title: non-IPH 3

description:
plaque without intraplaque haemorrhage
SAMPLE 3


title: non-IPH 2

status: Public on Dec 15 2020

type: RNA

city: Maastricht

first: Han

last: Jin

address: P. Debyelaan 25

country: Netherlands

institute: Maastricht University

description:
plaque without intraplaque haemorrhage
SAMPLE 2

hyb_protocol: Hybridization and washing were performed according to the Illumina standard assay procedure.

scan_protocol: Scanning was performed on the Illumina BeadStation 500 (Illumina, Inc., San Diego, CA, U.S.A.).

data_processing: Image analysis and extraction of raw expression data was performed with Illumina Beadstudio v3 Gene Expression software with default settings (no background substraction) and no normalization. Transcriptomic data were analysed using the R Bioconductor lumi package (v2.38.0).

label: biotin

molecule: total RNA

organism: Homo sapiens

source_name: carotid plaque

label_protocol: The RNA labeling, hybridisation and data extraction were performed at ServiceXS (Leiden, The Netherlands). Biotinylated cRNA was prepared using the Illumina TotalPrep RNA Amplification Kit (Ambion, Inc., Austin, TX, U.S.A.) according to the manufacturer's specifications starting with 100 ng total RNA. Per sample 750 ng of cRNA was used for hybridization.

extract_protocol: RNA of the 24 sample pairs was isolated using Guanidium Thiocyanate lysis followed by Cesium Chloride gradient centrifugation. After the extracting procedure, the RNA was further purified using the Nucleospin RNAII kit (Macherey-Nagel GmbH & Co. KG). RNA concentration was measured using a Nanodrop ND-1000 spectrophotometer (Nanodrop Technologies, Wilmington, DE, U.S.A). The RNA quality and integrity was determined using Lab-on-Chip analysis on an Agilent 2100 Bioanalyzer (Agilent Technologies, Inc., Santa Clara, CA, U.S.A.). Samples that had an RNA Integrity Number (RIN) lower than 5.6 were excluded from the study. In total 43 samples (16 paired) from 24 patients were eligible for submission to the transcriptomics platform.

treatment_protocol: The endarterectomy specimens were cut into parallel, transverse segments of 5 mm thickness. Each alternating segment was snap frozen in liquid nitrogen and stored at -80 degrees C, their flanking segments fixed in formalin and processed for histological evaluation. Hematoxylin-Eosin (H.E) stained slides from these flanking segments have their plaques staged using the Virmani classification criteria by a cardiovascular pathologist (MD) and two experienced researchers in cardiovascular pathology (VH, JS). Segments designated as IPH or non-IPH based on the presence/absence of intraplaque haemorrhage.

tag: classification

value: non-IPH


title: Cd9MUT pulsed BMDCs scRNA-seq

type: SRA

city: Farmington

first: Marmar

last: Moussa

state: CT

address: Farmington

department: School of Medicine

country: USA

institute: University of Connecticut

library_source: transcriptomic

data_processing:
10x Genomics pipeline
Genome_build: mm10
Supplementary_files_format_and_content: h5 containing 10x output filtered count matrix

organism: Mus musculus

source_name: CD8+PD1+ TILs

growth_protocol: Live tumor cells were injected intradermally and TILs were extracted 20-25 days after tumor challenge

extract_protocol:
Tumor lysates were prepared, CD8+ cells were isolated by negative selection kit, CD8+PD1+ T cells were FACS sorted
Single cell capture, barcoding and library preparation were performed using the 10X Chromium version 3 chemistry, according to the manufacturer’s protocol (#CG000183).

treatment_protocol: Neoepitope pulsedor unpulsed controls were injected intradermally on days -14 and -7 before tumor challenge

tag: strain

tag: cell type

value: CD8+PD1+ TILs

tag: treatment

value: Cd9MUT pulsed BMDCs


title: Fam171bMUT pulsed BMDCs scRNA-seq

value: Fam171bMUT pulsed BMDCs


title: non-IPH 5

description:
plaque without intraplaque haemorrhage
SAMPLE 5


title: E11.5_IR_rep2

city: Boston

first: Victor

last: Navarro

state: MA

address: 221 Longwood Ave

department: Division of Endocrinology

institute: Brigham and Women's Hospital

description:
E11.5_IR2.bam
E11.5_counttable_FPKM.xlsx

data_processing:
RNA-seq gene expression analysis with DEseq2
Genome_build: mm10
Supplementary_files_format_and_content: excel count tables

source_name: E11.5 primordial germ cells

extract_protocol:
Ribosomal RNA was subtracted by hybridization from total RNA samples using the RiboZero Magnetic Gold H/M/R Kit (Illumina)
TruSeq-barcoded RNA-seq libraries were generated with the NEBNext Ultra II RNA Library Prep Kit

treatment_protocol: samples were either treated with ionizing radiation (IR) or left untreated to serve as controls

value: E11.5 primordial germ cells

tag: condition

value: ionizing radiation


title: E11.5_noIR_rep2

description:
E11.5_noIR2.bam
E11.5_counttable_FPKM.xlsx


title: 3dpi animal #1, lung sample for single-cell RNA-seq

city: Berlin

first: Emanuel

last: Wyler

address: Robert Roessle Str 10

department: Berlin Institute for Medical Systems Biology

country: Germany

institute: Max Delbrück Center for Molecular Medicine

data_processing:
For bulk RNA-sequencing, alignments were done using hisat2 (Kim et al, 2015)
Sequencing reads were aligned to the MesAur 1.0 version of the Mesocricetus auratus genome using standard parameter, using the Refseq gtf file downloaded from ENSEMBL, with the following adjustments to extend 3' UTR lengthes:
cat ../MesAur/Mesocricetus_auratus.MesAur1.0.99.gtf | perl -ane 'print if (!($F[2] =~ m/five_prime_utr/ || $F[2] =~ m/gene/ || $F[2] =~ m/three_prime_utr/ || $F[2] =~ m/transcript/))' | bedtools sort -i /dev/stdin > ma1_genes.gtf
cat ma1_genes.gtf | perl -ane 'print if ($F[6] eq "+")' > ma1_genes_plus.gtf
cat ma1_genes.gtf | perl -ane 'print if ($F[6] eq "-")' > ma1_genes_minus.gtf
cat ma1_genes_plus.gtf | perl -ne 'm/transcript_id \"([^\"]*)\"/; print "$1\n";' | sort -u > transcripts_plus.txt
cat ma1_genes_minus.gtf | perl -ne 'm/transcript_id \"([^\"]*)\"/; print "$1\n";' | sort -u > transcripts_minus.txt
samtools faidx genome-ma1.fa
for t in `cat transcripts_plus.txt`; do grep $t ma1_genes_plus.gtf > temp_plus.gtf; chr=`cut -f 1 temp_plus.gtf | head -1`; l=`grep -P "^$chr\t" genome-ma1.fa.fai | cut -f 2`; export l; s=`tac temp_plus.gtf | grep -P "\texon\t" | head -1`; r=`tac temp_plus.gtf | grep -P "\texon\t" | head -1 | perl -F'\t' -ane '$l=$ENV{"l"}; $F[4]+=1000; if ($F[4] > $l-1) {$F[4] = $l-1} print(join("\t", @F));'`; export s; export r; cat temp_plus.gtf | perl -ne 'chomp; chomp $s; chomp $r; $s=$ENV{"s"}; $r=$ENV{"r"}; if ($_ eq $s) {print "$r\n"} else {print "$_\n"}'; done > ma1_genes_longer_plus.gtf
for t in `cat transcripts_minus.txt`; do grep $t ma1_genes_minus.gtf > temp_minus.gtf; s=`cat temp_minus.gtf | grep -P "\texon\t" | head -1`; r=`cat temp_minus.gtf | grep -P "\texon\t" | head -1 | perl -F'\t' -ane '$F[3]-=1000; if ($F[3] < 1) {$F[3] = 1} print(join("\t", @F));'`; export s; export r; cat temp_minus.gtf | perl -ne 'chomp; chomp $s; chomp $r; $s=$ENV{"s"}; $r=$ENV{"r"}; if ($_ eq $s) {print "$r\n"} else {print "$_\n"}'; done > ma1_genes_longer_minus.gtf
cat ma1_genes_longer_plus.gtf ma1_genes_longer_minus.gtf | bedtools sort -i /dev/stdin > ma1_genes_longer.gtf
The 3'-UTR of the Ifit2 gene was in addition manually extended for 1000 nt
Reads were then quantified using quasR (Gaidatzis et al, 2015)
For SARS-CoV-2 alignements, GenBank entry MN908947 was used
For single-cell RNA-sequencing data, fastq files were processed using a merged MesAur/SARS-CoV-2 genome by applying CellRanger 3.1.0 with standard parameters
Genome_build: MesAur 1.0
Genome_build: SARS-CoV-2 MN908947
Supplementary_files_format_and_content: ma1_genes_longer.gtf
readcounts_ma.tsv
h5 matrix

molecule: polyA RNA

organism: Mesocricetus auratus

source_name: Syrian gold hamster

growth_protocol:
Clinical evaluation of hamsters included twice-daily monitoring and weighting. Animals with >15 % body weight loss for over 48 h were euthanized in accordance with the animal use protocol. Naïve hamsters (n = 3) and hamsters at time points 2, 3, 5 and 14 days post infection (dpi) (n = 3, each) were selected randomly.
Euthanasia prior analysis occurred by exsanguination under anesthesia as previously described  (Osterrieder et al. 2020). 1 mL peripheral blood was collected in EDTA-coated syringes and lung lobes were collected for follow-up analyses, in which the left lobe was used for histopathology, the right caudal lobe for single-cell analysis, the right cranial lobe for virological assessments and the right medial for bulk RNA and proteomics analysis.

extract_protocol:
10xGenomics Chromium v3.1 single cell 3' gene expression kit
For isolation of cells from whole blood, 250 µL blood were lysed in red blood cell lysis buffer (BioLegend), washed and centrifuged according to the manufacturer’s instructions. Resulting RBC-free pellets were resuspended in low-BSA buffer (1× PBS, 0.04 % BSA), filtered with 40 µm FloMi filters (Merck) suitable for volumes below 500 µL and counted microscopically by hemocytometer in trypan blue.
For isolation of single cells lobus caudalis of the right lung was removed and placed in storage medium (1× PBS, 0.5 % BSA) until further processing. Storage and isolation media contained 2 µg/mL ActinomycinD. Tissues and cells were always spun at 350 x g for 6 minutes at 4 °C. Mechanical dissociation of lung lobes was achieved by clapping motions with tweezers for 2 minutes in enzymatic digestion medium (3,4 mg/mL Collagenase Cls II (Merck), 1 mg/mL DNase I (PanReac AppliChem), in 2 mL Dispase medium per lung lobe (Corning), 50 Caseinolytic Units/mL followed by 30 minutes incubation at 37°C and 5 % CO2.
Further tissue dissociation was achieved by repeated pipetting of digested lung tissue with 5 mL pipettes and passing of cell suspension with plungers through 70 µm cell strainers. Cells were pelleted from suspension by centrifugation and resuspended in red blood cell lysis buffer (BioLegend). Lysis reaction was stopped and cells washed with excessive volumes of PBS/BSA. Cells were centrifuged, resuspended in low-BSA buffer (1× PBS, 0.04 % BSA), filtered with 40 µm FloMi filters (Merck) suitable for low volumes and quantified microscopically in trypan blue.
For Lung RNA Bulk Sequencing the lobus medialis of the right lung lobe was removed carefully and stored in RNA Later Solution for a maximum of 24 hours at 4°C (Thermofisher). Lung Tissue was homogenized using the TissueLyser II system (Qiagen) and the homogenate stored in Trizol reagent.
For WBC RNA Bulk Sequencing, white blood cells were isolated as described for scSeq followed by lysis in Trizol reagent.
RNA was extracted using the DirectZol kit (Zymo research)
Bulk and single-cell RNA-sequencing libraries were constructed using commercial kits (New England Biolabs, 10xGenomics), see column "library construction protocol" in the SAMPLES section.

treatment_protocol: At 10–12 weeks of age hamsters were infected intranasally as previously described (Osterrieder et al. 2020). Briefly, hamster received 1 x 105 pfu SARS-CoV-2 intranasally under anesthesia.

