title: IgG RIP-seq rep2

first: Tom

last: Cheung

address: Clear Water Bay, Kowloon

department: Division of Life Science

institute: Hong Kong University of Science and Technology

description:
Immunoprecipitated RNA
processed data file: IgG read counts.txt
processed data file: IgG FPKM.txt

data_processing:
Illumina RTA v2 software used for basecalling.
Sequenced reads were mapped to mm10 whole genome using hisat2
Mapped reads were ennotated by Stingtie with gencode.vM22.annotation.gtf
Read counts were generated by featurecounts
FPKM were calculated followed the standard formula "count/((transcript length in kb)*(total count/1000000)
Genome_build: mm10
Supplementary_files_format_and_content: tab-delimited text files include read counts and FPKM values for each Sample

source_name: Muscle Stem Cells

extract_protocol:
Muscle Stem Cell isolation followed the  Nature protocol paper ''Isolation of Skeletal Muscle Stem Cells by Fluorescence-Activated Cell Sorting''
RNA libraries were prepared for sequencing using SMART-seq2 method

value: Muscle Stem Cells

value: 3 months

tag: antibody

value: anti-IgG


title: AKR_J_FSaline16NAC.

status: Public on Nov 02 2021

type: SRA

city: Los Angeles

first: Desmond

middle: J

last: Smith

state: CA

address: 650 Charles E Young Drive South

country: USA

institute: UCLA

description: Cocaine study in HMDP mouse strains

library_source: transcriptomic

data_processing:
Basecalls performed
Genome_build: GRCm38.95
Supplementary_files_format_and_content: text file with information features counts for each samples in a dataframe

molecule: total RNA

organism: Mus musculus

source_name: nucleus accumben

extract_protocol:
RNA-seq was performed as described, with minor variations (Hasin-Brumshtein et al., 2016). NAc and mFC from cocaine and saline treated male and female mice of each HMDP strain were punch dissected. After freezing at -80 degree C and storage with RNAlater (ThermoFisher), samples were homogenized using 1 ml of QIAzol reagent (Qiagen). RNA was extracted using the RNeasy Mini Kit (Qiagen) and quantitated using NanoDrop (ThermoFisher). Following quantification, samples were pooled by sex (3 samples per pool for each infusate/strain condition), except for 4 strains (A/J, LP/J, AKR/J and NOD/ShiLtJ40) where individual mice were analyzed. Sequencing employed 25 ul of each RNA sample at 40 ng/ul concentration.
Libraries were prepared using TruSeq Stranded RNA kits and 100 ng of RNA following standard protocols provided by Illumina. A total of 392 samples from 41 HMDP strains  were analyzed. Samples were barcoded and sequenced using 75 bp paired-ends on an Illumina HiSeq3200 machine. Ten samples per lane were used, with each sample distributed round robin style over multiple lanes to minimize variation.

tag: cell type

value: nucleus accumben

tag: Sex

value: female

tag: strain

value: AKR/J

tag: treatment

value: Saline


title: CMT2

city: Frederiksberg C

first: Andrew

last: Williams

state: --- Select One ---

address: Dyrlægevej 100

country: Denmark

institute: University of Copenhagen

data_processing:
Adaptor sequences and low quality reads removed
Mapped to Mus musculus (mm39) using HISAT
DEG assessed using DeSeq2
Genome_build: mm39
Supplementary_files_format_and_content: Excel file with count data for each sample.

source_name: CMT-93 intestinal epithelial cells

growth_protocol: Cells were treated with PSTO (20 uM) or vehicle control for 30 minutes prior to T. muris treament (100 ug/mL), and harvested after 6 hours.

extract_protocol:
Total RNA was extracted using mRNAeasy kits (Qiagen).
Standard Illumina

tag: cell line

value: CMT-93 intestinal epithelial cells

value: Control


title: AKR_J_FSaline15PFC.

description: Cocaine study in HMDP mouse strains

source_name: prefrontal cortex

value: prefrontal cortex


title: CMT3


title: IgG RIP-seq rep1

city: Hong Kong

country: Hong Kong

tag: age


title: Input RNA-seq rep2

description:
Input_2
Input RNA
processed data file: CPEB1_RIP-seq_read_counts.txt
processed data file: CPEB1_RIP-seq_FPKM.txt

data_processing:
Illumina RTA v2 software used for basecalling.
Sequenced reads were mapped to mm10 whole genome using hisat2.
Mapped reads were annotated by Stringtie with gencode.vM22.annotation.gtf.
Read counts were generated by featurecounts.
FPKM were calculated followed the standard formula "count/((transcript length in kb)*(total count/1000000).
Genome_build: mm10 (GRCm38)
Supplementary_files_format_and_content: CPEB1_RIP-seq_read_counts.txt: Tab-delimited text file includes read counts for each Sample.
Supplementary_files_format_and_content: CPEB1_RIP-seq_FPKM.txt: Tab-delimited text file includes FPKM values for each Sample.

extract_protocol:
Muscle Stem Cell isolation followed the Nature protocol paper ''Isolation of Skeletal Muscle Stem Cells by Fluorescence-Activated Cell Sorting''.
RNA libraries were prepared for sequencing using SMART-seq2 method.

value: Muscle stem cells


title: CMT1


title: T muris + 1. mg/kg Bwt garlic (40% PSTO) 5

data_processing:
Adaptor sequences and low quality reads removed
Mapped to Mus musculus (mm39) using HISAT
DEG assessed using DeSeq2
Genome_build: mm39
Supplementary_files_format_and_content: excel file with count data for each sample.

source_name: caecum tissue

growth_protocol: Cells were treated with PSTO (20 uM) or vehicle control for 30 minutes prior to LPS treament (500 ng/mL), and harvested after 6 hours.

tag: gender


title: CPEB1 RIP-seq rep2

description:
CPEB1_IP_2
Immunoprecipitated RNA
processed data file: CPEB1_RIP-seq_read_counts.txt
processed data file: CPEB1_RIP-seq_FPKM.txt


title: T muris + 1. mg/kg Bwt garlic (40% PSTO) 4


title: AKR_J_FSaline15NAC.

description: Cocaine study in HMDP mouse strains


title: P_CMT3

value: PTSO


title: Input RNA-seq rep1

description:
Input_1
Input RNA
processed data file: CPEB1_RIP-seq_read_counts.txt
processed data file: CPEB1_RIP-seq_FPKM.txt


title: CPEB1 RIP-seq rep1

description:
CPEB1_IP_1
Immunoprecipitated RNA
processed data file: CPEB1_RIP-seq_read_counts.txt
processed data file: CPEB1_RIP-seq_FPKM.txt


title: AKR_J_FCocaine206NAC.

description: Cocaine study in HMDP mouse strains

value: Cocaine


title: T muris + 1. mg/kg Bwt garlic (40% PSTO) 2


title: patient 7 non-inflamed epithelium CD103+

city: Utrecht

first: Lisanne

last: Lutter

address: Lundlaan 6

country: Netherlands

institute: University Medical Center Utrecht

data_processing:
Illumina Nextseq500 reads were trimmed and clipped for quality control in Trimmomatic.
Read quality was checked for each sample using FastQC.
Sequencing reads were mapped against the reference human genome (hg38) using BWA (v0.7.13).
Multiple reads mapping to the same gene with the same unique molecular identifier (UMI, 6bp long) were counted as a single read.
Genome_build: hg38
Supplementary_files_format_and_content: Tab-delimited text file with the read count per sample.

organism: Homo sapiens

source_name: epithelium

growth_protocol: Biopsies were taken from the terminal ileum and digested using EDTA to retrieve epithelial lymphocytes and collagenase to retrieve lamina propria lymphocytes. Subsequently, cells were FACS-sorted using the following strategy: live CD3 T cells -> CD8+CD4- -> CD69+ and CD103+ or CD103-.

extract_protocol:
Total RNA was extracted using TRIzol isolation.
Sequencing libraries were prepared using the Cel-Seq2 Sample Preparation Protocol and sequenced as 75bp paired-end on a NextSeq 500.

tag: cell number

tag: tissue

value: terminal ileum

tag: disease

value: healthy control

tag: status

value: non-inflamed

tag: patient


title: AKR_J_FCocaine18PFC.

description: Cocaine study in HMDP mouse strains


title: AKR_J_FCocaine206PFC.

description: Cocaine study in HMDP mouse strains


title: AKR_J_FCocaine18NAC.

description: Cocaine study in HMDP mouse strains


title: T muris + 1. mg/kg Bwt garlic (40% PSTO) 1


title: T muris + 1. mg/kg Bwt garlic (40% PSTO) 3


title: patient 7 non-inflamed lamina propria CD103+

source_name: lamina propria


title: T muris + 0.1. mg/kg Bwt garlic (40% PSTO) 5


title: AKR_J_FCocaine17PFC.

description: Cocaine study in HMDP mouse strains


title: patient 7 non-inflamed lamina propria CD103-


title: AKR_J_FCocaine17NAC.

description: Cocaine study in HMDP mouse strains


title: T muris + 0.1. mg/kg Bwt garlic (40% PSTO) 4


title: patient 6 non-inflamed epithelium CD103+


title: A_J_MSaline197PFC.

description: Cocaine study in HMDP mouse strains

value: male

value: A/J


title: A_J_MSaline197NAC.

description: Cocaine study in HMDP mouse strains


title: T muris + 0.1. mg/kg Bwt garlic (40% PSTO) 3


title: T muris + 0.1. mg/kg Bwt garlic (40% PSTO) 1


title: A_J_MSaline4PFC.

description: Cocaine study in HMDP mouse strains


title: T muris + 0.1. mg/kg Bwt garlic (40% PSTO) 2


title: T muris 4


title: T muris 2


title: patient 5 inflamed epithelium CD103+

value: Crohn's disease

value: inflamed


title: A_J_MSaline4NAC.

description: Cocaine study in HMDP mouse strains

value: nucleus accumben


title: T muris 3

value: female


title: patient 5 inflamed lamina propria CD103+


title: patient 4 non-inflamed epithelium CD103+


title: patient 4 non-inflamed lamina propria CD103+


title: A_J_MCocaine198NAC.

description: Cocaine study in HMDP mouse strains


title: patient 5 inflamed lamina propria CD103-


title: Control 5


title: Control 4


title: T muris 1


title: A_J_MCocaine7PFC.

description: Cocaine study in HMDP mouse strains


title: patient 3 inflamed epithelium CD103+


title: A_J_MCocaine7NAC.

description: Cocaine study in HMDP mouse strains


title: patient 4 non-inflamed lamina propria CD103-


title: patient 6 non-inflamed lamina propria CD103+


title: patient 3 inflamed lamina propria CD103+


title: A_J_MCocaine5PFC.

description: Cocaine study in HMDP mouse strains


title: Control 3


title: patient 6 non-inflamed lamina propria CD103-


title: A_J_MSaline6PFC.

description: Cocaine study in HMDP mouse strains


title: Control 2


title: A_J_MSaline6NAC.

description: Cocaine study in HMDP mouse strains


title: A_J_MCocaine198PFC.

description: Cocaine study in HMDP mouse strains


title: Control 1


title: patient 2 inflamed epithelium CD103+


title: A_J_FSaline201NAC.

description: Cocaine study in HMDP mouse strains


title: patient 2 inflamed lamina propria CD103+


title: patient 2 inflamed lamina propria CD103-


title: PL_RAW1

source_name: RAW 264.7 macrophage

tag: agent

value: PSTO + LPS


title: A_J_FSaline199NAC.

description: Cocaine study in HMDP mouse strains

value: Saline


title: PL_RAW3


title: PL_RAW2


title: patient 1 inflamed lamina propria CD103+


title: L_RAW2

value: LPS


title: L_RAW3


title: A_J_MCocaine5NAC.

description: Cocaine study in HMDP mouse strains


title: patient 1 inflamed lamina propria CD103-


title: A_J_FSaline201PFC.

description: Cocaine study in HMDP mouse strains


title: A_J_FSaline199PFC.

description: Cocaine study in HMDP mouse strains


title: A_J_FSaline2PFC.

description: Cocaine study in HMDP mouse strains


title: P_RAW3

value: PSTO


title: A_J_FCocaine202PFC.

description: Cocaine study in HMDP mouse strains

value: prefrontal cortex


title: patient 1 inflamed epithelium CD103+


title: murine mammary PyMT tumour rep2

city: London

first: James

last: Opzoomer

address: 72 Huntley Street

department: Department of Oncology

country: United Kingdom

institute: University College London

data_processing:
All data were processed in accordance to the 10x Cell Ranger pipeline v3.0.2
BAM files were generated with v3.0.2 10X Genomics Cell Ranger software using default parameters.
Gene-barcode matrices were generated from Cell Ranger v3.0.2 using default parameters.
Genome_build: mm10
Supplementary_files_format_and_content: Each Cell Ranger pipeline run outputs a .mtx file with the gene-barcode matrix. This matrix file contains the gene counts per cell (UMI/cell) as determined after filtering and counting by Cell Ranger. The row (feature names) and columns (cell barcodes) of the matrix are provided as TSV files. File formats are documented in the Cell Ranger software manual.

molecule: polyA RNA

source_name: Mammary tumor-associated macrophages

extract_protocol:
Tissues were minced using scalpels, and then single cells were liberated by incubation for 60 mins at 37°C with 1 mg/ml Collagenase I from Clostridium Histolyticum (Sigma-Aldrich) and 0.1 mg/ml Deoxyribonuclease I (AppliChem) in RPMI (Gibco). Released cells were then passed through a 70 μm cell strainer prior to staining for flow cytometry FACs sorting. Sorted cells were processed using standard protocols associated with 10X Genomics Chromium Single Cell 3' Library and Gel Bead Kit V3
10x Single Cell 3' v3 Gene expression

tag: marker genes

tag: tumour volume

tag: cell  type

value: Tumour-associated macrophage

value: Mammary adenocarcinoma


title: murine mammary PyMT tumour rep3


title: P_RAW2


title: L_RAW1


title: A_J_FCocaine202NAC.

