title: NCM SS2 TAC2_72

city: Tokyo

first: Seitaro

last: Nomura

state: Select a State or Province

address: 7-3-1, Hongo, Bunkyo-ku

department: Department of Cardiovascular Medicine

institute: The University of Tokyo

description: NCM SS2 TAC2

data_processing:
RefSeq transcripts (coding and non-coding) were downloaded from the UCSC Genome Browser (http://genome.ucsc.edu).
Reads were mapped to the mouse genome (mm9) with the parameters “-g 1 -p 8 mm9—no-coverage-search” using TopHat (Trapnell et al., 2009).
FPKM was calculated with reads mapped to the nuclear genome (Trapnell et al., 2010).
All genes expressed at an FPKM value of ≥10 in at least one of the samples were used to for subsequent analysis.
Genome_build: mm9
Supplementary_files_format_and_content: csv

source_name: Non-cardiomyocytes

growth_protocol: C57BL/6N mice were purchased from CLEA Japan, Inc. Female and male mice were housed in separate cages at a maximum of 6 mice per cage in a specific-pathogen–free, temperature-controlled vivarium under a 12-h light/dark cycle with ad libitum access to food and water. All experiments were approved by the University of Tokyo Ethics Committee for Animal Experiments and strictly adhered to the guidelines of the University of Tokyo for animal experiments.

extract_protocol:
For the isolation and collection of non-cardiomyocytes, hearts were minced and enzymatically dissociated using 2 mg/mL type 2 collagenase (Worthington), 1 mg/mL dispase (Roche), and 20 U/mL DNAse I (Roche), with 5 cycles of digestion for a total 40 min at 37 °C. After using a 40-μm cell strainer (Greiner) to remove the cardiomyocytes, cells were stained with Zombie Green Fixable Viability Kit (BioLegend) and live cells were collected by fluorescence-activated cell sorting (FACS) using a FACSJazz cell sorter (BD Biosciences).
Single-cell cDNA libraries were generated using the Smart-seq2 protocol. For the cDNA libraries constructed by Smart-seq2, the efﬁciency of reverse transcription was assessed by examining the cycle threshold (Ct) values of control genes (Actb for non-cardiomyocytes) from quantitative real-time polymerase chain reaction (qRT-PCR) using a CFX96 Real-Time PCR Detection System (Bio-Rad), and the distribution of cDNA fragment lengths was assessed using LabChip GX (Perkin Elmer) and/or TapeStation 2200 (Agilent Technologies). The following primer sets were used for qRT-PCR: Actb mRNA forward: CAACTGGGACGACATGGAGA; and Actb mRNA reverse: GCATACAGGGACAGCACAGC. A Ct value of 25 was set as the threshold.

treatment_protocol: TAC surgery was performed in mice randomly selected from among those weighing 20–23 g at the age of 9–11 weeks. After the mice were anaesthetized with 2% isoflurane via inhalation, the aorta was approached via minimal sternal incision and a 7-0 ligature was placed around the vessel using a 26-gauge needle to ensure consistent occlusion. The surgeon was not informed about the genotypes of the mice. Mice that died within 1 week after the operation were excluded from the analysis. Transthoracic echocardiography was performed on conscious mice, using a Vevo 2100 imaging system (Visualsonics, Inc.). To minimize variation in the data, cardiac function was assessed only when the heart rate was 600–700 beats per minute. M-mode echocardiographic images were obtained from a longitudinal view to measure the size and function of the left ventricle.

value: Non-cardiomyocytes

tag: operation

value: TAC (W2)

tag: name in supplementary file

tag: molecule subtype

value: Full length

tag: protocol


title: NCM SS2 TAC2_71

status: Public on Mar 03 2022

type: SRA

country: Japan

description: NCM SS2 TAC2

library_source: transcriptomic

molecule: total RNA

organism: Mus musculus

tag: cell type

tag: strain

tag: tissue

value: heart


title: NCM SS2 TAC2_70

description: NCM SS2 TAC2


title: Sp164_Sa_3h

city: Jena

first: Sascha

last: Schäuble

address: Beutenbergstraße 11a

country: Germany

institute: Leibniz Institute for Natural Product Research and Infection Biology

data_processing:
quality control with FastQC (v0.11.7)
quality trimming of raw data with bbduk from the BBMap (v37.44)
read alignment STAR Aligner (v2.5.2b)
read counting with featureCounts (v1.20.6)
Genome_build: Ensembl annotation GRCh38.89
Supplementary_files_format_and_content: tab delimited text file with unnormalised read counts
Supplementary_files_format_and_content: tab delimited text file with MRN normalised read counts

organism: Homo sapiens

source_name: monocytes

growth_protocol: CD14+ monocytes were isolated from EDTA-anticoagulated blood after Ficoll-Paque density gradient centrifugation by magnetic-activated cell sorting using human CD14 MicroBeads and the autoMACS Pro Separator system according to the manufacturer’s instructions (Miltenyi Biotec). CD14+ monocytes were resuspended in RPMI1640 with L-glutamine supplemented with 20 % heat-inactivated FBS and cultured at a density of 2.5 x 106 cells/ml. After overnight resting, monocyte viability was determined by trypan blue staining (≥85 %) prior to stimulation.

extract_protocol:
After stimulation, the cells were separated from the supernatant by centrifugation. Total RNA was purified using the AllPrep96 DNA/RNA Kit from Qiagen according to the manufacturer’s instructions.
RNA-sequencing used the QuantSeq-3’-mRNA library preparation kit (Lexogen, Vienna, Austria). Next generation sequencing (NGS) libraries were sequenced at the end of the 3' poly-A tail using a HiSeq 2500 platform (Illumina, San Diego, USA).

treatment_protocol: Monocytes were stimulated with inactivated A. fumigatus germ tubes (multiplicity of infection [MOI] =0.5), S. aureus (MOI =5), N. meningitidis (MOI =1) or media as unstimulated control for 3h or 6h

tag: Sex

value: male

tag: stimulation

value: S. aureus

tag: time point


title: NCM SS2 TAC2_69

description: NCM SS2 TAC2


title: NCM SS2 TAC2_68

description: NCM SS2 TAC2


title: Sp166_K_6h

value: Control


title: Sp164_Nm_6h

value: N. meningitidis


title: Sp164_Nm_3h


title: Sp166_Nm_3h


title: Liver7

city: Hangzhou

first: Mengmeng

last: Jiang

address: Yuhangtang Road 866, Xihu Distric

country: China

institute: Zhejiang University

data_processing:
Base-calls were performed with Illumina bcl2fastq
Sequenced reads were trimmed for adaptor sequence.Then reads in bam files were tagged with the cell and molecular (UMI) barcode sequences using Drop-seq_tools-1.12.The cell barcodes are tagged as XC in the bam file and the UMI is tagged as XM in the bam file. The reads quality under 10 were removed.
ScRNA-seq reads were aligned to the Mus_musculus.GRCm38.88 genome assembly using STAR version (2.5.2a)  with default configurations.
Next, merge the STAR alignment tagged bam SAM to recover cell /molecular barcodes and the reads are annotated with exon tags.
Last, we demultiplexed all cell barcodes taken into consideration for the analysis from the exon-tagged bam files to get a digital expression matrix based on UMI counts.
Genome_build: Danio rerio GRCz10
Supplementary_files_format_and_content: tab-delimited text files of digital expression matrix (dge) based on raw UMI counts ,columns are cells, and rows are genes.

organism: Danio rerio

source_name: liver

extract_protocol:
Tissue dissociation and  single-cell lysate
Library preparations were performed with the Microwell-seq protocol

