


title: 26Dp2_A08_smart-seq


title: 54Dn1_H01_smart-seq


title: 26Dp2_A03_smart-seq


title: 26Dp2_A05_smart-seq


title: 26Dp2_A02_smart-seq


title: 26Dp2_A09_smart-seq


title: 26Dp2_A07_smart-seq


title: 54Dn1_G08_smart-seq


title: 54Dn1_H03_smart-seq


title: 54Dn1_H10_smart-seq


title: 26Dp2_A04_smart-seq


title: 26Dp2_A10_smart-seq


title: 54Dn1_G07_smart-seq


title: 26Dp2_F07_smart-seq


title: 54Dn1_G06_smart-seq


title: 54Dn1_H07_smart-seq


title: 54Dn1_H11_smart-seq


title: 54Dn1_G11_smart-seq


title: 54Dn1_G05_smart-seq


title: 54Dn1_H08_smart-seq


title: 54Dn1_G10_smart-seq


title: 54Dn1_G09_smart-seq


title: 54Dn1_G04_smart-seq


title: 54Dn1_E07_smart-seq


title: 54Dn1_F03_smart-seq


title: 54Dn1_F08_smart-seq


title: 54Dn1_F04_smart-seq


title: 54Dn1_E06_smart-seq


title: 54Dn1_G03_smart-seq


title: 54Dn1_E09_smart-seq


title: 54Dn1_E08_smart-seq


title: 54Dn1_F01_smart-seq


title: 54Dn1_F10_smart-seq


title: 54Dn1_E02_smart-seq


title: 54Dn1_F07_smart-seq


title: 54Dn1_F06_smart-seq


title: 54Dn1_F02_smart-seq


title: 54Dn1_G02_smart-seq


title: 54Dn1_E10_smart-seq


title: 54Dn1_E01_smart-seq


title: 54Dn1_F11_smart-seq


title: 54Dn1_D11_smart-seq


title: 54Dn1_G01_smart-seq


title: 54Dn1_F09_smart-seq


title: 54Dn1_E11_smart-seq


title: 54Dn1_E05_smart-seq


title: 54Dn1_E04_smart-seq


title: 54Dn1_D09_smart-seq


title: 54Dn1_F05_smart-seq


title: 54Dn1_D10_smart-seq


title: 54Dn1_D08_smart-seq


title: 54Dn1_E03_smart-seq


title: 54Dn1_D07_smart-seq


title: 54Dn1_D06_smart-seq


title: 54Dn1_D03_smart-seq


title: 54Dn1_D01_smart-seq


title: 54Dn1_D05_smart-seq


title: 54Dn1_D04_smart-seq


title: 54Dn1_C06_smart-seq


title: 54Dn1_C09_smart-seq


title: 54Dn1_C08_smart-seq


title: 54Dn1_C10_smart-seq


title: 54Dn1_C05_smart-seq


title: 54Dn1_C11_smart-seq


title: 54Dn1_C04_smart-seq


title: 54Dn1_D02_smart-seq


title: 54Dn1_B10_smart-seq


title: 54Dn1_C07_smart-seq


title: 54Dn1_B02_smart-seq


title: 54Dn1_B09_smart-seq


title: 54Dn1_B11_smart-seq


title: 54Dn1_C03_smart-seq


title: 54Dn1_B08_smart-seq


title: 54Dn1_B06_smart-seq


title: 54Dn1_C02_smart-seq


title: 54Dn1_B04_smart-seq


title: 54Dn1_B07_smart-seq


title: 54Dn1_B05_smart-seq


title: 54Dn1_B01_smart-seq


title: 54Dn1_C01_smart-seq


title: 54Dn1_A10_smart-seq


title: 54Dn1_A09_smart-seq


title: 54Dn1_B03_smart-seq


title: 54Dn1_A07_smart-seq


title: 54Dn1_A06_smart-seq


title: 54Dn1_A05_smart-seq


title: 54Dn1_A08_smart-seq


title: 54Dn1_A11_smart-seq


title: 54Dn1_A04_smart-seq


title: 54Dn1_A01_smart-seq


title: 54Dp1_H07_smart-seq


title: 54Dp1_H11_smart-seq


title: 54Dp1_H10_smart-seq


title: 54Dn1_A03_smart-seq


title: 54Dp1_H05_smart-seq


title: 54Dp1_H03_smart-seq


title: 54Dp1_H09_smart-seq


title: 54Dp1_G10_smart-seq


title: 54Dp1_G11_smart-seq


title: 54Dp1_H01_smart-seq


title: 54Dp1_H04_smart-seq


title: 54Dp1_H08_smart-seq


title: 54Dp1_G08_smart-seq


title: 54Dp1_H02_smart-seq


title: 54Dp1_G07_smart-seq


title: 54Dp1_G09_smart-seq


title: 54Dp1_G06_smart-seq


title: 54Dp1_G05_smart-seq


title: 54Dp1_G04_smart-seq


title: 54Dn1_A02_smart-seq


title: 54Dp1_G03_smart-seq


title: 54Dp1_G02_smart-seq


title: 54Dp1_F11_smart-seq


title: 54Dp1_H06_smart-seq


title: 54Dp1_F10_smart-seq


title: 54Dp1_F08_smart-seq


title: 54Dp1_F07_smart-seq


title: 54Dp1_F02_smart-seq


title: 54Dp1_F01_smart-seq


title: 54Dp1_E06_smart-seq


title: 54Dp1_F06_smart-seq