description: Cocaine study in HMDP mouse strains

value: Cocaine


title: A_J_FCocaine200PFC.

description: Cocaine study in HMDP mouse strains


title: patient 3 inflamed lamina propria CD103-

value: terminal ileum


title: P_RAW1


title: Sorted TAM cd206_pos_mhc2_hi subset from murine PyMT tumour S8

data_processing:
Illumina adapter sequences were trimmed with Trimmomatic v0.36
Alignment was performed with Hisat2 v2.0.4
BAM files were generated with SAMtools v1.3.1
Counts table was generated with the GenomicAlignments package and reference genome mm10
Gene counts were normalised with DESeq2 v1.26
Genome_build: mm10
Supplementary_files_format_and_content: Processed data files are in txt format as gene count tables. Rows represent genes labelled by Gene ID and columns represent combined counts for each sample.

source_name: Mammary tumor-associated macrophage subset

extract_protocol:
Tissues were minced using scalpels, and then single cells were liberated by incubation for 60 mins at 37°C with 1 mg/ml Collagenase I from Clostridium Histolyticum (Sigma-Aldrich) and 0.1 mg/ml Deoxyribonuclease I (AppliChem) in RPMI (Gibco). Released cells were then passed through a 70 μm cell strainer prior to staining for flow cytometry FACs sorting. RNA was extracted with the RNeasy Plus Micro kit (Qiagen) as per the manufacturers’ protocol, in addition to on-column DNase digestions specified by the manufacturer (Qiagen).
cDNA was generated and amplified using the SMARTseq v4 Ultra Low Input RNA Kit (Clontech) and libraries were generated with the Ovation Ultralow Library System V2 (NuGEN)

value: CD45+ F4/80+ CD206+ MHCII_high


title: A_J_FCocaine200NAC.

description: Cocaine study in HMDP mouse strains


title: Sorted TAM cd206_neg_mhc2_lo subset from murine PyMT tumour S8

value: CD45+ F4/80+ CD206- MHCII_low


title: RAW3

value: Control


title: A_J_FSaline2NAC.

description: Cocaine study in HMDP mouse strains

value: A/J


title: A_J_FCocaine3PFC.

description: Cocaine study in HMDP mouse strains


title: RAW1


title: Conditioned KD 3 ATAC-seq

city: Rehovot

first: Igor

last: Ulitsky

state: Central

address: 234 Hertzl St.

country: Israel

institute: Weizmann Institute of Science

description: Conditioned KD 3 ATAC-seq

library_source: genomic

data_processing:
ATAC-seq: The analysis was performed as previously described in Rom et al., 2019. Three replicates were combined for all the analysis into five groups (SFC-/Ext+, SFC+/Ext+/suc, SFC+/Ext+/unsuc, SFC+ control and SFC+ Meg3 knockdown). Reads were aligned to the mouse genome assembly mm10. Each peak was calculated including signals from a surrounding region from ─70 nt to +70 nt.
Genome_build: mm10
Supplementary_files_format_and_content: bigWig read coverage files are provided for all samples

molecule: genomic DNA

source_name: brain septum

extract_protocol:
Frozen brain septum punches were extracted in 500 µl nuclear isolation buffer (10 mM Tris, 10 mM NaCl, 3 mM MgCl2, 0.1 % Igepal, 0.1 % Tween, protease inhibitor cocktail). Single cell separation was performed using a 21 G needle on a 1 ml syringe to shear the tissue through the needle 5 times. NeuN-positive nuclei were separated by fluorescence-activated cell sorting.
ATAC-seq was performed as previously described by Buenrostro et al., 2013

treatment_protocol: Mice were anaesthetized with isoflurane and placed in a stereotactic frame. The skull was exposed to antiseptic conditions and a small craniotomy was made with a thin drill over the septum (from Bregma +0.3 mm anteroposterior, ±0.5 mm mediolateral). Antisense LNA GapmeRs (custom designed, Qiagen, Table 3) were bilaterally microinfused using a 5 µl calibrated micropipette (VWR, Darmstadt, Germany, inner diameter of 0.3 mm), which was pulled to create a long narrow shank. In total, 280 nl per animal (4x 70nl) were infused slowly by pressure infusion into the lateral septum. Two different dorsoventral positions were microinfused per hemisphere to guarantee the distribution of the antisense LNA GapmeRs exclusively, but within the total septum. Therefore, after the infusion at the first position (from Bregma +0.3 mm anteroposterior, ±0.5 mm mediolateral and –3.4 mm dorsoventral axis), the micropipette was kept in place for 30 s to ensure adequate diffusion. At position 2 (from Bregma +0.3 mm anteroposterior, ±0.5 mm mediolateral, and –3.0 mm dorsoventral axis), diffusion time was increased to 5 min to ensure that no antisense LNA GapmeRs are pulled to other regions while removing the micropipette. The wound was sutured with sterile nylon material. Animals were single-housed and allowed to recover at least for 2 days before behavioural testing.

value: brain septum

tag: aso

tag: histone mark


title: Conditioned KD 2 ATAC-seq

description: Conditioned KD 2 ATAC-seq


title: A_J_FCocaine3NAC.

description: Cocaine study in HMDP mouse strains

tag: cell type

tag: Sex


title: murine mammary PyMT tumour rep1

tag: strain


title: 129X1_SvJ_MSaline77_79_255NAC.

description: Cocaine study in HMDP mouse strains

value: male

tag: treatment


title: 129X1_SvJ_MCocaine78_80_211PFC.

description: Cocaine study in HMDP mouse strains


title: 129X1_SvJ_MCocaine78_80_211NAC.

description: Cocaine study in HMDP mouse strains

value: nucleus accumben


title: Conditioned control 3 ATAC-seq

description: Conditioned control 3 ATAC-seq

value: control


title: Sorted CAF2 subset from murine PyMT tumour S8

source_name: Mammary cancer-associated fibroblast subset

value: Cancer-associated fibroblast


title: Sorted TAM cd206_pos_mhc2_hi subset from murine PyMT tumour S6


title: 129X1_SvJ_MSaline77_79_255PFC.

description: Cocaine study in HMDP mouse strains

value: Saline


title: Sorted CAF1 subset from murine PyMT tumour S8


title: Sorted TAM cd206_neg_mhc2_lo subset from murine PyMT tumour S6


title: Sorted endothelial cell from murine PyMT tumour S8

source_name: Mammary cancer-associated endothelial cell

value: Cancer-associated endothelial cell


title: Sorted TAM cd206_hi_mhc2_lo subset from murine PyMT tumour S8

value: CD45+ F4/80+ CD206+ MHCII_low


title: Sorted TAM cd206_hi_mhc2_lo subset from murine PyMT tumour S6


title: 129X1_SvJ_FSaline73_75_344PFC.

description: Cocaine study in HMDP mouse strains

value: prefrontal cortex

value: female


title: Conditioned KD 1 ATAC-seq

description: Conditioned KD 1 ATAC-seq


title: Conditioned control 2 ATAC-seq

description: Conditioned control 2 ATAC-seq


title: Conditioned control 1 ATAC-seq

description: Conditioned control 1 ATAC-seq


title: 129X1_SvJ_FSaline73_75_344NAC.

description: Cocaine study in HMDP mouse strains


title: Sorted endothelial cell from murine PyMT tumour S6

value: Mammary adenocarcinoma


title: 129X1_SvJ_FCocaine74_76_212PFC.

description: Cocaine study in HMDP mouse strains

value: Cocaine


title: RAW2


title: Conditioned failed 3 ATAC-seq

description: Conditioned failed 3 ATAC-seq


title: 129X1_SvJ_FCocaine74_76_212NAC.

description: Cocaine study in HMDP mouse strains


title: Sorted CAF1 subset from murine PyMT tumour S6


title: Sorted CAF2 subset from murine PyMT tumour S6


title: Conditioned failed 2 ATAC-seq

description: Conditioned failed 2 ATAC-seq


title: Conditioned failed 1 ATAC-seq

description: Conditioned failed 1 ATAC-seq


title: Sorted TAM cd206_pos_mhc2_hi subset from murine PyMT tumour S5

value: Tumour-associated macrophage


title: Conditioned successful 3 ATAC-seq

description: Conditioned successful 3 ATAC-seq


title: Conditioned successful 2 ATAC-seq

description: Conditioned successful 2 ATAC-seq


title: Sorted TAM cd206_hi_mhc2_lo subset from murine PyMT tumour S5


title: Sorted CAF1 subset from murine PyMT tumour S5


title: Unconditioned 2 ATAC-seq

description: Unconditioned 2 ATAC-seq


title: Sorted endothelial cell from murine PyMT tumour S5


title: Pacing rep2

city: Iowa City

first: Long-Sheng

last: Song

state: IA

address: 285 Newton Rd

department: Internal Medicine

institute: University of Iowa

description: comparison

data_processing:
Raw files were uploaded into Illumina's BaseSpace hub (basespace.illumina.com) and quality assessed with the FastQC Version 1.0.0 App.
Sequences were trimmed to 125bp by cutting 10bp from the 5'-end and 16bp from the 3'end using the FASTQ Toolkit Version 2.2.0 App.
Trimmed sequences were aligned to mus musculus mm10 genome using the TopHat Alignment Version 2.1.0 App and Bowtie2 (v2.2.6)
Transcripts were assembled and differential expression was determined using the BaseSpace Cufflinks Assembly and DE Version 2.1.0 App selecting mm10 reference genome and "Stranded" polyA enriched sequences.
FPKM tables and CuffDiff results of differential gene expression of were downloaded and significantly expressed genes (FDR<0.05, FPKM>1) with >1.5-fold up/downregulation were used for subsequent analyses.
Genome_build: mm10
Supplementary_files_format_and_content: tab delimited files contain FPKM values for each sample and summary differential gene expression data.

source_name: Ventricular tissue

extract_protocol:
Ventricles were removed, flash frozen in liquid nitrogen, and total RNA was harvested using Trizol reagent and genomic DNA eliminated with on-collumn digestion uing RNeasy reagents (QIAGEN)
polyA RNA was enriched and stranded libraries were prepared for sequencing using Illumina's TruSeq Stranded mRNA sample preparation kit
151bp paired-end libraries with SBS chemistry were sequenced on the Illumina HiSeq 4000 sequencer.

treatment_protocol: Atrial pacing (or control without pacing) was induced through insertion of bipolar catheter into the esophagus near atria. Pacing cylce length began at 120ms for 3 min, gradually decreased to 80ms for 45 min, and returened to 120ms for 3 min. Pacing was performed daily for 5 days, rest for 2 days, and performed daily for another 3 days.

value: cardiac


title: Sham rep2

description: control


title: Pacing rep1

description: comparison


title: Pacing rep3

description: comparison


title: Sham rep1

description: control


title: Unconditioned 3 ATAC-seq

description: Unconditioned 3 ATAC-seq


title: Sham rep3

description: control


title: Unconditioned 1 ATAC-seq

description: Unconditioned 1 ATAC-seq


title: Conditioned successful 1 ATAC-seq

description: Conditioned successful 1 ATAC-seq


title: Sorted CAF2 subset from murine PyMT tumour S5


title: Cut&Run H3K27me3 unconditioned control successful extinction rep3

data_processing:
Library strategy: Cut&Run
Cut&Run: Three replicates were combined for all the analysis into five groups (SFC-/Ext+, SFC+/Ext+/suc, SFC+/Ext+/unsuc, SFC+ control and SFC+ Meg3 knockdown). Reads were aligned to the mouse genome assembly mm10 using Bowtie2 and peaks were called using MACS2. HOMER was used to quantify and compare the signals to gene bodies and across the ATAC-seq peaks. P-values were computed using two-sided Wilcoxon-rank sum test.
Genome_build: mm10
Supplementary_files_format_and_content: bigWig read coverage files are provided for all samples

extract_protocol:
Frozen brain tissue was resuspended in 1 ml nuclear extraction buffer (20 mM HEPES-KOH pH 7.9, 10 mM KCl, 0.5 mM Spermidine, 0.1 % TritonX-100, 20 % glycerol, protease inhibitor). Single cell separation was performed using a 21 G needle on a 1 ml syringe to shear the tissue through the needle 2 times. After an incubation time of 5 min on ice, extracted nuclei were pelleted for 3 min at 600 g and prepared for DAPI fluorescence-activated cell sorting in order to remove debris and collect 50,000 single nuclei for further processing.
Libraries were prepared following strictly the protocol from Janssens and Hernikoff, Version 3, 2019 (https://www.protocols.io/view/cut-amp-run-targeted-in-situ-genome-wide-profiling-zcpf2vn).