value: Tubingen

value: liver

tag: genotype

value: wild type


title: NCM SS2 TAC2_67

description: NCM SS2 TAC2


title: Sp164_K_6h


title: NCM SS2 TAC2_66

description: NCM SS2 TAC2


title: NCM SS2 TAC2_65

description: NCM SS2 TAC2


title: Sp164_K_3h


title: NCM SS2 TAC2_64

description: NCM SS2 TAC2


title: NCM SS2 TAC2_63

description: NCM SS2 TAC2


title: Sp164_Af_3h

value: A. fumigatus


title: NCM SS2 TAC2_62

description: NCM SS2 TAC2


title: NCM SS2 TAC2_61

description: NCM SS2 TAC2


title: Sp163_Nm_6h


title: NCM SS2 TAC2_59

description: NCM SS2 TAC2


title: NCM SS2 TAC2_60

description: NCM SS2 TAC2


title: Sp165_K_6h


title: Sp163_K_6h


title: NCM SS2 TAC2_58

description: NCM SS2 TAC2


title: Sp163_Nm_3h


title: Gill5

source_name: gill

value: gill


title: Sp163_K_3h


title: Eye3

source_name: eye

value: eye


title: NCM SS2 TAC2_57

description: NCM SS2 TAC2


title: Sp163_Af_3h


title: Sp163_Af_6h


title: Sp162_Sa_6h


title: NCM SS2 TAC2_56

description: NCM SS2 TAC2


title: NCM SS2 TAC2_55

description: NCM SS2 TAC2


title: NCM SS2 TAC2_54

description: NCM SS2 TAC2


title: Sp162_Sa_3h


title: NCM SS2 TAC2_53

description: NCM SS2 TAC2


title: Sp162_Nm_6h


title: NCM SS2 TAC2_50

description: NCM SS2 TAC2


title: NCM SS2 TAC2_51

description: NCM SS2 TAC2


title: Sp162_K_6h


title: Sp162_K_3h


title: NCM SS2 TAC2_49

description: NCM SS2 TAC2


title: Sp162_Af_6h


title: Sp164_Af_6h


title: NCM SS2 TAC2_48

description: NCM SS2 TAC2


title: NCM SS2 TAC2_46

description: NCM SS2 TAC2


title: NCM SS2 TAC2_45

description: NCM SS2 TAC2


title: Sp162_Af_3h


title: Sp161_Sa_6h


title: NCM SS2 TAC2_47

description: NCM SS2 TAC2


title: Sp163_Sa_3h


title: Sp161_Sa_3h


title: Sp161_Nm_3h


title: Sp161_K_6h


title: NCM SS2 TAC2_44

description: NCM SS2 TAC2


title: NCM SS2 TAC2_42

description: NCM SS2 TAC2


title: Sp163_Sa_6h


title: NCM SS2 TAC2_43

description: NCM SS2 TAC2


title: Sp161_K_3h


title: Sp161_Af_6h


title: Sp161_Af_3h


title: NCM SS2 TAC2_41

description: NCM SS2 TAC2


title: NCM SS2 TAC2_40

description: NCM SS2 TAC2


title: NCM SS2 TAC2_39

description: NCM SS2 TAC2


title: NCM SS2 TAC2_38

description: NCM SS2 TAC2


title: Sp160_Nm_6h


title: NCM SS2 TAC2_37

description: NCM SS2 TAC2


title: Sp160_Nm_3h


title: NCM SS2 TAC2_36

description: NCM SS2 TAC2


title: NCM SS2 TAC2_52

description: NCM SS2 TAC2


title: Sp162_Nm_3h


title: NCM SS2 TAC2_35

description: NCM SS2 TAC2


title: Sp160_K_6h


title: Sp160_Af_6h


title: Sp160_K_3h


title: NCM SS2 TAC2_34

description: NCM SS2 TAC2


title: NCM SS2 TAC2_32

description: NCM SS2 TAC2


title: Sp160_Af_3h


title: Sp159_Sa_6h


title: NCM SS2 TAC2_31

description: NCM SS2 TAC2


title: NCM SS2 TAC2_30

description: NCM SS2 TAC2


title: Sp159_Sa_3h


title: NCM SS2 TAC2_29

description: NCM SS2 TAC2


title: NCM SS2 TAC2_33

description: NCM SS2 TAC2


title: Sp159_Nm_6h


title: NCM SS2 TAC2_28

description: NCM SS2 TAC2


title: Sp159_Nm_3h


title: Sp159_K_6h


title: NCM SS2 TAC2_27

description: NCM SS2 TAC2


title: NCM SS2 TAC2_26

description: NCM SS2 TAC2


title: Sp159_K_3h


title: Sp159_Af_6h


title: Sp160_Sa_6h


title: NCM SS2 TAC2_25

description: NCM SS2 TAC2


title: Sp159_Af_3h


title: Sp158_Sa_6h


title: NCM SS2 TAC2_23

description: NCM SS2 TAC2


title: Sp158_Nm_6h


title: Sp158_Sa_3h


title: NCM SS2 TAC2_20

description: NCM SS2 TAC2


title: NCM SS2 TAC2_22

description: NCM SS2 TAC2


title: Sp158_K_3h


title: NCM SS2 TAC2_21

description: NCM SS2 TAC2


title: Sp160_Sa_3h


title: NCM SS2 TAC2_17

description: NCM SS2 TAC2


title: NCM SS2 TAC2_18

description: NCM SS2 TAC2


title: Sp158_Af_3h


title: Sp158_Af_6h


title: Sp158_K_6h


title: NCM SS2 TAC2_16

description: NCM SS2 TAC2


title: Sp158_Nm_3h


title: NCM SS2 TAC2_15

description: NCM SS2 TAC2


title: Sp157_Sa_6h


title: NCM SS2 TAC2_19

description: NCM SS2 TAC2


title: NCM SS2 TAC2_14

description: NCM SS2 TAC2


title: NCM SS2 TAC2_12

description: NCM SS2 TAC2


title: Sp157_Nm_3h


title: Sp157_Nm_6h


title: NCM SS2 TAC2_13

description: NCM SS2 TAC2


title: Sp157_Af_6h


title: NCM SS2 TAC2_11

description: NCM SS2 TAC2


title: Sp157_Af_3h


title: NCM SS2 TAC2_10

description: NCM SS2 TAC2


title: Sp156_Sa_6h


title: NCM SS2 TAC2_9

description: NCM SS2 TAC2


title: Sp156_Sa_3h


title: NCM SS2 TAC2_8

description: NCM SS2 TAC2


title: Sp156_Nm_3h


title: Sp156_Nm_6h


title: NCM SS2 TAC2_7

description: NCM SS2 TAC2


title: NCM SS2 TAC2_6

description: NCM SS2 TAC2


title: NCM SS2 TAC2_5

description: NCM SS2 TAC2


title: NCM SS2 TAC2_24

description: NCM SS2 TAC2


title: Sp156_Af_3h


title: NCM SS2 TAC2_3

description: NCM SS2 TAC2


title: Sp156_K_6h


title: Sp156_K_3h


title: Sp155_Sa_6h


title: NCM SS2 TAC2_4

description: NCM SS2 TAC2


title: NCM SS2 TAC1_57

description: NCM SS2 TAC1


title: Sp155_Nm_6h


title: Sp155_Sa_3h


title: Sp155_Nm_3h


title: Sp157_Sa_3h


title: Sp155_K_6h


title: NCM SS2 TAC1_55

description: NCM SS2 TAC1


title: NCM SS2 TAC1_54

description: NCM SS2 TAC1


title: Sp155_K_3h


title: NCM SS2 TAC1_53

description: NCM SS2 TAC1


title: Sp155_Af_6h


title: NCM SS2 TAC1_52

description: NCM SS2 TAC1


title: NCM SS2 TAC1_51

description: NCM SS2 TAC1


title: Sp154_Sa_6h


title: Sp154_Nm_6h


title: Sp154_Sa_3h


title: NCM SS2 TAC1_49

description: NCM SS2 TAC1


title: NCM SS2 TAC1_50

description: NCM SS2 TAC1


title: NCM SS2 TAC1_48

description: NCM SS2 TAC1


title: Sp154_Nm_3h


title: NCM SS2 TAC1_47

description: NCM SS2 TAC1


title: Sp154_K_6h


title: NCM SS2 TAC1_45

description: NCM SS2 TAC1


title: Sp154_K_3h


title: NCM SS2 TAC1_44

description: NCM SS2 TAC1


title: Sp154_Af_3h


title: Sp153_Sa_6h


title: NCM SS2 TAC1_43

description: NCM SS2 TAC1


title: NCM SS2 TAC2_2

description: NCM SS2 TAC2


title: Sp156_Af_6h


title: NCM SS2 TAC1_42

description: NCM SS2 TAC1


title: Sp153_Sa_3h


title: NCM SS2 TAC1_41

description: NCM SS2 TAC1


title: NCM SS2 TAC2_1

description: NCM SS2 TAC2


title: NCM SS2 TAC1_56

description: NCM SS2 TAC1


title: NCM SS2 TAC1_40

description: NCM SS2 TAC1


title: Sp153_Nm_6h


title: Sp153_Nm_3h


title: NCM SS2 TAC1_39

description: NCM SS2 TAC1


title: Sp153_K_6h


title: NCM SS2 TAC1_38

description: NCM SS2 TAC1


title: Sp153_K_3h


title: Sp153_Af_3h


title: NCM SS2 TAC1_35

description: NCM SS2 TAC1


title: Sp155_Af_3h


title: Sp153_Af_6h


title: NCM SS2 TAC1_37

description: NCM SS2 TAC1


title: Sp152_Sa_6h


title: Sp152_Sa_3h


title: NCM SS2 TAC1_36

description: NCM SS2 TAC1


title: NCM SS2 TAC1_33

description: NCM SS2 TAC1


title: NCM SS2 TAC1_34

description: NCM SS2 TAC1


title: Sp152_Nm_3h


title: NCM SS2 TAC1_31

description: NCM SS2 TAC1


title: Sp152_Nm_6h


title: Sp152_K_6h


title: NCM SS2 TAC1_30

description: NCM SS2 TAC1


title: Sp154_Af_6h


title: Sp152_Af_6h


title: NCM SS2 TAC1_28

description: NCM SS2 TAC1


title: NCM SS2 TAC1_32

description: NCM SS2 TAC1


title: NCM SS2 TAC1_27

description: NCM SS2 TAC1


title: NCM SS2 TAC1_46

description: NCM SS2 TAC1


title: Sp152_K_3h


title: Sp151_Sa_6h


title: NCM SS2 TAC1_29

description: NCM SS2 TAC1


title: Sp152_Af_3h


title: Sp151_Sa_3h


title: NCM SS2 TAC1_26

description: NCM SS2 TAC1


title: NCM SS2 TAC1_24

description: NCM SS2 TAC1


title: NCM SS2 TAC1_25

description: NCM SS2 TAC1


title: Sp151_Nm_6h


title: Sp151_Nm_3h


title: Sp151_K_6h


title: NCM SS2 TAC1_23

description: NCM SS2 TAC1


title: NCM SS2 TAC1_22

description: NCM SS2 TAC1


title: Sp151_K_3h


title: Sp151_Af_3h


title: NCM SS2 TAC1_20

description: NCM SS2 TAC1


title: Sp151_Af_6h


title: NCM SS2 TAC1_19

description: NCM SS2 TAC1


title: NCM SS2 TAC1_21

description: NCM SS2 TAC1


title: NCM SS2 TAC1_17

description: NCM SS2 TAC1


title: NCM SS2 TAC1_18

description: NCM SS2 TAC1


title: Sp150_Sa_6h


title: Sp150_Sa_3h


title: NCM SS2 TAC1_15

description: NCM SS2 TAC1


title: NCM SS2 TAC1_16

description: NCM SS2 TAC1


title: Sp150_K_6h


title: Sp150_Nm_3h


title: Sp150_Nm_6h


title: NCM SS2 TAC1_14

description: NCM SS2 TAC1


title: NCM SS2 TAC1_12

description: NCM SS2 TAC1


title: NCM SS2 TAC1_13

description: NCM SS2 TAC1


title: Sp150_K_3h


title: Sp150_Af_3h


title: Sp149_Sa_3h


title: NCM SS2 TAC1_9

description: NCM SS2 TAC1


title: NCM SS2 TAC1_10

description: NCM SS2 TAC1


title: NCM SS2 TAC1_7

description: NCM SS2 TAC1


title: Sp149_Nm_6h


title: Sp149_K_6h


title: NCM SS2 TAC1_8

description: NCM SS2 TAC1


title: NCM SS2 TAC1_6

description: NCM SS2 TAC1


title: Sp149_Af_6h


title: Sp149_Nm_3h


title: NCM SS2 TAC1_3

description: NCM SS2 TAC1


title: Sp149_Af_3h


title: Sp148_Sa_6h


title: Sp149_K_3h


title: Sp148_Nm_6h


title: NCM SS2 TAC1_5

description: NCM SS2 TAC1


title: NCM SS2 TAC1_4

description: NCM SS2 TAC1


title: NCM SS2 TAC1_1

description: NCM SS2 TAC1


title: Sp148_Sa_3h


title: NCM SS2 sham2_81

description: NCM SS2 sham2

extract_protocol:
For the isolation and collection of non-cardiomyocytes, hearts were minced and enzymatically dissociated using 2 mg/mL type 2 collagenase (Worthington), 1 mg/mL dispase (Roche), and 20 U/mL DNAse I (Roche), with 5 cycles of digestion for a total 40 min at 37 °C. After using a 40-μm cell strainer (Greiner) to remove the cardiomyocytes, cells were stained with Zombie Green Fixable Viability Kit (BioLegend) and live cells were collected by fluorescence-activated cell sorting (FACS) using a FACSJazz cell sorter (BD Biosciences).
Single-cell cDNA libraries were generated using the Smart-seq2 protocol. For the cDNA libraries constructed by Smart-seq2, the efﬁciency of reverse transcription was assessed by examining the cycle threshold (Ct) values of control genes (Tnnt2 for cardiomyocytes) from quantitative real-time polymerase chain reaction (qRT-PCR) using a CFX96 Real-Time PCR Detection System (Bio-Rad), and the distribution of cDNA fragment lengths was assessed using LabChip GX (Perkin Elmer) and/or TapeStation 2200 (Agilent Technologies). The following primer sets were used for qRT-PCR: Actb mRNA forward: CAACTGGGACGACATGGAGA; and Actb mRNA reverse: GCATACAGGGACAGCACAGC. A Ct value of 25 was set as the threshold.

treatment_protocol: Sham surgery was performed in mice randomly selected from among those weighing 20–23 g at the age of 9–11 weeks.