tag: sars-cov-2 infection

value: yes

tag: sampling timepoint

tag: tissue

value: lung


title: E13.5 male PGCs_IR_rep3

description: small RNAs

data_processing:
quantification of piRNA expression, software: piPipes version 2017.2.10, default settings used
Genome_build: mm10
Supplementary_files_format_and_content: bed file, count table of piRNAs

source_name: E13.5 male primordial germ cells

extract_protocol:
RNAs between 18-50bp were size selected
TrueSeq-barcoded RNA-seq libraries were generated with the NEBNext Small RNA Library Prep Kit (New England Biolabs)

tag: Sex

value: male

tag: age

value: primordial germ cells


title: T. gondii- TgIF2K-B KO treated 4

city: Indianapolis

first: Ronald

middle: C

last: Wek

state: IN

address: 635 N. Barnhill Dr. MS4067

department: Biochemistry and Molecular Biology

institute: Indiana University School of Medicine

data_processing:
The quality of the raw sequencing reads obtained from GENEWIZ was checked using FastQC (PMID: 30254741) and the low-quality reads were trimmed using TrimGalore (PMID: 22748135).
Trimmed reads were aligned to the reference T. gondii ME49 genome (ToxoDB.org) using hierarchical indexing for spliced alignment of transcripts (HISAT2) (PMID: 25751142).
The number of reads aligning to the exons of different genes were counted using featureCounts (PMID: 24227677).
Differential experession analysis was perfomed using DESeq2
Genome_build: ME49- ToxoDB.org
Supplementary_files_format_and_content: feature counts in tab delimited text format

organism: Toxoplasma gondii

source_name: intracellular T. gondii

growth_protocol: Tachyzoites were allowed to invade HFF host cell monolayers for 2 h, then infected monolayers were washed and replaced with fresh medium. At 36 hours post-infection, intracellular tachyzoites were harvested from HFFs by syringe passage and filtering

extract_protocol:
Total RNA was extracted using Qiagen Rneasy kit
Library construction and sequencing was performed by Genewiz

treatment_protocol: Purified parasites were washed in DMEM and centrifuge 300g for 15 min. Purified extracellular WT and Δtgif2k-b tachyzoites were treated with vehicle or 5 µM sodium arsenite for 2 h at 37°C

value: Toxoplasma gondii- tachyzoite

tag: host cell

value: Human Foreskin Fibroblast

tag: genotype

value: TgIF2K-B knock-out

value: 5uM sodium arsenite


title: Unpulsed BMDCs scRNA-seq

description: BMDC

value: Unpulsed BMDCs


title: E11.5_IR_rep1

description:
E11.5_IR1.bam
E11.5_counttable_FPKM.xlsx


title: T. gondii- TgIF2K-B KO treated 3


title: E13.5 male PGCs_IR_rep1

description: small RNAs


title: 2dpi animal #3, blood sample for single-cell RNA-seq

value: blood


title: 2dpi animal #2, blood sample for single-cell RNA-seq


title: 2dpi animal #1, blood sample for single-cell RNA-seq


title: E13.5 male PGCs_IR_rep2

description: small RNAs


title: E13.5 male PGCs_noIR_rep3

description: small RNAs

value: control


title: A172 cells, Anti-miR-196a-5p Rep 2

city: New Delhi

first: Dr. Ritu

last: Kulshreshtha

state: New Delhi

address: Room 134, Block I

department: Dept of Biochemical Engineering and Biotechnology

country: India

institute: Indian Institute of Technology

hyb_protocol: Following fragmentation, 12 ug of cRNA were hybridized for 16 hr at 45C on  GeneChip Human PrimeView Array. GeneChips were washed and stained in the Affymetrix Fluidics Station 450.

scan_protocol: GeneChips were scanned using the Affymetrix Genechip Scanner 3000 7G.

data_processing: The data were analyzed with  Affymetrix Expression Analysis Console and Gene springGX 12.0 using Affymetrix default analysis settings for analysis type - Expression (Gene) and RMA as normalization method.

label: Biotin

source_name: A172 cells with Anti-miR-196a-5p miRNA.

label_protocol: Samples were labelled as per and using the 3'IVT PLUS reagent kit. Biotinylated cRNA were prepared according to the standard Affymetrix protocol from 100 ng total RNA.

growth_protocol: A172 cells grown in 6 well plates

extract_protocol: Total RNA prepared using RNA isolation kit according to manufacturer's instructions.

treatment_protocol: Transfected with either Anti-miR-196a-5p miRNA or its respective negative control and incubated  for 48 hours in hypoxia workstation mainatained at 0.2% O2  concentration.

tag: cell line

value: GBM cell line

tag: oxygen status

value: hypoxia

tag: transfected with

value: Anti-miR-196a-5p miRNA


title: T. gondii- TgIF2K-B KO treated 2


title: 3dpi animal #3, lung sample for single-cell RNA-seq


title: 2dpi animal #3, lung sample for single-cell RNA-seq


title: A172 cells, Anti-miR-196a-5p Rep 1


title: T. gondii- TgIF2K-B KO treated 1


title: E13.5 male PGCs_noIR_rep1

description: small RNAs


title: 2dpi animal #1, lung sample for single-cell RNA-seq


title: A172 cells, negative control Rep 1

source_name: A172 cells with negative control.

value: negative control


title: T. gondii- TgIF2K-B KO untreated 3

value: untreated


title: T. gondii- TgIF2K-B KO untreated 2


title: non-IPH 1

description:
plaque without intraplaque haemorrhage
SAMPLE 1

value: non-IPH


title: A172 cells, negative control Rep 2


title: E13.5_female_IR_rep3

description:
FIR3
E13.5_counttable_FPKM.xlsx

source_name: E13.5 female primordial germ cells

value: E13.5 primordial germ cells

value: female

value: ionizing radiation


title: E13.5 male PGCs_noIR_rep2

description: small RNAs

value: male

value: primordial germ cells


title: W2-Th2-946-S20

city: Clayton

first: Sebastian

last: Scheer

address: 15 Innovation Walk

country: Australia

institute: Monash University

description: RNA-Seq of viable sorted CD4+ T cells after Th2 polarization in the presence of 1 µM SGC0946

data_processing:
Used RNAsik pipeline to bam, counts and gather different metrics on RNAseq data https://github.com/MonashBioinformaticsPlatform/RNAsik-pipe
Used Degust  to analysis table of counts, output form RNAsik. Degust is a webapp that uses either edgeR or limma-voom for differential gene analysis http://degust.erc.monash.edu
Genome_build: Mus_musculus.GRCm38.dna_sm.primary_assembly.fa
Supplementary_files_format_and_content: raw counts file was generated by featureCounts, which than was uploaded to Degust
Supplementary_files_format_and_content: ReverseStrandedCounts.txt: raw counts file was generated by featureCounts, which than was uploaded to Degust
Supplementary_files_format_and_content: ReverseStrandedCounts.txt.summary: summary files
Supplementary_files_format_and_content: ReverseStrandedCounts-withNames-proteinCoding.txt: prettified counts files
Supplementary_files_format_and_content: ReverseStrandedCounts-withNames.txt: prettified counts files

source_name: RNA from CD4+ T cells from the spleen and peripheral lymph nodes

growth_protocol: Cells were preeinriched from the spleen and peripheral lymph nodes of Cre+ (WT) or CD4Cre+DOT1L FL/FL (KO) mice and cultured in the presence of plate bound anti-CD3 (1 µg/ml) and anti-CD28 (1 µg/ml) under Th1 (10 ng/ml IL-2, 10 ng/ml IL-12, 10 µg/ml anti-IL-4) or Th2 (10 ng/ml IL-2, 10 ng/ml IL-4, 10 µg/ml anti-IFN-g) polarising conditions and sorted for viable CD4+ cells after 4 days

extract_protocol:
RNA was extracted from the cells using the Macherey & Nagel RNA isolation kit according to the manufacturer's details
RNA libraries were prepared for sequencing using standard Illumina protocols


title: W1-Th2-946-S19

value: CD4+ T cells from the spleen and peripheral lymph nodes


title: Uninfected animal #2, blood sample for single-cell RNA-seq

value: no


title: W2-Th2-649-S18

description: RNA-Seq of viable sorted CD4+ T cells after Th2 polarization in the presence of 1 µM SGC0649


title: RM01_GZ_CTCF_Input

city: Beijing

first: Yuting

last: Liu

state: Beijing

address: Haidian District, Beijing Summer Palace Road No. 5

department: School of Life Science

country: China

institute: Peking University

library_source: genomic

data_processing:
Hi-C:Paired-end reads of the Hi-C libraries were pre-processed using HiC-Pro. In brief, reads pairs were aligned to the reference genomes ( rheMac8 ) in two steps. The first step aligns reads using bowtie2 end-to-end algorithm. The second step detect the ligation sites and the 5’ fraction of the reads were aligned back to the genome. Aligned read pairs were assigned to DpnII restriction fragments. Invalid pairs like dangling end were filtered out. The genome was divided into specific size bins, and valid pairs were counted per bins. We used 500 kb, 100 kb, 40 kb bin sizes to generate raw and ICE or KR normalized matrix.
RNA-seq:The intra-species RNA-Seq Fastq reads were aligned to Mmul_8.0.1 reference genome using STAR. ENSEMBL gene annotation was used. Duplicated alignments were removed using PicardTools. The number of alignments mapped to exons was counted using the summarizeOverlap func-tion from the GenomicAlignments package. Condi-tional quantile normalization was performed using CQN package to correct read depth, exon length and GC content. Log2 normalized FPKM was used for quantification of expression levels.
ChIP-seq:The Fastq reads were aligned to reference genome (rheMac8) using bowtie2  with settings “bowtie2 –very-sensitive”. Bam files were transferred to sam files using Samtools. Duplicated alignments were removed using PicardTools. To avoid double contigs for the paired-end alignments, only one mate count. Only uniquely mapped alignments (MAPQ > 30) were kept. Averaged reads per million of mapped reads (RPM) in 10bp bins were calculated by deepTools and transferred to coverage tracks. Technical replicates data were merged. Peaks were identified using MACS2 (for CTCF ChIP-seq) with settings “macs2 call Peak –B  –p 1e-5 –nomodle –extsize 200” or HOMER (for DNase-seq) with setting "-size 147 -gsize 2.7e09 -norm 1000000 -fragLength 147 -fdr 0.01 -style factor".
Genome_build: Mmul_8.0.1
Supplementary_files_format_and_content: Hi-C:  (1) .hic  files represent all the valid paris per sample and can be used for further analysis
Supplementary_files_format_and_content: (2) .bed files represent all the boundaries per sample generated by insulation score method
Supplementary_files_format_and_content: (3) .bedpe files represent all the loops per sample generated by HICCUPS
Supplementary_files_format_and_content: RNA-seq: matrix table text file represent the log2 FPKM value per sample
Supplementary_files_format_and_content: ChIP-seq:  (1) .bw files represent the reads distribution
Supplementary_files_format_and_content: (2). txt files represent deteced peaks using MACS2 or HOMER

molecule: genomic DNA

organism: Macaca mulatta

source_name: Brain

extract_protocol:
Cells were fixed by final concentration of 1% formaldehyde (Sigma-Aldrich, F1635), mixed for 10 mins at room temperature. Fixation was quenched using 2.5 M glycine at room temperature for 5 mins and immediately centrifuged at 800g for 10 mins. Supernatant was removed and frozen in liquid nitrogen and stored at −80°C until further use.
Five million fixed cells were lysed for 10min, and then sonicated for 20 cycles using Bioruptor (Diagenode). After sonication, chromatin was precleared using Protein A dynabeads. CTCF primary antibody-beads added to the precleared chromatin and incubated overnight at 4°C with rotation. Beads were then washed, extract the DNA, end repair, add A, add adaptor reaction and PCR amplification, DNA products size selection were performed step by step.

value: Brain

tag: developmental stage

value: wild type


title: Uninfected animal #1, blood sample for single-cell RNA-seq

value: blood


title: Uninfected animal #3, lung sample for single-cell RNA-seq

value: lung


title: T. gondii- TgIF2K-B KO untreated 1

value: Toxoplasma gondii- tachyzoite

value: Human Foreskin Fibroblast

value: TgIF2K-B knock-out


title: RM01_CP_CTCF_Input


title: W1-Th2-649-S17


title: 2dpi animal #2, lung sample for single-cell RNA-seq

value: yes


title: T. gondii- WT treated 2

value: wild-type

value: 5uM sodium arsenite


title: T. gondii- WT treated 3


title: W2-Th1-946-S16

description: RNA-Seq of viable sorted CD4+ T cells after Th1 polarization in the presence of 1 µM SGC0946


title: IPH 13

description:
plaque with intraplaque haemorrhage
SAMPLE 29

value: IPH


title: RM01_GZ_CTCF


title: RM01_CP_CTCF


title: T. gondii- WT treated 1


title: Uninfected animal #1, lung sample for single-cell RNA-seq


title: T. gondii- WT untreated 3

value: untreated


title: W2-Th1-649-S14

description: RNA-Seq of viable sorted CD4+ T cells after Th1 polarization in the presence of 1 µM SGC0649


title: RM01_GZ_DNase-seq

extract_protocol:
Cells were fixed by final concentration of 1% formaldehyde (Sigma-Aldrich, F1635), mixed for 10 mins at room temperature. Fixation was quenched using 2.5 M glycine at room temperature for 5 mins and immediately centrifuged at 800g for 10 mins. Supernatant was removed and frozen in liquid nitrogen and stored at −80°C until further use.
One million fixed cells were lysis, add 25U DNaseI, incubate at 37℃ for 5mins. Extract the DNA, end repair, add A, add adaptor reaction and PCR amplification. Purify size selected DNA using Qiagen Gel Purification Kit. The libraries were sequenced by Illumina PE150 bp paired-end sequencing platform.


title: T. gondii- WT treated 4


title: epithelia_untreated_rep2

city: Shanghai

first: Jian

last: Wang

address: 999 Huchenghuan road, Pudong New Area

institute: Shanghai Ocean University

data_processing:
Basecalls performed using CASAVA version 1.8.2
Sequenced reads were cleaned by Trimmomatic-0.38: Remove illumina adapters.The first 13 bases were cutted from the start of reads. Bases below Q3 were cut off if at the beginning or end of a read. Reads were clipped starting from 5’ end, once average base quality below Q30 within a 40-bases sliding window. Reads were discarded if below 36 bases in length.
Reference transcriptome assembled by Trinity v2.6.6.
Cleaned reads of each sample were aligned to the annotated contigs using RSEM default procedures to to get gene counts

organism: Acipenser baerii

growth_protocol: Larvae raised to stage 45 (10 day-post hatching) in artificial fresh water

extract_protocol:
Total RNAs were extracted by TRIzol (Invitrogen) using standard protocols
RNA libraries were prepared by TruSeq RNA Sample Prep Kit (Illumina), following the manufacturer's instructions.

treatment_protocol: Eight samples were treated by 200 μM neomycin for 1 hour to deplete the hair cells, then tissues were collected on corresponding hpts

value: epithelia

tag: neomycin treatment

tag: development stage

value: 10 day-post hatching


title: RM01_CP_DNase-seq


title: T. gondii- WT untreated 2

tag: strain


title: W1-Th1-649-S13

tag: cell type


title: T. gondii- WT untreated 1

tag: treatment


title: K2-Th2-S12

description: RNA-Seq of viable sorted CD4+ T cells after Th2 polarization


title: epithelia_untreated_rep1


title: RM03_GZ_RNA-seq

description: monkey-RNASeq-cqnnormalized-FPKM-log2-matrix.txt

extract_protocol:
RNA was extracted from GZ and CP cells using the QIAGEN miRNeasy Mini Kit (Qiagen, 217004).
2 ug total RNA  were used to generate the cDNA libraries, respectively, according to TruSeq RNA Sample Prep Kit protocol.