title: denervation gastrocnemius snRNA-seq  3

city: Houston

first: Zhaoyong

last: Hu

state: Texas

address: One Baylor Plaza

department: Nephrology

institute: Baylor college of medicine

data_processing:
Raw sequencing data were processed using Cell Ranger Single Cell Software Suite (v3.0.2) (10x Genomics). A custom reference (mm10 pre-mRNA) was built for reads alignment in accordance with 10x Genomics recommendations and all reads were mapped to the reference genome using STAR (Spliced Transcripts Alignment to a Reference) with default setting. The mapped reads with valid barcodes and unique molecular identifiers (UMIs) were used to generate the gene-barcode matrix.
Genome_build: mm10
Supplementary_files_format_and_content: Matrix table with raw gene counts for every gene and every nucleus

source_name: Gastrocnemius muscle

growth_protocol: adult 12-week-old male mouse

extract_protocol:
We first prepared nuclei isolation media1 (NIM1: 320 mM sucrose, 25mM KCl, 5 mM MgCl2, and 10 mM Tris buffer, pH=8.0) and homogenization buffer [NIM1 buffer containing 1 µM  DTT, 0.4 U/μL RNase Inhibitor (NEB Inc, Ipswich, MA), 0.20U/μL SUPERase-In RNase Inhibitor (Thermo Fisher scientific Inc, Waltham, MA), and 0.1% Triton X-100]. Then, Gas muscles (100~150  mg) were minced on ice with a razor blade. Muscles were resuspended in 5 mL ice-cold homogenization buffer and homogenized with a dounce grinder for 12 strokes gently on ice. The  homogenate was sequentially filtered through 70 mm and 40 mm cell strainers (pluriSelect, El Cajon,CA) and centrifuged (x1000g) for 5 minutes at 4°C to pellet the nuclei. The pellet was resuspended  with 1 mL of ice-cold wash buffer (PBS containing 2% bovine serum albumin and 0.2U/μL ribonuclease inhibitor) and then filtered through the 20μm cell strainer before centrifugation (x500g) for 5 minutes at 4°C. The collected nuclei were resuspended in 100 μL of cold wash buffer and the purity of nuclei suspensions was confirmed by microscopy with DAPI staining.
RNA libraries were prepared with Chromium Single Cell 3' Reagent Kits v3 according to the manufacturer's protocol

treatment_protocol: Mice were anesthetized and the left sciatic nerve was removed for a 2-mm piece. Gastrocnemius (Gas) muscles were harvested 2 weeks after denervation. Gas muscles from left hind limb of normal mice served as controls.

value: Gastrocnemius

tag: age

value: sciatic denervation


title: denervation gastrocnemius snRNA-seq  1


title: denervation gastrocnemius snRNA-seq  2


title: Cut&Run H3K27me3 unconditioned control successful extinction rep2


title: Sorted TAM cd206_pos_mhc2_hi subset from murine PyMT tumour S11

value: CD45+ F4/80+ CD206+ MHCII_high


title: Sorted TAM cd206_hi_mhc2_lo subset from murine PyMT tumour S11


title: Sorted TAM cd206_neg_mhc2_lo subset from murine PyMT tumour S11

value: CD45+ F4/80+ CD206- MHCII_low


title: HD4_Treg

city: NEW HAVEN

first: Eric

last: Meffre

state: CT

address: 300 George street

institute: Yale Univeristy

description: Human Tregs cells from healthy donor blood

data_processing:
Illumina CASAVA v. 1.8.2
After sequencing, the analysis was performed using the proprietary RNAv9 pipeline platform from EA|Q2 Solutions
Genome_build: hg19
Supplementary_files_format_and_content: expanded matrix of RNA fragment counts per gene, including coverage estimates, detection calls

source_name: Circulating Tregs from healthy donor blood

extract_protocol: Spleen was smashed through a 40 μm filter (Falcon), B cells were enriched by CD19+ microbeads (Miltenyi) and non-B cells were sorted for CD3+CD4+CD25hiCD127lo Treg cells and then flash frozen on dry ice. RNA samples were converted into cDNA libraries using the Illumina TruSeq Stranded mRNA sample preparation kit (Illumina # RS-122-2103).

value: Sorted human Tregs  from healthy donor blood


title: HD3_Treg


title: Sorted TAM cd206_neg_mhc2_lo subset from murine PyMT tumour S5


title: Cut&Run H3K27me3 unconditioned control successful extinction rep1

value: brain septum


title: normal gastrocnemius snRNA-seq  3

value: male

value: normal


title: Sorted endothelial cell from murine PyMT tumour S11


title: HD2_Treg


title: Cut&Run H3K27me3 conditioned control unsuccessful extinction rep3


title: HD1_Treg


title: Cut&Run H3K27me3 conditioned control unsuccessful extinction rep2

description: conditioned_unsuccessful_extinction_3_S8


title: Sorted CAF2 subset from murine PyMT tumour S11

value: Cancer-associated fibroblast


title: NSG+Thy4_Treg

description: Human Tregs cells developed in NSG humanized mice after co-transplantation with human hematopoietic stem cells and autologous thymic graft

source_name: Human Tregs from humanized mouse spleen

value: Sorted human Tregs  from NSG humanized mouse spleen


title: Cut&Run H3K27me3 conditioned control unsuccessful extinction rep1

description: conditioned_unsuccessful_extinction_2_S3


title: Sorted TAM cd206_neg_mhc2_lo subset from murine PyMT tumour S10


title: NSG+Thy3_Treg


title: RIS_7

city: Moscow

first: Maxim

last: Kozin

address: Ostrovitanova 1

country: Russia

institute: Pirogov Russian National Research Medical University

data_processing:
Quality control of raw sequencing reads was assessed with FASTQC. Low quality nucleotides were trimmed from the raw fastq files using Trimmomatic (Version 0.39).
Samples were mapped on Genome primary assembly GRCh38 with the Gencode annotation using STAR (Version 2.7.6a)
Reads per gene were counted using GeneCounts option of STAR software.
DESeq2 Bioconductor package (Version 1.32.0) was used for normalization, principal component analysis, and differential gene expression analysis
Genome_build: GRCh38
Supplementary_files_format_and_content: tab-delimited text file with raw gene counts for every gene and every sample

source_name: peripheral blood mononuclear cells

extract_protocol:
Peripheral blood mononuclear cells (PBMC) were isolated using Ficoll-Hypaque density gradient method within 3 h of sampling. RNA was isolated using RNeasy Mini Kit.
RNA libraries were constructed from 1 μg RNA using MGIEasy RNA Library Prep Set following manufacturer instructions. Global transcriptome profiling was performed by high throughput RNA sequencing (RNA-seq) on MGISEQ-200 platform

treatment_protocol: All patients were treatment-naïve

tag: disease status

value: radiologically isolated syndrom

value: peripheral blood mononuclear cells


title: Sorted TAM cd206_pos_mhc2_hi subset from murine PyMT tumour S10


title: RIS_8


title: Sorted TAM cd206_hi_mhc2_lo subset from murine PyMT tumour S10

value: CD45+ F4/80+ CD206+ MHCII_low


title: RIS_6


title: RIS_5

value: female


title: NSG+Thy2_Treg


title: Sorted endothelial cell from murine PyMT tumour S10

value: Cancer-associated endothelial cell

value: Mammary adenocarcinoma


title: NSG+Thy1_Treg


title: Sorted CAF1 subset from murine PyMT tumour S10


title: Cut&Run H3K27me3 conditioned Meg3 KD rep3


title: Cut&Run H3K27me3 conditioned control successful extinction rep1


title: NSG5_Treg

description: Human Tregs cells developed in NSG humanized mice after transplant with human hematopoietic stem cells


title: normal gastrocnemius snRNA-seq  2


title: NSG4_Treg


title: RIS_3


title: normal gastrocnemius snRNA-seq  1


title: Sorted CAF1 subset from murine PyMT tumour S11


title: Cut&Run H3K27me3 conditioned Meg3 KD rep2


title: Cut&Run H3K27me3 conditioned control successful extinction rep3


title: NSG3_Treg


title: Cut&Run H3K27me3 conditioned control successful extinction rep2


title: RIS_4


title: TACKachexie_Quadri_RNA_seq_rep3

city: Mannheim

first: Joerg

last: Heineke

state: Baden Wuttemberg

address: Ludolf-Krehl-Str. 7-11

department: – Department of Cardiovascular Research (HKF)

country: Germany

institute: Medizinische Fakultät Mannheim

description: TACKachexie_vs_sham_Quadri_diff_exp_matrix.txt

data_processing:
Raw FASTQ files were trimmed on base call quality and sequencing adapter contamination using the Trim Galore! wrapper tool
Reads shorter than 20 bp were removed from FASTQ file. Trimmed reads were aligned to the reference genome using open source short read aligner STAR (https://code.google.com/p/rna-star).
Feature counts were determined using R package “Rsubread”. Only genes showing counts greater 5 at least two times across all samples were considered for further analysis (data cleansing).
Gene annotation was done by R package “bioMaRt. Before starting the statistical analysis steps, expression data was log2 transformed and normalized according to 50th percentile).
Differential gene expression was calculated by R package “edgeR”.
Genome_build: mm10
Supplementary_files_format_and_content: txt files contain differential expression and sample RPKM values.

source_name: TAC quadriceps muscle

growth_protocol: 12 weeks after TAC or sham quadriceps muscle tissue

extract_protocol:
Total RNA was isolated from Quadricept using RNeasy mini kit (Qiagen) following the instruction manual
The RNA sequencing library was generated from 100ng of total RNA using ScriptSeq v2 RNA-Seq Library Preparation Kit (Epicentre) according to the manufacturer’s protocols

treatment_protocol: Transverse aortic constriction (TAC) either on postnatal 12 weeks after TAC or sham

value: TAC treatment

value: quadriceps muscle


title: TACKachexie_Quadri_RNA_seq_rep1


title: SNCA correction

city: Montreal

first: Rhalena

middle: Amber

last: Thomas

state: QC

address: 3801 rue University, Montreal Neurological Institute, NW B150

department: Neurology

country: Canada

institute: McGill University

description: single cell RNA

data_processing:
10X Genomics CellRanger 6
CellRanger function count to produce barcodes, features and expression matrix
Seurat R package filter cells for cells with >500 unique RNA transcripts and < 20% mitochondrial RNA
Seurat R package Louvain network detection and cell type annotation
Supplementary_files_format_and_content: processed file is an Seurat object for R that contains the cell expression matrix for both samples and cell type annotations

source_name: midbrain organoid

growth_protocol: iPSC differentiated in 3D cultures for 165 days

extract_protocol:
TrypLE and manual dissociation
3 prime amplification 10X Genomics V31
single cell RNA sequencing

tag: genotype

tag: condition

value: Control

tag: cell types

value: mixed cell types


title: RIS_2


title: C_7

value: healthy control


title: Cut&Run H3K27me3 conditioned Meg3 KD rep1

tag: tissue


title: NSG2_Treg


title: Input for the EBF1 ChIP of CD19+ human primary B cells - Replicate 3

city: Freiburg

first: Senthilkumar

last: Ramamoorthy

address: Stübeweg 51

department: Cellular & Molecular Immunology

institute: Max Planck Institute of Immunobiology and Epigenetics

data_processing:
Basecalling and fastq files generation was performed by using Illumina bcl2fastq 2.17.1.14 (pipeline version 0.3.0)
The reads were aligned to the hg19 genome assembly using bowtie2 (v 2.2.3) with default configurations
Duplicated reads were filtered and blacklisted regions were removed using samtools and Picard.
Peaks were identified using MACS2 (v2.1.1.1.20160309) with q-value cutoff 0.01.
Supplementary_files_format_and_content: The processed reads were rpkm normalized and  converted to bigWig format using deepTools

extract_protocol:
The FACS sorted primary cells were crosslinked  with formaldehyde, lysed and DNA was fragmented into pieces of average 300bp by sonication. Chromatin was precipitated with a specific antibody and protein A-coupled sepharose beads. After elution from the beads, chromatin was decrosslinked and purified via QIAquick PCR Purification Kit according to the manufacturer's manual.
Library preparation for ChIP analysis was performed with the NEBNext® Ultra™ DNA Library Prep Kit for Illumina® (Catalog #E7370) according to the manufacturer’s protocol. No size selection was used and amplification was performed using 10 PCR cycles.

value: CD19+ B cells


title: RIS_1


title: Cut&Run H3K27me3 conditioned control ASO rep3

value: brain septum

value: control


title: TACKachexie_Quadri_RNA_seq_rep2


title: C_8


title: NSG1_Treg


title: C_5


title: Cut&Run H3K27me3 conditioned control ASO rep2


title: Cut&Run H3K27me3 conditioned control ASO rep1


title: sham_ctr_Quadri_RNA_seq_rep3

description:
sham_Quadri_vs_sham_ad_heart_diff_exp_matrix.txt
TACKachexie_vs_sham_Quadri_diff_exp_matrix.txt

source_name: sham quadriceps muscle


title: sham_ctr_Quadri_RNA_seq_rep1


title: SNCA triplication

description: single cell RNA

value: Parkinson’s Disease


title: C_6

value: male


title: IMR90_rep4

city: Bronx

first: Yizhou

last: Zhu

state: NY

address: Price469 1301 Morris Park Ave

department: Genetics

institute: Albert Einstein College of Medicine

description: Baseline

data_processing:
Basecalls performed using CASAVA version 1.8
Raw fasta was aligned and processed by Distiller (mirnylab)
.pair.gz outputs were processed by using Juicer Pre (aidenlab)
Processed reads were aligned to the hg19 genome assembly using bwa mem with default setting
Significant loop interactions were called by using Juicer HICCUPS
Insulation score was determinated by using cooltools (mirnylab)
Genome_build: hg19
Supplementary_files_format_and_content: HiC pairs (.pairs.gz) includes mapped unique Tri-HiC read pairs stored in 4D nucleome format
Supplementary_files_format_and_content: mcool files are processed HiC matrix in 100bp-100kb bin sizes in cool format. Includes IDE normalization
Supplementary_files_format_and_content: hic files are processed HiC matrix in 100bp-100kb bin sizes in hic format. Includes KR,VC and sqrtVC normalizations
Supplementary_files_format_and_content: narrowPeak describes sigificant distal interactivity hotspots
Supplementary_files_format_and_content: bedGraph with 100 bp bin size describing distal interactivity scores
Supplementary_files_format_and_content: bedpe describes significant Tri-HiC loops in resolutions noted in the file names

source_name: Lung

growth_protocol: IMR90 cells (ATCC CCL-186) were maintained in EMEM (Corning 10-009-CV) with 10% FBS (GEMINI 100-500). Cells were collected at full confluence for all downstream analyses.