value: sham


title: Sp148_K_6h


title: Sp148_Nm_3h


title: Sp148_K_3h


title: NCM SS2 sham2_79

description: NCM SS2 sham2


title: NCM SS2 sham2_78

description: NCM SS2 sham2


title: Sp150_Af_6h


title: Sp148_Af_6h


title: NCM SS2 sham2_77

description: NCM SS2 sham2


title: NCM SS2 sham2_76

description: NCM SS2 sham2


title: Sp148_Af_3h


title: Sp147_Sa_6h


title: NCM SS2 sham2_75

description: NCM SS2 sham2


title: NCM SS2 TAC1_11

description: NCM SS2 TAC1


title: NCM SS2 sham2_74

description: NCM SS2 sham2


title: Sp147_Nm_6h


title: Sp149_Sa_6h


title: Sp147_K_6h


title: Sp147_K_3h


title: NCM SS2 sham2_73

description: NCM SS2 sham2


title: NCM SS2 sham2_72

description: NCM SS2 sham2


title: Sp147_Af_6h


title: Sp147_Af_3h


title: Sp146_Sa_6h


title: NCM SS2 sham2_68

description: NCM SS2 sham2


title: Sp146_Sa_3h


title: NCM SS2 sham2_69

description: NCM SS2 sham2


title: NCM SS2 sham2_67

description: NCM SS2 sham2


title: NCM SS2 TAC1_2

description: NCM SS2 TAC1


title: Sp146_Nm_6h


title: Sp146_Nm_3h


title: NCM SS2 sham2_80

description: NCM SS2 sham2


title: Sp146_K_6h


title: NCM SS2 sham2_65

description: NCM SS2 sham2


title: Sp146_K_3h


title: NCM SS2 sham2_64

description: NCM SS2 sham2


title: Sp146_Af_6h


title: NCM SS2 sham2_63

description: NCM SS2 sham2


title: Sp146_Af_3h


title: NCM SS2 sham2_62

description: NCM SS2 sham2


title: Sp145_Sa_6h


title: Sp145_Sa_3h


title: Sp145_Nm_6h


title: Sp145_K_6h


title: Sp145_Nm_3h


title: NCM SS2 sham2_58

description: NCM SS2 sham2


title: NCM SS2 sham2_60

description: NCM SS2 sham2


title: NCM SS2 sham2_57

description: NCM SS2 sham2


title: Sp145_K_3h


title: Sp145_Af_6h


title: NCM SS2 sham2_56

description: NCM SS2 sham2


title: NCM SS2 sham2_55

description: NCM SS2 sham2


title: NCM SS2 sham2_54

description: NCM SS2 sham2


title: NCM SS2 sham2_71

description: NCM SS2 sham2


title: NCM SS2 sham2_53

description: NCM SS2 sham2


title: Sp145_Af_3h


title: NCM SS2 sham2_70

description: NCM SS2 sham2


title: Sp132_Sa_3h


title: NCM SS2 sham2_52

description: NCM SS2 sham2


title: Sp132_Nm_6h


title: NCM SS2 sham2_51

description: NCM SS2 sham2


title: NCM SS2 sham2_50

description: NCM SS2 sham2


title: NCM SS2 sham2_66

description: NCM SS2 sham2


title: NCM SS2 sham2_49

description: NCM SS2 sham2


title: NCM SS2 sham2_48

description: NCM SS2 sham2


title: Sp132_K_3h


title: NCM SS2 sham2_47

description: NCM SS2 sham2


title: Sp132_Af_6h


title: Sp132_Af_3h


title: NCM SS2 sham2_46

description: NCM SS2 sham2


title: NCM SS2 sham2_45

description: NCM SS2 sham2


title: Sp131_Sa_6h


title: Sp131_Sa_3h


title: NCM SS2 sham2_43

description: NCM SS2 sham2


title: NCM SS2 sham2_61

description: NCM SS2 sham2


title: Sp131_Nm_6h


title: NCM SS2 sham2_42

description: NCM SS2 sham2


title: Sp131_Nm_3h


title: NCM SS2 sham2_59

description: NCM SS2 sham2


title: Sp131_K_6h


title: Sp131_K_3h


title: NCM SS2 sham2_41

description: NCM SS2 sham2


title: NCM SS2 sham2_40

description: NCM SS2 sham2


title: NCM SS2 sham2_39

description: NCM SS2 sham2


title: Sp131_Af_3h


title: NCM SS2 sham2_38

description: NCM SS2 sham2


title: Sp131_Af_6h


title: Sp132_Sa_6h


title: NCM SS2 sham2_37

description: NCM SS2 sham2


title: NCM SS2 sham2_36

description: NCM SS2 sham2


title: Sp130_Nm_6h


title: Sp130_Sa_3h


title: NCM SS2 sham2_35

description: NCM SS2 sham2


title: NCM SS2 sham2_34

description: NCM SS2 sham2


title: NCM SS2 sham2_33

description: NCM SS2 sham2


title: Sp130_K_3h


title: Sp132_Nm_3h


title: Sp132_K_6h


title: NCM SS2 sham2_31

description: NCM SS2 sham2


title: Sp130_Af_6h


title: Sp130_Af_3h


title: NCM SS2 sham2_29

description: NCM SS2 sham2


title: Sp129_Sa_6h


title: Sp129_Sa_3h


title: NCM SS2 sham2_30

description: NCM SS2 sham2


title: Sp129_Nm_6h


title: NCM SS2 sham2_28

description: NCM SS2 sham2


title: NCM SS2 sham2_27

description: NCM SS2 sham2


title: Sp129_Nm_3h


title: NCM SS2 sham2_26

description: NCM SS2 sham2


title: NCM SS2 sham2_25

description: NCM SS2 sham2


title: Sp129_K_3h


title: NCM SS2 sham2_24

description: NCM SS2 sham2


title: Sp129_Af_6h


title: Sp129_Af_3h


title: Sp130_Nm_3h


title: NCM SS2 sham2_22

description: NCM SS2 sham2


title: Sp130_Sa_6h


title: Sp128_Sa_6h


title: NCM SS2 sham2_21

description: NCM SS2 sham2


title: Sp128_Sa_3h


title: NCM SS2 sham2_20

description: NCM SS2 sham2


title: Sp130_K_6h


title: Sp128_Nm_6h


title: NCM SS2 sham2_32

description: NCM SS2 sham2


title: NCM SS2 sham2_18

description: NCM SS2 sham2


title: NCM SS2 sham2_19

description: NCM SS2 sham2


title: Sp128_K_3h


title: NCM SS2 sham2_16

description: NCM SS2 sham2


title: NCM SS2 sham2_17

description: NCM SS2 sham2


title: Sp128_K_6h


title: Sp128_Af_3h


title: NCM SS2 sham2_14

description: NCM SS2 sham2


title: Sp128_Af_6h


title: NCM SS2 sham2_15

description: NCM SS2 sham2


title: Sp127_Sa_6h


title: Sp129_K_6h


title: NCM SS2 sham2_13

description: NCM SS2 sham2


title: NCM SS2 sham2_12

description: NCM SS2 sham2


title: Sp127_Sa_3h


title: Sp127_Nm_6h


title: NCM SS2 sham2_11

description: NCM SS2 sham2


title: Sp127_Nm_3h


title: NCM SS2 sham2_23

description: NCM SS2 sham2


title: Sp127_K_6h


title: NCM SS2 sham2_9

description: NCM SS2 sham2


title: Sp127_K_3h


title: NCM SS2 sham2_8

description: NCM SS2 sham2


title: Sp127_Af_6h


title: NCM SS2 sham2_7

description: NCM SS2 sham2


title: Sp127_Af_3h


title: Sp126_Sa_6h


title: NCM SS2 sham2_5

description: NCM SS2 sham2


title: NCM SS2 sham2_6

description: NCM SS2 sham2


title: Sp128_Nm_3h


title: Sp126_Sa_3h


title: Sp126_Nm_6h


title: NCM SS2 sham2_4

description: NCM SS2 sham2


title: NCM SS2 sham2_3

description: NCM SS2 sham2


title: NCM SS2 sham2_2

description: NCM SS2 sham2


title: Sp126_K_3h


title: Sp126_Nm_3h


title: Sp126_K_6h


title: Sp126_Af_6h


title: NCM SS2 sham2_44

description: NCM SS2 sham2


title: Sp126_Af_3h


title: NCM SS2 sham2_1

description: NCM SS2 sham2


title: NCM SS2 sham1_51

description: NCM SS2 sham1


title: NCM SS2 sham1_52

description: NCM SS2 sham1


title: NCM SS2 sham1_50

description: NCM SS2 sham1


title: NCM SS2 sham1_49

description: NCM SS2 sham1


title: Sp125_Sa_3h


title: NCM SS2 sham1_48

description: NCM SS2 sham1


title: NCM SS2 sham2_10

description: NCM SS2 sham2


title: NCM SS2 sham1_47

description: NCM SS2 sham1


title: Sp125_Nm_3h


title: NCM SS2 sham1_46

description: NCM SS2 sham1


title: Sp125_K_6h


title: NCM SS2 sham1_45

description: NCM SS2 sham1


title: NCM SS2 sham1_44

description: NCM SS2 sham1


title: NCM SS2 sham1_43

description: NCM SS2 sham1


title: Sp125_Af_6h


title: Sp125_K_3h


title: Sp125_Af_3h


title: NCM SS2 sham1_42

description: NCM SS2 sham1


title: Sp124_Sa_6h


title: NCM SS2 sham1_41

description: NCM SS2 sham1


title: Sp124_Sa_3h


title: NCM SS2 sham1_40

description: NCM SS2 sham1


title: Sp124_Nm_6h


title: NCM SS2 sham1_38

description: NCM SS2 sham1


title: Sp124_Nm_3h


title: Sp124_K_6h


title: NCM SS2 sham1_36

description: NCM SS2 sham1


title: Sp124_K_3h


title: NCM SS2 sham1_37

description: NCM SS2 sham1


title: Sp124_Af_6h


title: Sp124_Af_3h


title: NCM SS2 sham1_35

description: NCM SS2 sham1


title: NCM SS2 sham1_39

description: NCM SS2 sham1


title: Sp125_Sa_6h


title: Sp123_Sa_6h


title: Sp125_Nm_6h


title: NCM SS2 sham1_32

description: NCM SS2 sham1


title: NCM SS2 sham1_34

description: NCM SS2 sham1


title: Sp123_Nm_6h


title: NCM SS2 sham1_31

description: NCM SS2 sham1


title: NCM SS2 sham1_33

description: NCM SS2 sham1


title: NCM SS2 sham1_30

description: NCM SS2 sham1


title: Sp123_Nm_3h


title: Sp123_K_6h


title: Sp123_K_3h


title: NCM SS2 sham1_28

description: NCM SS2 sham1


title: Sp123_Af_6h


title: NCM SS2 sham1_27

description: NCM SS2 sham1


title: NCM SS2 sham1_26

description: NCM SS2 sham1


title: NCM SS2 sham1_24

description: NCM SS2 sham1


title: NCM SS2 sham1_23

description: NCM SS2 sham1


title: NCM SS2 sham1_25

description: NCM SS2 sham1


title: NCM SS2 sham1_22

description: NCM SS2 sham1


title: Sp122_Sa_3h


title: Sp122_Sa_6h


title: Sp122_K_6h


title: Sp122_Nm_6h


title: NCM SS2 sham1_21

description: NCM SS2 sham1


title: NCM SS2 sham1_20

description: NCM SS2 sham1


title: Sp122_K_3h


title: Sp122_Af_6h


title: NCM SS2 sham1_19

description: NCM SS2 sham1


title: Sp122_Af_3h


title: Sp123_Sa_3h


title: NCM SS2 sham1_18

description: NCM SS2 sham1


title: NCM SS2 sham1_17

description: NCM SS2 sham1


title: Sp121_Sa_6h


title: Sp121_Sa_3h


title: Sp121_Nm_6h


title: NCM SS2 sham1_29

description: NCM SS2 sham1


title: NCM SS2 sham1_16

description: NCM SS2 sham1


title: Sp121_Nm_3h


title: NCM SS2 sham1_15

description: NCM SS2 sham1


title: Sp121_Af_3h


title: Sp121_K_3h


title: NCM SS2 sham1_13

description: NCM SS2 sham1


title: NCM SS2 sham1_11

description: NCM SS2 sham1


title: Sp122_Nm_3h


title: NCM SS2 sham1_10

description: NCM SS2 sham1


title: Sp121_K_6h


title: Sp123_Af_3h


title: Sp121_Af_6h


title: NCM SS2 sham1_12

description: NCM SS2 sham1


title: NCM SS2 sham1_9

description: NCM SS2 sham1


title: Sp120_Sa_6h


title: Sp120_Sa_3h


title: Sp120_Nm_6h


title: NCM SS2 sham1_6

description: NCM SS2 sham1


title: Sp120_K_6h


title: Sp120_Nm_3h


title: NCM SS2 sham1_5

description: NCM SS2 sham1


title: Sp120_K_3h


title: NCM SS2 sham1_4

description: NCM SS2 sham1


title: NCM SS2 sham1_3

description: NCM SS2 sham1


title: Sp120_Af_3h


title: Sp120_Af_6h


title: NCM SS2 sham1_2

description: NCM SS2 sham1


title: NCM SS2 sham1_1

description: NCM SS2 sham1


title: Sp119_Sa_6h


title: Sp119_Sa_3h


title: NCM 10X sham2

description: NCM 10X sham2

data_processing:
The dataset was aligned and quantified using the CellRanger software package with default parameters.
Cells with >300 expressed genes were retained, resulting in 1,783 cells from 2 mice (sham operation) for the subsequent analysis using Seurat v3.
SCTransform normalization was implemented separately for each dataset, after which the top 500 feature genes were selected and used for data integration.
The integrated data were used for dimensionality reduction and cluster detection.
Genome_build: mm9
Supplementary_files_format_and_content: csv

extract_protocol:
For the isolation and collection of non-cardiomyocytes, hearts were minced and enzymatically dissociated using 2 mg/mL type 2 collagenase (Worthington), 1 mg/mL dispase (Roche), and 20 U/mL DNAse I (Roche), with 5 cycles of digestion for a total 40 min at 37 °C. After using a 40-μm cell strainer (Greiner) to remove the cardiomyocytes, cells were stained with Zombie Green Fixable Viability Kit (BioLegend) and live cells were collected by fluorescence-activated cell sorting (FACS) using a FACSJazz cell sorter (BD Biosciences).
Single-cell cDNA libraries were generated using the Chromium 3′ v2 chemistry kit (10x Genomics) according to the manufacturer’s instruction.

value: Chromium (10X Genomics)


title: Sp119_Nm_6h


title: NCM SS2 sham1_14

description: NCM SS2 sham1


title: Sp119_Nm_3h


title: Sp119_K_3h


title: NCM 10X sham1

description: NCM 10X sham1

data_processing:
The dataset was aligned and quantified using the CellRanger software package with default parameters.
Cells with >300 expressed genes were retained, resulting in 1,783 cells from 2 mice (sham operation) for the subsequent analysis using Seurat v3.
SCTransform normalization was implemented separately for each dataset, after which the top 500 feature genes were selected and used for data integration.
The integrated data were used for dimensionality reduction and cluster detection.
Genome_build: mm9
Supplementary_files_format_and_content: Supplementary_files_format_and_content: csv


title: MI day7 1_12H

description: MI day7 1

source_name: cardiomyocytes

growth_protocol: C57BL/6N mice were purchased from CLEA Japan, Inc. Female and male mice were housed in separate cages at a maximum of 6 mice per cage in a specific-pathogen–free, temperature-controlled vivarium under a 19-h light/dark cycle with ad libitum access to food and water. All experiments were approved by the University of Tokyo Ethics Committee for Animal Experiments and strictly adhered to the guidelines of the University of Tokyo for animal experiments.

extract_protocol:
Cardiomyocytes were isolated using Langendorff perfusion from the left ventricular free wall. Enzymatic dissociation using Langendorff perfusion was performed with 35 mL enzyme solution (type 2 collagenase 1 mg/mL [Worthington], protease type XIV 0.05 mg/mL [Sigma-Aldrich], NaCl 130 mM, KCl 5.4 mM, MgCl2 0.5 mM, NaH2PO4 0.33 mM, D-glucose 22 mM, HEPES 25 mM; pH 7.4) pre-heated to 37 °C, at a rate of 3 mL/min. To neutralize enzymatic activity, fetal bovine serum (FBS) was added to the solution to a final concentration of 0.2% (v/v). Cell suspensions were filtered through a 100-μm nylon mesh cell strainer and centrifuged at 100 g for 2 min, after which the supernatant was discarded. To prevent hypercontraction, the cardiomyocytes were resuspended in medium (NaCl 130 mM, KCl 5.4 mM, MgCl2 0.5 mM, NaH2PO4 0.33 mM, D-glucose 22 mM, HEPES 25 mM, FBS 0.2%; pH 7.4) containing a low concentration of calcium (0.1 mM). Rod-shaped live cardiomyocytes (viability of cardiomyocytes was ≥80% for all time points) were collected immediately after isolation from 2 mice with a 0.2–2-µL pipette (sample volume, 0.5 µL) and incubated in lysis buffer.
Single-cell cDNA libraries were generated using the Smart-seq2 protocol. For the cDNA libraries constructed by Smart-seq2, the efﬁciency of reverse transcription was assessed by examining the cycle threshold (Ct) values of control genes (Tnnt2 for cardiomyocytes) from quantitative real-time polymerase chain reaction (qRT-PCR) using a CFX96 Real-Time PCR Detection System (Bio-Rad), and the distribution of cDNA fragment lengths was assessed using LabChip GX (Perkin Elmer) and/or TapeStation 2200 (Agilent Technologies). The following primer sets were used for qRT-PCR: Tnnt2 mRNA forward: TCCTGGCAGA GAGGAGGAAG; Tnnt2 mRNA reverse: TGCAGGTCGA ACTTCTCAGC. A Ct value of 25 was set as the threshold.

treatment_protocol: Myocardial infarction (MI) was induced as previously described. Mice were anaesthetized by inhalation of 2% isoflurane. MI was induced by ligation of the left anterior descending artery. Mice that failed to develop MI or died within one week after the operation were excluded from the analysis.