title: neuromasts_24hpt_rep2

value: neuromasts

value: 24 hour-post treatment (hpt)


title: Uninfected animal #2, lung sample for single-cell RNA-seq

value: no


title: RPF.35.2

city: Valencia

first: Javier

last: Forment

state: Valencia

address: Ingeniero Fausto Elio, s/n

department: Biotecnología

country: Spain

institute: Instituto de Biología Molecular y Celular de Plantas, IBMCP (UPV-CSIC)

description: ribosome protected fragment RNA

data_processing:
Library strategy: Ribo-seq
Read trimming with cutadapt v1.16
Non-coding RNA reads removal with bowtie2 v2.3.2
Read mapping to TAIR10 with HISAT2 v2.1.0
Read counting with htseq-count v0.10
Differential translation analysis with XTAIL v1.1.5
Genome_build: TAIR10 (Araport11 annotation)
Supplementary_files_format_and_content: Tab-separated text files with gene-specific read counts and TPMs for every sample

organism: Arabidopsis thaliana

source_name: WT Col-0 pollen germinated in vitro at 35°C

growth_protocol: Defrozen rehydrated pollen was germinated in vitro in a moisture incubation chamber, sealed, and placed in the dark for 5 hours

extract_protocol:
Pollen was scrapped from the plates and grinded in liquid nitrogen before homogenization in an optimized ice-cold extraction buffer containing 0.1% Tris-HCl pH8, 1% sodium deoxycholate, 40 mM KCl, 20 mM MgCl2, 10% polyoxyethylene-10-tridecyl ether, 1mM DTT, 100 µg/mL cycloheximide, 10U/mL DNAse I.
After extraction and centrifugation, the supernatants were transferred into a pre-chilled tube and separated in 100 µL (for RNA library) and 200 µL (for RPF library) according to the Illumina® TruSeq® Ribo Profile Mammalian kit. The ribosomes for RPF libraries were purified, after nuclease digestion, by size exclusion columns using MicroSpin S-400 columns. For rRNA removal, the Ribo-Zero Magnetic bead kit was used. Heat fragmentation of total RNA, end repair of both RNA and RPF as well as all downstream steps: 3’ adapter ligation, adaptor removal, reverse transcription, PAGE purification of cDNA, and cDNA circularization were done following strictly the Illumina kit protocol. cDNA Libraries were amplified by 11 or 13 PCR cycles for RNA and RPF respectively, and after gel purification and quantification, equimolar (5nM) pools of libraries were prepared for NGS.
Riboprofiling according to the the Illumina® TruSeq® Ribo Profile Mammalian kit

treatment_protocol: Treatments included pollen germination and growth at either 24°C or 35°C for 5 hours

value: Pollen

tag: ecotype

tag: growth conditions


title: RM01_GZ_RNA-seq

value: Brain

value: wild type


title: Uninfected animal #3, blood sample for single-cell RNA-seq

tag: sars-cov-2 infection

tag: sampling timepoint

value: blood


title: K1-Th2-S11

value: CD4+ T cells from the spleen and peripheral lymph nodes


title: RM02_GZ_RNA-seq

tag: tissue


title: RPF.35.3

description: ribosome protected fragment RNA


title: W1-Th1-946-S15


title: neuromasts_24hpt_rep1


title: neuromasts_12hpt_rep2

value: 12 hour-post treatment (hpt)


title: RM03_CP_RNA-seq


title: W1-Th2-S9


title: RPF.24.3

description: ribosome protected fragment RNA

source_name: WT Col-0 pollen germinated in vitro at 24°C


title: neuromasts_12hpt_rep1


title: RPF.35.1

description: ribosome protected fragment RNA


title: RM02_CP_RNA-seq


title: neuromasts_untreated_rep2


title: K2-Th1-S8

description: RNA-Seq of viable sorted CD4+ T cells after Th1 polarization


title: RM01_CP_RNA-seq


title: K1-Th1-S7


title: neuromasts_untreated_rep1


title: W2-Th1-S6


title: Ampullary_Organ_24hpt_rep2


title: W1-Th1-S5


title: RNA.35.3

data_processing:
Read trimming with cutadapt v1.16
Non-coding RNA reads removal with bowtie2 v2.3.2
Read mapping to TAIR10 with HISAT2 v2.1.0
Read counting with htseq-count v0.10
Differential translation analysis with XTAIL v1.1.5
Genome_build: TAIR10 (Araport11 annotation)
Supplementary_files_format_and_content: Tab-separated text files with gene-specific read counts and TPMs for every sample


title: RNA.35.2


title: Ampullary_Organ_24hpt_rep1


title: RM01_GZ_Hi-C

description:
GZ_HICCPUS_10kb_loops.bedpe
GZ_InsulationScores_boundaries.bed

extract_protocol:
Cells were fixed by final concentration of 1% formaldehyde (Sigma-Aldrich, F1635), mixed for 10 mins at room temperature. Fixation was quenched using 2.5 M glycine at room temperature for 5 mins and immediately centrifuged at 800g for 10 mins. Supernatant was removed and frozen in liquid nitrogen and stored at −80°C until further use.
Fixed cells, lysis and digest the chromatin. Next, fill-in Biotin and religated in by T4 DNA ligase. Extract the DNA, shearing the DNA to 200-300 bp, size selection. Biotin pulldown. End repair, add A, add adaptor reaction and PCR amplification, DNA products size selection and sequencing.


title: W2-Th2-S10


title: Ampullary_Organ_12hpt_rep2


title: RNA.24.3


title: K1-S3

description: RNA-Seq of isolated CD4+ T cells


title: K2-S4

description: RNA-Seq of isolated CD4+ T cells


title: Ampullary_Organ_12hpt_rep1


title: RNA.35.1


title: RNA.24.2


title: Ampullary_Organ_untreated_rep2


title: W1-S1

description: RNA-Seq of isolated CD4+ T cells


title: W2-S2

description: RNA-Seq of isolated CD4+ T cells


title: Ampullary_Organ_untreated_rep1


title: RPF.24.2

description: ribosome protected fragment RNA


title: RNA.24.1


title: RM01_CP_Hi-C

description:
CP_HICCPUS_10kb_loops.bedpe
CP_InsulationScores_boundaries.bed


title: RPF.24.1

description: ribosome protected fragment RNA


title: Recombinant CD52-Fc Treated Rep 1

status: Public on Dec 14 2020

city: Stanford

first: Kartik

last: Bhamidipati

state: California

address: 269 Campus Drive, Rm 4135

institute: Stanford University School of Medicine

description:
CD52R 1
counts.txt

data_processing:
Raw reads quality checked using FASTQC.
Reads aligned using STAR.
Counts determined using FeatureCounts.
Genome_build: GRCh38
Supplementary_files_format_and_content: counts.txt: Matrix table with raw gene counts for every gene and every sample.

source_name: Peripheral blood mononuclear cells (PBMCs)

extract_protocol:
RNA was extracted using the Qiagen RNeasy Mini Kit, ~1 million B cells per condition.
RNA libraries were prepared by BGI genomics.

value: B Cell

value: CD52-Fc (20 ug/mL)


title: Recombinant CD52-Fc Treated Rep 2

description:
CD52R 2
counts.txt


title: Recombinant CD52-Fc Treated Rep 3

description:
CD52R 3
counts.txt


title: Recombinant CD52-Fc Treated Rep 6

description:
CD52R 6
counts.txt


title: Recombinant CD52-Fc Treated Rep 5

description:
CD52R 5
counts.txt


title: Untreated Rep 6

description:
NS 6
counts.txt

value: Untreated


title: Untreated Rep 5

description:
NS 5
counts.txt


title: Untreated Rep 4

description:
NS 4
counts.txt


title: Untreated Rep 3

description:
NS 3
counts.txt


title: Untreated Rep 1

description:
NS 1
counts.txt


title: Untreated Rep 2

description:
NS 2
counts.txt


title: Recombinant CD52-Fc Treated Rep 4

description:
CD52R 4
counts.txt


title: human WBC DNase [GB931095_S246]

city: Bethesda

first: Keji

last: Zhao

state: MD

address: Building 10 Room 7B06A

department: National Heart, Lung, and Blood Institute

institute: national Institute of Health

data_processing:
library strategy: indexing single-cell DNase sequencing (iscDNase-seq)
Basecalls performed
Each raw fastq file are reads corresponding to 96 cell barcodes . The 96 pairs are shown in barcode_96.txt. Read 1 is considered  to belong to one of the barcodes if  it corresponding read 2 contains  that barcode.  After separting each set of fastq files into 96 files, read 1 is mapped to the human genome hg18 using bowtie2.
The top 30 barcodes are selected from each well based on read count, so 30 nuclei are sorted for each well with doublets removed, where the number removed was calculated based on the collision rate like in (Science. 2015 May 22; 348(6237): 910–914). These are denoted as single cells because of the low likelihood of two cells in the same well having the same barcode. We required that qualifying cells have more than 100 reads and a FRiP greater than 0.15. With these requirements, 20621 cells were obtained . From the pooled single cell data, we obtaind a set of DHS that are shown in "combined_20621sc_noDup2-W100-G0-E100.scoreisland". There are 132926 DHSs. For each cell, we calculated the reads that were located within the DHSs and stored the results in a matrix, which can be found from the file 'scDNase_KZ1839_hg18_rc20621_mat.txt.gz'
Genome_build: hg18
Supplementary_files_format_and_content: barcode_96.txt: one column  refers to a DNA barcode starting from the 3' .
Supplementary_files_format_and_content: combined_20621sc_noDup2-W100-G0-E100.scoreisland: first column is for chromsome, second column is for DHS peak start site,  third column is for DHS peak end site, fourth column is the -log(E-value)
Supplementary_files_format_and_content: scDNase_KZ1839_hg18_rc20621_mat.txt.gz: This file contains read count data for single cells in text format. The rows refer to DHS while the column refer to single cells. Reading the matrix results in a 132926 x 20621 matrix.

source_name: WBC

extract_protocol:
DNase-seq human 1.25M 2-step crosslink human healthy T/B/NK/monocyte, final 0.1U/μl DNase digestion 37°C 5 minutes, T cell split #1-15 wells, B cell split #16-30 wells, NK cell split #31-45 wells, monocyte split #46-61 wells, TdT&T4 methods adding P7 barcode adaptor (12.5μl volumn/well 37°C 60 minutes), pool, dilution, counting and redistribute into 96-well plate, total 20 nuclei per well seal completely, 65°C overnight; direct PCR1 (12 cycles), pool all the DNA, EXO I 30 minutes, A-tailing and P5 ligation(rt overnight) , column purification and PCR2(16 cycles), run-e-gel and cut from 200-500bp rc#1 i5-01
The isolated 50M of PBMC suspended by 50ml PBS /MgCl2 are firstly fixed by adding 400μl freshly prepared 0.25M Disuccinimidyl glutarate (DSG, ThermoFisher Scientific, catalog no.20593) and incubate at room temperature for 45 minutes with rotation. After protein-protein fixation by DSG and washing three times by PBS, cells suspended by culture medium DMEM supplemented with 10% FBS are further fixed by the addition of 1:15 volume of 16% (w/v) methanol-free formaldehyde solution (Thermo Fisher Scientific) and incubate at room temperature for 10 minutes. The fixing reaction is terminated by a 1:10 volume of 1.25 M glycine and incubate at room temperature for 5 minutes. The fixed cells are collected by centrifugation at 1320rpm for 7 minutes and washed with PBS. The cells are stored in aliquots (1 × 106 cells per tube) at −80°C until use.

tag: cell lines

value: WBC


title: human WBC DNase [GB931092_S243]


title: human WBC DNase [GB931089_S240]


title: human WBC DNase [GB931085_S236]


title: human WBC DNase [GB931082_S233]


title: human WBC DNase [GB931090_S241]


title: human WBC DNase [GB931094_S245]


title: human WBC DNase [GB931088_S239]


title: human WBC DNase [GB931091_S242]


title: human WBC DNase [GB931087_S238]


title: human WBC DNase [GB931084_S235]


title: human WBC DNase [GB931083_S234]


title: human WBC DNase [GB931093_S244]


title: human WBC DNase [GB931086_S237]


title: human WBC DNase [GB931081_S232]


title: human WBC DNase [GB931096_S247]


title: human WBC DNase [GB931076_S227]


title: human WBC DNase [GB931078_S229]


title: human WBC DNase [GB931079_S230]


title: human WBC DNase [GB931077_S228]


title: Control 1

city: Tsukuba,

first: Meriem

last: Bejaoui

state: Ibaraki

address: 1 Chome-1-1 Tennodai

country: Japan

institute: University of Tsukuba

description: Gene expression data from meduim treated for 48 h

hyb_protocol: Following fragmentation, 250 ng of cRNA were hybridized for 16 hr at 45C on GeneChip Human Genome Array (HG-219). GeneChips were washed and stained in the Gene Atlas Fluidics Station 400

scan_protocol: GeneChips were scanned using the GeneAtlas Imaging Station

data_processing:
The raw data were normalized using Expression Console Software provided by the Affymetrix following robust multichip average (RMA) algorithm (http://www.affymetrix.com). Subsequent analysis of the gene expression data was carried out in the freely available Transcriptome Analysis Console (TAC) version 4 (Thermofisher inc.). Further analysis was conducted using an online data mining tool DAVID (Database for Annotation, Visualization and Integrated Discovery, ver. 6.8). We used 'Functional Annotation' tool of DAVID to identify the most relevant biological terms, including gene ontology (GO) terms, biological pathways, tissue expression, and disease associations (Huang da et al., 2009). We also performed gene set enrichment analysis (GSEA) for the top DEGs.
Expression console signal intensity. For calculating average value, standard deviation, fold change, and Anova p-value of signal intensity of replicates, we used freely available Transcriptome Analysis Console software (CHP files ).