extract_protocol:
Cells were fixed with 1% (v/v) formaldehyde in PBS for 10 min at room temperature. Fixation was quenched 0.2M glycene. Cells were washed with cold PBS twice and pelleted.
Cell pellet was resuspended in a premixture of 250 µl cold lysis buffer (10 mM Tris-HCl pH 8.0, 10 mM NaCl, 0.2% Igepal CA630) and 50 µl protease inhibitors. The crude nuclei were permeabilized by resuspending in 200 µl of 0.5% Triton X-100 in lysis buffer and incubating at room temperature for 15 min. To carry out triple digestion, the nulei were then pelleted by centrifugation and resuspended in 250 µl of master mix containing 0.1% SDS, 1x Cutsmart buffer (NEB), 10 µl MboI (NEB R0147S), 5 µl CviQI (NEB R0639S), and 5 µl CviAII (NEB R0640S). The digestion was performed at room temperature for 2 hours, and then 37 oC for 2 hours. The restriction enzymes were then inactivated by incubating at 65 oC for 20 min. After cooling to room temperature, end blunting was performed by adding a 50 µl master mix containing 1.5 µl of 10 mM dCTP, 1.5 µl of 10 mM dCTP, 1.5 µl of 10 mM dCTP, 37.5 µl of 0.4 mM biotin-dATP (ThermoFisher), and 4 µl of DNA polymerase I Klenow (NEB), and incubating at 37 oC for 1 hour with rotation. For blunt end ligation, the suspension was then mixed with 200 µl of master mix containing 50 µl 10x T4 ligase buffer (NEB), 2.5 µl 20 mg/ml BSA, and 5 µl of 400 U/µl T4 ligase (NEB). To maximize the ligation efficiency for the low input Tri-HiC protocol, we alternatated the temperature condition by first incubating the mixture for 2 hours at room temperature,then overnight at 4 oC, and lastly 2 additional hours at room temperature. The processed nuclei were pelleted and resuspended in 500 µl 1x T4 ligation buffer supplemented with 50 µl 20 mg/ml proteinase K and 50 µl 10% SDS, and incubated at 55 oC for 30 min. For de-crosslinking, 60 µl 5M sodium chloride was added and the mixture was incubated at 68 oC for 2 hours or orvernight. The DNA content was then purified by phenol-chloroform extraction, as described in the Tri-4C protocol, and resuspended in 15-50 µl 10 mM Tris-HCl, scaling with the input. To construct Tri-HiC Illumina library, we performed the following reactions defined in units. Each unit started with 300 ng purified proximity-ligated DNA quantified by Qubit (ThermoFisher), which should be obtained from < 100k starting cells. For tagmentation, one unit of input was diluted to 30 µl and mixed with 50 µl of 2x TD buffer and 20 µl of TDE (Illumina 20034197, Lot 20436911), and incubated at 55 oC for 10 min (Note: the amount of TDE depends on the storage condition of the enzyme. We recommend optimizing the exact amount to obtain fragments peaked at 250-400 bp range). The tagmented DNA was purified with DNA Clean & Concentrator-5 (Zymo Research) and eluted in 30 µl elution buffer. The eluent was mixed with 50 µl 2x NEBNext high fidelity PCR master mix, 1.25 µM ATAC-seq primers, and diluted to 100 µl final volume to be amplified by a 2-cycle PCR with the cycling condition of 72 oC for 5 min, 2 cycles of 98 oC for 10 s, 63 oC for 10 s, 72 oC for 1 min, and final extension at 72 oC for 5 min. Meanwhile, 15 µl of 10mg/mL Streptavidin C1 Dynabeads (ThermoFisher) was prepared by washing 3 times with 200 µl of 2x Binding and washing (B&W) buffer (10 mM Tris-HCl pH 7.5, 1 mM EDTA, 2 M NaCl). The beads were resuspended with 100 µl 2x B&W buffer and were diretly added to the PCR product, mixed with pipetting, and incubated for 15 min at room temperature with rotation. Beads were then separated on a magnet and washed 3 times with 500 µl 1x B&W buffer (5 min incubation each), 1 time with 10 mM Tris-HCl, and finally resuspended in 100 µl PCR solution containing 50 µl 2x NEBNext high fidelity PCR master mix and 0.5 µM ATAC-seq primers. A following PCR reaction was performed with the cycling condition of 98 oC for 30 sec, 8 cycles of 98 oC for 10 s, 63 oC for 10 s, 72 oC for 1 min, and final extension at 72 oC for 5 min (Note: we recommend to remove beads from the reaction at the end of the 4th cycle). The amplified library was size-selected and purified by 0.55-1x SPRI beads before QC and sequencing.
Tri-HiC

value: Lung Fibroblast

tag: passages

tag: cell line

tag: digestion

value: Triple


title: Sorted CAF2 subset from murine PyMT tumour S10

tag: marker genes

tag: tumour volume

value: Cancer-associated fibroblast


title: sham_ctr_Quadri_RNA_seq_rep2


title: C_4

value: peripheral blood mononuclear cells


title: IMR90_rep5

description: Baseline


title: Input for the EBF1 ChIP of CD19+ human primary B cells - Replicate 2


title: Input for the EBF1 ChIP of CD19+ human primary B cells - Replicate 1


title: sham_ctr_ad_heart_RNA_seq_rep3

description: sham_Quadri_vs_sham_ad_heart_diff_exp_matrix.txt

source_name: sham heart

value: heart


title: IMR90_rep3

description: Baseline


title: C_3


title: sham_ctr_ad_heart_RNA_seq_rep2


title: IMR90_rep2

description: Baseline


title: EBF1 ChIP of CD19+ human primary B cells - Replicate 3

tag: chip antibody


title: C_2


title: sham_ctr_ad_heart_RNA_seq_rep1


title: EBF1 ChIP of CD19+ human primary B cells - Replicate 2


title: IMR90_rep1

description: Baseline


title: EBF1 ChIP of CD19+ human primary B cells - Replicate 1


title: Spleen_non_human_primate_channel2

status: Public on Nov 01 2021

city: Hangzhou

first: Heping

last: Xu

state: Zhejiang

address: 18 Shilongshan Road

country: China

institute: Westlake University

description:
scRNA-seq
3'-end gene expression

data_processing:
scRNA-seq data: the 10x Genomics Cell Ranger Single Cell Software Suite 3.1.0 was used to perform sample demultiplexing and single cell UMI counting
Genome_build: For mouse: mm10
Genome_build: For monkey: Mmul 10
Supplementary_files_format_and_content: For scRNA-seq data: tsv, a gene by cell count matrix in the tsv format

organism: Macaca mulatta

source_name: spleen

growth_protocol: primary immune cells

extract_protocol:
RNA were extracted from cells using RNAClean XP beads (Backman)
10x 3'-end single cell RNA-seq; Feature barcode libraries were generated for murine B cells

value: Chinese rhesus macaque

value: 4-8 years

value: female


title: Spleen_non_human_primate_channel1

description:
scRNA-seq
3'-end gene expression


title: Meninges_non_human_primate_channel1

description:
scRNA-seq
3'-end gene expression

source_name: Meninges


title: Meninges_non_human_primate_channel2

description:
scRNA-seq
3'-end gene expression


title: C_1


title: 6GX6XUDL

type: RNA

city: Barcelona

first: Jordi

last: Canes

address: C/ Balmes 89 3º 7ª

country: Spain

institute: SOLTI

description: A minimum of 125 ng of total RNA was used to measure the expression of 55 breast cancer-related genes using the nCounter platform (Nanostring Technologies, Seattle, WA, USA), including the 50 genes of the PAM50 subtype predictor, androgen receptor and 4 immune genes (CD4, CD8, PD1 and PDL1). Data were normalized using 5 housekeeping genes (ACTB, MRPL19, PSMC4, RPLP0, and SF3A1), and log2 transformed

source_name: Metastatic breast cancer

extract_protocol: For RNA purification (High Pure FFPET RNA isolation kit, Roche, Indianapolis, IN, USA) at least two 10μm FFPE slides were used. Macrodissection was performed to avoid contamination with normal tissue. A minimum of 125 ng of total RNA was used to measure the expression of 55 breast cancer-related genes using the nCounter platform (Nanostring Technologies, Seattle, WA, USA), including the 50 genes of the PAM50 subtype predictor, androgen receptor and 4 immune genes (CD4, CD8, PD1 and PDL1).

treatment_protocol: A section of FFPE breast tissue was first examined with hematoxylin and eosin staining from the same core biopsy than the one used for nucleic acid extraction and molecular analysis to confirm the presence of invasive tumor cells (≥10%) and to determine the minimum tumor surface area (10 mm2).

tag: gender

value: Female

tag: setting

value: Metastasic

tag: timepoint

value: Primary

tag: ecog

tag: er

tag: er status

value: Positive

tag: pr

tag: pr status

tag: hr status

tag: her2 status


title: ZYZXBB5S

data_processing: Data were normalized using 5 housekeeping genes (ACTB, MRPL19, PSMC4, RPLP0, and SF3A1), and log2 transformed

tag: age

value: Metastasis

value: Negative


title: 1SJRTDWP

value: TNBC


title: AOYH0XIK


title: KG5AZK9M


title: TFC4U5I8


title: VQX9FHS8


title: IQEIMM2Q


title: K0OIZQ1N


title: 7GOVHT1A


title: GRQL1WXR


title: ZEYBZPS8


title: 2BL9I5U6


title: DUGE8Q1S


title: ET1RG0FJ


title: L3VDAJ65


title: GMMN925A


title: HTPM40EU


title: VI8FA55P


title: 27WLJ5WW


title: VOIUZ0YY


title: AOD3XXC3


title: 5X7QGHXU


title: 5IUVB50H


title: 01BSL2D6


title: GCRV67TB


title: 0XA36T8I


title: HBKTIKCH


title: AG3Q92GL


title: 1OM6RST3


title: IJELTVA4


title: 17DD0EGY


title: FDP30OGG


title: C8HN4PEA


title: WS9ISGGC


title: Y9J2LTLG


title: POSTOOMP


title: V3HCXYZH


title: EZPIIMDQ


title: U5JV0F5L


title: WA4W7PIM


title: ZL7KT04X


title: JGGPICYA


title: HAN8RTBT


title: E7P07NWC


title: XZRR4TDU


title: 8A65NEU6


title: EE1M50W1


title: WG14M4AB


title: 2P37ZRWV


title: FQDHXFFV


title: WF5FQ4LK


title: SNKOHUIX


title: BHKNLXK2


title: EXWOEB44


title: PZV2CII7


title: 8N67M3R7


title: UXTSQV6T


title: EIM8GRHK


title: PXIXFRUJ


title: VVEY7GEX


title: VVWNEDVJ


title: 8LUUO5RZ


title: ZC0BAJZ0


title: WOW7DS7H


title: 4J3PEG02


title: XHOGUOOX


title: VHE8CIT5


title: UI1LY9M8


title: 29DLRYFX


title: N50SBJ07


title: C7LEVXU3


title: KKMFHZEI


title: 11RLNSX4


title: 4DG1B0AA


title: 2Z12INVQ


title: I5G6G8WD


title: H4FB6U67


title: 7090UB1S


title: K3RVM5DF


title: Z4L9CAMF


title: AKQ9V8LR


title: U4URKCL5


title: NMRIXFYI


title: Y6YUG74V


title: OBIA1NKL


title: TNOV9YGI


title: MXOGTQ7A


title: 6G69A8TO


title: BOD95CFL


title: YB8OJ57B


title: ZI3V7CNV


title: PFPX382J


title: S82FMZ5S


title: 1NKMP88G


title: LLP4HO7N


title: 849CO2AJ


title: ZWZZI8N1


title: KR0O0XTF


title: XNQVEVQF


title: LO3PCAQD


title: BR0ZPNRL


title: Y9VFMO0U


title: ECGTYFA8


title: BCPNHF1C


title: 7OLR1T6F


title: 7SWLE1F1


title: 6HXE01UJ


title: 8U7P2ISX


title: OIRUCBMN


title: THGLGU2M


title: PCF653CE


title: 8MSZOEE2


title: ZW7924M3


title: NBPFW8WC


title: 5L05HHLV


title: 1Q2LAXZY


title: VEYG3HY8


title: YBAQ1HAV


title: K07G8R7C


title: V90RW11S


title: JKET02IV


title: 7WDDMP1Z


title: AV0X5XMI


title: JUNBMHG7


title: Q37JN3NW


title: C51Y6OVJ


title: 43BNQ9CW


title: D5C6HNJQ


title: K8FDIQKH


title: QKDMBP7H


title: M6BTDBK8


title: 66GZTW15


title: H3UZRJ4L


title: J38OQTLS


title: QB0IICMW


title: OH9GMYUH


title: J0DPFV8F


title: WDGTY0UP


title: JMIGCBAX


title: TM14IE05


title: XSFXJYSH


title: WLP7PGV0


title: KJ189SGD


title: T103E9MR


title: ETA3KUIB


title: N81I09ZB


title: QU6VKUUX


title: MVV2GLYR


title: UX38NFCY


title: GQAYGK8I


title: C2TAEM62


title: PWCW6PPJ


title: XVDKFB5R


title: EOINGU0Q


title: 0RGIUUVD


title: HGJRRA5N


title: 813F3PFJ


title: H31V8MRO


title: 4LETAZ9E


title: DA465RN0


title: TDKUZX35


title: UTRSAKYW


title: ST621FQU


title: XSD5Z32C


title: MOW5ZUC0


title: SNDCULO7


title: 81E7Z2UF


title: UMNXPI4D


title: 35ZT0755


title: 01BXNEBL


title: Sperm DNA from 70048

type: genomic

city: Provo

first: Tim

last: Jenkins

state: UT

address: 4005 Life Sciences Building

institute: Brigham Young University

hyb_protocol: bisulphite converted DNA was amplified, fragmented and hybridised to Illumina's EPIC array using standard Illumina protocol