value: cardiomyocytes

value: MI

value: MI day7 1_12H


title: MI day7 1_12E

description: MI day7 1

value: MI day7 1_12E

value: Full length


title: NCM SS2 sham1_8

description: NCM SS2 sham1

value: Non-cardiomyocytes

value: heart


title: MI day7 1_12D

description: MI day7 1

value: MI day7 1_12D


title: MI day7 1_12B

description: MI day7 1

value: MI day7 1_12B


title: MI day7 1_12C

description: MI day7 1

value: MI day7 1_12C


title: Sp119_Af_6h

value: male


title: Sp119_Af_3h


title: MI day7 1_12G

description: MI day7 1

value: MI day7 1_12G


title: NCM SS2 sham1_7

description: NCM SS2 sham1


title: MI day7 1_12A

description: MI day7 1

value: MI day7 1_12A


title: MI day7 1_11H

description: MI day7 1

value: MI day7 1_11H


title: Sp118_Nm_3h

value: N. meningitidis


title: Sp118_K_3h

value: Control


title: Sp118_Af_6h

value: A. fumigatus


title: Sp118_Sa_6h

value: S. aureus


title: Sp118_Sa_3h


title: Sp118_K_6h


title: MI day7 1_11E

description: MI day7 1

value: cardiomyocytes

value: MI

value: MI day7 1_11E


title: Sp118_Nm_6h


title: MI day7 1_11F

description: MI day7 1

value: MI day7 1_11F

value: Full length


title: MI day7 1_11D

description: MI day7 1

value: heart

value: MI day7 1_11D


title: MI day7 1_11C

description: MI day7 1

value: MI day7 1_11C


title: Sp117_Sa_3h


title: Sp117_Sa_6h


title: Sp117_Af_6h


title: Sp117_K_3h


title: MI day7 1_11A

description: MI day7 1

value: MI day7 1_11A


title: Sp117_K_6h

value: male


title: Sp117_Nm_6h


title: Sp117_Nm_3h


title: MI day7 1_10E

description: MI day7 1

value: MI day7 1_10E


title: MI day7 1_10H

description: MI day7 1

value: MI day7 1_10H


title: MI day7 1_10F

description: MI day7 1

value: MI day7 1_10F


title: MI day7 1_10B

description: MI day7 1

value: MI day7 1_10B


title: MI day7 1_10G

description: MI day7 1

value: MI day7 1_10G


title: MI day7 1_10C

description: MI day7 1

value: MI day7 1_10C


title: Sp117_Af_3h

value: A. fumigatus


title: MI day7 1_9H

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_9H


title: MI day7 1_9F

description: MI day7 1

value: MI

value: MI day7 1_9F


title: MI day7 1_9E

description: MI day7 1

value: MI day7 1_9E

value: Full length


title: Sp116_Nm_6h

value: N. meningitidis


title: Sp116_Nm_3h


title: Sp116_Sa_6h

value: S. aureus


title: MI day7 1_9G

description: MI day7 1

value: heart

value: MI day7 1_9G


title: Sp116_Sa_3h

value: male


title: MI day7 1_9D

description: MI day7 1

value: MI day7 1_9D


title: MI day7 1_9C

description: MI day7 1

value: MI day7 1_9C


title: Sp116_K_3h

value: Control


title: Sp116_Af_6h


title: Sp118_Af_3h


title: MI day7 1_9B

description: MI day7 1

value: MI day7 1_9B


title: MI day7 1_11B

description: MI day7 1

value: MI day7 1_11B


title: Sp116_Af_3h

value: A. fumigatus


title: MI day7 1_8G

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_8G


title: MI day7 1_8H

description: MI day7 1

value: MI

value: MI day7 1_8H


title: Sp115_Sa_3h


title: Sp115_Sa_6h


title: MI day7 1_8E

description: MI day7 1

value: MI day7 1_8E


title: Sp115_Nm_6h


title: MI day7 1_8F

description: MI day7 1

value: MI day7 1_8F

value: Full length


title: MI day7 1_8D

description: MI day7 1

value: MI day7 1_8D


title: Sp115_K_6h


title: MI day7 1_8C

description: MI day7 1

value: heart

value: MI day7 1_8C


title: Sp115_K_3h

value: male


title: Sp115_Af_6h


title: MI day7 1_7G

description: MI day7 1

value: MI day7 1_7G


title: Sp115_Nm_3h

value: N. meningitidis


title: MI day7 1_8A

description: MI day7 1

value: MI day7 1_8A


title: Sp115_Af_3h


title: MI day7 1_8B

description: MI day7 1

value: MI day7 1_8B


title: MI day7 1_7H

description: MI day7 1

value: MI day7 1_7H


title: Sp114_Sa_6h

value: S. aureus


title: Sp114_Nm_6h


title: Sp114_Sa_3h


title: Sp116_K_6h

value: Control


title: MI day7 1_7E

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_7E


title: Sp114_Nm_3h


title: MI day7 1_7D

description: MI day7 1

value: MI

value: MI day7 1_7D


title: Sp114_K_6h


title: MI day7 1_7C

description: MI day7 1

value: MI day7 1_7C


title: Sp114_Af_6h

value: A. fumigatus


title: Sp114_K_3h


title: Sp114_Af_3h


title: MI day7 1_9A

description: MI day7 1

value: MI day7 1_9A

value: Full length


title: Sp119_K_6h


title: Sp113_Sa_6h


title: Sp113_Nm_6h


title: Sp113_K_6h


title: Sp113_Nm_3h


title: MI day7 1_7A

description: MI day7 1

value: heart

value: MI day7 1_7A


title: MI day7 1_6F

description: MI day7 1

value: MI day7 1_6F


title: MI day7 1_7B

description: MI day7 1

value: MI day7 1_7B


title: Sp113_K_3h

value: male


title: MI day7 1_6C

description: MI day7 1

value: MI day7 1_6C


title: MI day7 1_6D

description: MI day7 1

value: MI day7 1_6D


title: MI day7 1_6H

description: MI day7 1

value: MI day7 1_6H


title: MI day7 1_5H

description: MI day7 1

value: MI day7 1_5H


title: MI day7 1_6B

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_6B


title: Sp113_Af_6h


title: MI day7 1_7F

description: MI day7 1

value: MI

value: MI day7 1_7F


title: MI day7 1_5G

description: MI day7 1

value: MI day7 1_5G


title: Sp113_Af_3h

value: A. fumigatus


title: MI day7 1_5F

description: MI day7 1

value: MI day7 1_5F


title: Sp112_Sa_3h

value: S. aureus


title: Sp112_Sa_6h


title: Sp112_Nm_3h

value: N. meningitidis


title: MI day7 1_5C

description: MI day7 1

value: heart

value: MI day7 1_5C

value: Full length


title: Sp112_K_6h

value: male

value: Control


title: Sp112_K_3h


title: MI day7 1_5E

description: MI day7 1

value: MI day7 1_5E


title: MI day7 1_5B

description: MI day7 1

value: MI day7 1_5B


title: MI day7 1_5D

description: MI day7 1

value: MI day7 1_5D


title: MI day7 1_5A

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_5A


title: MI day7 1_4E

description: MI day7 1

value: MI

value: MI day7 1_4E


title: MI day7 1_6E

description: MI day7 1

value: MI day7 1_6E


title: Sp112_Af_3h

value: A. fumigatus


title: Sp111_Nm_3h


title: MI day7 1_4C

description: MI day7 1

value: MI day7 1_4C


title: Sp113_Sa_3h

value: S. aureus


title: MI day7 1_6G

description: MI day7 1

value: MI day7 1_6G


title: MI day7 1_4D

description: MI day7 1

value: heart

value: MI day7 1_4D


title: MI day7 1_4H

description: MI day7 1

value: MI day7 1_4H

value: Full length


title: Sp110_Sa_6h

value: male


title: MI day7 1_4B

description: MI day7 1

value: MI day7 1_4B


title: Sp111_Nm_6h

value: N. meningitidis


title: MI day7 1_4F

description: MI day7 1

value: MI day7 1_4F


title: MI day7 1_4G

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_4G


title: Sp111_Af_6h


title: MI day7 1_4A

description: MI day7 1

value: MI

value: MI day7 1_4A


title: Sp110_Sa_3h


title: Sp110_Nm_6h


title: MI day7 1_3G

description: MI day7 1

value: MI day7 1_3G


title: MI day7 1_3H

description: MI day7 1

value: MI day7 1_3H


title: MI day7 1_3F

description: MI day7 1

value: MI day7 1_3F


title: Sp112_Nm_6h


title: Sp110_K_6h

value: Control


title: Sp110_Nm_3h


title: Sp110_K_3h


title: Sp110_Af_6h

value: A. fumigatus


title: MI day7 1_3C

description: MI day7 1

value: heart

value: MI day7 1_3C


title: MI day7 1_3A

description: MI day7 1

value: MI day7 1_3A


title: Sp109_Sa_6h

value: S. aureus


title: Sp110_Af_3h

value: male


title: Sp112_Af_6h


title: Sp109_Nm_6h


title: MI day7 1_2G

description: MI day7 1

value: MI day7 1_2G

value: Full length


title: MI day7 1_2F

description: MI day7 1

value: MI day7 1_2F


title: Sp109_Nm_3h

value: N. meningitidis


title: Sp111_K_3h


title: Sp111_K_6h


title: Sp109_Sa_3h


title: MI day7 1_2E

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_2E


title: Sp109_K_6h


title: MI day7 1_2D

description: MI day7 1

value: MI

value: MI day7 1_2D


title: Sp109_K_3h


title: Sp109_Af_6h


title: MI day7 1_2B

description: MI day7 1

value: MI day7 1_2B


title: MI day7 1_2A

description: MI day7 1

value: MI day7 1_2A


title: MI day7 1_2C

description: MI day7 1

value: MI day7 1_2C


title: Sp108_Sa_3h


title: MI day7 1_1H

description: MI day7 1

value: MI day7 1_1H


title: MI day7 1_3E

description: MI day7 1

value: heart

value: MI day7 1_3E


title: Sp108_Nm_3h


title: Sp108_Nm_6h


title: MI day7 1_1E

description: MI day7 1

value: MI day7 1_1E


title: MI day7 1_1F

description: MI day7 1

value: MI day7 1_1F


title: MI day7 1_3D

description: MI day7 1

value: MI day7 1_3D


title: MI day7 1_1G

description: MI day7 1

value: MI day7 1_1G


title: MI day7 1_3B

description: MI day7 1

value: MI day7 1_3B

value: Full length


title: Sp108_K_6h

value: male

value: Control


title: MI day7 1_1B

description: MI day7 1

value: cardiomyocytes

value: MI day7 1_1B


title: Sp108_K_3h


title: MI day7 1_1C

description: MI day7 1

value: MI

value: MI day7 1_1C


title: MI day7 1_2H

description: MI day7 1

value: MI day7 1_2H


title: MI day7 1_1A_Bulk

description: MI day7 1

value: MI day7 1_1A_Bulk


title: MI day1 2_12H

description: MI day1 2

value: MI day1 2_12H


title: Sp107_Sa_3h

value: S. aureus


title: Sp107_Nm_6h

value: N. meningitidis


title: Sp108_Af_6h

value: A. fumigatus


title: Sp108_Af_3h


title: Sp107_Nm_3h


title: Sp107_Sa_6h


title: MI day1 2_12G

description: MI day1 2

value: heart

value: MI day1 2_12G


title: MI day1 2_12F

description: MI day1 2

value: MI day1 2_12F


title: Sp107_K_6h


title: MI day1 2_12E

description: MI day1 2

value: MI day1 2_12E


title: Sp107_K_3h


title: MI day1 2_12D

description: MI day1 1

value: MI day1 2_12D

value: Full length


title: Sp109_Af_3h

value: male


title: Sp108_Sa_6h


title: Sp107_Af_6h


title: MI day1 2_12C

description: MI day1 1

value: cardiomyocytes

value: MI day1 2_12C


title: Sp106_Sa_6h


title: MI day1 2_12B

description: MI day1 1

value: MI

value: MI day1 2_12B


title: Sp106_Nm_6h


title: Sp107_Af_3h


title: MI day1 2_12A

description: MI day1 1

value: MI day1 2_12A


title: MI day1 2_11G

description: MI day1 1

value: MI day1 2_11G


title: MI day1 2_11H

description: MI day1 1

value: MI day1 2_11H


title: Sp106_K_6h

value: Control


title: MI day1 2_11E

description: MI day1 1

value: MI day1 2_11E


title: MI day7 1_1D

description: MI day7 1

value: MI day7 1_1D


title: Sp106_Af_3h

value: A. fumigatus


title: Sp106_K_3h


title: Sp106_Af_6h


title: MI day1 2_11C

description: MI day1 1

value: heart

value: MI day1 2_11C


title: Sp105_Sa_6h

value: S. aureus


title: MI day1 2_11B

description: MI day1 1

value: MI day1 2_11B


title: Sp105_Sa_3h


title: Sp105_Nm_6h

value: N. meningitidis


title: MI day1 2_11A

description: MI day1 1

value: MI day1 2_11A

value: Full length


title: Sp105_Nm_3h

value: male


title: MI day1 2_10F

description: MI day1 1

value: cardiomyocytes

value: MI

value: MI day1 2_10F


title: Sp105_K_3h


title: Sp105_K_6h


title: MI day1 2_10D

description: MI day1 1

value: MI day1 2_10D


title: MI day1 2_10E

description: MI day1 1

value: MI day1 2_10E


title: Sp105_Af_6h


title: Sp105_Af_3h


title: MI day1 2_10B

description: MI day1 1

value: MI day1 2_10B


title: MI day1 2_10A

description: MI day1 1

value: MI day1 2_10A


title: Sp104_Sa_3h


title: Sp104_Nm_6h


title: MI day1 2_9H

description: MI day1 1

value: MI day1 2_9H


title: MI day1 2_9G

description: MI day1 1

value: MI day1 2_9G


title: MI day1 2_9F

description: MI day1 1

value: heart

value: MI day1 2_9F


title: MI day1 2_9E

description: MI day1 1

value: MI day1 2_9E


title: Sp104_Nm_3h


title: MI day1 2_9C

description: MI day1 1

value: MI day1 2_9C


title: Sp104_K_6h

value: Control


title: MI day1 2_9B

description: MI day1 1

value: MI day1 2_9B


title: Sp104_K_3h


title: Sp104_Af_6h

value: A. fumigatus


title: MI day1 2_11F

description: MI day1 1

value: MI day1 2_11F

value: Full length


title: MI day1 2_11D

description: MI day1 1

value: cardiomyocytes

value: MI

value: MI day1 2_11D


title: MI day1 2_9A

description: MI day1 1

value: MI day1 2_9A


title: Sp104_Af_3h

value: male


title: Sp103_Sa_6h

value: S. aureus


title: Sp103_K_6h


title: MI day1 2_8H

description: MI day1 1

value: MI day1 2_8H


title: MI day1 2_8G

description: MI day1 1

value: MI day1 2_8G


title: MI day1 2_8F

description: MI day1 1

value: heart

value: MI day1 2_8F


title: Sp103_K_3h


title: Sp103_Af_3h


title: MI day1 2_8C

description: MI day1 1

value: MI day1 2_8C


title: MI day1 2_8E

description: MI day1 1

value: MI day1 2_8E


title: MI day1 2_8D

description: MI day1 1

value: MI day1 2_8D


title: Sp103_Af_6h