source_name: cell treated with meduim

label_protocol: Biotinylated cRNA were prepared according to the standard Affymetrix protocol from 9.4 ug total RNA

growth_protocol: HFDPCs were purchaced from Cell application and were maintained in Papilla cell culture meduim

extract_protocol: For RNA extraction, Isogen (Nippon Gene Co. Ltd., Toyama, Japan) was added and the cell suspensions were centrifuged for 5 minutes at 500 g and the pellet was stored at -80oC until use.

treatment_protocol: After the initial 24 hour seeding  in 6-well-collagen-coated plates.  The medium was changed with 0 (Control) and 5 µg/ml APC 50% or 5 µg/ml APC 80% for 48 h.

value: hair follicle dermal papilla cells


title: APC 80% 1

description: Gene expression data from APC 80% for 48 h

source_name: cell treated with APC 80%


title: Control


title: APC 80%


title: Control 2


title: APC 50% 2

description: Gene expression data from APC 50% for 48 h

source_name: cell treated with APC 50%


title: APC 50%


title: APC 50% 1


title: APC 80% 2


title: human WBC DNase [GB931080_S231]


title: human WBC DNase [GB931075_S226]


title: human WBC DNase [GB931071_S222]


title: human WBC DNase [GB931070_S221]


title: human WBC DNase [GB931067_S218]


title: human WBC DNase [GB931068_S219]


title: human WBC DNase [GB931069_S220]


title: human WBC DNase [GB931072_S223]


title: human WBC DNase [GB931064_S215]


title: human WBC DNase [GB931073_S224]


title: human WBC DNase [GB931074_S225]


title: human WBC DNase [GB931063_S214]


title: human WBC DNase [GB931060_S211]


title: human WBC DNase [GB931062_S213]


title: human WBC DNase [GB931065_S216]


title: human WBC DNase [GB931066_S217]


title: human WBC DNase [GB931061_S212]


title: human WBC DNase [GB931057_S208]


title: human WBC DNase [GB931059_S210]


title: human WBC DNase [GB931058_S209]


title: human WBC DNase [GB931053_S204]


title: human WBC DNase [GB931050_S201]


title: human WBC DNase [GB931052_S203]


title: human WBC DNase [GB931051_S202]


title: human WBC DNase [GB931047_S198]


title: human WBC DNase [GB931046_S197]


title: human WBC DNase [GB931048_S199]


title: human WBC DNase [GB931045_S196]


title: human WBC DNase [GB931042_S193]


title: human WBC DNase [GB931044_S195]


title: human WBC DNase [GB931036_S187]


title: human WBC DNase [GB931041_S192]


title: human WBC DNase [GB931037_S188]


title: human WBC DNase [GB931032_S183]


title: human WBC DNase [GB931038_S189]


title: human WBC DNase [GB931034_S185]


title: human WBC DNase [GB931035_S186]


title: human WBC DNase [GB931056_S207]


title: human WBC DNase [GB931055_S206]


title: human WBC DNase [GB931031_S182]


title: human WBC DNase [GB931039_S190]


title: human WBC DNase [GB931033_S184]


title: human WBC DNase [GB931029_S180]


title: human WBC DNase [GB931028_S179]


title: human WBC DNase [GB931026_S177]


title: human WBC DNase [GB931025_S176]


title: human WBC DNase [GB931024_S175]


title: human WBC DNase [GB931049_S200]


title: human WBC DNase [GB931043_S194]


title: human WBC DNase [GB931022_S173]


title: human WBC DNase [GB931021_S172]


title: human WBC DNase [GB931020_S171]


title: human WBC DNase [GB931040_S191]


title: human WBC DNase [GB931030_S181]


title: human WBC DNase [GB931018_S169]


title: human WBC DNase [GB931027_S178]


title: human WBC DNase [GB931015_S166]


title: human WBC DNase [GB931009_S160]


title: human WBC DNase [GB931013_S164]


title: human WBC DNase [GB931005_S156]


title: human WBC DNase [GB931016_S167]


title: human WBC DNase [GB931014_S165]


title: human WBC DNase [GB931011_S162]


title: human WBC DNase [GB931007_S158]


title: human WBC DNase [GB931010_S161]


title: human WBC DNase [GB931003_S154]


title: human WBC DNase [GB931004_S155]


title: human WBC DNase [GB931023_S174]


title: human WBC DNase [GB931008_S159]


title: human WBC DNase [GB931002_S153]


title: human WBC DNase [GB931001_S152]


title: human WBC DNase [GB930996_S151]


title: human WBC DNase [GB930995_S150]


title: human WBC DNase [GB930994_S149]


title: human WBC DNase [GB930991_S146]


title: human WBC DNase [GB930992_S147]


title: human WBC DNase [GB930993_S148]


title: human WBC DNase [GB931017_S168]


title: human WBC DNase [GB930988_S143]


title: human WBC DNase [GB931006_S157]


title: human WBC DNase [GB930990_S145]


title: human WBC DNase [GB931019_S170]


title: human WBC DNase [GB930987_S142]


title: human WBC DNase [GB930986_S141]


title: human WBC DNase [GB930989_S144]


title: human WBC DNase [GB930977_S132]


title: human WBC DNase [GB930979_S134]


title: human WBC DNase [GB930985_S140]


title: human WBC DNase [GB930978_S133]


title: human WBC DNase [GB930980_S135]


title: human WBC DNase [GB930984_S139]


title: human WBC DNase [GB930974_S129]


title: human WBC DNase [GB930972_S127]


title: human WBC DNase [GB930975_S130]


title: human WBC DNase [GB930983_S138]


title: human WBC DNase [GB930976_S131]


title: human WBC DNase [GB930970_S125]


title: human WBC DNase [GB930969_S124]


title: human WBC DNase [GB930971_S126]


title: human WBC DNase [GB930967_S122]


title: human WBC DNase [GB930965_S120]


title: human WBC DNase [GB930968_S123]


title: human WBC DNase [GB930966_S121]


title: human WBC DNase [GB930964_S119]


title: human WBC DNase [GB930963_S118]


title: human WBC DNase [GB931012_S163]


title: human WBC DNase [GB930981_S136]


title: human WBC DNase [GB930962_S117]


title: human WBC DNase [GB930982_S137]


title: human WBC DNase [GB930961_S116]


title: human WBC DNase [GB930959_S114]


title: human WBC DNase [GB930960_S115]


title: human WBC DNase [GB930958_S113]


title: human WBC DNase [GB930973_S128]


title: human WBC DNase [GB930957_S112]


title: human WBC DNase [GB930951_S106]


title: human WBC DNase [GB930953_S108]


title: human WBC DNase [GB930955_S110]


title: human WBC DNase [GB930954_S109]


title: human WBC DNase [GB930947_S102]


title: human WBC DNase [GB930956_S111]


title: human WBC DNase [GB930946_S101]


title: human WBC DNase [GB930949_S104]


title: human WBC DNase [GB930950_S105]


title: human WBC DNase [GB930944_S99]


title: human WBC DNase [GB930945_S100]


title: human WBC DNase [GB930948_S103]


title: human WBC DNase [GB930942_S97]


title: human WBC DNase [GB930943_S98]


title: human WBC DNase [GB930941_S96]


title: human WBC DNase [GB930938_S93]


title: human WBC DNase [GB930936_S91]


title: human WBC DNase [GB930937_S92]


title: human WBC DNase [GB930939_S94]


title: human WBC DNase [GB930934_S89]


title: human WBC DNase [GB930933_S88]


title: human WBC DNase [GB930932_S87]


title: human WBC DNase [GB930930_S85]


title: human WBC DNase [GB930935_S90]


title: human WBC DNase [GB930952_S107]


title: human WBC DNase [GB930929_S84]


title: human WBC DNase [GB930931_S86]


title: human WBC DNase [GB930927_S82]


title: human WBC DNase [GB930925_S80]


title: human WBC DNase [GB930921_S76]


title: human WBC DNase [GB930924_S79]


title: human WBC DNase [GB930926_S81]


title: human WBC DNase [GB930920_S75]


title: human WBC DNase [GB930918_S73]


title: human WBC DNase [GB930928_S83]


title: human WBC DNase [GB930916_S71]


title: human WBC DNase [GB930919_S74]


title: human WBC DNase [GB930940_S95]


title: human WBC DNase [GB930917_S72]


title: human WBC DNase [GB930915_S70]


title: human WBC DNase [GB930922_S77]


title: human WBC DNase [GB930914_S69]


title: human WBC DNase [GB930912_S67]


title: human WBC DNase [GB930913_S68]


title: human WBC DNase [GB930907_S62]


title: human WBC DNase [GB930909_S64]


title: human WBC DNase [GB930908_S63]


title: human WBC DNase [GB930906_S61]


title: human WBC DNase [GB930911_S66]


title: human WBC DNase [GB930904_S59]


title: human WBC DNase [GB930901_S56]


title: human WBC DNase [GB930905_S60]


title: human WBC DNase [GB930903_S58]


title: human WBC DNase [GB930902_S57]


title: human WBC DNase [GB930923_S78]


title: human WBC DNase [GB930896_S55]


title: human WBC DNase [GB930895_S54]


title: human WBC DNase [GB930910_S65]


title: human WBC DNase [GB930894_S53]


title: human WBC DNase [GB930891_S50]


title: human WBC DNase [GB930888_S47]


title: human WBC DNase [GB930892_S51]


title: human WBC DNase [GB930890_S49]


title: human WBC DNase [GB930893_S52]


title: human WBC DNase [GB930889_S48]


title: human WBC DNase [GB930886_S45]


title: human WBC DNase [GB930878_S37]


title: human WBC DNase [GB930879_S38]


title: human WBC DNase [GB930884_S43]


title: human WBC DNase [GB930887_S46]


title: human WBC DNase [GB930882_S41]


title: human WBC DNase [GB930885_S44]


title: human WBC DNase [GB930877_S36]


title: human WBC DNase [GB930881_S40]


title: human WBC DNase [GB930880_S39]


title: human WBC DNase [GB930875_S34]


title: human WBC DNase [GB930874_S33]


title: human WBC DNase [GB930876_S35]


title: human WBC DNase [GB930872_S31]


title: human WBC DNase [GB930873_S32]


title: human WBC DNase [GB930867_S26]


title: human WBC DNase [GB930868_S27]


title: human WBC DNase [GB930870_S29]


title: human WBC DNase [GB930871_S30]


title: human WBC DNase [GB930869_S28]


title: human WBC DNase [GB931054_S205]


title: human WBC DNase [GB930883_S42]


title: human WBC DNase [GB930864_S23]


title: human WBC DNase [GB930860_S19]


title: human WBC DNase [GB930859_S18]


title: human WBC DNase [GB930865_S24]


title: human WBC DNase [GB930855_S14]


title: human WBC DNase [GB930861_S20]


title: human WBC DNase [GB930856_S15]


title: human WBC DNase [GB930858_S17]


title: human WBC DNase [GB930850_S9]


title: human WBC DNase [GB930848_S7]


title: human WBC DNase [GB930851_S10]


title: human WBC DNase [GB930852_S11]


title: human WBC DNase [GB930849_S8]


title: human WBC DNase [GB930844_S3]


title: human WBC DNase [GB930842_S1]


title: human WBC DNase [GB930841_S233]


title: human WBC DNase [GB930843_S2]


title: human WBC DNase [GB930840_S232]


title: human WBC DNase [GB930845_S4]


title: human WBC DNase [GB930846_S5]


title: human WBC DNase [GB930839_S231]


title: human WBC DNase [GB930838_S230]


title: human WBC DNase [GB930866_S25]


title: human WBC DNase [GB930837_S229]


title: human WBC DNase [GB930863_S22]


title: human WBC DNase [GB930854_S13]


title: human WBC DNase [GB930836_S228]


title: human WBC DNase [GB930834_S226]


title: human WBC DNase [GB930832_S224]


title: human WBC DNase [GB930833_S225]


title: human WBC DNase [GB930829_S221]


title: human WBC DNase [GB930828_S220]


title: human WBC DNase [GB930830_S222]


title: human WBC DNase [GB930831_S223]


title: human WBC DNase [GB930827_S219]


title: human WBC DNase [GB930823_S215]


title: human WBC DNase [GB930826_S218]


title: human WBC DNase [GB930824_S216]


title: human WBC DNase [GB930821_S213]


title: human WBC DNase [GB930819_S211]


title: human WBC DNase [GB930820_S212]


title: human WBC DNase [GB930815_S207]


title: human WBC DNase [GB930818_S210]


title: human WBC DNase [GB930825_S217]


title: human WBC DNase [GB930816_S208]


title: human WBC DNase [GB930814_S206]


title: human WBC DNase [GB930822_S214]


title: human WBC DNase [GB930813_S205]


title: human WBC DNase [GB930812_S204]


title: human WBC DNase [GB930835_S227]


title: human WBC DNase [GB930811_S203]


title: human WBC DNase [GB930810_S202]


title: human WBC DNase [GB930807_S199]


title: human WBC DNase [GB930808_S200]


title: human WBC DNase [GB930805_S197]


title: human WBC DNase [GB930804_S196]


title: human WBC DNase [GB930806_S198]


title: human WBC DNase [GB930796_S192]


title: human WBC DNase [GB930801_S193]


title: human WBC DNase [GB930792_S188]


title: human WBC DNase [GB930791_S187]


title: human WBC DNase [GB930795_S191]


title: human WBC DNase [GB930790_S186]


title: human WBC DNase [GB930789_S185]


title: human WBC DNase [GB930794_S190]


title: human WBC DNase [GB930817_S209]


title: human WBC DNase [GB930793_S189]


title: human WBC DNase [GB930788_S184]


title: human WBC DNase [GB930862_S21]


title: human WBC DNase [GB930802_S194]


title: human WBC DNase [GB930786_S182]


title: human WBC DNase [GB930787_S183]


title: human WBC DNase [GB930783_S179]


title: human WBC DNase [GB930784_S180]


title: human WBC DNase [GB930785_S181]


title: human WBC DNase [GB930782_S178]


title: human WBC DNase [GB930809_S201]


title: human WBC DNase [GB930780_S176]


title: human WBC DNase [GB930781_S177]


title: human WBC DNase [GB930803_S195]


title: human WBC DNase [GB930779_S175]