scan_protocol: Arrays were imaged using BeadArray Reader using standard recommended Illumina scanner setting

data_processing:
R (both Base R and the minfi software package in R)
Average Beta

label: biotin

source_name: Semen Sample 70048

label_protocol: Standard Illumina Protocol

extract_protocol: genomic DNA was extracted and purified from sperm samples following somatic cell lysis using Qiagen DNeasy Kit with sperm specific modifications

tag: treatment category

value: Placebo Arm

tag: tissue

value: Somatic cell lysed sperm sample


title: Sperm DNA from 70049

source_name: Semen Sample 70049

value: Folic Acid


title: Sperm DNA from 70050

source_name: Semen Sample 70050


title: BG8VHU9U


title: Sperm DNA from 70046

source_name: Semen Sample 70046


title: AZE9NNMV


title: U784B5T0


title: Sperm DNA from 70044

source_name: Semen Sample 70044


title: 60TBVIU5


title: Sperm DNA from 70038

source_name: Semen Sample 70038


title: Sperm DNA from 70043

source_name: Semen Sample 70043


title: Sperm DNA from 70037

source_name: Semen Sample 70037


title: Sperm DNA from 70039

source_name: Semen Sample 70039


title: Sperm DNA from 70041

source_name: Semen Sample 70041


title: Sperm DNA from 70032

source_name: Semen Sample 70032


title: Sperm DNA from 70029

source_name: Semen Sample 70029


title: Sperm DNA from 70028

source_name: Semen Sample 70028


title: Sperm DNA from 70024

source_name: Semen Sample 70024


title: Sperm DNA from 70023

source_name: Semen Sample 70023


title: Sperm DNA from 70022

source_name: Semen Sample 70022


title: Sperm DNA from 70051

source_name: Semen Sample 70051


title: Sperm DNA from 70021

source_name: Semen Sample 70021


title: Sperm DNA from 70018

source_name: Semen Sample 70018


title: Sperm DNA from 70017

source_name: Semen Sample 70017


title: Sperm DNA from 70016

source_name: Semen Sample 70016


title: Sperm DNA from 70042

source_name: Semen Sample 70042


title: Sperm DNA from 70007

source_name: Semen Sample 70007


title: Sperm DNA from 70005

source_name: Semen Sample 70005


title: Sperm DNA from 70015

source_name: Semen Sample 70015


title: Sperm DNA from 70008

source_name: Semen Sample 70008


title: Sperm DNA from 70009

source_name: Semen Sample 70009


title: Sperm DNA from 70012

source_name: Semen Sample 70012


title: Sperm DNA from 70010

source_name: Semen Sample 70010


title: Sperm DNA from 70013

source_name: Semen Sample 70013


title: Sperm DNA from 70002

source_name: Semen Sample 70002


title: Sperm DNA from 60056

source_name: Semen Sample 60056


title: Sperm DNA from 60055

source_name: Semen Sample 60055


title: Sperm DNA from 60053

source_name: Semen Sample 60053


title: Sperm DNA from 60049

source_name: Semen Sample 60049


title: Sperm DNA from 60051

source_name: Semen Sample 60051


title: Sperm DNA from 60048

source_name: Semen Sample 60048


title: Sperm DNA from 60054

source_name: Semen Sample 60054


title: Sperm DNA from 60047

source_name: Semen Sample 60047


title: Sperm DNA from 60046

source_name: Semen Sample 60046


title: Sperm DNA from 60044

source_name: Semen Sample 60044


title: Sperm DNA from 60043

source_name: Semen Sample 60043


title: Sperm DNA from 60045

source_name: Semen Sample 60045


title: Sperm DNA from 60040

source_name: Semen Sample 60040


title: Sperm DNA from 60039

source_name: Semen Sample 60039


title: Sperm DNA from 60038

source_name: Semen Sample 60038


title: Sperm DNA from 60037

source_name: Semen Sample 60037


title: Sperm DNA from 60036

source_name: Semen Sample 60036


title: Sperm DNA from 60035

source_name: Semen Sample 60035


title: Sperm DNA from 60032

source_name: Semen Sample 60032


title: Sperm DNA from 60030

source_name: Semen Sample 60030


title: Sperm DNA from 60029

source_name: Semen Sample 60029


title: Sperm DNA from 60027

source_name: Semen Sample 60027


title: Sperm DNA from 60019

source_name: Semen Sample 60019


title: Sperm DNA from 60022

source_name: Semen Sample 60022


title: Sperm DNA from 60020

source_name: Semen Sample 60020


title: Sperm DNA from 60018

source_name: Semen Sample 60018


title: Sperm DNA from 60016

source_name: Semen Sample 60016


title: Sperm DNA from 60013

source_name: Semen Sample 60013


title: Sperm DNA from 60014

source_name: Semen Sample 60014


title: Sperm DNA from 60012

source_name: Semen Sample 60012


title: Sperm DNA from 60008

source_name: Semen Sample 60008


title: Sperm DNA from 60011

source_name: Semen Sample 60011


title: Sperm DNA from 60017

source_name: Semen Sample 60017


title: Sperm DNA from 60009

source_name: Semen Sample 60009


title: Sperm DNA from 60006

source_name: Semen Sample 60006


title: Sperm DNA from 60003

source_name: Semen Sample 60003


title: Sperm DNA from 60005

source_name: Semen Sample 60005


title: Sperm DNA from 60007

source_name: Semen Sample 60007


title: Sperm DNA from 60002

source_name: Semen Sample 60002


title: Sperm DNA from 60004

source_name: Semen Sample 60004


title: Sperm DNA from 60001

source_name: Semen Sample 60001


title: Sperm DNA from 50248

source_name: Semen Sample 50248


title: Sperm DNA from 50245

source_name: Semen Sample 50245


title: Sperm DNA from 50241

source_name: Semen Sample 50241


title: Sperm DNA from 60023

source_name: Semen Sample 60023


title: Sperm DNA from 50236

source_name: Semen Sample 50236


title: Sperm DNA from 50237

source_name: Semen Sample 50237


title: Sperm DNA from 50232

source_name: Semen Sample 50232


title: Sperm DNA from 50233

source_name: Semen Sample 50233


title: Sperm DNA from 50240

source_name: Semen Sample 50240


title: Sperm DNA from 50235

source_name: Semen Sample 50235


title: Sperm DNA from 50230

source_name: Semen Sample 50230


title: Sperm DNA from 50244

source_name: Semen Sample 50244


title: Sperm DNA from 50216

source_name: Semen Sample 50216


title: Sperm DNA from 50225

source_name: Semen Sample 50225


title: Sperm DNA from 50226

source_name: Semen Sample 50226


title: Sperm DNA from 50223

source_name: Semen Sample 50223


title: Sperm DNA from 50227

source_name: Semen Sample 50227


title: Sperm DNA from 50222

source_name: Semen Sample 50222


title: Sperm DNA from 50214

source_name: Semen Sample 50214


title: Sperm DNA from 50229

source_name: Semen Sample 50229


title: Sperm DNA from 50213

source_name: Semen Sample 50213


title: Sperm DNA from 50221

source_name: Semen Sample 50221


title: Sperm DNA from 50220

source_name: Semen Sample 50220


title: Sperm DNA from 50238

source_name: Semen Sample 50238


title: Sperm DNA from 50217

source_name: Semen Sample 50217


title: Sperm DNA from 50211

source_name: Semen Sample 50211


title: Sperm DNA from 50231

source_name: Semen Sample 50231


title: Sperm DNA from 50208

source_name: Semen Sample 50208


title: Sperm DNA from 50228

source_name: Semen Sample 50228


title: Sperm DNA from 50201

source_name: Semen Sample 50201


title: Sperm DNA from 50204

source_name: Semen Sample 50204


title: Sperm DNA from 50202

source_name: Semen Sample 50202


title: Sperm DNA from 50203

source_name: Semen Sample 50203


title: Sperm DNA from 50198

source_name: Semen Sample 50198


title: Sperm DNA from 50196

source_name: Semen Sample 50196


title: Sperm DNA from 50195

source_name: Semen Sample 50195


title: Sperm DNA from 50215

source_name: Semen Sample 50215


title: Sperm DNA from 50212

source_name: Semen Sample 50212


title: Sperm DNA from 50194

source_name: Semen Sample 50194


title: Sperm DNA from 50191

source_name: Semen Sample 50191


title: Sperm DNA from 50181

source_name: Semen Sample 50181


title: Sperm DNA from 50188

source_name: Semen Sample 50188


title: Sperm DNA from 50183

source_name: Semen Sample 50183


title: Sperm DNA from 50180

source_name: Semen Sample 50180


title: Sperm DNA from 50192

source_name: Semen Sample 50192


title: Sperm DNA from 50184

source_name: Semen Sample 50184


title: Sperm DNA from 50189

source_name: Semen Sample 50189


title: Sperm DNA from 50210

source_name: Semen Sample 50210


title: Sperm DNA from 50176

source_name: Semen Sample 50176


title: Sperm DNA from 50173

source_name: Semen Sample 50173


title: Sperm DNA from 50169

source_name: Semen Sample 50169


title: Sperm DNA from 50171

source_name: Semen Sample 50171


title: Sperm DNA from 50175

source_name: Semen Sample 50175


title: Sperm DNA from 50167

source_name: Semen Sample 50167


title: Sperm DNA from 50165

source_name: Semen Sample 50165


title: Sperm DNA from 50166

source_name: Semen Sample 50166


title: Sperm DNA from 50158

source_name: Semen Sample 50158


title: Sperm DNA from 50157

source_name: Semen Sample 50157


title: Sperm DNA from 50155

source_name: Semen Sample 50155


title: Sperm DNA from 50156

source_name: Semen Sample 50156


title: SS9ZB4OA

source_name: Metastatic breast cancer


title: Sperm DNA from 50162

source_name: Semen Sample 50162


title: Sperm DNA from 50154

source_name: Semen Sample 50154


title: Sperm DNA from 50150

source_name: Semen Sample 50150


title: Sperm DNA from 50152

source_name: Semen Sample 50152


title: Sperm DNA from 50149

source_name: Semen Sample 50149


title: Sperm DNA from 50144

source_name: Semen Sample 50144


title: Sperm DNA from 50138

source_name: Semen Sample 50138


title: Sperm DNA from 50143

source_name: Semen Sample 50143


title: Sperm DNA from 50140

source_name: Semen Sample 50140


title: Sperm DNA from 50137

source_name: Semen Sample 50137


title: Sperm DNA from 50134

source_name: Semen Sample 50134


title: Sperm DNA from 50141

source_name: Semen Sample 50141


title: EKCIFI7K


title: Sperm DNA from 50182

source_name: Semen Sample 50182


title: Sperm DNA from 50131

source_name: Semen Sample 50131


title: Sperm DNA from 50130

source_name: Semen Sample 50130


title: Sperm DNA from 50132

source_name: Semen Sample 50132


title: Sperm DNA from 50159

source_name: Semen Sample 50159


title: Sperm DNA from 50127

source_name: Semen Sample 50127


title: Sperm DNA from 50125

source_name: Semen Sample 50125


title: Sperm DNA from 50128

source_name: Semen Sample 50128


title: Sperm DNA from 50124

source_name: Semen Sample 50124


title: Sperm DNA from 50118

source_name: Semen Sample 50118


title: Sperm DNA from 50122

source_name: Semen Sample 50122


title: Sperm DNA from 50115

source_name: Semen Sample 50115


title: Sperm DNA from 50114

source_name: Semen Sample 50114


title: Sperm DNA from 50113

source_name: Semen Sample 50113


title: Sperm DNA from 50111

source_name: Semen Sample 50111


title: Sperm DNA from 50135

source_name: Semen Sample 50135


title: Sperm DNA from 50136

source_name: Semen Sample 50136


title: Sperm DNA from 50105

source_name: Semen Sample 50105


title: Sperm DNA from 50101

source_name: Semen Sample 50101


title: Sperm DNA from 50104

source_name: Semen Sample 50104


title: Sperm DNA from 50100

source_name: Semen Sample 50100


title: Sperm DNA from 50108

source_name: Semen Sample 50108


title: Sperm DNA from 50096

source_name: Semen Sample 50096


title: Sperm DNA from 50107

source_name: Semen Sample 50107


title: Sperm DNA from 50109

source_name: Semen Sample 50109


title: Sperm DNA from 50093

source_name: Semen Sample 50093


title: Sperm DNA from 50094

source_name: Semen Sample 50094


title: Sperm DNA from 50090

source_name: Semen Sample 50090


title: Sperm DNA from 50089

source_name: Semen Sample 50089


title: Sperm DNA from 50086

source_name: Semen Sample 50086


title: Sperm DNA from 50085

source_name: Semen Sample 50085


title: Sperm DNA from 50083

source_name: Semen Sample 50083


title: Sperm DNA from 50082

source_name: Semen Sample 50082


title: Sperm DNA from 50079

source_name: Semen Sample 50079


title: Sperm DNA from 50077

source_name: Semen Sample 50077


title: Sperm DNA from 50116

source_name: Semen Sample 50116


title: Sperm DNA from 50080

source_name: Semen Sample 50080


title: Sperm DNA from 50075

source_name: Semen Sample 50075


title: Sperm DNA from 50073

source_name: Semen Sample 50073


title: Sperm DNA from 50071

source_name: Semen Sample 50071


title: Sperm DNA from 50110