title: Sp102_Sa_6h


title: Sp102_Nm_6h

value: N. meningitidis


title: Sp102_Sa_3h


title: MI day1 2_7H

description: MI day1 1

value: MI day1 2_7H


title: Sp102_Nm_3h


title: MI day1 2_7G

description: MI day1 1

value: MI day1 2_7G


title: MI day1 2_8B

description: MI day1 1

value: MI day1 2_8B

value: Full length


title: Sp104_Sa_6h


title: MI day1 2_7F

description: MI day1 1

value: cardiomyocytes

value: MI

value: MI day1 2_7F


title: Sp102_Af_6h

value: male

value: A. fumigatus


title: Sp102_Af_3h


title: Sp102_K_3h

value: Control


title: MI day1 2_7C

description: MI day1 1

value: MI day1 2_7C


title: MI day1 2_7E

description: MI day1 1

value: heart

value: MI day1 2_7E


title: Sp101_Sa_6h

value: S. aureus


title: Sp101_Sa_3h


title: MI day1 2_7A

description: MI day1 1

value: MI day1 2_7A


title: Sp101_Nm_6h


title: MI day1 2_6H

description: MI day1 1

value: MI day1 2_6H


title: MI day1 2_6F

description: MI day1 1

value: MI day1 2_6F


title: MI day1 2_6D

description: MI day1 1

value: MI day1 2_6D


title: Sp101_K_6h


title: Sp101_K_3h


title: MI day1 2_9D

description: MI day1 1

value: MI day1 2_9D


title: MI day1 2_6C

description: MI day1 1

value: MI day1 2_6C


title: MI day1 2_6E

description: MI day1 1

value: MI day1 2_6E

value: Full length


title: Sp101_Af_3h


title: MI day1 2_6B

description: MI day1 1

value: cardiomyocytes

value: MI

value: MI day1 2_6B


title: Sp101_Af_6h

value: male

value: A. fumigatus


title: Sp100_Sa_3h


title: Sp100_Sa_6h


title: Sp100_Nm_6h

value: N. meningitidis


title: MI day1 2_6A

description: MI day1 1

value: heart

value: MI day1 2_6A


title: MI day1 2_5G

description: MI day1 1

value: MI day1 2_5G


title: MI day1 2_5H

description: MI day1 1

value: MI day1 2_5H


title: Sp100_Nm_3h


title: MI day1 2_5F

description: MI day1 1

value: MI day1 2_5F


title: Sp100_K_6h

value: Control


title: MI day1 2_5E

description: MI day1 1

value: MI day1 2_5E


title: Sp100_K_3h


title: Sp102_K_6h


title: MI day1 2_5D

description: MI day1 1

value: MI day1 2_5D


title: Sp100_Af_3h


title: Sp100_Af_6h


title: MI day1 2_5B

description: MI day1 1

value: MI day1 2_5B


title: MI day1 2_7D

description: MI day1 1

value: MI day1 2_7D


title: Sp99_Sa_6h

value: S. aureus


title: MI day1 2_7B

description: MI day1 1

value: cardiomyocytes

value: MI day1 2_7B

value: Full length


title: Sp101_Nm_3h

value: male


title: MI day1 2_4H

description: MI day1 1

value: MI

value: MI day1 2_4H


title: MI day1 2_5A

description: MI day1 1

value: heart

value: MI day1 2_5A


title: Sp99_Sa_3h


title: Sp99_Nm_3h

value: N. meningitidis


title: Sp99_Nm_6h


title: MI day1 2_4G

description: MI day1 1

value: MI day1 2_4G


title: MI day1 2_4E

description: MI day1 1

value: MI day1 2_4E


title: Sp99_K_3h

value: Control


title: Sp99_Af_6h

value: A. fumigatus


title: Sp99_Af_3h


title: Sp98_Sa_6h


title: MI day1 2_4C

description: MI day1 1

value: MI day1 2_4C


title: Sp98_Sa_3h


title: MI day1 2_4B

description: MI day1 1

value: MI day1 2_4B


title: MI day1 2_3H

description: MI day1 1

value: MI day1 2_3H


title: MI day1 2_4A

description: MI day1 1

value: MI day1 2_4A


title: Sp98_Nm_6h


title: Sp98_Nm_3h


title: MI day1 2_3G

description: MI day1 1

value: cardiomyocytes

value: MI day1 2_3G


title: MI day1 2_3F

description: MI day1 1

value: MI day1 2_3F

value: Full length


title: Sp98_K_3h

value: male


title: MI day1 2_3E

description: MI day1 1

value: MI

value: MI day1 2_3E


title: MI day1 2_3C

description: MI day1 1

value: heart

value: MI day1 2_3C


title: MI day1 2_3B

description: MI day1 1

value: MI day1 2_3B


title: Sp98_K_6h


title: Sp98_Af_6h


title: MI day1 2_5C

description: MI day1 1

value: MI day1 2_5C


title: MI day1 2_3A

description: MI day1 1

value: MI day1 2_3A


title: Sp98_Af_3h

value: A. fumigatus


title: MI day1 2_2H

description: MI day1 1

value: MI day1 2_2H


title: MI day1 2_2G

description: MI day1 1

value: MI day1 2_2G


title: Sp97_Sa_6h

value: S. aureus


title: Sp97_Sa_3h


title: MI day1 2_2F

description: MI day1 1

value: MI day1 2_2F


title: Sp97_Nm_6h

value: N. meningitidis


title: MI day1 2_2E

description: MI day1 1

value: cardiomyocytes

value: MI day1 2_2E


title: Sp97_Nm_3h


title: MI day1 2_2C

description: MI day1 1

value: MI day1 2_2C

value: Full length


title: MI day1 2_4F

description: MI day1 1

value: MI

value: MI day1 2_4F


title: MI day1 2_2A

description: MI day1 1

value: heart

value: MI day1 2_2A


title: Sp97_K_6h

value: male

value: Control


title: MI day1 2_2B

description: MI day1 1

value: MI day1 2_2B


title: Sp97_Af_6h

value: A. fumigatus


title: Sp97_K_3h


title: Sp99_K_6h


title: MI day1 2_1H

description: MI day1 1

value: MI day1 2_1H


title: MI day1 2_1G

description: MI day1 1

value: MI day1 2_1G


title: Sp96_Sa_6h

value: S. aureus


title: MI day1 2_1F

description: MI day1 1

value: MI day1 2_1F


title: Sp96_Sa_3h


title: MI day1 2_1E

description: MI day1 1

value: MI day1 2_1E


title: Sp96_Nm_3h

value: N. meningitidis


title: MI day1 2_1D

description: MI day1 1

value: cardiomyocytes

value: MI day1 2_1D


title: Sp96_K_6h


title: MI day1 2_1C

description: MI day1 1

value: MI day1 2_1C

value: Full length


title: Sp96_K_3h


title: MI day1 2_1B

description: MI day1 1

value: MI

value: MI day1 2_1B


title: Sp96_Af_3h


title: MI day1 2_1A_Bulk

description: MI day1 1

value: heart

value: MI day1 2_1A_Bulk


title: MI day1 1_12G

description: MI day1 1

value: MI day1 1_12G


title: MI day1 1_12H

description: MI day1 1

value: MI day1 1_12H


title: Sp95_Sa_3h

value: male


title: Sp95_Sa_6h


title: MI day1 1_12F

description: MI day1 1

value: MI day1 1_12F


title: MI day1 1_12E

description: MI day1 1

value: MI day1 1_12E


title: Sp95_Nm_6h


title: Sp95_Nm_3h


title: MI day1 1_12C

description: MI day1 1

value: MI day1 1_12C


title: MI day1 1_12B

description: MI day1 1

value: MI day1 1_12B


title: MI day1 1_12D

description: MI day1 1

value: MI day1 1_12D


title: Sp95_K_6h

value: Control


title: Sp95_Af_6h

value: A. fumigatus


title: Sp95_K_3h


title: MI day1 1_12A

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_12A


title: MI day1 1_11G

description: MI day1 1

value: MI day1 1_11G

value: Full length


title: Sp94_Sa_6h

value: S. aureus


title: MI day1 1_11H

description: MI day1 1

value: MI

value: heart

value: MI day1 1_11H


title: Sp94_Sa_3h


title: MI day1 1_11F

description: MI day1 1

value: MI day1 1_11F


title: MI day1 1_11D

description: MI day1 1

value: MI day1 1_11D


title: Sp97_Af_3h

value: male


title: Sp94_Nm_3h

value: N. meningitidis


title: MI day1 1_11C

description: MI day1 1

value: MI day1 1_11C


title: Sp94_K_6h


title: MI day1 1_11B

description: MI day1 1

value: MI day1 1_11B


title: MI day1 1_11A

description: MI day1 1

value: MI day1 1_11A


title: Sp94_K_3h

value: Control


title: Sp94_Af_6h

value: A. fumigatus


title: Sp94_Af_3h


title: MI day1 1_10H

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_10H


title: MI day1 1_10G

description: MI day1 1

value: MI day1 1_10G


title: Sp93_Sa_6h


title: MI day1 1_10F

description: MI day1 1

value: MI day1 1_10F

value: Full length


title: Sp96_Af_6h


title: MI day1 1_10E

description: MI day1 1

value: MI

value: MI day1 1_10E


title: MI day1 1_10C

description: MI day1 1

value: heart

value: MI day1 1_10C


title: Sp93_Sa_3h

value: S. aureus


title: MI day1 1_10B

description: MI day1 1

value: MI day1 1_10B


title: Sp93_Nm_6h

value: male

value: N. meningitidis


title: MI day1 1_10D

description: MI day1 1

value: MI day1 1_10D


title: Sp93_K_6h


title: Sp93_Nm_3h


title: Sp93_Af_6h


title: Sp93_K_3h


title: MI day1 1_10A

description: MI day1 1

value: MI day1 1_10A


title: Sp93_Af_3h


title: Sp92_Sa_6h


title: MI day1 1_9G

description: MI day1 1

value: MI day1 1_9G


title: MI day1 1_9F

description: MI day1 1

value: MI day1 1_9F


title: Sp95_Af_3h

value: A. fumigatus


title: MI day1 1_9E

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_9E


title: Sp94_Nm_6h


title: Sp92_Sa_3h


title: MI day1 1_9C

description: MI day1 1

value: MI day1 1_9C


title: MI day1 1_8G

description: MI day1 1

value: MI day1 1_8G

value: Full length


title: MI day1 1_8H

description: MI day1 1

value: MI

value: MI day1 1_8H


title: Sp92_K_6h

value: Control


title: Sp92_Af_6h


title: Sp92_Af_3h


title: MI day1 1_8F

description: MI day1 1

value: heart

value: MI day1 1_8F


title: MI day1 1_8E

description: MI day1 1

value: MI day1 1_8E


title: MI day1 1_8B

description: MI day1 1

value: MI day1 1_8B


title: MI day1 1_8A

description: MI day1 1

value: MI day1 1_8A


title: Sp91_K_6h

value: male


title: MI day1 1_8C

description: MI day1 1

value: MI day1 1_8C


title: Sp91_Sa_6h

value: S. aureus


title: MI day1 1_7F

description: MI day1 1

value: MI day1 1_7F


title: Sp91_Nm_6h

value: N. meningitidis


title: MI day1 1_7E

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_7E


title: Sp91_Af_6h

value: A. fumigatus


title: Sp91_Af_3h


title: MI day1 1_7B

description: MI day1 1

value: MI day1 1_7B

value: Full length


title: MI day1 1_7A

description: MI day1 1

value: MI

value: MI day1 1_7A


title: Sp91_K_3h

value: Control


title: Sp90_Nm_6h


title: MI day1 1_9H

description: MI day1 1

value: heart

value: MI day1 1_9H


title: Sp90_Sa_6h


title: MI day1 1_6H

description: MI day1 1

value: MI day1 1_6H


title: Sp90_Nm_3h


title: Sp90_K_6h


title: Sp90_K_3h


title: MI day1 1_6G

description: MI day1 1

value: MI day1 1_6G


title: MI day1 1_6D

description: MI day1 1

value: MI day1 1_6D


title: MI day1 1_6F

description: MI day1 1

value: MI day1 1_6F


title: Sp90_Af_6h

value: male


title: Sp92_Nm_6h


title: MI day1 1_6E

description: MI day1 1

value: MI day1 1_6E


title: Sp92_Nm_3h

value: N. meningitidis


title: Sp89_Sa_6h

value: S. aureus


title: Sp90_Af_3h


title: MI day1 1_6B

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_6B


title: Sp92_K_3h


title: MI day1 1_5H

description: MI day1 1

value: MI day1 1_5H


title: MI day1 1_6A

description: MI day1 1

value: MI day1 1_6A

value: Full length


title: Sp89_Sa_3h


title: Sp89_Nm_3h


title: Sp89_K_6h


title: MI day1 1_5G

description: MI day1 1

value: MI

value: MI day1 1_5G


title: MI day1 1_5D

description: MI day1 1

value: heart

value: MI day1 1_5D


title: Sp89_K_3h

value: Control


title: Sp89_Af_6h

value: A. fumigatus


title: MI day1 1_5C

description: MI day1 1

value: MI day1 1_5C


title: MI day1 1_7D

description: MI day1 1

value: MI day1 1_7D


title: Sp89_Af_3h

value: male


title: MI day1 1_5B

description: MI day1 1

value: MI day1 1_5B


title: Sp88_Sa_6h


title: MI day1 1_5A

description: MI day1 1

value: MI day1 1_5A


title: Sp88_Sa_3h

value: S. aureus


title: MI day1 1_4G

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_4G


title: MI day1 1_4E

description: MI day1 1

value: MI day1 1_4E


title: Sp88_K_6h


title: MI day1 1_4D

description: MI day1 1

value: MI day1 1_4D


title: MI day1 1_4C

description: MI day1 1

value: MI day1 1_4C

value: Full length


title: MI day1 1_4B

description: MI day1 1

value: MI

value: MI day1 1_4B


title: Sp88_Af_6h


title: Sp88_Af_3h


title: MI day1 1_4A

description: MI day1 1

value: heart

value: MI day1 1_4A


title: Sp87_Sa_6h


title: MI day1 1_3H

description: MI day1 1

value: MI day1 1_3H


title: Sp87_Sa_3h


title: MI day1 1_6C

description: MI day1 1

value: MI day1 1_6C


title: MI day1 1_3G

description: MI day1 1

value: MI day1 1_3G


title: Sp87_Nm_6h

value: male

value: N. meningitidis


title: MI day1 1_3E

description: MI day1 1

value: MI day1 1_3E


title: Sp89_Nm_6h


title: Sp87_Nm_3h


title: Sp87_K_6h

value: Control


title: MI day1 1_3D

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_3D


title: MI day1 1_5E

description: MI day1 1

value: MI day1 1_5E


title: MI day1 1_3C

description: MI day1 1

value: MI day1 1_3C


title: Sp87_K_3h


title: MI day1 1_3B

description: MI day1 1

value: MI day1 1_3B


title: MI day1 1_2H

description: MI day1 1

value: MI day1 1_2H

value: Full length


title: MI day1 1_3A

description: MI day1 1

value: MI

value: MI day1 1_3A


title: Sp86_Sa_6h

value: S. aureus


title: MI day1 1_2G

description: MI day1 1

value: heart

value: MI day1 1_2G


title: MI day1 1_2F

description: MI day1 1

value: MI day1 1_2F


title: Sp86_Sa_3h

value: male


title: Sp86_Nm_6h

value: N. meningitidis


title: Sp88_Nm_3h


title: MI day1 1_4H

description: MI day1 1