title: human WBC DNase [GB930778_S174]


title: human WBC DNase [GB930776_S172]


title: human WBC DNase [GB930777_S173]


title: human WBC DNase [GB930775_S171]


title: human WBC DNase [GB930773_S169]


title: human WBC DNase [GB930774_S170]


title: human WBC DNase [GB930769_S165]


title: human WBC DNase [GB930770_S166]


title: human WBC DNase [GB930772_S168]


title: human WBC DNase [GB930768_S164]


title: human WBC DNase [GB930765_S161]


title: human WBC DNase [GB930764_S160]


title: human WBC DNase [GB930766_S162]


title: human WBC DNase [GB930767_S163]


title: human WBC DNase [GB930763_S159]


title: human WBC DNase [GB930761_S157]


title: human WBC DNase [GB930762_S158]


title: human WBC DNase [GB930760_S156]


title: human WBC DNase [GB930759_S155]


title: human WBC DNase [GB930755_S151]


title: human WBC DNase [GB930758_S154]


title: human WBC DNase [GB930757_S153]


title: human WBC DNase [GB930756_S152]


title: human WBC DNase [GB930754_S150]


title: human WBC DNase [GB930753_S149]


title: human WBC DNase [GB930748_S144]


title: human WBC DNase [GB930752_S148]


title: human WBC DNase [GB930751_S147]


title: human WBC DNase [GB930771_S167]


title: human WBC DNase [GB930749_S145]


title: human WBC DNase [GB930750_S146]


title: human WBC DNase [GB930740_S136]


title: human WBC DNase [GB930738_S134]


title: human WBC DNase [GB930743_S139]


title: human WBC DNase [GB930746_S142]


title: human WBC DNase [GB930744_S140]


title: human WBC DNase [GB930745_S141]


title: human WBC DNase [GB930853_S12]


title: human WBC DNase [GB930737_S133]


title: human WBC DNase [GB930736_S132]


title: human WBC DNase [GB930741_S137]


title: human WBC DNase [GB930742_S138]


title: human WBC DNase [GB930730_S126]


title: human WBC DNase [GB930729_S125]


title: human WBC DNase [GB930739_S135]


title: human WBC DNase [GB930747_S143]


title: human WBC DNase [GB930731_S127]


title: human WBC DNase [GB930733_S129]


title: human WBC DNase [GB930734_S130]


title: human WBC DNase [GB930728_S124]


title: human WBC DNase [GB930726_S122]


title: human WBC DNase [GB930727_S123]


title: human WBC DNase [GB930725_S121]


title: human WBC DNase [GB930723_S119]


title: human WBC DNase [GB930724_S120]


title: human WBC DNase [GB930721_S117]


title: human WBC DNase [GB930722_S118]


title: human WBC DNase [GB930718_S114]


title: human WBC DNase [GB930719_S115]


title: human WBC DNase [GB930732_S128]


title: human WBC DNase [GB930714_S110]


title: human WBC DNase [GB930712_S108]


title: human WBC DNase [GB930735_S131]


title: human WBC DNase [GB930713_S109]


title: human WBC DNase [GB930709_S105]


title: human WBC DNase [GB930708_S104]


title: human WBC DNase [GB930710_S106]


title: human WBC DNase [GB930711_S107]


title: human WBC DNase [GB930707_S103]


title: human WBC DNase [GB930706_S102]


title: human WBC DNase [GB930704_S100]


title: human WBC DNase [GB930703_S99]


title: human WBC DNase [GB930720_S116]


title: human WBC DNase [GB930705_S101]


title: human WBC DNase [GB930717_S113]


title: human WBC DNase [GB930696_S96]


title: human WBC DNase [GB930701_S97]


title: human WBC DNase [GB930715_S111]


title: human WBC DNase [GB930694_S94]


title: human WBC DNase [GB930716_S112]


title: human WBC DNase [GB930692_S92]


title: human WBC DNase [GB930690_S90]


title: human WBC DNase [GB930689_S89]


title: human WBC DNase [GB930687_S87]


title: human WBC DNase [GB930686_S86]


title: human WBC DNase [GB930847_S6]


title: human WBC DNase [GB930688_S88]


title: human WBC DNase [GB930685_S85]


title: human WBC DNase [GB930683_S83]


title: human WBC DNase [GB930684_S84]


title: human WBC DNase [GB930857_S16]


title: human WBC DNase [GB930702_S98]


title: human WBC DNase [GB930682_S82]


title: human WBC DNase [GB930681_S81]


title: human WBC DNase [GB930678_S78]


title: human WBC DNase [GB930679_S79]


title: human WBC DNase [GB930680_S80]


title: human WBC DNase [GB930676_S76]


title: human WBC DNase [GB930693_S93]


title: human WBC DNase [GB930677_S77]


title: human WBC DNase [GB930691_S91]


title: human WBC DNase [GB930673_S73]


title: human WBC DNase [GB930695_S95]


title: human WBC DNase [GB930674_S74]


title: human WBC DNase [GB930675_S75]


title: human WBC DNase [GB930672_S72]


title: human WBC DNase [GB930670_S70]


title: human WBC DNase [GB930668_S68]


title: human WBC DNase [GB930667_S67]


title: human WBC DNase [GB930665_S65]


title: human WBC DNase [GB930669_S69]


title: human WBC DNase [GB930661_S61]


title: human WBC DNase [GB930663_S63]


title: human WBC DNase [GB930660_S60]


title: human WBC DNase [GB930662_S62]


title: human WBC DNase [GB930659_S59]


title: human WBC DNase [GB930655_S55]


title: human WBC DNase [GB930656_S56]


title: human WBC DNase [GB930651_S51]


title: human WBC DNase [GB930652_S52]


title: human WBC DNase [GB930650_S50]


title: human WBC DNase [GB930653_S53]


title: human WBC DNase [GB930671_S71]


title: human WBC DNase [GB930649_S49]


title: human WBC DNase [GB930648_S48]


title: human WBC DNase [GB930647_S47]


title: human WBC DNase [GB930666_S66]


title: human WBC DNase [GB930646_S46]


title: human WBC DNase [GB930645_S45]


title: human WBC DNase [GB930644_S44]


title: human WBC DNase [GB930642_S42]


title: human WBC DNase [GB930664_S64]


title: human WBC DNase [GB930643_S43]


title: human WBC DNase [GB930640_S40]


title: human WBC DNase [GB930641_S41]


title: human WBC DNase [GB930638_S38]


title: human WBC DNase [GB930637_S37]


title: human WBC DNase [GB930639_S39]


title: human WBC DNase [GB930654_S54]


title: human WBC DNase [GB930658_S58]


title: human WBC DNase [GB930634_S34]


title: human WBC DNase [GB930635_S35]


title: human WBC DNase [GB930633_S33]


title: human WBC DNase [GB930636_S36]


title: human WBC DNase [GB930632_S32]


title: human WBC DNase [GB930631_S31]


title: human WBC DNase [GB930630_S30]


title: human WBC DNase [GB930627_S27]


title: human WBC DNase [GB930624_S24]


title: human WBC DNase [GB930625_S25]


title: human WBC DNase [GB930629_S29]


title: human WBC DNase [GB930626_S26]


title: human WBC DNase [GB930621_S21]


title: human WBC DNase [GB930623_S23]


title: human WBC DNase [GB930622_S22]


title: human WBC DNase [GB930620_S20]


title: human WBC DNase [GB930618_S18]


title: human WBC DNase [GB930616_S16]


title: human WBC DNase [GB930617_S17]


title: human WBC DNase [GB930619_S19]


title: human WBC DNase [GB930615_S15]


title: human WBC DNase [GB930614_S14]


title: human WBC DNase [GB930613_S13]


title: human WBC DNase [GB930611_S11]


title: human WBC DNase [GB930612_S12]


title: human WBC DNase [GB930609_S9]


title: human WBC DNase [GB930607_S7]


title: human WBC DNase [GB930608_S8]


title: human WBC DNase [GB930605_S5]


title: human WBC DNase [GB930606_S6]


title: human WBC DNase [GB930603_S3]


title: human WBC DNase [GB930604_S4]


title: human WBC DNase [GB930657_S57]


title: human WBC DNase [GB930602_S2]


title: human WBC DNase [GB930628_S28]


title: human WBC DNase [GB4030480_S247]


title: human WBC DNase [GB4030476_S243]


title: human WBC DNase [GB930601_S1]


title: human WBC DNase [GB4030478_S245]


title: human WBC DNase [GB4030475_S242]


title: human WBC DNase [GB4030474_S241]


title: human WBC DNase [GB4030472_S239]


title: human WBC DNase [GB4030469_S236]


title: human WBC DNase [GB930610_S10]


title: human WBC DNase [GB4030479_S246]


title: human WBC DNase [GB4030473_S240]


title: human WBC DNase [GB4030471_S238]


title: human WBC DNase [GB4030470_S237]


title: human WBC DNase [GB4030466_S233]


title: human WBC DNase [GB4030468_S235]


title: human WBC DNase [GB4030467_S234]


title: human WBC DNase [GB4030465_S232]


title: human WBC DNase [GB4030464_S231]


title: human WBC DNase [GB4030462_S229]


title: human WBC DNase [GB4030463_S230]


title: human WBC DNase [GB4030460_S227]


title: human WBC DNase [GB4030461_S228]


title: human WBC DNase [GB4030456_S223]


title: human WBC DNase [GB4030457_S224]


title: human WBC DNase [GB4030459_S226]


title: human WBC DNase [GB4030458_S225]


title: human WBC DNase [GB4030477_S244]


title: human WBC DNase [GB4030455_S222]


title: human WBC DNase [GB4030454_S221]


title: human WBC DNase [GB4030453_S220]


title: human WBC DNase [GB4030452_S219]


title: human WBC DNase [GB4030451_S218]


title: human WBC DNase [GB4030450_S217]


title: human WBC DNase [GB4030448_S215]


title: human WBC DNase [GB4030449_S216]


title: human WBC DNase [GB4030445_S212]


title: human WBC DNase [GB4030443_S210]


title: human WBC DNase [GB4030446_S213]


title: human WBC DNase [GB4030444_S211]


title: human WBC DNase [GB4030442_S209]


title: human WBC DNase [GB4030440_S207]


title: human WBC DNase [GB4030447_S214]


title: human WBC DNase [GB4030438_S205]


title: human WBC DNase [GB4030439_S206]


title: human WBC DNase [GB4030434_S201]


title: human WBC DNase [GB4030431_S198]


title: human WBC DNase [GB4030433_S200]


title: human WBC DNase [GB4030430_S197]


title: human WBC DNase [GB4030435_S202]


title: human WBC DNase [GB4030426_S193]


title: human WBC DNase [GB4030436_S203]


title: human WBC DNase [GB4030425_S192]


title: human WBC DNase [GB4030424_S191]


title: human WBC DNase [GB4030423_S190]


title: human WBC DNase [GB4030421_S188]


title: human WBC DNase [GB4030441_S208]


title: human WBC DNase [GB4030422_S189]


title: human WBC DNase [GB4030432_S199]


title: human WBC DNase [GB4030427_S194]


title: human WBC DNase [GB4030429_S196]


title: human WBC DNase [GB4030428_S195]


title: human WBC DNase [GB4030420_S187]


title: human WBC DNase [GB4030419_S186]


title: human WBC DNase [GB4030418_S185]


title: human WBC DNase [GB4030414_S181]


title: human WBC DNase [GB4030413_S180]


title: human WBC DNase [GB4030412_S179]


title: human WBC DNase [GB4030416_S183]


title: human WBC DNase [GB4030417_S184]


title: human WBC DNase [GB4030415_S182]


title: human WBC DNase [GB4030410_S177]


title: human WBC DNase [GB4030409_S176]


title: human WBC DNase [GB4030406_S173]


title: human WBC DNase [GB4030407_S174]


title: human WBC DNase [GB4030405_S172]


title: human WBC DNase [GB4030404_S171]


title: human WBC DNase [GB4030403_S170]


title: human WBC DNase [GB4030400_S167]


title: human WBC DNase [GB4030408_S175]


title: human WBC DNase [GB4030399_S166]


title: human WBC DNase [GB4030397_S164]


title: human WBC DNase [GB4030398_S165]


title: human WBC DNase [GB4030394_S161]


title: human WBC DNase [GB4030393_S160]


title: human WBC DNase [GB4030401_S168]


title: human WBC DNase [GB4030392_S159]


title: human WBC DNase [GB4030390_S157]


title: human WBC DNase [GB4030437_S204]


title: human WBC DNase [GB4030402_S169]


title: human WBC DNase [GB4030389_S156]


title: human WBC DNase [GB4030391_S158]


title: human WBC DNase [GB4030411_S178]


title: human WBC DNase [GB4030395_S162]


title: human WBC DNase [GB4030387_S154]


title: human WBC DNase [GB4030388_S155]


title: human WBC DNase [GB4030386_S153]


title: human WBC DNase [GB4030384_S151]


title: human WBC DNase [GB4030385_S152]


title: human WBC DNase [GB4030396_S163]


title: human WBC DNase [GB4030382_S149]


title: human WBC DNase [GB4030383_S150]


title: human WBC DNase [GB4030381_S148]


title: human WBC DNase [GB4030379_S146]


title: human WBC DNase [GB4030378_S145]


title: human WBC DNase [GB4030377_S144]


title: human WBC DNase [GB4030373_S140]


title: human WBC DNase [GB4030374_S141]


title: human WBC DNase [GB4030372_S139]


title: human WBC DNase [GB4030369_S136]


title: human WBC DNase [GB4030371_S138]


title: human WBC DNase [GB4030370_S137]


title: human WBC DNase [GB4030376_S143]


title: human WBC DNase [GB4030365_S132]


title: human WBC DNase [GB4030366_S133]


title: human WBC DNase [GB4030364_S131]


title: human WBC DNase [GB4030363_S130]


title: human WBC DNase [GB4030361_S128]


title: human WBC DNase [GB4030367_S134]


title: human WBC DNase [GB4030368_S135]


title: human WBC DNase [GB4030362_S129]