source_name: Semen Sample 50110


title: Sperm DNA from 50068

source_name: Semen Sample 50068


title: Sperm DNA from 50066

source_name: Semen Sample 50066


title: Sperm DNA from 50095

source_name: Semen Sample 50095


title: Sperm DNA from 50099

source_name: Semen Sample 50099


title: Sperm DNA from 50051

source_name: Semen Sample 50051


title: Sperm DNA from 50058

source_name: Semen Sample 50058


title: Sperm DNA from 50062

source_name: Semen Sample 50062


title: Sperm DNA from 50065

source_name: Semen Sample 50065


title: Sperm DNA from 50050

source_name: Semen Sample 50050


title: Sperm DNA from 50054

source_name: Semen Sample 50054


title: Sperm DNA from 50057

source_name: Semen Sample 50057


title: Sperm DNA from 50049

source_name: Semen Sample 50049


title: Sperm DNA from 50056

source_name: Semen Sample 50056


title: Sperm DNA from 50061

source_name: Semen Sample 50061


title: Sperm DNA from 50045

source_name: Semen Sample 50045


title: Sperm DNA from 50046

source_name: Semen Sample 50046


title: Sperm DNA from 50041

source_name: Semen Sample 50041


title: Sperm DNA from 50048

source_name: Semen Sample 50048


title: Sperm DNA from 50038

source_name: Semen Sample 50038


title: Sperm DNA from 50037

source_name: Semen Sample 50037


title: Sperm DNA from 50036

source_name: Semen Sample 50036


title: Sperm DNA from 50074

source_name: Semen Sample 50074


title: Sperm DNA from 50035

source_name: Semen Sample 50035


title: Sperm DNA from 50072

source_name: Semen Sample 50072


title: Sperm DNA from 50033

source_name: Semen Sample 50033


title: Sperm DNA from 50030

source_name: Semen Sample 50030


title: Sperm DNA from 50029

source_name: Semen Sample 50029


title: Sperm DNA from 50027

source_name: Semen Sample 50027


title: Sperm DNA from 50028

source_name: Semen Sample 50028


title: Sperm DNA from 50026

source_name: Semen Sample 50026


title: Sperm DNA from 50024

source_name: Semen Sample 50024


title: Sperm DNA from 50023

source_name: Semen Sample 50023


title: Sperm DNA from 50016

source_name: Semen Sample 50016


title: Sperm DNA from 50019

source_name: Semen Sample 50019


title: Sperm DNA from 50015

source_name: Semen Sample 50015


title: Sperm DNA from 50014

source_name: Semen Sample 50014


title: Sperm DNA from 50047

source_name: Semen Sample 50047


title: Sperm DNA from 50020

source_name: Semen Sample 50020


title: Sperm DNA from 50022

source_name: Semen Sample 50022


title: Sperm DNA from 50010

source_name: Semen Sample 50010


title: Sperm DNA from 50013

source_name: Semen Sample 50013


title: Sperm DNA from 50001

source_name: Semen Sample 50001


title: Sperm DNA from 50006

source_name: Semen Sample 50006


title: Sperm DNA from 40053

source_name: Semen Sample 40053


title: Sperm DNA from 40054

source_name: Semen Sample 40054


title: Sperm DNA from 40057

source_name: Semen Sample 40057


title: Sperm DNA from 50012

source_name: Semen Sample 50012


title: Sperm DNA from 40050

source_name: Semen Sample 40050


title: Sperm DNA from 40051

source_name: Semen Sample 40051


title: Sperm DNA from 40055

source_name: Semen Sample 40055


title: Sperm DNA from 50034

source_name: Semen Sample 50034


title: Sperm DNA from 40047

source_name: Semen Sample 40047


title: Sperm DNA from 40045

source_name: Semen Sample 40045


title: Sperm DNA from 40044

source_name: Semen Sample 40044


title: Sperm DNA from 50007

source_name: Semen Sample 50007


title: Sperm DNA from 40043

source_name: Semen Sample 40043


title: Sperm DNA from 50005

source_name: Semen Sample 50005


title: Sperm DNA from 40052

source_name: Semen Sample 40052


title: Sperm DNA from 50021

source_name: Semen Sample 50021


title: Sperm DNA from 40048

source_name: Semen Sample 40048


title: Sperm DNA from 40042

source_name: Semen Sample 40042


title: Sperm DNA from 40039

source_name: Semen Sample 40039


title: Sperm DNA from 40038

source_name: Semen Sample 40038


title: Sperm DNA from 40035

source_name: Semen Sample 40035


title: Sperm DNA from 40036

source_name: Semen Sample 40036


title: Sperm DNA from 40033

source_name: Semen Sample 40033


title: Sperm DNA from 40034

source_name: Semen Sample 40034


title: Sperm DNA from 40031

source_name: Semen Sample 40031


title: Sperm DNA from 40030

source_name: Semen Sample 40030


title: Sperm DNA from 40029

source_name: Semen Sample 40029


title: Sperm DNA from 40026

source_name: Semen Sample 40026


title: Sperm DNA from 40025

source_name: Semen Sample 40025


title: Sperm DNA from 40028

source_name: Semen Sample 40028


title: Sperm DNA from 40024

source_name: Semen Sample 40024


title: Sperm DNA from 40020

source_name: Semen Sample 40020


title: Sperm DNA from 40019

source_name: Semen Sample 40019


title: Sperm DNA from 40021

source_name: Semen Sample 40021


title: Sperm DNA from 40015

source_name: Semen Sample 40015


title: Sperm DNA from 40018

source_name: Semen Sample 40018


title: Sperm DNA from 40017

source_name: Semen Sample 40017


title: Sperm DNA from 40011

source_name: Semen Sample 40011


title: Sperm DNA from 40006

source_name: Semen Sample 40006


title: Sperm DNA from 40008

source_name: Semen Sample 40008


title: Sperm DNA from 40007

source_name: Semen Sample 40007


title: Sperm DNA from 40005

source_name: Semen Sample 40005


title: Sperm DNA from 40004

source_name: Semen Sample 40004


title: Sperm DNA from 30284

source_name: Semen Sample 30284


title: Sperm DNA from 30285

source_name: Semen Sample 30285


title: Sperm DNA from 30282

source_name: Semen Sample 30282


title: Sperm DNA from 30280

source_name: Semen Sample 30280


title: Sperm DNA from 30279

source_name: Semen Sample 30279


title: Sperm DNA from 30278

source_name: Semen Sample 30278


title: Sperm DNA from 30275

source_name: Semen Sample 30275


title: Sperm DNA from 30274

source_name: Semen Sample 30274


title: Sperm DNA from 30271

source_name: Semen Sample 30271


title: Sperm DNA from 30270

source_name: Semen Sample 30270


title: Sperm DNA from 30267

source_name: Semen Sample 30267


title: Sperm DNA from 40023

source_name: Semen Sample 40023


title: Sperm DNA from 30260

source_name: Semen Sample 30260


title: Sperm DNA from 30256

source_name: Semen Sample 30256


title: Sperm DNA from 30254

source_name: Semen Sample 30254


title: Sperm DNA from 30251

source_name: Semen Sample 30251


title: Sperm DNA from 30246

source_name: Semen Sample 30246


title: Sperm DNA from 30252

source_name: Semen Sample 30252


title: Sperm DNA from 40012

source_name: Semen Sample 40012


title: Sperm DNA from 30242

source_name: Semen Sample 30242


title: Sperm DNA from 30245

source_name: Semen Sample 30245


title: Sperm DNA from 30241

source_name: Semen Sample 30241


title: Sperm DNA from 30236

source_name: Semen Sample 30236


title: Sperm DNA from 30247

source_name: Semen Sample 30247


title: Sperm DNA from 30240

source_name: Semen Sample 30240


title: Sperm DNA from 30233

source_name: Semen Sample 30233


title: Sperm DNA from 30232

source_name: Semen Sample 30232


title: Sperm DNA from 30234

source_name: Semen Sample 30234


title: Sperm DNA from 30273

source_name: Semen Sample 30273


title: Sperm DNA from 30230

source_name: Semen Sample 30230


title: Sperm DNA from 30276

source_name: Semen Sample 30276


title: Sperm DNA from 30225

source_name: Semen Sample 30225


title: Sperm DNA from 30227

source_name: Semen Sample 30227


title: Sperm DNA from 30223

source_name: Semen Sample 30223


title: Sperm DNA from 30266

source_name: Semen Sample 30266


title: Sperm DNA from 30221

source_name: Semen Sample 30221


title: Sperm DNA from 30224

source_name: Semen Sample 30224


title: Sperm DNA from 30217

source_name: Semen Sample 30217


title: Sperm DNA from 30214

source_name: Semen Sample 30214


title: Sperm DNA from 30211

source_name: Semen Sample 30211


title: Sperm DNA from 30207

source_name: Semen Sample 30207


title: Sperm DNA from 30203

source_name: Semen Sample 30203


title: Sperm DNA from 30202

source_name: Semen Sample 30202


title: Sperm DNA from 30200

source_name: Semen Sample 30200


title: Sperm DNA from 30206

source_name: Semen Sample 30206


title: Sperm DNA from 30235

source_name: Semen Sample 30235


title: Sperm DNA from 30210

source_name: Semen Sample 30210


title: Sperm DNA from 30198

source_name: Semen Sample 30198


title: Sperm DNA from 30197

source_name: Semen Sample 30197


title: Sperm DNA from 30195

source_name: Semen Sample 30195


title: Sperm DNA from 30189

source_name: Semen Sample 30189


title: Sperm DNA from 30199

source_name: Semen Sample 30199


title: Sperm DNA from 30193

source_name: Semen Sample 30193


title: Sperm DNA from 30192

source_name: Semen Sample 30192


title: Sperm DNA from 30186

source_name: Semen Sample 30186


title: Sperm DNA from 30184

source_name: Semen Sample 30184


title: Sperm DNA from 30185

source_name: Semen Sample 30185


title: Sperm DNA from 30183

source_name: Semen Sample 30183


title: Sperm DNA from 30216

source_name: Semen Sample 30216


title: Sperm DNA from 30187

source_name: Semen Sample 30187


title: Sperm DNA from 30182

source_name: Semen Sample 30182


title: Sperm DNA from 30176

source_name: Semen Sample 30176


title: Sperm DNA from 30177

source_name: Semen Sample 30177


title: Sperm DNA from 30179

source_name: Semen Sample 30179


title: Sperm DNA from 30175

source_name: Semen Sample 30175


title: Sperm DNA from 30180

source_name: Semen Sample 30180


title: Sperm DNA from 30172

source_name: Semen Sample 30172


title: Sperm DNA from 30171

source_name: Semen Sample 30171


title: Sperm DNA from 30169

source_name: Semen Sample 30169


title: Sperm DNA from 30170

source_name: Semen Sample 30170


title: Sperm DNA from 30162

source_name: Semen Sample 30162


title: Sperm DNA from 30167

source_name: Semen Sample 30167


title: Sperm DNA from 30164

source_name: Semen Sample 30164


title: Sperm DNA from 30165

source_name: Semen Sample 30165


title: Sperm DNA from 30161

source_name: Semen Sample 30161


title: Sperm DNA from 30160

source_name: Semen Sample 30160


title: Sperm DNA from 30159

source_name: Semen Sample 30159


title: Sperm DNA from 30166

source_name: Semen Sample 30166


title: Sperm DNA from 30157

source_name: Semen Sample 30157


title: Sperm DNA from 30158

source_name: Semen Sample 30158


title: Sperm DNA from 30156

source_name: Semen Sample 30156


title: Sperm DNA from 30151

source_name: Semen Sample 30151


title: Sperm DNA from 30154

source_name: Semen Sample 30154


title: Sperm DNA from 30188

source_name: Semen Sample 30188


title: Sperm DNA from 30149

source_name: Semen Sample 30149


title: Sperm DNA from 30147

source_name: Semen Sample 30147


title: Sperm DNA from 30148

source_name: Semen Sample 30148


title: Sperm DNA from 30145

source_name: Semen Sample 30145


title: Sperm DNA from 30146

source_name: Semen Sample 30146


title: Sperm DNA from 30143

source_name: Semen Sample 30143


title: Sperm DNA from 30140

source_name: Semen Sample 30140


title: Sperm DNA from 30137

source_name: Semen Sample 30137


title: Sperm DNA from 30138

source_name: Semen Sample 30138


title: Sperm DNA from 30142

source_name: Semen Sample 30142


title: Sperm DNA from 30150

source_name: Semen Sample 30150


title: Sperm DNA from 30135

source_name: Semen Sample 30135


title: Sperm DNA from 30134

source_name: Semen Sample 30134


title: Sperm DNA from 30126

source_name: Semen Sample 30126


title: Sperm DNA from 30139

source_name: Semen Sample 30139


title: Sperm DNA from 30124

source_name: Semen Sample 30124


title: Sperm DNA from 30121

source_name: Semen Sample 30121


title: Sperm DNA from 30116

source_name: Semen Sample 30116


title: Sperm DNA from 30120

source_name: Semen Sample 30120


title: Sperm DNA from 30123

source_name: Semen Sample 30123


title: Sperm DNA from 30114

source_name: Semen Sample 30114


title: Sperm DNA from 30113

source_name: Semen Sample 30113


title: Sperm DNA from 30111

source_name: Semen Sample 30111


title: Sperm DNA from 30096

source_name: Semen Sample 30096


title: Sperm DNA from 30097