value: MI day1 1_4H


title: Sp86_Nm_3h


title: Sp88_Nm_6h


title: MI day1 1_2C

description: MI day1 1

value: MI day1 1_2C


title: MI day1 1_2B

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_2B


title: MI day1 1_2A

description: MI day1 1

value: MI day1 1_2A


title: Sp86_K_6h

value: Control


title: Sp86_K_3h


title: Sp88_K_3h


title: Sp86_Af_6h

value: A. fumigatus


title: MI day1 1_1H

description: MI day1 1

value: MI day1 1_1H


title: Sp86_Af_3h


title: MI day1 1_1G

description: MI day1 1

value: MI day1 1_1G

value: Full length


title: Sp85_Sa_6h


title: MI day1 1_1F

description: MI day1 1

value: MI

value: MI day1 1_1F


title: Sp85_Sa_3h

value: S. aureus


title: MI day1 1_1E

description: MI day1 1

value: heart

value: MI day1 1_1E


title: Sp85_Nm_6h

value: male


title: MI day1 1_1D

description: MI day1 1

value: MI day1 1_1D


title: Sp85_Nm_3h

value: N. meningitidis


title: MI day1 1_1C

description: MI day1 1

value: MI day1 1_1C


title: Sp85_K_6h


title: Sp87_Af_6h


title: MI day1 1_1B

description: MI day1 1

value: cardiomyocytes

value: MI day1 1_1B


title: Sp85_K_3h


title: MI day1 1_1A

description: MI day1 1

value: MI day1 1_1A


title: Sp87_Af_3h


title: KO_TAC1_CM_87

description: Htra3KO TAC1 CM

value: TAC (W2)


title: Sp85_Af_3h

value: A. fumigatus


title: Sp84_Sa_6h


title: KO_TAC1_CM_85

description: Htra3KO TAC1 CM


title: Sp84_Sa_3h


title: KO_TAC1_CM_86

description: Htra3KO TAC1 CM


title: Sp84_Nm_6h


title: KO_TAC1_CM_84

description: Htra3KO TAC1 CM


title: Sp84_K_6h

value: Control


title: Sp84_Nm_3h


title: KO_TAC1_CM_81

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_83

description: Htra3KO TAC1 CM


title: MI day1 1_2D

description: MI day1 1

value: MI day1 1_2D


title: Sp84_K_3h


title: KO_TAC1_CM_80

description: Htra3KO TAC1 CM

value: Full length


title: Sp84_Af_6h


title: KO_TAC1_CM_79

description: Htra3KO TAC1 CM


title: Sp84_Af_3h


title: KO_TAC1_CM_78

description: Htra3KO TAC1 CM


title: Sp83_Sa_6h


title: KO_TAC1_CM_77

description: Htra3KO TAC1 CM


title: Sp83_Sa_3h


title: Sp83_Nm_6h


title: KO_TAC1_CM_75

description: Htra3KO TAC1 CM


title: Sp83_Nm_3h


title: KO_TAC1_CM_74

description: Htra3KO TAC1 CM


title: Sp83_K_6h


title: Sp83_K_3h


title: KO_TAC1_CM_73

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_72

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_71

description: Htra3KO TAC1 CM


title: Sp83_Af_6h


title: Sp83_Af_3h


title: KO_TAC1_CM_70

description: Htra3KO TAC1 CM


title: Sp82_Nm_6h


title: Sp85_Af_6h


title: Sp82_Sa_3h


title: Sp82_Sa_6h


title: KO_TAC1_CM_69

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_68

description: Htra3KO TAC1 CM


title: Sp82_K_6h


title: Sp82_Nm_3h


title: KO_TAC1_CM_65

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_67

description: Htra3KO TAC1 CM


title: Sp82_K_3h


title: KO_TAC1_CM_82

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_64

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_66

description: Htra3KO TAC1 CM


title: Sp82_Af_6h


title: KO_TAC1_CM_63

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_62

description: Htra3KO TAC1 CM


title: Sp81_Sa_6h


title: KO_TAC1_CM_61

description: Htra3KO TAC1 CM


title: Sp81_Sa_3h


title: KO_TAC1_CM_59

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_60

description: Htra3KO TAC1 CM


title: Sp81_Nm_6h


title: Sp81_Nm_3h


title: KO_TAC1_CM_76

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_58

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_57

description: Htra3KO TAC1 CM


title: Sp81_K_6h


title: Sp81_Af_6h


title: KO_TAC1_CM_56

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_55

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_54

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS unsorted control, replica 1

city: Lausanne

first: Gioele

last: La Manno

state: Vaud

address: Station 19

department: BMI

country: Switzerland

institute: EPFL

description: bulk RNA sequencing

data_processing:
Cell Ranger 2.1.1 was used to convert Illumina base call files to FASTQ format.
Cell Ranger 3.1.0 was used to map FASTQ sequencing reads to the human GRCh38 reference transcriptome  and to generate feature-barcode count matrices.
Downstream analyses, including dimensionality reduction and cell type annotation, were performed using both velocyto and scanpy in Python (version 3.7)
Genome_build: GRCh38 human reference

source_name: primary culture of human dermal fibroblasts

extract_protocol:
10x v3.1 single index protocol was used for samples 1-4, 10x v3.1 dual index protocol was used for samples 5-9, bulk RNA sequencing for samples 10-20
scRNA-seq (10x v3.1) for samples 1-9, bulk RNA sequencing for samples 10-20

value: human skin


title: KO_TAC1_CM_53

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_52

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS sorted by ChTxShTx1ShTx2, replica 2

description: bulk RNA sequencing


title: In vitro dHFs, FACS sorted by ChTxShTx1ShTx2, replica 1

description: bulk RNA sequencing


title: KO_TAC1_CM_50

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS sorted by ShTx1ShTx2, replica 3

description: bulk RNA sequencing


title: KO_TAC1_CM_49

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS sorted by ShTx1ShTx2, replica 2

description: bulk RNA sequencing


title: KO_TAC1_CM_48

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS sorted by ShTx1ShTx2, replica 1

description: bulk RNA sequencing


title: KO_TAC1_CM_47

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_45

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_46

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS sorted by ShTx2, replica 1

description: bulk RNA sequencing


title: Sp82_Af_3h


title: In vitro dHFs, FACS sorted by ChTx, replica 2

description: bulk RNA sequencing


title: KO_TAC1_CM_44

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS sorted by ChTx, replica 1

description: bulk RNA sequencing


title: KO_TAC1_CM_41

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_43

description: Htra3KO TAC1 CM


title: SUM159 UT R2

city: Amsterdam

first: Rodrigo

last: Leite de Oliveira

address: De Boelelaan 1118

country: Netherlands

institute: Amsterdam UMC / location VUmc

data_processing:
Reads were aligned to the prebuilt reference GRCh38 genome_snp_tran using HiSAT2 version 2.2.1
Genecounts were generated by counting mapped reads overlapping genes defined in Ensembl GTF release 100 using a Htseq-count union strategy
Genome_build: GRCh38
Supplementary_files_format_and_content: Tab-delimited text files with genecounts for Ensembl gene id's

growth_protocol: A549 cells were grown in RPMI (Gibco) supplemented with 10% FBS, 1% P/S and 2 mM L-glutamine. SUM159  was grown in DMEM/F12 (Gibco) supplemented with 10% FBS, 1% P/S, 5 µg/ml insulin (Sigma-Aldrich) and 1µg/ml hydrocortisone (Sigma-Aldrich).

extract_protocol:
Total RNA was extracted with RNeasy mini kit (Qiagen, cat# 74106) including a column DNase digestion (Qiagen, cat#79254).
Illumina stranded mRNA prep

treatment_protocol: A549 cells were treated with 2µM Palbociclib,  0.5µM of indisulam and the combniation for 10 days. A549 and SUM159 were treated with 0.5µM PF-06873600  for 7 days.

tag: cell line

tag: tiissue

value: breast cancer

tag: treatment

value: untreated


title: SUM159 PF R1


title: SUM159 UT R1


title: SUM159 PF R2


title: KO_TAC1_CM_42

description: Htra3KO TAC1 CM

value: heart


title: KO_TAC1_CM_40

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_39

description: Htra3KO TAC1 CM


title: A549 PF R2

value: lung cancer


title: A549 PF R1


title: KO_TAC1_CM_38

description: Htra3KO TAC1 CM


title: Sp81_K_3h

value: male


title: A549 P+I R2

value: Palbocicilib + Indisulam


title: KO_TAC1_CM_37

description: Htra3KO TAC1 CM


title: In vitro dHFs, FACS sorted by ChTxShTx1ShTx2, replica 3

description: bulk RNA sequencing


title: In vitro dHFs, FACS unsorted control, replica 2

description: bulk RNA sequencing


title: KO_TAC1_CM_51

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_36

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_35

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_34

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_33

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_31

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_32

description: Htra3KO TAC1 CM


title: A549 PD R2

value: Palbociclib


title: A549 PD R1


title: A549 IN R2

value: Indisulam


title: A549 UT R2


title: A549 IN R1


title: A549 UT R1


title: KO_TAC1_CM_27

description: Htra3KO TAC1 CM

value: cardiomyocytes


title: KO_TAC1_CM_28

description: Htra3KO TAC1 CM


title: SUM159 UT

data_processing:
Reads were aligned to the GRCh38 reference genome using TopHat 2.1
Genecounts were generated by counting mapped reads overlapping gene defined in Ensembl GTF release 77 using a Htseq-count union strategy
Genome_build: GRCh38
Supplementary_files_format_and_content: Tab-delimited text files with genecounts for Ensembl gene id's

source_name: breast cancer

growth_protocol: SUM159  was grown in DMEM/F12 (Gibco) supplemented with 10% FBS, 1% P/S, 5 µg/ml insulin (Sigma-Aldrich) and 1µg/ml hydrocortisone (Sigma-Aldrich).

extract_protocol:
Total RNA was extracted using Trizol (Ambion).
Illumina stranded mRNA prep

treatment_protocol: The cells were treated with 0.5µM Palbociclib,  2µM of indisulam and the combniation for 10 days.


title: SUM159 IN


title: SUM159 P+I


title: KO_TAC1_CM_26

description: Htra3KO TAC1 CM


title: SUM159 PD


title: KO_TAC1_CM_24

description: Htra3KO TAC1 CM


title: A4

source_name: lung cancer

growth_protocol: A549 cells were grown in RPMI (Gibco) supplemented with 10% FBS 1% P/S and 2 mM L-glutamine.

treatment_protocol: A549 cells were treated with 2µM Palbociclib for 10 days.


title: KO_TAC1_CM_25

description: Htra3KO TAC1 CM


title: A4 PD


title: KO_TAC1_CM_23

description: Htra3KO TAC1 CM


title: A3 PD


title: A549 P+I R1


title: KO_TAC1_CM_22

description: Htra3KO TAC1 CM


title: 6_ Senescent_030711

city: BELFAST

first: Gary

last: Hardiman

state: Antrim

address: 19 Chlorine Gardens,

country: United Kingdom

institute: Queens University Belfast

description: SENESCENT LATE PASSAGE CELLS

data_processing:
Illumina Casava1.8 software used for basecalling.
Sequenced reads (fastq files) were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence
Secondary analysis was carried out on an OnRamp Bioinformatics Genomics Research Platform (OnRamp Bioinformatics, San Diego, CA). OnRamp’s advanced Genomics Analysis Engine utilized an automated RNAseq workflow to process the data, including data validation and quality control and read alignment to the human genome (hg19) using STAR RNA-seq aligner,
The resulting SAM files were sorted and inputted into the Python package HTSeq to generate count data for gene-level differential expression analyses.
Count data were analyzed with Limma version 3.29.11 and R version 3.3.1 and a multi-factorial analysis was used to correct potential batch effects. Transcript count data  were sorted according to their adjusted p-value or q-value, which is the smallest false discovery rate (FDR) at which a transcript is called significant.
Genome_build: HG19
Supplementary_files_format_and_content: tab-delimited .txt files include count data and the Limma output for each Comparison.

source_name: adult

growth_protocol: Primary prostate epithelial cells (PrECs) derived from a healthy 53-year old male with no history of prostate disease were obtained from CloneticsTM (San Diego, CA). The PrEC used in this study were cryopreserved in the second passage as proliferating cultures. The cells were Telomerase Reverse Transcriptase (TERT) expression negative indicative that were primary cells and not an immortalized cell line. PrECs were cultured in Clonetics™ PrEGM™ Prostate Epithelial Cell Growth Medium, with a confluence of 70-90% in 0.2 mL/well 96 well plates– and approximately 0.1 x 106 cells for each well – and supplemented with 10% fetal bovine serum, 2mM glutamine, and 1% penicillin/streptomycin. Passage number for cell culture is a record of the number of times the culture has been sub cultured, i.e., harvested and reseeded into multiple ‘daughter’ cell culture flasks. The population doubling (PD) number is defined as the approximate number of doublings that the cell population underwent since they were isolated. For cell passages we used a split ratio 1:2 and cells were taken through seven population doublings (PD) until they senesced.