title: human WBC DNase [GB4030360_S127]


title: human WBC DNase [GB4030359_S126]


title: human WBC DNase [GB4030357_S124]


title: human WBC DNase [GB4030358_S125]


title: human WBC DNase [GB4030355_S122]


title: human WBC DNase [GB4030354_S121]


title: human WBC DNase [GB4030380_S147]


title: human WBC DNase [GB4030375_S142]


title: human WBC DNase [GB4030351_S118]


title: human WBC DNase [GB4030353_S120]


title: human WBC DNase [GB4030350_S117]


title: human WBC DNase [GB4030349_S116]


title: human WBC DNase [GB4030344_S111]


title: human WBC DNase [GB4030346_S113]


title: human WBC DNase [GB4030348_S115]


title: human WBC DNase [GB4030345_S112]


title: human WBC DNase [GB4030347_S114]


title: human WBC DNase [GB4030343_S110]


title: human WBC DNase [GB4030341_S108]


title: human WBC DNase [GB4030342_S109]


title: human WBC DNase [GB4030339_S106]


title: human WBC DNase [GB4030340_S107]


title: human WBC DNase [GB4030335_S102]


title: human WBC DNase [GB4030356_S123]


title: human WBC DNase [GB4030329_S96]


title: human WBC DNase [GB4030333_S100]


title: human WBC DNase [GB4030332_S99]


title: human WBC DNase [GB4030328_S95]


title: human WBC DNase [GB4030337_S104]


title: human WBC DNase [GB4030334_S101]


title: human WBC DNase [GB4030352_S119]


title: human WBC DNase [GB4030336_S103]


title: human WBC DNase [GB4030331_S98]


title: human WBC DNase [GB4030326_S93]


title: human WBC DNase [GB4030323_S90]


title: human WBC DNase [GB4030325_S92]


title: human WBC DNase [GB4030327_S94]


title: human WBC DNase [GB4030330_S97]


title: human WBC DNase [GB4030321_S88]


title: human WBC DNase [GB4030324_S91]


title: human WBC DNase [GB4030319_S86]


title: human WBC DNase [GB4030320_S87]


title: human WBC DNase [GB4030316_S83]


title: human WBC DNase [GB4030317_S84]


title: human WBC DNase [GB4030312_S79]


title: human WBC DNase [GB4030311_S78]


title: human WBC DNase [GB4030309_S76]


title: human WBC DNase [GB4030310_S77]


title: human WBC DNase [GB4030314_S81]


title: human WBC DNase [GB4030308_S75]


title: human WBC DNase [GB4030304_S71]


title: human WBC DNase [GB4030305_S72]


title: human WBC DNase [GB4030301_S68]


title: human WBC DNase [GB4030303_S70]


title: human WBC DNase [GB4030302_S69]


title: human WBC DNase [GB4030307_S74]


title: human WBC DNase [GB4030299_S66]


title: human WBC DNase [GB4030296_S63]


title: human WBC DNase [GB4030300_S67]


title: human WBC DNase [GB4030298_S65]


title: human WBC DNase [GB4030297_S64]


title: human WBC DNase [GB4030322_S89]


title: human WBC DNase [GB4030295_S62]


title: human WBC DNase [GB4030293_S60]


title: human WBC DNase [GB4030315_S82]


title: human WBC DNase [GB4030318_S85]


title: human WBC DNase [GB4030290_S57]


title: human WBC DNase [GB4030287_S54]


title: human WBC DNase [GB4030285_S52]


title: human WBC DNase [GB4030288_S55]


title: human WBC DNase [GB4030289_S56]


title: human WBC DNase [GB4030292_S59]


title: human WBC DNase [GB4030283_S50]


title: human WBC DNase [GB4030291_S58]


title: human WBC DNase [GB4030286_S53]


title: human WBC DNase [GB4030284_S51]


title: human WBC DNase [GB4030280_S47]


title: human WBC DNase [GB4030282_S49]


title: human WBC DNase [GB4030278_S45]


title: human WBC DNase [GB4030281_S48]


title: human WBC DNase [GB4030277_S44]


title: human WBC DNase [GB4030276_S43]


title: human WBC DNase [GB4030273_S40]


title: human WBC DNase [GB4030279_S46]


title: human WBC DNase [GB4030274_S41]


title: human WBC DNase [GB4030272_S39]


title: human WBC DNase [GB4030275_S42]


title: human WBC DNase [GB4030294_S61]


title: human WBC DNase [GB4030270_S37]


title: human WBC DNase [GB4030268_S35]


title: human WBC DNase [GB4030267_S34]


title: human WBC DNase [GB4030265_S32]


title: human WBC DNase [GB4030264_S31]


title: human WBC DNase [GB4030266_S33]


title: human WBC DNase [GB4030262_S29]


title: human WBC DNase [GB4030306_S73]


title: human WBC DNase [GB4030263_S30]


title: human WBC DNase [GB4030261_S28]


title: human WBC DNase [GB4030313_S80]


title: human WBC DNase [GB4030259_S26]


title: human WBC DNase [GB4030255_S22]


title: human WBC DNase [GB4030257_S24]


title: human WBC DNase [GB4030256_S23]


title: human WBC DNase [GB4030258_S25]


title: human WBC DNase [GB4030260_S27]


title: human WBC DNase [GB4030271_S38]


title: human WBC DNase [GB4030251_S18]


title: human WBC DNase [GB4030249_S16]


title: human WBC DNase [GB4030269_S36]


title: human WBC DNase [GB4030246_S13]


title: human WBC DNase [GB4030247_S14]


title: human WBC DNase [GB4030245_S12]


title: human WBC DNase [GB4030244_S11]


title: human WBC DNase [GB4030243_S10]


title: human WBC DNase [GB4030242_S9]


title: human WBC DNase [GB4030240_S7]


title: human WBC DNase [GB4030239_S6]


title: human WBC DNase [GB4030237_S4]


title: human WBC DNase [GB4030238_S5]


title: human WBC DNase [GB4030235_S2]


title: human WBC DNase [GB4030252_S19]


title: human WBC DNase [GB4030253_S20]


title: human WBC DNase [GB4030234_S1]


title: human WBC DNase [GB4030254_S21]


title: human WBC DNase [GB4030233_S233]


title: human WBC DNase [GB4030231_S231]


title: human WBC DNase [GB4030230_S230]


title: human WBC DNase [GB4030248_S15]


title: human WBC DNase [GB4030228_S228]


title: human WBC DNase [GB4030229_S229]


title: human WBC DNase [GB4030250_S17]


title: human WBC DNase [GB4030225_S225]


title: human WBC DNase [GB4030227_S227]


title: human WBC DNase [GB4030226_S226]


title: human WBC DNase [GB4030221_S221]


title: human WBC DNase [GB4030223_S223]


title: human WBC DNase [GB4030224_S224]


title: human WBC DNase [GB4030222_S222]


title: human WBC DNase [GB4030241_S8]


title: human WBC DNase [GB4030219_S219]


title: human WBC DNase [GB4030236_S3]


title: human WBC DNase [GB4030218_S218]


title: human WBC DNase [GB4030216_S216]


title: human WBC DNase [GB4030215_S215]


title: human WBC DNase [GB4030232_S232]


title: human WBC DNase [GB4030217_S217]


title: human WBC DNase [GB4030338_S105]


title: human WBC DNase [GB4030210_S210]


title: human WBC DNase [GB4030207_S207]


title: human WBC DNase [GB4030214_S214]


title: human WBC DNase [GB4030212_S212]


title: human WBC DNase [GB4030205_S205]


title: human WBC DNase [GB4030208_S208]


title: human WBC DNase [GB4030203_S203]


title: human WBC DNase [GB4030209_S209]


title: human WBC DNase [GB4030206_S206]


title: human WBC DNase [GB4030202_S202]


title: human WBC DNase [GB4030211_S211]


title: human WBC DNase [GB4030201_S201]


title: human WBC DNase [GB4030204_S204]


title: human WBC DNase [GB4030200_S200]


title: human WBC DNase [GB4030199_S199]


title: human WBC DNase [GB4030198_S198]


title: human WBC DNase [GB4030196_S196]


title: human WBC DNase [GB4030197_S197]


title: human WBC DNase [GB4030213_S213]


title: human WBC DNase [GB4030191_S191]


title: human WBC DNase [GB4030193_S193]


title: human WBC DNase [GB4030192_S192]


title: human WBC DNase [GB4030195_S195]


title: human WBC DNase [GB4030189_S189]


title: human WBC DNase [GB4030187_S187]


title: human WBC DNase [GB4030184_S184]


title: human WBC DNase [GB4030186_S186]


title: human WBC DNase [GB4030185_S185]


title: human WBC DNase [GB4030183_S183]


title: human WBC DNase [GB4030182_S182]


title: human WBC DNase [GB4030179_S179]


title: human WBC DNase [GB4030188_S188]


title: human WBC DNase [GB4030177_S177]


title: human WBC DNase [GB4030181_S181]


title: human WBC DNase [GB4030176_S176]


title: human WBC DNase [GB4030178_S178]


title: human WBC DNase [GB4030172_S172]


title: human WBC DNase [GB4030175_S175]


title: human WBC DNase [GB4030171_S171]


title: human WBC DNase [GB4030169_S169]


title: human WBC DNase [GB4030170_S170]


title: human WBC DNase [GB4030180_S180]


title: human WBC DNase [GB4030190_S190]


title: human WBC DNase [GB4030220_S220]


title: human WBC DNase [GB4030166_S166]


title: human WBC DNase [GB4030168_S168]


title: human WBC DNase [GB4030167_S167]


title: human WBC DNase [GB4030163_S163]


title: human WBC DNase [GB4030165_S165]


title: human WBC DNase [GB4030164_S164]


title: human WBC DNase [GB4030194_S194]


title: human WBC DNase [GB4030161_S161]


title: human WBC DNase [GB4030159_S159]


title: human WBC DNase [GB4030173_S173]


title: human WBC DNase [GB4030158_S158]


title: human WBC DNase [GB4030155_S155]


title: human WBC DNase [GB4030154_S154]


title: human WBC DNase [GB4030174_S174]


title: human WBC DNase [GB4030157_S157]


title: human WBC DNase [GB4030156_S156]


title: human WBC DNase [GB4030150_S150]


title: human WBC DNase [GB4030149_S149]


title: human WBC DNase [GB4030152_S152]


title: human WBC DNase [GB4030151_S151]


title: human WBC DNase [GB4030153_S153]


title: human WBC DNase [GB4030162_S162]


title: human WBC DNase [GB4030147_S147]


title: human WBC DNase [GB4030148_S148]


title: human WBC DNase [GB4030144_S144]


title: human WBC DNase [GB4030146_S146]


title: human WBC DNase [GB4030145_S145]


title: human WBC DNase [GB4030142_S142]


title: human WBC DNase [GB4030143_S143]


title: human WBC DNase [GB4030139_S139]


title: human WBC DNase [GB4030141_S141]


title: human WBC DNase [GB4030140_S140]


title: human WBC DNase [GB4030137_S137]


title: human WBC DNase [GB4030160_S160]


title: human WBC DNase [GB4030135_S135]


title: human WBC DNase [GB4030138_S138]


title: human WBC DNase [GB4030136_S136]


title: human WBC DNase [GB4030132_S132]


title: human WBC DNase [GB4030130_S130]


title: human WBC DNase [GB4030129_S129]


title: human WBC DNase [GB4030128_S128]


title: human WBC DNase [GB4030131_S131]


title: human WBC DNase [GB4030126_S126]


title: human WBC DNase [GB4030122_S122]


title: human WBC DNase [GB4030124_S124]


title: human WBC DNase [GB4030123_S123]


title: human WBC DNase [GB4030121_S121]


title: human WBC DNase [GB4030120_S120]


title: human WBC DNase [GB4030119_S119]


title: human WBC DNase [GB4030118_S118]


title: human WBC DNase [GB4030125_S125]


title: human WBC DNase [GB4030113_S113]


title: human WBC DNase [GB4030116_S116]


title: human WBC DNase [GB4030115_S115]


title: human WBC DNase [GB4030111_S111]


title: human WBC DNase [GB4030114_S114]


title: human WBC DNase [GB4030112_S112]


title: human WBC DNase [GB4030106_S106]


title: human WBC DNase [GB4030108_S108]


title: human WBC DNase [GB4030134_S134]


title: human WBC DNase [GB4030107_S107]


title: human WBC DNase [GB4030109_S109]


title: human WBC DNase [GB4030105_S105]


title: human WBC DNase [GB4030133_S133]


title: human WBC DNase [GB4030110_S110]


title: human WBC DNase [GB4030127_S127]


title: human WBC DNase [GB4030104_S104]


title: human WBC DNase [GB4030103_S103]


title: human WBC DNase [GB4030101_S101]


title: human WBC DNase [GB4030102_S102]


title: human WBC DNase [GB4030100_S100]


title: human WBC DNase [GB4030099_S99]


title: human WBC DNase [GB4030117_S117]


title: human WBC DNase [GB4030096_S96]


title: human WBC DNase [GB4030094_S94]


title: human WBC DNase [GB4030097_S97]


title: human WBC DNase [GB4030098_S98]


title: human WBC DNase [GB4030093_S93]


title: human WBC DNase [GB4030092_S92]


title: human WBC DNase [GB4030091_S91]


title: human WBC DNase [GB4030089_S89]


title: human WBC DNase [GB4030086_S86]


title: human WBC DNase [GB4030084_S84]


title: human WBC DNase [GB4030085_S85]


title: human WBC DNase [GB4030088_S88]


title: human WBC DNase [GB4030090_S90]


title: human WBC DNase [GB4030087_S87]


title: human WBC DNase [GB4030080_S80]


title: human WBC DNase [GB4030081_S81]


title: human WBC DNase [GB4030083_S83]


title: human WBC DNase [GB4030079_S79]


title: human WBC DNase [GB4030082_S82]


title: human WBC DNase [GB4030078_S78]


title: human WBC DNase [GB4030076_S76]


title: human WBC DNase [GB4030075_S75]