source_name: Semen Sample 30097


title: Sperm DNA from 30108

source_name: Semen Sample 30108


title: Sperm DNA from 30104

source_name: Semen Sample 30104


title: Sperm DNA from 30102

source_name: Semen Sample 30102


title: Sperm DNA from 30095

source_name: Semen Sample 30095


title: Sperm DNA from 30094

source_name: Semen Sample 30094


title: Sperm DNA from 30091

source_name: Semen Sample 30091


title: Sperm DNA from 30089

source_name: Semen Sample 30089


title: Sperm DNA from 30092

source_name: Semen Sample 30092


title: Sperm DNA from 30093

source_name: Semen Sample 30093


title: Sperm DNA from 30087

source_name: Semen Sample 30087


title: Sperm DNA from 30086

source_name: Semen Sample 30086


title: Sperm DNA from 30090

source_name: Semen Sample 30090


title: Sperm DNA from 30082

source_name: Semen Sample 30082


title: Sperm DNA from 30080

source_name: Semen Sample 30080


title: Sperm DNA from 30078

source_name: Semen Sample 30078


title: Sperm DNA from 30074

source_name: Semen Sample 30074


title: Sperm DNA from 30118

source_name: Semen Sample 30118


title: Sperm DNA from 30072

source_name: Semen Sample 30072


title: Sperm DNA from 30071

source_name: Semen Sample 30071


title: Sperm DNA from 30066

source_name: Semen Sample 30066


title: Sperm DNA from 30065

source_name: Semen Sample 30065


title: Sperm DNA from 30067

source_name: Semen Sample 30067


title: Sperm DNA from 30064

source_name: Semen Sample 30064


title: Sperm DNA from 30060

source_name: Semen Sample 30060


title: Sperm DNA from 30059

source_name: Semen Sample 30059


title: Sperm DNA from 30058

source_name: Semen Sample 30058


title: Sperm DNA from 30057

source_name: Semen Sample 30057


title: Sperm DNA from 30053

source_name: Semen Sample 30053


title: Sperm DNA from 30050

source_name: Semen Sample 30050


title: Sperm DNA from 30049

source_name: Semen Sample 30049


title: Sperm DNA from 30046

source_name: Semen Sample 30046


title: Sperm DNA from 30039

source_name: Semen Sample 30039


title: Sperm DNA from 30047

source_name: Semen Sample 30047


title: Sperm DNA from 30084

source_name: Semen Sample 30084


title: Sperm DNA from 30038

source_name: Semen Sample 30038


title: Sperm DNA from 30037

source_name: Semen Sample 30037


title: Sperm DNA from 30035

source_name: Semen Sample 30035


title: Sperm DNA from 30075

source_name: Semen Sample 30075


title: Sperm DNA from 30033

source_name: Semen Sample 30033


title: Sperm DNA from 30026

source_name: Semen Sample 30026


title: Sperm DNA from 30029

source_name: Semen Sample 30029


title: Sperm DNA from 30025

source_name: Semen Sample 30025


title: Sperm DNA from 30031

source_name: Semen Sample 30031


title: Sperm DNA from 30070

source_name: Semen Sample 30070


title: Sperm DNA from 30022

source_name: Semen Sample 30022


title: Sperm DNA from 30021

source_name: Semen Sample 30021


title: Sperm DNA from 30063

source_name: Semen Sample 30063


title: Sperm DNA from 30019

source_name: Semen Sample 30019


title: Sperm DNA from 30016

source_name: Semen Sample 30016


title: Sperm DNA from 30014

source_name: Semen Sample 30014


title: Sperm DNA from 30010

source_name: Semen Sample 30010


title: Sperm DNA from 30012

source_name: Semen Sample 30012


title: Sperm DNA from 30011

source_name: Semen Sample 30011


title: Sperm DNA from 30009

source_name: Semen Sample 30009


title: Sperm DNA from 30007

source_name: Semen Sample 30007


title: Sperm DNA from 30006

source_name: Semen Sample 30006


title: Sperm DNA from 20239

source_name: Semen Sample 20239


title: Sperm DNA from 20237

source_name: Semen Sample 20237


title: Sperm DNA from 20234

source_name: Semen Sample 20234


title: Sperm DNA from 30030

source_name: Semen Sample 30030


title: Sperm DNA from 20235

source_name: Semen Sample 20235


title: Sperm DNA from 20227

source_name: Semen Sample 20227


title: Sperm DNA from 30004

source_name: Semen Sample 30004


title: Sperm DNA from 20226

source_name: Semen Sample 20226


title: Sperm DNA from 20225

source_name: Semen Sample 20225


title: Sperm DNA from 20222

source_name: Semen Sample 20222


title: Sperm DNA from 20221

source_name: Semen Sample 20221


title: Sperm DNA from 20224

source_name: Semen Sample 20224


title: Sperm DNA from 30028

source_name: Semen Sample 30028


title: Sperm DNA from 20219

source_name: Semen Sample 20219


title: Sperm DNA from 20217

source_name: Semen Sample 20217


title: Sperm DNA from 30020

source_name: Semen Sample 30020


title: Sperm DNA from 20216

source_name: Semen Sample 20216


title: Sperm DNA from 20213

source_name: Semen Sample 20213


title: Sperm DNA from 20211

source_name: Semen Sample 20211


title: Sperm DNA from 30017

source_name: Semen Sample 30017


title: Sperm DNA from 20207

source_name: Semen Sample 20207


title: Sperm DNA from 20204

source_name: Semen Sample 20204


title: Sperm DNA from 20201

source_name: Semen Sample 20201


title: Sperm DNA from 20203

source_name: Semen Sample 20203


title: Sperm DNA from 20199

source_name: Semen Sample 20199


title: Sperm DNA from 30002

source_name: Semen Sample 30002


title: Sperm DNA from 20198

source_name: Semen Sample 20198


title: Sperm DNA from 20189

source_name: Semen Sample 20189


title: Sperm DNA from 20188

source_name: Semen Sample 20188


title: Sperm DNA from 20190

source_name: Semen Sample 20190


title: Sperm DNA from 20187

source_name: Semen Sample 20187


title: Sperm DNA from 20186

source_name: Semen Sample 20186


title: Sperm DNA from 20197

source_name: Semen Sample 20197


title: Sperm DNA from 20184

source_name: Semen Sample 20184


title: Sperm DNA from 20183

source_name: Semen Sample 20183


title: Sperm DNA from 20181

source_name: Semen Sample 20181


title: Sperm DNA from 20182

source_name: Semen Sample 20182


title: Sperm DNA from 20179

source_name: Semen Sample 20179


title: Sperm DNA from 20178

source_name: Semen Sample 20178


title: Sperm DNA from 20180

source_name: Semen Sample 20180


title: Sperm DNA from 20191

source_name: Semen Sample 20191


title: Sperm DNA from 20175

source_name: Semen Sample 20175


title: Sperm DNA from 20172

source_name: Semen Sample 20172


title: Sperm DNA from 20176

source_name: Semen Sample 20176


title: Sperm DNA from 20206

source_name: Semen Sample 20206


title: Sperm DNA from 20171

source_name: Semen Sample 20171


title: Sperm DNA from 20168

source_name: Semen Sample 20168


title: Sperm DNA from 20170

source_name: Semen Sample 20170


title: Sperm DNA from 20167

source_name: Semen Sample 20167


title: Sperm DNA from 20200

source_name: Semen Sample 20200


title: Sperm DNA from 20202

source_name: Semen Sample 20202


title: Sperm DNA from 20165

source_name: Semen Sample 20165


title: Sperm DNA from 20164

source_name: Semen Sample 20164


title: Sperm DNA from 20161

source_name: Semen Sample 20161


title: Sperm DNA from 20159

source_name: Semen Sample 20159


title: Sperm DNA from 20158

source_name: Semen Sample 20158


title: Sperm DNA from 20157

source_name: Semen Sample 20157


title: Sperm DNA from 20154

source_name: Semen Sample 20154


title: Sperm DNA from 20152

source_name: Semen Sample 20152


title: Sperm DNA from 20156

source_name: Semen Sample 20156


title: Sperm DNA from 20153

source_name: Semen Sample 20153


title: Sperm DNA from 20149

source_name: Semen Sample 20149


title: Sperm DNA from 20146

source_name: Semen Sample 20146


title: Sperm DNA from 20141

source_name: Semen Sample 20141


title: Sperm DNA from 20135

source_name: Semen Sample 20135


title: Sperm DNA from 20134

source_name: Semen Sample 20134


title: Sperm DNA from 20131

source_name: Semen Sample 20131


title: Sperm DNA from 20132

source_name: Semen Sample 20132


title: Sperm DNA from 20142

source_name: Semen Sample 20142


title: Sperm DNA from 20130

source_name: Semen Sample 20130


title: Sperm DNA from 20129

source_name: Semen Sample 20129


title: Sperm DNA from 20128

source_name: Semen Sample 20128


title: Sperm DNA from 20126

source_name: Semen Sample 20126


title: Sperm DNA from 20125

source_name: Semen Sample 20125


title: Sperm DNA from 20123

source_name: Semen Sample 20123


title: Sperm DNA from 20124

source_name: Semen Sample 20124


title: Sperm DNA from 20163

source_name: Semen Sample 20163


title: Sperm DNA from 20119

source_name: Semen Sample 20119


title: Sperm DNA from 20120

source_name: Semen Sample 20120


title: Sperm DNA from 20118

source_name: Semen Sample 20118


title: Sperm DNA from 20115

source_name: Semen Sample 20115


title: Sperm DNA from 20150

source_name: Semen Sample 20150


title: Sperm DNA from 20113

source_name: Semen Sample 20113


title: Sperm DNA from 20111

source_name: Semen Sample 20111


title: Sperm DNA from 20112

source_name: Semen Sample 20112


title: Sperm DNA from 20147

source_name: Semen Sample 20147


title: Sperm DNA from 20110

source_name: Semen Sample 20110


title: Sperm DNA from 20143

source_name: Semen Sample 20143


title: Sperm DNA from 20109

source_name: Semen Sample 20109


title: Sperm DNA from 20114

source_name: Semen Sample 20114


title: Sperm DNA from 20137

source_name: Semen Sample 20137


title: Sperm DNA from 20108

source_name: Semen Sample 20108


title: Sperm DNA from 20104

source_name: Semen Sample 20104


title: Sperm DNA from 20099

source_name: Semen Sample 20099


title: Sperm DNA from 20107

source_name: Semen Sample 20107


title: Sperm DNA from 20100

source_name: Semen Sample 20100


title: Sperm DNA from 20105

source_name: Semen Sample 20105


title: Sperm DNA from 20103

source_name: Semen Sample 20103


title: Sperm DNA from 20098

source_name: Semen Sample 20098


title: Sperm DNA from 20097

source_name: Semen Sample 20097


title: Sperm DNA from 20092

source_name: Semen Sample 20092


title: Sperm DNA from 20089

source_name: Semen Sample 20089


title: Sperm DNA from 20093

source_name: Semen Sample 20093


title: Sperm DNA from 20121

source_name: Semen Sample 20121


title: Sperm DNA from 20090

source_name: Semen Sample 20090


title: Sperm DNA from 20094

source_name: Semen Sample 20094


title: Sperm DNA from 20088

source_name: Semen Sample 20088


title: Sperm DNA from 20086

source_name: Semen Sample 20086


title: Sperm DNA from 20085

source_name: Semen Sample 20085


title: Sperm DNA from 20082

source_name: Semen Sample 20082


title: Sperm DNA from 20081

source_name: Semen Sample 20081


title: Sperm DNA from 20079

source_name: Semen Sample 20079


title: Sperm DNA from 20102

source_name: Semen Sample 20102


title: Sperm DNA from 20066

source_name: Semen Sample 20066


title: Sperm DNA from 20064

source_name: Semen Sample 20064


title: Sperm DNA from 20068

source_name: Semen Sample 20068


title: Sperm DNA from 20067

source_name: Semen Sample 20067


title: Sperm DNA from 20063

source_name: Semen Sample 20063


title: Sperm DNA from 20071

source_name: Semen Sample 20071


title: Sperm DNA from 20056

source_name: Semen Sample 20056


title: Sperm DNA from 20057

source_name: Semen Sample 20057


title: Sperm DNA from 20058

source_name: Semen Sample 20058


title: Sperm DNA from 20061

source_name: Semen Sample 20061


title: Sperm DNA from 20059

source_name: Semen Sample 20059


title: Sperm DNA from 20055

source_name: Semen Sample 20055


title: Sperm DNA from 20050

source_name: Semen Sample 20050


title: Sperm DNA from 20052

source_name: Semen Sample 20052


title: Sperm DNA from 20053

source_name: Semen Sample 20053


title: Sperm DNA from 20065

source_name: Semen Sample 20065


title: Sperm DNA from 20049

source_name: Semen Sample 20049


title: Sperm DNA from 20048

source_name: Semen Sample 20048


title: Sperm DNA from 20087

source_name: Semen Sample 20087


title: Sperm DNA from 20062

source_name: Semen Sample 20062


title: Sperm DNA from 20041

source_name: Semen Sample 20041


title: Sperm DNA from 20054

source_name: Semen Sample 20054


title: Sperm DNA from 20044

source_name: Semen Sample 20044


title: Sperm DNA from 20047

source_name: Semen Sample 20047


title: Sperm DNA from 20075

source_name: Semen Sample 20075