extract_protocol:
isolation of total RNA from PrECs was performed using TRIzol reagent (Invitrogen/Thermo Fisher Scientific, Waltham, MA, USA) and the extracted RNA were further purified using the miRNeasy Mini kit (Qiagen, Valencia, CA, USA). All RNA was subjected to on-column digestion of DNA during RNA purification from cells, to ensure highly pure RNA free from DNA contamination. The concentrations were determined by absorbance readings (OD) at 260 nm using an ND-1000 (Nanodrop, Wilmington, DE, USA). RNA was further assessed for integrity with the 6000 Nano LabChip assay from Agilent, (Santa Clara, CA, USA). Only RNA samples with a RIN score of > 7.0 were used for genomic analyses.    Around 100–200 ng of total RNA was used to prepare RNA-Seq libraries using the TruSeq RNA Sample Prep Kit (Illumina, CA, USA), following the protocol described by the manufacturer. High-throughput sequencing (HTS) was performed using an Illumina HiSeq2500 with each sample sequenced to a minimum depth of ∼ 50 million reads.
TruSeq RNA Sample Prep Kit (Illumina, CA, USA)

value: prostate gland


title: A3


title: 5_Senescent_030711

description: SENESCENT LATE PASSAGE CELLS

value: Primary prostate epithelial cells (PrECs)


title: KO_TAC1_CM_20

description: Htra3KO TAC1 CM

value: TAC (W2)


title: KO_TAC1_CM_21

description: Htra3KO TAC1 CM


title: 2_Active_060110

description: ACTIVE EARLY PASSAGE CELLS


title: 6_ miRNA_Senescent_030711

description: SENESCENT LATE PASSAGE CELLS

data_processing:
Illumina Casava1.8 software used for basecalling.
Sequenced reads (fastq files) were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence
Secondary analysis was carried out on an OnRamp Bioinformatics Genomics Research Platform (OnRamp Bioinformatics, San Diego, CA). OnRamp’s advanced Genomics Analysis Engine utilized an automated RNAseq workflow to process the data, including data validation and quality control a
After sequencing, miRNA analysis followed the CAP-miRSeq pipeline [25]. This involved two rounds of alignments to the human genome (hg19) and counting using Bowtie/HTSeq and THE miRDeep2 mapper/miRDeep2 module. Count data were analyzed with Limma version 3.29.11 [21] and R version 3.3.1
Count data were analyzed with Limma version 3.29.11 and R version 3.3.1 and a multi-factorial analysis was used to correct potential batch effects. Transcript count data  were sorted according to their adjusted p-value or q-value, which is the smallest false discovery rate (FDR) at which a transcript is called significant.
Genome_build: HG19
Supplementary_files_format_and_content: tab-delimited .txt files include count data and the Limma output for each Comparison.

extract_protocol:
Isolation of total RNA from PrECs was performed using TRIzol reagent (Invitrogen/Thermo Fisher Scientific, Waltham, MA, USA) and the extracted RNA were further purified using the miRNeasy Mini kit (Qiagen, Valencia, CA, USA). All RNA was subjected to on-column digestion of DNA during RNA purification from cells, to ensure highly pure RNA free from DNA contamination. The concentrations were determined by absorbance readings (OD) at 260 nm using an ND-1000 (Nanodrop, Wilmington, DE, USA). RNA was further assessed for integrity with the Agilent Small RNA kit assay from Agilent, (Santa Clara, CA, USA).   Around 100–200 ng of total RNA was used to prepare small RNA-Seq libraries using the TruSeq Small RNA Library (Illumina, CA, USA), following the protocol described by the manufacturer. High-throughput sequencing (HTS) was performed using an Illumina HiSeq2500 with each sample sequenced to a minimum depth of ∼ 5 million reads.
TruSeq Small RNA Library (Illumina, CA, USA)