title: human WBC DNase [GB4030074_S74]


title: human WBC DNase [GB4030073_S73]


title: human WBC DNase [GB4030095_S95]


title: human WBC DNase [GB4030072_S72]


title: human WBC DNase [GB4030070_S70]


title: human WBC DNase [GB4030069_S69]


title: human WBC DNase [GB4030065_S65]


title: human WBC DNase [GB4030067_S67]


title: human WBC DNase [GB4030068_S68]


title: human WBC DNase [GB4030066_S66]


title: human WBC DNase [GB4030077_S77]


title: human WBC DNase [GB4030063_S63]


title: human WBC DNase [GB4030061_S61]


title: human WBC DNase [GB4030062_S62]


title: human WBC DNase [GB4030057_S57]


title: human WBC DNase [GB4030060_S60]


title: human WBC DNase [GB4030071_S71]


title: human WBC DNase [GB4030058_S58]


title: human WBC DNase [GB4030056_S56]


title: human WBC DNase [GB4030054_S54]


title: human WBC DNase [GB4030053_S53]


title: human WBC DNase [GB4030055_S55]


title: human WBC DNase [GB4030050_S50]


title: human WBC DNase [GB4030051_S51]


title: human WBC DNase [GB4030048_S48]


title: human WBC DNase [GB4030044_S44]


title: human WBC DNase [GB4030047_S47]


title: human WBC DNase [GB4030043_S43]


title: human WBC DNase [GB4030064_S64]


title: human WBC DNase [GB4030038_S38]


title: human WBC DNase [GB4030052_S52]


title: human WBC DNase [GB4030040_S40]


title: human WBC DNase [GB4030037_S37]


title: human WBC DNase [GB4030059_S59]


title: human WBC DNase [GB4030039_S39]


title: human WBC DNase [GB4030036_S36]


title: human WBC DNase [GB4030049_S49]


title: human WBC DNase [GB4030035_S35]


title: human WBC DNase [GB4030042_S42]


title: human WBC DNase [GB4030046_S46]


title: human WBC DNase [GB4030041_S41]


title: human WBC DNase [GB4030033_S33]


title: human WBC DNase [GB4030034_S34]


title: human WBC DNase [GB4030032_S32]


title: human WBC DNase [GB4030029_S29]


title: human WBC DNase [GB4030030_S30]


title: human WBC DNase [GB4030031_S31]


title: human WBC DNase [GB4030026_S26]


title: human WBC DNase [GB4030024_S24]


title: human WBC DNase [GB4030025_S25]


title: human WBC DNase [GB4030028_S28]


title: human WBC DNase [GB4030027_S27]


title: human WBC DNase [GB4030022_S22]


title: human WBC DNase [GB4030020_S20]


title: human WBC DNase [GB4030019_S19]


title: human WBC DNase [GB4030021_S21]


title: human WBC DNase [GB4030018_S18]


title: human WBC DNase [GB4030017_S17]


title: human WBC DNase [GB4030016_S16]


title: human WBC DNase [GB4030015_S15]


title: human WBC DNase [GB4030014_S14]


title: human WBC DNase [GB4030012_S12]


title: human WBC DNase [GB4030023_S23]


title: human WBC DNase [GB4030011_S11]


title: human WBC DNase [GB4030013_S13]


title: human WBC DNase [GB4030009_S9]


title: human WBC DNase [GB4030010_S10]


title: human WBC DNase [GB4030007_S7]


title: human WBC DNase [GB4030006_S6]


title: human WBC DNase [GB4030001_S1]


title: human WBC DNase [GB4030005_S5]


title: human WBC DNase [GB4030002_S2]


title: human WBC DNase [GB4030004_S4]


title: human WBC DNase [GB4030003_S3]


title: human WBC DNase [GB4029477_S244]


title: human WBC DNase [GB4029476_S243]


title: human WBC DNase [GB4029479_S246]


title: human WBC DNase [GB4029471_S238]


title: human WBC DNase [GB4029474_S241]


title: human WBC DNase [GB4029470_S237]


title: human WBC DNase [GB4029469_S236]


title: human WBC DNase [GB4029468_S235]


title: human WBC DNase [GB4029466_S233]


title: human WBC DNase [GB4029465_S232]


title: human WBC DNase [GB4029467_S234]


title: human WBC DNase [GB4029463_S230]


title: human WBC DNase [GB4029472_S239]


title: human WBC DNase [GB4029462_S229]


title: human WBC DNase [GB4029475_S242]


title: human WBC DNase [GB4029460_S227]


title: human WBC DNase [GB4029473_S240]


title: human WBC DNase [GB4029461_S228]


title: human WBC DNase [GB4029464_S231]


title: human WBC DNase [GB4029459_S226]


title: human WBC DNase [GB4029457_S224]


title: human WBC DNase [GB4029456_S223]


title: human WBC DNase [GB4029458_S225]


title: human WBC DNase [GB4029455_S222]


title: human WBC DNase [GB4029454_S221]


title: human WBC DNase [GB4029453_S220]


title: human WBC DNase [GB4029452_S219]


title: human WBC DNase [GB4029449_S216]


title: human WBC DNase [GB4029448_S215]


title: human WBC DNase [GB4029450_S217]


title: human WBC DNase [GB4030008_S8]


title: human WBC DNase [GB4029447_S214]


title: human WBC DNase [GB4029444_S211]


title: human WBC DNase [GB4029443_S210]


title: human WBC DNase [GB4029445_S212]


title: human WBC DNase [GB4029446_S213]


title: human WBC DNase [GB4029441_S208]


title: human WBC DNase [GB4029439_S206]


title: human WBC DNase [GB4029438_S205]


title: human WBC DNase [GB4029440_S207]


title: human WBC DNase [GB4029436_S203]


title: human WBC DNase [GB4029435_S202]


title: human WBC DNase [GB4029437_S204]


title: human WBC DNase [GB4029442_S209]


title: human WBC DNase [GB4029429_S196]


title: human WBC DNase [GB4029430_S197]


title: human WBC DNase [GB4029431_S198]


title: human WBC DNase [GB4029434_S201]


title: human WBC DNase [GB4029428_S195]


title: human WBC DNase [GB4030045_S45]


title: human WBC DNase [GB4029451_S218]


title: human WBC DNase [GB4029427_S194]


title: human WBC DNase [GB4029425_S192]


title: human WBC DNase [GB4029426_S193]


title: human WBC DNase [GB4029422_S189]


title: human WBC DNase [GB4029423_S190]


title: human WBC DNase [GB4029420_S187]


title: human WBC DNase [GB4029421_S188]


title: human WBC DNase [GB4029418_S185]


title: human WBC DNase [GB4029419_S186]


title: human WBC DNase [GB4029432_S199]


title: human WBC DNase [GB4029415_S182]


title: human WBC DNase [GB4029417_S184]


title: human WBC DNase [GB4029416_S183]


title: human WBC DNase [GB4029413_S180]


title: human WBC DNase [GB4029412_S179]


title: human WBC DNase [GB4029409_S176]


title: human WBC DNase [GB4029405_S172]


title: human WBC DNase [GB4029408_S175]


title: human WBC DNase [GB4029406_S173]


title: human WBC DNase [GB4029403_S170]


title: human WBC DNase [GB4029407_S174]


title: human WBC DNase [GB4029410_S177]


title: human WBC DNase [GB4029402_S169]


title: human WBC DNase [GB4029401_S168]


title: human WBC DNase [GB4029400_S167]


title: human WBC DNase [GB4029424_S191]


title: human WBC DNase [GB4029399_S166]


title: human WBC DNase [GB4029398_S165]


title: human WBC DNase [GB4029396_S163]


title: human WBC DNase [GB4029394_S161]


title: human WBC DNase [GB4029395_S162]


title: human WBC DNase [GB4029393_S160]


title: human WBC DNase [GB4029411_S178]


title: human WBC DNase [GB4029392_S159]


title: human WBC DNase [GB4029414_S181]


title: human WBC DNase [GB4029391_S158]


title: human WBC DNase [GB4029390_S157]


title: human WBC DNase [GB4029388_S155]


title: human WBC DNase [GB4029389_S156]


title: human WBC DNase [GB4029404_S171]


title: human WBC DNase [GB4029433_S200]


title: human WBC DNase [GB4029383_S150]


title: human WBC DNase [GB4029385_S152]


title: human WBC DNase [GB4029384_S151]


title: human WBC DNase [GB4029386_S153]


title: human WBC DNase [GB4029381_S148]


title: human WBC DNase [GB4029380_S147]


title: human WBC DNase [GB4029379_S146]


title: human WBC DNase [GB4029378_S145]


title: human WBC DNase [GB4029377_S144]


title: human WBC DNase [GB4029376_S143]


title: human WBC DNase [GB4029375_S142]


title: human WBC DNase [GB4029397_S164]


title: human WBC DNase [GB4029374_S141]


title: human WBC DNase [GB4029373_S140]


title: human WBC DNase [GB4029387_S154]


title: human WBC DNase [GB4029366_S133]


title: human WBC DNase [GB4029367_S134]


title: human WBC DNase [GB4029369_S136]


title: human WBC DNase [GB4029364_S131]


title: human WBC DNase [GB4029365_S132]


title: human WBC DNase [GB4029363_S130]


title: human WBC DNase [GB4029360_S127]


title: human WBC DNase [GB4029362_S129]


title: human WBC DNase [GB4029361_S128]


title: human WBC DNase [GB4029382_S149]


title: human WBC DNase [GB4029359_S126]


title: human WBC DNase [GB4029356_S123]


title: human WBC DNase [GB4029355_S122]


title: human WBC DNase [GB4029358_S125]


title: human WBC DNase [GB4029354_S121]


title: human WBC DNase [GB4029357_S124]


title: human WBC DNase [GB4029352_S119]


title: human WBC DNase [GB4029351_S118]


title: human WBC DNase [GB4029353_S120]


title: human WBC DNase [GB4029372_S139]


title: human WBC DNase [GB4029349_S116]


title: human WBC DNase [GB4029350_S117]


title: human WBC DNase [GB4029348_S115]


title: human WBC DNase [GB4029370_S137]


title: human WBC DNase [GB4029345_S112]


title: human WBC DNase [GB4029346_S113]


title: human WBC DNase [GB4029347_S114]


title: human WBC DNase [GB4029368_S135]


title: human WBC DNase [GB4029344_S111]


title: human WBC DNase [GB4029342_S109]


title: human WBC DNase [GB4029341_S108]


title: human WBC DNase [GB4029339_S106]


title: human WBC DNase [GB4029338_S105]


title: human WBC DNase [GB4029337_S104]


title: human WBC DNase [GB4029335_S102]


title: human WBC DNase [GB4029371_S138]


title: human WBC DNase [GB4029331_S98]


title: human WBC DNase [GB4029332_S99]


title: human WBC DNase [GB4029329_S96]


title: human WBC DNase [GB4029327_S94]


title: human WBC DNase [GB4029325_S92]


title: human WBC DNase [GB4029324_S91]


title: human WBC DNase [GB4029326_S93]


title: human WBC DNase [GB4029323_S90]


title: human WBC DNase [GB4029322_S89]


title: human WBC DNase [GB4029321_S88]


title: human WBC DNase [GB4029320_S87]


title: human WBC DNase [GB4029319_S86]


title: human WBC DNase [GB4029343_S110]


title: human WBC DNase [GB4029317_S84]


title: human WBC DNase [GB4029318_S85]


title: human WBC DNase [GB4029314_S81]


title: human WBC DNase [GB4029315_S82]


title: human WBC DNase [GB4029316_S83]


title: human WBC DNase [GB4029340_S107]


title: human WBC DNase [GB4029313_S80]


title: human WBC DNase [GB4029312_S79]


title: human WBC DNase [GB4029311_S78]


title: human WBC DNase [GB4029310_S77]


title: human WBC DNase [GB4029333_S100]


title: human WBC DNase [GB4029309_S76]


title: human WBC DNase [GB4029307_S74]


title: human WBC DNase [GB4029306_S73]


title: human WBC DNase [GB4029328_S95]


title: human WBC DNase [GB4029304_S71]


title: human WBC DNase [GB4029300_S67]


title: human WBC DNase [GB4029302_S69]


title: human WBC DNase [GB4029301_S68]


title: human WBC DNase [GB4029303_S70]


title: human WBC DNase [GB4029298_S65]


title: human WBC DNase [GB4029296_S63]


title: human WBC DNase [GB4029297_S64]


title: human WBC DNase [GB4029295_S62]


title: human WBC DNase [GB4029308_S75]


title: human WBC DNase [GB4029292_S59]


title: human WBC DNase [GB4029293_S60]


title: human WBC DNase [GB4029294_S61]


title: human WBC DNase [GB4029287_S54]


title: human WBC DNase [GB4029283_S50]


title: human WBC DNase [GB4029291_S58]


title: human WBC DNase [GB4029289_S56]


title: human WBC DNase [GB4029285_S52]


title: human WBC DNase [GB4029305_S72]


title: human WBC DNase [GB4029284_S51]


title: human WBC DNase [GB4029290_S57]


title: human WBC DNase [GB4029282_S49]


title: human WBC DNase [GB4029278_S45]


title: human WBC DNase [GB4029275_S42]


title: human WBC DNase [GB4029276_S43]


title: human WBC DNase [GB4029277_S44]


title: human WBC DNase [GB4029299_S66]


title: human WBC DNase [GB4029281_S48]


title: human WBC DNase [GB4029279_S46]


title: human WBC DNase [GB4029274_S41]


title: human WBC DNase [GB4029271_S38]


title: human WBC DNase [GB4029272_S39]


title: human WBC DNase [GB4029270_S37]


title: human WBC DNase [GB4029267_S34]


title: human WBC DNase [GB4029266_S33]


title: human WBC DNase [GB4029265_S32]


title: human WBC DNase [GB4029268_S35]


title: human WBC DNase [GB4029262_S29]


title: human WBC DNase [GB4029280_S47]


title: human WBC DNase [GB4029264_S31]


title: human WBC DNase [GB4029260_S27]