title: Sperm DNA from 20038

source_name: Semen Sample 20038


title: Sperm DNA from 20037

source_name: Semen Sample 20037


title: Sperm DNA from 20040

source_name: Semen Sample 20040


title: Sperm DNA from 20032

source_name: Semen Sample 20032


title: Sperm DNA from 20033

source_name: Semen Sample 20033


title: Sperm DNA from 20029

source_name: Semen Sample 20029


title: Sperm DNA from 20035

source_name: Semen Sample 20035


title: Sperm DNA from 20030

source_name: Semen Sample 20030


title: Sperm DNA from 20034

source_name: Semen Sample 20034


title: Sperm DNA from 20027

source_name: Semen Sample 20027


title: Sperm DNA from 20025

source_name: Semen Sample 20025


title: Sperm DNA from 20028

source_name: Semen Sample 20028


title: Sperm DNA from 20022

source_name: Semen Sample 20022


title: Sperm DNA from 20018

source_name: Semen Sample 20018


title: Sperm DNA from 20023

source_name: Semen Sample 20023


title: Sperm DNA from 20024

source_name: Semen Sample 20024


title: Sperm DNA from 20016

source_name: Semen Sample 20016


title: Sperm DNA from 20019

source_name: Semen Sample 20019


title: Sperm DNA from 20043

source_name: Semen Sample 20043


title: Sperm DNA from 20014

source_name: Semen Sample 20014


title: Sperm DNA from 20015

source_name: Semen Sample 20015


title: Sperm DNA from 20017

source_name: Semen Sample 20017


title: Sperm DNA from 20013

source_name: Semen Sample 20013


title: Sperm DNA from 20011

source_name: Semen Sample 20011


title: Sperm DNA from 20008

source_name: Semen Sample 20008


title: Sperm DNA from 20004

source_name: Semen Sample 20004


title: Sperm DNA from 20007

source_name: Semen Sample 20007


title: Sperm DNA from 20003

source_name: Semen Sample 20003


title: Sperm DNA from 11495

source_name: Semen Sample 11495


title: Sperm DNA from 11492

source_name: Semen Sample 11492


title: Sperm DNA from 11489

source_name: Semen Sample 11489


title: Sperm DNA from 11491

source_name: Semen Sample 11491


title: Sperm DNA from 11488

source_name: Semen Sample 11488


title: Sperm DNA from 11490

source_name: Semen Sample 11490


title: Sperm DNA from 11485

source_name: Semen Sample 11485


title: Sperm DNA from 20021

source_name: Semen Sample 20021


title: Sperm DNA from 11487

source_name: Semen Sample 11487


title: Sperm DNA from 11484

source_name: Semen Sample 11484


title: Sperm DNA from 11482

source_name: Semen Sample 11482


title: Sperm DNA from 11479

source_name: Semen Sample 11479


title: Sperm DNA from 11476

source_name: Semen Sample 11476


title: Sperm DNA from 11470

source_name: Semen Sample 11470


title: Sperm DNA from 11481

source_name: Semen Sample 11481


title: Sperm DNA from 11477

source_name: Semen Sample 11477


title: Sperm DNA from 11472

source_name: Semen Sample 11472


title: Sperm DNA from 20005

source_name: Semen Sample 20005


title: Sperm DNA from 11467

source_name: Semen Sample 11467


title: Sperm DNA from 11469

source_name: Semen Sample 11469


title: Sperm DNA from 11473

source_name: Semen Sample 11473


title: Sperm DNA from 11464

source_name: Semen Sample 11464


title: Sperm DNA from 11466

source_name: Semen Sample 11466


title: Sperm DNA from 11461

source_name: Semen Sample 11461


title: Sperm DNA from 20001

source_name: Semen Sample 20001


title: Sperm DNA from 11497

source_name: Semen Sample 11497


title: Sperm DNA from 11463

source_name: Semen Sample 11463


title: Sperm DNA from 11494

source_name: Semen Sample 11494


title: Sperm DNA from 11459

source_name: Semen Sample 11459


title: Sperm DNA from 11454

source_name: Semen Sample 11454


title: Sperm DNA from 11453

source_name: Semen Sample 11453


title: Sperm DNA from 11456

source_name: Semen Sample 11456


title: Sperm DNA from 11475

source_name: Semen Sample 11475


title: Sperm DNA from 11460

source_name: Semen Sample 11460


title: Sperm DNA from 11455

source_name: Semen Sample 11455


title: Sperm DNA from 11458

source_name: Semen Sample 11458


title: Sperm DNA from 11445

source_name: Semen Sample 11445


title: Sperm DNA from 11426

source_name: Semen Sample 11426


title: Sperm DNA from 11392

source_name: Semen Sample 11392


title: Sperm DNA from 11382

source_name: Semen Sample 11382


title: Sperm DNA from 11412

source_name: Semen Sample 11412


title: Sperm DNA from 11360

source_name: Semen Sample 11360


title: Sperm DNA from 11358

source_name: Semen Sample 11358


title: Sperm DNA from 11357

source_name: Semen Sample 11357


title: Sperm DNA from 11355

source_name: Semen Sample 11355


title: Sperm DNA from 11350

source_name: Semen Sample 11350


title: Sperm DNA from 11347

source_name: Semen Sample 11347


title: Sperm DNA from 11365

source_name: Semen Sample 11365


title: Sperm DNA from 11348

source_name: Semen Sample 11348


title: Sperm DNA from 11346

source_name: Semen Sample 11346


title: Sperm DNA from 11344

source_name: Semen Sample 11344


title: Sperm DNA from 11341

source_name: Semen Sample 11341


title: Sperm DNA from 11339

source_name: Semen Sample 11339


title: Sperm DNA from 11338

source_name: Semen Sample 11338


title: Sperm DNA from 11335

source_name: Semen Sample 11335


title: Sperm DNA from 11336

source_name: Semen Sample 11336


title: Sperm DNA from 11332

source_name: Semen Sample 11332


title: Sperm DNA from 11327

source_name: Semen Sample 11327


title: Sperm DNA from 11383

source_name: Semen Sample 11383


title: Sperm DNA from 11331

source_name: Semen Sample 11331


title: Sperm DNA from 11326

source_name: Semen Sample 11326


title: Sperm DNA from 11320

source_name: Semen Sample 11320


title: Sperm DNA from 11321

source_name: Semen Sample 11321


title: Sperm DNA from 11322

source_name: Semen Sample 11322


title: Sperm DNA from 11319

source_name: Semen Sample 11319


title: Sperm DNA from 11333

source_name: Semen Sample 11333


title: Sperm DNA from 11317

source_name: Semen Sample 11317


title: Sperm DNA from 11316

source_name: Semen Sample 11316


title: Sperm DNA from 11314

source_name: Semen Sample 11314


title: Sperm DNA from 11315

source_name: Semen Sample 11315


title: Sperm DNA from 11311

source_name: Semen Sample 11311


title: Sperm DNA from 11309

source_name: Semen Sample 11309


title: Sperm DNA from 11308

source_name: Semen Sample 11308


title: Sperm DNA from 11306

source_name: Semen Sample 11306


title: Sperm DNA from 11313

source_name: Semen Sample 11313


title: Sperm DNA from 11310

source_name: Semen Sample 11310


title: Sperm DNA from 11307

source_name: Semen Sample 11307


title: Sperm DNA from 11312

source_name: Semen Sample 11312


title: Sperm DNA from 11345

source_name: Semen Sample 11345


title: Sperm DNA from 11303

source_name: Semen Sample 11303


title: Sperm DNA from 11304

source_name: Semen Sample 11304


title: Sperm DNA from 11301

source_name: Semen Sample 11301


title: Sperm DNA from 11300

source_name: Semen Sample 11300


title: Sperm DNA from 11298

source_name: Semen Sample 11298


title: Sperm DNA from 11297

source_name: Semen Sample 11297


title: Sperm DNA from 11296

source_name: Semen Sample 11296


title: Sperm DNA from 11295

source_name: Semen Sample 11295


title: Sperm DNA from 11294

source_name: Semen Sample 11294


title: Sperm DNA from 11290

source_name: Semen Sample 11290


title: Sperm DNA from 11293

source_name: Semen Sample 11293


title: Sperm DNA from 11288

source_name: Semen Sample 11288


title: Sperm DNA from 11292

source_name: Semen Sample 11292


title: Sperm DNA from 11286

source_name: Semen Sample 11286


title: Sperm DNA from 11284

source_name: Semen Sample 11284


title: Sperm DNA from 11291

source_name: Semen Sample 11291


title: Sperm DNA from 11283

source_name: Semen Sample 11283


title: Sperm DNA from 11277

source_name: Semen Sample 11277


title: Sperm DNA from 11274

source_name: Semen Sample 11274


title: Sperm DNA from 11282

source_name: Semen Sample 11282


title: Sperm DNA from 11270

source_name: Semen Sample 11270


title: Sperm DNA from 11268

source_name: Semen Sample 11268


title: Sperm DNA from 11278

source_name: Semen Sample 11278


title: Sperm DNA from 11269

source_name: Semen Sample 11269


title: Sperm DNA from 11263

source_name: Semen Sample 11263


title: Sperm DNA from 11260

source_name: Semen Sample 11260


title: Sperm DNA from 11257

source_name: Semen Sample 11257


title: Sperm DNA from 11266

source_name: Semen Sample 11266


title: Sperm DNA from 11259

source_name: Semen Sample 11259


title: Sperm DNA from 11256

source_name: Semen Sample 11256


title: Sperm DNA from 11254

source_name: Semen Sample 11254


title: Sperm DNA from 11252

source_name: Semen Sample 11252


title: Sperm DNA from 11253

source_name: Semen Sample 11253


title: Sperm DNA from 11255

source_name: Semen Sample 11255


title: Sperm DNA from 11249

source_name: Semen Sample 11249


title: Sperm DNA from 11248

source_name: Semen Sample 11248


title: Sperm DNA from 11289

source_name: Semen Sample 11289


title: Sperm DNA from 11246

source_name: Semen Sample 11246


title: Sperm DNA from 11243

source_name: Semen Sample 11243


title: Sperm DNA from 11245

source_name: Semen Sample 11245


title: Sperm DNA from 11242

source_name: Semen Sample 11242


title: Sperm DNA from 11239

source_name: Semen Sample 11239


title: Sperm DNA from 11235

source_name: Semen Sample 11235


title: Sperm DNA from 11236

source_name: Semen Sample 11236


title: Sperm DNA from 11241

source_name: Semen Sample 11241


title: Sperm DNA from 11234

source_name: Semen Sample 11234


title: Sperm DNA from 11229

source_name: Semen Sample 11229


title: Sperm DNA from 11228

source_name: Semen Sample 11228


title: Sperm DNA from 11220

source_name: Semen Sample 11220


title: Sperm DNA from 11221

source_name: Semen Sample 11221


title: Sperm DNA from 11227

source_name: Semen Sample 11227


title: Sperm DNA from 11233

source_name: Semen Sample 11233


title: Sperm DNA from 11217

source_name: Semen Sample 11217


title: Sperm DNA from 11213

source_name: Semen Sample 11213


title: Sperm DNA from 11210

source_name: Semen Sample 11210


title: Sperm DNA from 11211

source_name: Semen Sample 11211


title: Sperm DNA from 11199

source_name: Semen Sample 11199


title: Sperm DNA from 11200

source_name: Semen Sample 11200


title: Sperm DNA from 11207

source_name: Semen Sample 11207


title: Sperm DNA from 11247

source_name: Semen Sample 11247


title: Sperm DNA from 11205

source_name: Semen Sample 11205


title: Sperm DNA from 11203

source_name: Semen Sample 11203


title: Sperm DNA from 11201

source_name: Semen Sample 11201


title: Sperm DNA from 11196

source_name: Semen Sample 11196


title: Sperm DNA from 11240

source_name: Semen Sample 11240


title: Sperm DNA from 11190

source_name: Semen Sample 11190


title: Sperm DNA from 11187

source_name: Semen Sample 11187


title: Sperm DNA from 11191

source_name: Semen Sample 11191


title: Sperm DNA from 11195

source_name: Semen Sample 11195


title: Sperm DNA from 11223

source_name: Semen Sample 11223


title: Sperm DNA from 11185

source_name: Semen Sample 11185


title: Sperm DNA from 11194

source_name: Semen Sample 11194


title: Sperm DNA from 11180

source_name: Semen Sample 11180


title: Sperm DNA from 11178

source_name: Semen Sample 11178


title: Sperm DNA from 11182

source_name: Semen Sample 11182


title: Sperm DNA from 11184

source_name: Semen Sample 11184


title: Sperm DNA from 11176

source_name: Semen Sample 11176


title: Sperm DNA from 11177

source_name: Semen Sample 11177


title: Sperm DNA from 11183

source_name: Semen Sample 11183


title: Sperm DNA from 11175

source_name: Semen Sample 11175


title: Sperm DNA from 11197

source_name: Semen Sample 11197


title: Sperm DNA from 11172

source_name: Semen Sample 11172


title: Sperm DNA from 11161

source_name: Semen Sample 11161


title: Sperm DNA from 11166

source_name: Semen Sample 11166


title: Sperm DNA from 11168

source_name: Semen Sample 11168


title: Sperm DNA from 11158

source_name: Semen Sample 11158


title: Sperm DNA from 11171

source_name: Semen Sample 11171


title: Sperm DNA from 11170

source_name: Semen Sample 11170