title: human WBC DNase [GB4029259_S26]


title: human WBC DNase [GB4029258_S25]


title: human WBC DNase [GB4029257_S24]


title: human WBC DNase [GB4029261_S28]


title: human WBC DNase [GB4029255_S22]


title: human WBC DNase [GB4029254_S21]


title: human WBC DNase [GB4029252_S19]


title: human WBC DNase [GB4029253_S20]


title: human WBC DNase [GB4029256_S23]


title: human WBC DNase [GB4029251_S18]


title: human WBC DNase [GB4029250_S17]


title: human WBC DNase [GB4029249_S16]


title: human WBC DNase [GB4029248_S15]


title: human WBC DNase [GB4029247_S14]


title: human WBC DNase [GB4029246_S13]


title: human WBC DNase [GB4029273_S40]


title: human WBC DNase [GB4029245_S12]


title: human WBC DNase [GB4029269_S36]


title: human WBC DNase [GB4029244_S11]


title: human WBC DNase [GB4029243_S10]


title: human WBC DNase [GB4029241_S8]


title: human WBC DNase [GB4029239_S6]


title: human WBC DNase [GB4029238_S5]


title: human WBC DNase [GB4029263_S30]


title: human WBC DNase [GB4029242_S9]


title: human WBC DNase [GB4029240_S7]


title: human WBC DNase [GB4029232_S232]


title: human WBC DNase [GB4029236_S3]


title: human WBC DNase [GB4029231_S231]


title: human WBC DNase [GB4029233_S233]


title: human WBC DNase [GB4029229_S229]


title: human WBC DNase [GB4029227_S227]


title: human WBC DNase [GB4029228_S228]


title: human WBC DNase [GB4029226_S226]


title: human WBC DNase [GB4029225_S225]


title: human WBC DNase [GB4029224_S224]


title: human WBC DNase [GB4029223_S223]


title: human WBC DNase [GB4029221_S221]


title: human WBC DNase [GB4029220_S220]


title: human WBC DNase [GB4029219_S219]


title: human WBC DNase [GB4029218_S218]


title: human WBC DNase [GB4029216_S216]


title: human WBC DNase [GB4029215_S215]


title: human WBC DNase [GB4029217_S217]


title: human WBC DNase [GB4029237_S4]


title: human WBC DNase [GB4029234_S1]


title: human WBC DNase [GB4029212_S212]


title: human WBC DNase [GB4029209_S209]


title: human WBC DNase [GB4029208_S208]


title: human WBC DNase [GB4029211_S211]


title: human WBC DNase [GB4029210_S210]


title: human WBC DNase [GB4029230_S230]


title: human WBC DNase [GB4029207_S207]


title: human WBC DNase [GB4029206_S206]


title: human WBC DNase [GB4029201_S201]


title: human WBC DNase [GB4029202_S202]


title: human WBC DNase [GB4029205_S205]


title: human WBC DNase [GB4029204_S204]


title: human WBC DNase [GB4029222_S222]


title: human WBC DNase [GB4029203_S203]


title: human WBC DNase [GB4029199_S199]


title: human WBC DNase [GB4029200_S200]


title: human WBC DNase [GB4029193_S193]


title: human WBC DNase [GB4029194_S194]


title: human WBC DNase [GB4029195_S195]


title: human WBC DNase [GB4029197_S197]


title: human WBC DNase [GB4029196_S196]


title: human WBC DNase [GB4029213_S213]


title: human WBC DNase [GB4029192_S192]


title: human WBC DNase [GB4029190_S190]


title: human WBC DNase [GB4029188_S188]


title: human WBC DNase [GB4029189_S189]


title: human WBC DNase [GB4029198_S198]


title: human WBC DNase [GB4029187_S187]


title: human WBC DNase [GB4029186_S186]


title: human WBC DNase [GB4029185_S185]


title: human WBC DNase [GB4029184_S184]


title: human WBC DNase [GB4029183_S183]


title: human WBC DNase [GB4029181_S181]


title: human WBC DNase [GB4029214_S214]


title: human WBC DNase [GB4029182_S182]


title: human WBC DNase [GB4029180_S180]


title: human WBC DNase [GB4029178_S178]


title: human WBC DNase [GB4029179_S179]


title: human WBC DNase [GB4029176_S176]


title: human WBC DNase [GB4029177_S177]


title: human WBC DNase [GB4029173_S173]


title: human WBC DNase [GB4029171_S171]


title: human WBC DNase [GB4029174_S174]


title: human WBC DNase [GB4029170_S170]


title: human WBC DNase [GB4029168_S168]


title: human WBC DNase [GB4029172_S172]


title: human WBC DNase [GB4029166_S166]


title: human WBC DNase [GB4029165_S165]


title: human WBC DNase [GB4029167_S167]


title: human WBC DNase [GB4029169_S169]


title: human WBC DNase [GB4029191_S191]


title: human WBC DNase [GB4029161_S161]


title: human WBC DNase [GB4029159_S159]


title: human WBC DNase [GB4029156_S156]


title: human WBC DNase [GB4029164_S164]


title: human WBC DNase [GB4029160_S160]


title: human WBC DNase [GB4029157_S157]


title: human WBC DNase [GB4029162_S162]


title: human WBC DNase [GB4029163_S163]


title: human WBC DNase [GB4029154_S154]


title: human WBC DNase [GB4029155_S155]


title: human WBC DNase [GB4029153_S153]


title: human WBC DNase [GB4029151_S151]


title: human WBC DNase [GB4029150_S150]


title: human WBC DNase [GB4029146_S146]


title: human WBC DNase [GB4029149_S149]


title: human WBC DNase [GB4029148_S148]


title: human WBC DNase [GB4029147_S147]


title: human WBC DNase [GB4029145_S145]


title: human WBC DNase [GB4029144_S144]


title: human WBC DNase [GB4029142_S142]


title: human WBC DNase [GB4029141_S141]


title: human WBC DNase [GB4029143_S143]


title: human WBC DNase [GB4029139_S139]


title: human WBC DNase [GB4029140_S140]


title: human WBC DNase [GB4029138_S138]


title: human WBC DNase [GB4029158_S158]


title: human WBC DNase [GB4029137_S137]


title: human WBC DNase [GB4029135_S135]


title: human WBC DNase [GB4029152_S152]


title: human WBC DNase [GB4029136_S136]


title: human WBC DNase [GB4029134_S134]


title: human WBC DNase [GB4029131_S131]


title: human WBC DNase [GB4029132_S132]


title: human WBC DNase [GB4029133_S133]


title: human WBC DNase [GB4029128_S128]


title: human WBC DNase [GB4029130_S130]


title: human WBC DNase [GB4029129_S129]


title: human WBC DNase [GB4029127_S127]


title: human WBC DNase [GB4029126_S126]


title: human WBC DNase [GB4029122_S122]


title: human WBC DNase [GB4029121_S121]


title: human WBC DNase [GB4029125_S125]


title: human WBC DNase [GB4029124_S124]


title: human WBC DNase [GB4029120_S120]


title: human WBC DNase [GB4029119_S119]


title: human WBC DNase [GB4029118_S118]


title: human WBC DNase [GB4029117_S117]


title: human WBC DNase [GB4029116_S116]


title: human WBC DNase [GB4029114_S114]


title: human WBC DNase [GB4029115_S115]


title: human WBC DNase [GB4029111_S111]


title: human WBC DNase [GB4029109_S109]


title: human WBC DNase [GB4029113_S113]


title: human WBC DNase [GB4029108_S108]


title: human WBC DNase [GB4029110_S110]


title: human WBC DNase [GB4029112_S112]


title: human WBC DNase [GB4029107_S107]


title: human WBC DNase [GB4029105_S105]


title: human WBC DNase [GB4029104_S104]


title: human WBC DNase [GB4029103_S103]


title: human WBC DNase [GB4029099_S99]


title: human WBC DNase [GB4029106_S106]


title: human WBC DNase [GB4029101_S101]


title: human WBC DNase [GB4029123_S123]


title: human WBC DNase [GB4029100_S100]


title: human WBC DNase [GB4029102_S102]


title: human WBC DNase [GB4029098_S98]


title: human WBC DNase [GB4029096_S96]


title: human WBC DNase [GB4029092_S92]


title: human WBC DNase [GB4029095_S95]


title: human WBC DNase [GB4029094_S94]


title: human WBC DNase [GB4029090_S90]


title: human WBC DNase [GB4029089_S89]


title: human WBC DNase [GB4029093_S93]


title: human WBC DNase [GB4029085_S85]


title: human WBC DNase [GB4029084_S84]


title: human WBC DNase [GB4029082_S82]


title: human WBC DNase [GB4029080_S80]


title: human WBC DNase [GB4029083_S83]


title: human WBC DNase [GB4029081_S81]


title: human WBC DNase [GB4029097_S97]


title: human WBC DNase [GB4029076_S76]


title: human WBC DNase [GB4029078_S78]


title: human WBC DNase [GB4029074_S74]


title: human WBC DNase [GB4029072_S72]


title: human WBC DNase [GB4029075_S75]


title: human WBC DNase [GB4029079_S79]


title: human WBC DNase [GB4029077_S77]


title: human WBC DNase [GB4029070_S70]


title: human WBC DNase [GB4029071_S71]


title: human WBC DNase [GB4029073_S73]


title: human WBC DNase [GB4029091_S91]


title: human WBC DNase [GB4029067_S67]


title: human WBC DNase [GB4029068_S68]


title: human WBC DNase [GB4029088_S88]


title: human WBC DNase [GB4029066_S66]


title: human WBC DNase [GB4029065_S65]


title: human WBC DNase [GB4029069_S69]


title: human WBC DNase [GB4029064_S64]


title: human WBC DNase [GB4029062_S62]


title: human WBC DNase [GB4029087_S87]


title: human WBC DNase [GB4029063_S63]


title: human WBC DNase [GB4029086_S86]


title: human WBC DNase [GB4029061_S61]


title: human WBC DNase [GB4029175_S175]


title: human WBC DNase [GB4029060_S60]


title: human WBC DNase [GB4029059_S59]


title: human WBC DNase [GB4029056_S56]


title: human WBC DNase [GB4029057_S57]


title: human WBC DNase [GB4029054_S54]


title: human WBC DNase [GB4029053_S53]


title: human WBC DNase [GB4029055_S55]


title: human WBC DNase [GB4029052_S52]


title: human WBC DNase [GB4029058_S58]


title: human WBC DNase [GB4029051_S51]


title: human WBC DNase [GB4029049_S49]


title: human WBC DNase [GB4029050_S50]


title: human WBC DNase [GB4029045_S45]


title: human WBC DNase [GB4029044_S44]


title: human WBC DNase [GB4029041_S41]


title: human WBC DNase [GB4029043_S43]


title: human WBC DNase [GB4029039_S39]


title: human WBC DNase [GB4029046_S46]


title: human WBC DNase [GB4029038_S38]


title: human WBC DNase [GB4029034_S34]


title: human WBC DNase [GB4029035_S35]


title: human WBC DNase [GB4029033_S33]


title: human WBC DNase [GB4029037_S37]


title: human WBC DNase [GB4029032_S32]


title: human WBC DNase [GB4029031_S31]


title: human WBC DNase [GB4029030_S30]


title: human WBC DNase [GB4029027_S27]


title: human WBC DNase [GB4029029_S29]


title: human WBC DNase [GB4029048_S48]


title: human WBC DNase [GB4029047_S47]


title: human WBC DNase [GB4029026_S26]


title: human WBC DNase [GB4029028_S28]


title: human WBC DNase [GB4029024_S24]


title: human WBC DNase [GB4029022_S22]


title: human WBC DNase [GB4029021_S21]


title: human WBC DNase [GB4029025_S25]


title: human WBC DNase [GB4029023_S23]


title: human WBC DNase [GB4029042_S42]


title: human WBC DNase [GB4029019_S19]


title: human WBC DNase [GB4029020_S20]


title: human WBC DNase [GB4029016_S16]


title: human WBC DNase [GB4029018_S18]


title: human WBC DNase [GB4029040_S40]


title: human WBC DNase [GB4029017_S17]


title: human WBC DNase [GB4029015_S15]


title: human WBC DNase [GB4029013_S13]


title: human WBC DNase [GB4029014_S14]


title: human WBC DNase [GB4029012_S12]


title: human WBC DNase [GB4029036_S36]


title: human WBC DNase [GB4029011_S11]


title: human WBC DNase [GB4029010_S10]


title: human WBC DNase [GB4029009_S9]


title: human WBC DNase [GB4029007_S7]


title: human WBC DNase [GB4029006_S6]


title: human WBC DNase [GB4029004_S4]


title: human WBC DNase [GB4029003_S3]


title: human WBC DNase [GB4029005_S5]


title: human WBC DNase [GB4029002_S2]


title: human WBC DNase [GB4029001_S1]


title: 18G

city: New York

first: Kiley

last: Graim

state: NY

address: 162 Fifth Ave

institute: Flatiron Institute

data_processing:
Reads mapped using HISAT2
Assemblies filtered using FastQC
Read counts constructed using Dexseq-Count
Count matrix normalized using TMM
Genome_build: canfam3.1
Supplementary_files_format_and_content: comma-delimited text file includes TMM values for each Sample

organism: Canis lupus familiaris

source_name: mammary gland_Carcinoma

extract_protocol:
Qiagen Rneasy kit
PrepX mRNA Library protocol for the Apolloa324 System (Wafergen)

treatment_protocol: cryo-pulverized then homogenized using a rotor-stator in Trizol (Cat. No.15596-026, Invitrogen), lystate further homogenized using a Quashredder spin column

tag: patient number

tag: tumor diameter

tag: goldschmidt

value: complex adenoma and intraductal papillary carcinoma

tag: histology

value: M

tag: simhist

value: Carcinoma

tag: dethist

tag: library prep

tag: sequencing run

tag: tumor location

tag: repselect

tag: rin


title: 18C

source_name: mammary gland_Adenoma

value: complex adenoma

value: B

value: Adenoma

value: Complex Adenoma


title: 18E

value: adenoma