title: 1_Active_060110

description: ACTIVE EARLY PASSAGE CELLS


title: 5_miRNA_Senescent_030711

description: SENESCENT LATE PASSAGE CELLS


title: KO_TAC1_CM_19

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_30

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_17

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_29

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_18

description: Htra3KO TAC1 CM


title: 2_miRNA_Active_060110

description: ACTIVE EARLY PASSAGE CELLS


title: KO_TAC1_CM_16

description: Htra3KO TAC1 CM


title: 1_miRNA_Active_060110

description: ACTIVE EARLY PASSAGE CELLS


title: Sp239_Sa_6h

value: S. aureus


title: KO_TAC1_CM_9

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_12

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_14

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_13

description: Htra3KO TAC1 CM


title: Sp239_K_3h

value: Control


title: Sp239_Nm_3h

value: N. meningitidis


title: Sp239_Nm_6h


title: Sp239_Sa_3h


title: KO_TAC1_CM_10

description: Htra3KO TAC1 CM

value: Full length


title: KO_TAC1_CM_11

description: Htra3KO TAC1 CM


title: Sp239_K_6h


title: Sp239_Af_6h

value: A. fumigatus


title: KO_TAC1_CM_8

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_7

description: Htra3KO TAC1 CM


title: Sp238_Sa_6h


title: KO_TAC1_CM_3

description: Htra3KO TAC1 CM


title: Sp238_Af_6h


title: KO_TAC1_CM_15

description: Htra3KO TAC1 CM


title: Sp238_K_6h


title: KO_TAC1_CM_5

description: Htra3KO TAC1 CM


title: Sp237_Sa_3h


title: KO_TAC1_CM_2

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_1_bulk

description: Htra3KO TAC1 CM


title: Sp238_Nm_6h


title: KO_TAC1_CM_4

description: Htra3KO TAC1 CM


title: KO_TAC1_CM_6

description: Htra3KO TAC1 CM


title: KO_sham2_CM_93

description: Htra3KO sham2 CM

value: sham


title: KO_sham2_CM_92

description: Htra3KO sham2 CM


title: Sp237_Nm_6h


title: Sp237_K_6h


title: Sp237_Af_6h


title: Sp236_Sa_6h


title: KO_sham2_CM_89

description: Htra3KO sham2 CM


title: KO_sham2_CM_87

description: Htra3KO sham2 CM


title: Sp236_K_6h


title: Sp236_K_3h


title: Sp239_Af_3h


title: KO_sham2_CM_90

description: Htra3KO sham2 CM


title: Sp236_Nm_6h


title: KO_sham2_CM_88

description: Htra3KO sham2 CM


title: Sp236_Af_6h


title: KO_sham2_CM_85

description: Htra3KO sham2 CM


title: KO_sham2_CM_83

description: Htra3KO sham2 CM


title: Sp235_Nm_6h


title: Sp235_K_6h


title: KO_sham2_CM_82

description: Htra3KO sham2 CM


title: Sp234_Sa_6h


title: KO_sham2_CM_86

description: Htra3KO sham2 CM


title: Sp234_Nm_3h


title: Sp234_Sa_3h


title: Sp235_Sa_6h


title: KO_sham2_CM_78

description: Htra3KO sham2 CM


title: KO_sham2_CM_84

description: Htra3KO sham2 CM


title: Sp234_K_6h


title: Sp235_K_3h


title: KO_sham2_CM_81

description: Htra3KO sham2 CM


title: Sp234_Af_3h


title: KO_sham2_CM_80

description: Htra3KO sham2 CM


title: Sp235_Af_6h


title: KO_sham2_CM_74

description: Htra3KO sham2 CM


title: KO_sham2_CM_73

description: Htra3KO sham2 CM


title: KO_sham2_CM_79

description: Htra3KO sham2 CM


title: Sp233_Sa_3h


title: Sp233_Nm_6h


title: Sp237_K_3h


title: Sp233_Nm_3h


title: KO_sham2_CM_71

description: Htra3KO sham2 CM


title: KO_sham2_CM_91

description: Htra3KO sham2 CM


title: KO_sham2_CM_75

description: Htra3KO sham2 CM


title: KO_sham2_CM_72

description: Htra3KO sham2 CM


title: KO_sham2_CM_68

description: Htra3KO sham2 CM


title: Sp233_Af_3h


title: KO_sham2_CM_76

description: Htra3KO sham2 CM


title: KO_sham2_CM_70

description: Htra3KO sham2 CM


title: Sp234_Af_6h


title: Sp232_Sa_3h


title: Sp232_Nm_3h


title: KO_sham2_CM_67

description: Htra3KO sham2 CM


title: KO_sham2_CM_77

description: Htra3KO sham2 CM


title: KO_sham2_CM_65

description: Htra3KO sham2 CM


title: Sp232_Nm_6h


title: Sp232_K_3h


title: KO_sham2_CM_66

description: Htra3KO sham2 CM


title: KO_sham2_CM_63

description: Htra3KO sham2 CM


title: KO_sham2_CM_62

description: Htra3KO sham2 CM


title: Sp231_K_6h


title: KO_sham2_CM_61

description: Htra3KO sham2 CM


title: KO_sham2_CM_64

description: Htra3KO sham2 CM


title: Sp231_K_3h


title: Sp231_Af_3h


title: Sp230_Sa_6h


title: Sp233_Af_6h


title: KO_sham2_CM_59

description: Htra3KO sham2 CM


title: KO_sham2_CM_60

description: Htra3KO sham2 CM


title: KO_sham2_CM_58

description: Htra3KO sham2 CM


title: Sp230_Sa_3h


title: KO_sham2_CM_69

description: Htra3KO sham2 CM


title: Sp230_Nm_6h


title: Sp232_Sa_6h


title: Sp230_Nm_3h


title: KO_sham2_CM_55

description: Htra3KO sham2 CM


title: Sp230_K_3h


title: Sp230_K_6h


title: KO_sham2_CM_54

description: Htra3KO sham2 CM


title: Sp230_Af_6h


title: KO_sham2_CM_53

description: Htra3KO sham2 CM


title: KO_sham2_CM_52

description: Htra3KO sham2 CM


title: Sp230_Af_3h


title: KO_sham2_CM_50

description: Htra3KO sham2 CM


title: Sp232_Af_3h


title: KO_sham2_CM_51

description: Htra3KO sham2 CM


title: KO_sham2_CM_49

description: Htra3KO sham2 CM


title: Sp229_Nm_3h


title: Sp229_K_3h


title: Sp229_K_6h


title: KO_sham2_CM_46

description: Htra3KO sham2 CM


title: Sp229_Af_3h


title: Sp228_Sa_3h


title: KO_sham2_CM_44

description: Htra3KO sham2 CM


title: Sp228_Af_6h


title: KO_sham2_CM_42

description: Htra3KO sham2 CM


title: KO_sham2_CM_45

description: Htra3KO sham2 CM


title: KO_sham2_CM_41

description: Htra3KO sham2 CM


title: Sp228_K_6h


title: Sp228_Nm_3h


title: KO_sham2_CM_40

description: Htra3KO sham2 CM


title: KO_sham2_CM_43

description: Htra3KO sham2 CM


title: Sp227_Sa_6h


title: KO_sham2_CM_57

description: Htra3KO sham2 CM


title: KO_sham2_CM_56

description: Htra3KO sham2 CM


title: Sp228_Af_3h


title: Sp227_Sa_3h


title: Sp227_Nm_3h


title: Sp229_Sa_3h


title: KO_sham2_CM_38

description: Htra3KO sham2 CM


title: Sp227_K_6h


title: Sp227_K_3h


title: KO_sham2_CM_48

description: Htra3KO sham2 CM


title: KO_sham2_CM_37

description: Htra3KO sham2 CM


title: KO_sham2_CM_47

description: Htra3KO sham2 CM


title: KO_sham2_CM_35

description: Htra3KO sham2 CM


title: KO_sham2_CM_34

description: Htra3KO sham2 CM


title: Sp227_Af_6h


title: Sp226_Sa_6h


title: Sp226_Sa_3h


title: KO_sham2_CM_32

description: Htra3KO sham2 CM


title: Sp226_Nm_6h


title: KO_sham2_CM_30

description: Htra3KO sham2 CM


title: Sp228_K_3h


title: KO_sham2_CM_33

description: Htra3KO sham2 CM


title: Sp226_K_3h


title: KO_sham2_CM_39

description: Htra3KO sham2 CM


title: Sp226_Nm_3h


title: KO_sham2_CM_28

description: Htra3KO sham2 CM


title: Sp225_Sa_6h


title: KO_sham2_CM_29

description: Htra3KO sham2 CM


title: KO_sham2_CM_26

description: Htra3KO sham2 CM


title: KO_sham2_CM_27

description: Htra3KO sham2 CM


title: Sp225_Sa_3h


title: KO_sham2_CM_25

description: Htra3KO sham2 CM


title: Sp225_K_6h


title: KO_sham2_CM_36

description: Htra3KO sham2 CM


title: Sp225_Nm_6h


title: KO_sham2_CM_24

description: Htra3KO sham2 CM


title: KO_sham2_CM_23

description: Htra3KO sham2 CM


title: Sp225_K_3h


title: Sp225_Nm_3h


title: Sp227_Af_3h


title: Sp225_Af_6h


title: KO_sham2_CM_22

description: Htra3KO sham2 CM


title: Sp225_Af_3h


title: Sp224_Sa_6h


title: KO_sham2_CM_20

description: Htra3KO sham2 CM


title: KO_sham2_CM_19

description: Htra3KO sham2 CM


title: KO_sham2_CM_21

description: Htra3KO sham2 CM


title: Sp224_Sa_3h


title: Sp224_Nm_6h


title: KO_sham2_CM_17

description: Htra3KO sham2 CM


title: KO_sham2_CM_31

description: Htra3KO sham2 CM


title: KO_sham2_CM_15

description: Htra3KO sham2 CM


title: KO_sham2_CM_18

description: Htra3KO sham2 CM


title: Sp224_Af_6h


title: Sp224_Nm_3h


title: KO_sham2_CM_14

description: Htra3KO sham2 CM


title: Sp226_Af_3h


title: Sp223_Sa_6h


title: Sp224_K_6h


title: KO_sham2_CM_16

description: Htra3KO sham2 CM


title: KO_sham2_CM_13

description: Htra3KO sham2 CM


title: Sp223_Sa_3h


title: KO_sham2_CM_12

description: Htra3KO sham2 CM


title: Sp223_K_6h


title: KO_sham2_CM_9

description: Htra3KO sham2 CM


title: KO_sham2_CM_11

description: Htra3KO sham2 CM


title: Sp223_Nm_3h


title: Sp223_Nm_6h


title: KO_sham2_CM_10

description: Htra3KO sham2 CM


title: KO_sham2_CM_7

description: Htra3KO sham2 CM


title: KO_sham2_CM_5

description: Htra3KO sham2 CM


title: KO_sham2_CM_8

description: Htra3KO sham2 CM


title: KO_sham2_CM_4

description: Htra3KO sham2 CM


title: KO_sham2_CM_6

description: Htra3KO sham2 CM


title: Sp223_K_3h


title: KO_sham2_CM_3

description: Htra3KO sham2 CM


title: KO_sham2_CM_1_bulk

description: Htra3KO sham2 CM


title: Sp223_Af_3h


title: Sp222_Nm_3h


title: Sp222_Sa_6h


title: KO_sham1_CM_79

description: Htra3KO sham1 CM


title: Sp222_K_3h


title: KO_sham2_CM_2

description: Htra3KO sham2 CM


title: Sp222_Nm_6h


title: Sp224_K_3h


title: KO_sham1_CM_80

description: Htra3KO sham1 CM


title: Sp222_Sa_3h


title: Sp224_Af_3h


title: Sp222_Af_6h


title: KO_sham1_CM_77

description: Htra3KO sham1 CM


title: Sp222_K_6h


title: KO_sham1_CM_76

description: Htra3KO sham1 CM


title: Sp221_Sa_3h


title: KO_sham1_CM_78

description: Htra3KO sham1 CM


title: Sp221_Nm_6h


title: KO_sham1_CM_75

description: Htra3KO sham1 CM


title: Sp222_Af_3h


title: Sp223_Af_6h


title: Sp221_Sa_6h


title: Sp221_Nm_3h


title: KO_sham1_CM_73

description: Htra3KO sham1 CM


title: KO_sham1_CM_72

description: Htra3KO sham1 CM


title: KO_sham1_CM_71

description: Htra3KO sham1 CM


title: KO_sham1_CM_70

description: Htra3KO sham1 CM


title: Sp221_K_3h


title: Sp221_Af_6h


title: KO_sham1_CM_69

description: Htra3KO sham1 CM


title: KO_sham1_CM_68

description: Htra3KO sham1 CM


title: Sp220_Sa_6h


title: Sp221_Af_3h


title: KO_sham1_CM_67

description: Htra3KO sham1 CM


title: KO_sham1_CM_66

description: Htra3KO sham1 CM


title: Sp220_Nm_3h


title: Sp220_Sa_3h


title: KO_sham1_CM_65

description: Htra3KO sham1 CM


title: Sp220_Nm_6h


title: KO_sham1_CM_63

description: Htra3KO sham1 CM


title: Sp220_K_3h


title: Sp220_K_6h


title: Sp220_Af_6h


title: KO_sham1_CM_61

description: Htra3KO sham1 CM


title: KO_sham1_CM_62

description: Htra3KO sham1 CM


title: KO_sham1_CM_74

description: Htra3KO sham1 CM


title: Sp220_Af_3h


title: KO_sham1_CM_59

description: Htra3KO sham1 CM


title: KO_sham1_CM_60

description: Htra3KO sham1 CM


title: Sp219_Sa_6h


title: Sp219_Nm_6h


title: KO_sham1_CM_56

description: Htra3KO sham1 CM


title: Sp221_K_6h


title: Sp219_Nm_3h


title: KO_sham1_CM_55

description: Htra3KO sham1 CM


title: Sp219_K_6h


title: KO_sham1_CM_54

description: Htra3KO sham1 CM


title: Sp219_Af_6h


title: Sp219_K_3h


title: KO_sham1_CM_52

description: Htra3KO sham1 CM


title: KO_sham1_CM_53

description: Htra3KO sham1 CM


title: KO_sham1_CM_51

description: Htra3KO sham1 CM


title: KO_sham1_CM_50

description: Htra3KO sham1 CM


title: Sp218_Sa_3h


title: Sp218_Nm_6h


title: Sp219_Af_3h


title: Sp218_Nm_3h


title: KO_sham1_CM_64

description: Htra3KO sham1 CM


title: KO_sham1_CM_48

description: Htra3KO sham1 CM


title: KO_sham1_CM_49

description: Htra3KO sham1 CM


title: Sp218_K_6h


title: KO_sham1_CM_47

description: Htra3KO sham1 CM


title: Sp218_K_3h


title: KO_sham1_CM_46

description: Htra3KO sham1 CM


title: KO_sham1_CM_45

description: Htra3KO sham1 CM


title: Sp218_Af_6h


title: Sp218_Af_3h


title: KO_sham1_CM_43

description: Htra3KO sham1 CM


title: KO_sham1_CM_58

description: Htra3KO sham1 CM


title: Sp217_Sa_6h


title: KO_sham1_CM_44

description: Htra3KO sham1 CM


title: KO_sham1_CM_57

description: Htra3KO sham1 CM


title: Sp219_Sa_3h


title: KO_sham1_CM_42

description: Htra3KO sham1 CM


title: Sp217_Nm_6h


title: Sp217_Nm_3h


title: KO_sham1_CM_40

description: Htra3KO sham1 CM


title: KO_sham1_CM_39

description: Htra3KO sham1 CM


title: Sp217_K_6h


title: Sp217_K_3h


title: KO_sham1_CM_38

description: Htra3KO sham1 CM


title: KO_sham1_CM_37

description: Htra3KO sham1 CM


title: Sp217_Af_6h


title: Sp217_Af_3h


title: Sp218_Sa_6h


title: KO_sham1_CM_36

description: Htra3KO sham1 CM


title: KO_sham1_CM_35

description: Htra3KO sham1 CM


title: KO_sham1_CM_33

description: Htra3KO sham1 CM


title: Sp216_Sa_3h


title: Sp216_Sa_6h


title: KO_sham1_CM_32

description: Htra3KO sham1 CM


title: Sp216_Nm_6h


title: KO_sham1_CM_34

description: Htra3KO sham1 CM


title: Sp216_Nm_3h


title: Sp216_K_6h


title: KO_sham1_CM_29

description: Htra3KO sham1 CM


title: KO_sham1_CM_31

description: Htra3KO sham1 CM


title: Sp216_K_3h


title: KO_sham1_CM_28

description: Htra3KO sham1 CM


title: KO_sham1_CM_30

description: Htra3KO sham1 CM


title: Sp216_Af_3h


title: Sp216_Af_6h


title: Sp217_Sa_3h


title: KO_sham1_CM_27

description: Htra3KO sham1 CM


title: Sp215_Sa_6h


title: Sp215_Nm_6h


title: Sp215_Sa_3h


title: KO_sham1_CM_26

description: Htra3KO sham1 CM


title: KO_sham1_CM_41

description: Htra3KO sham1 CM


title: Sp215_K_3h


title: Sp215_K_6h


title: KO_sham1_CM_24

description: Htra3KO sham1 CM


title: KO_sham1_CM_22

description: Htra3KO sham1 CM


title: KO_sham1_CM_25

description: Htra3KO sham1 CM


title: Sp215_Nm_3h


title: KO_sham1_CM_19

description: Htra3KO sham1 CM


title: KO_sham1_CM_23

description: Htra3KO sham1 CM


title: Sp215_Af_6h


title: KO_sham1_CM_17

description: Htra3KO sham1 CM


title: KO_sham1_CM_15

description: Htra3KO sham1 CM


title: KO_sham1_CM_21

description: Htra3KO sham1 CM


title: Sp215_Af_3h


title: Sp214_K_3h


title: Sp214_K_6h


title: KO_sham1_CM_16

description: Htra3KO sham1 CM


title: Sp214_Nm_6h


title: KO_sham1_CM_18

description: Htra3KO sham1 CM


title: Sp214_Nm_3h


title: Sp214_Sa_3h


title: KO_sham1_CM_14

description: Htra3KO sham1 CM


title: KO_sham1_CM_12

description: Htra3KO sham1 CM


title: KO_sham1_CM_13

description: Htra3KO sham1 CM


title: Sp214_Af_6h


title: Sp213_Sa_6h


title: Sp214_Af_3h


title: Sp213_Sa_3h


title: KO_sham1_CM_11

description: Htra3KO sham1 CM


title: Sp213_Nm_6h


title: KO_sham1_CM_10

description: Htra3KO sham1 CM


title: KO_sham1_CM_9

description: Htra3KO sham1 CM


title: KO_sham1_CM_8

description: Htra3KO sham1 CM


title: Sp213_K_6h


title: Sp213_K_3h


title: KO_sham1_CM_5

description: Htra3KO sham1 CM


title: KO_sham1_CM_7

description: Htra3KO sham1 CM


title: Sp214_Sa_6h


title: Sp213_Nm_3h


title: Sp212_Sa_3h


title: KO_sham1_CM_20

description: Htra3KO sham1 CM


title: Sp212_Nm_6h


title: KO_sham1_CM_6

description: Htra3KO sham1 CM


title: Sp212_Sa_6h


title: KO_sham1_CM_2

description: Htra3KO sham1 CM


title: KO_sham1_CM_1_bulk

description: Htra3KO sham1 CM


title: Sp213_Af_6h


title: WT_TAC1_CM_95

description: WT TAC1 CM


title: Sp212_Nm_3h


title: KO_sham1_CM_4

description: Htra3KO sham1 CM


title: Sp213_Af_3h


title: WT_TAC1_CM_94

description: WT TAC1 CM


title: Sp212_K_6h


title: Sp212_K_3h


title: WT_TAC1_CM_93

description: WT TAC1 CM


title: Sp212_Af_3h


title: WT_TAC1_CM_92

description: WT TAC1 CM


title: WT_TAC1_CM_91

description: WT TAC1 CM


title: Sp211_Sa_6h


title: WT_TAC1_CM_90

description: WT TAC1 CM


title: Sp211_Sa_3h


title: WT_TAC1_CM_89

description: WT TAC1 CM


title: WT_TAC1_CM_88

description: WT TAC1 CM


title: Sp211_Nm_3h


title: Sp211_K_6h


title: WT_TAC1_CM_86

description: WT TAC1 CM


title: WT_TAC1_CM_87

description: WT TAC1 CM


title: WT_TAC1_CM_84

description: WT TAC1 CM


title: WT_TAC1_CM_85

description: WT TAC1 CM


title: Sp211_Af_6h


title: Sp211_K_3h


title: WT_TAC1_CM_83

description: WT TAC1 CM


title: Sp210_Sa_6h


title: Sp210_Sa_3h


title: WT_TAC1_CM_82

description: WT TAC1 CM


title: WT_TAC1_CM_81

description: WT TAC1 CM


title: KO_sham1_CM_3

description: Htra3KO sham1 CM


title: WT_TAC1_CM_80

description: WT TAC1 CM


title: Sp210_Nm_3h


title: WT_TAC1_CM_79

description: WT TAC1 CM


title: Sp210_Nm_6h


title: Sp210_K_6h


title: WT_TAC1_CM_78

description: WT TAC1 CM


title: Sp210_K_3h


title: Sp210_Af_6h


title: WT_TAC1_CM_76

description: WT TAC1 CM


title: Sp210_Af_3h


title: Sp209_Sa_6h


title: Sp212_Af_6h


title: WT_TAC1_CM_75

description: WT TAC1 CM


title: WT_TAC1_CM_74

description: WT TAC1 CM


title: Sp211_Nm_6h


title: WT_TAC1_CM_73

description: WT TAC1 CM


title: Sp209_Nm_3h


title: WT_TAC1_CM_72

description: WT TAC1 CM


title: Sp209_K_3h


title: Sp209_K_6h


title: WT_TAC1_CM_68

description: WT TAC1 CM


title: WT_TAC1_CM_69

description: WT TAC1 CM


title: Sp209_Sa_3h


title: Sp209_Af_6h


title: Sp211_Af_3h


title: Sp208_Sa_3h


title: WT_TAC1_CM_71

description: WT TAC1 CM


title: WT_TAC1_CM_66

description: WT TAC1 CM


title: Sp209_Af_3h


title: WT_TAC1_CM_65

description: WT TAC1 CM


title: Sp208_Nm_6h


title: Sp208_Sa_6h


title: WT_TAC1_CM_70

description: WT TAC1 CM


title: Sp208_K_6h


title: WT_TAC1_CM_64

description: WT TAC1 CM


title: Sp208_K_3h


title: WT_TAC1_CM_77

description: WT TAC1 CM


title: WT_TAC1_CM_61

description: WT TAC1 CM


title: WT_TAC1_CM_62

description: WT TAC1 CM


title: Sp207_Sa_6h


title: Sp208_Af_6h


title: WT_TAC1_CM_60

description: WT TAC1 CM


title: WT_TAC1_CM_58

description: WT TAC1 CM


title: Sp207_Sa_3h


title: WT_TAC1_CM_56

description: WT TAC1 CM


title: Sp208_Af_3h


title: WT_TAC1_CM_55

description: WT TAC1 CM


title: Sp207_Nm_6h


title: WT_TAC1_CM_59

description: WT TAC1 CM


title: Sp207_Nm_3h


title: WT_TAC1_CM_53

description: WT TAC1 CM


title: Sp207_Af_3h


title: Sp207_K_6h


title: WT_TAC1_CM_67

description: WT TAC1 CM


title: Sp206_Sa_6h


title: Sp207_Af_6h


title: Sp206_Sa_3h


title: Sp208_Nm_3h


title: WT_TAC1_CM_50

description: WT TAC1 CM


title: WT_TAC1_CM_49

description: WT TAC1 CM


title: Sp206_Nm_3h


title: WT_TAC1_CM_63

description: WT TAC1 CM


title: WT_TAC1_CM_48

description: WT TAC1 CM


title: WT_TAC1_CM_47

description: WT TAC1 CM


title: Sp206_K_6h


title: Sp206_K_3h


title: Sp206_Af_6h


title: Sp205_Sa_6h


title: Sp205_Sa_3h


title: WT_TAC1_CM_57

description: WT TAC1 CM


title: WT_TAC1_CM_43

description: WT TAC1 CM


title: WT_TAC1_CM_46

description: WT TAC1 CM


title: Sp207_K_3h


title: Sp205_Nm_3h


title: WT_TAC1_CM_44

description: WT TAC1 CM


title: WT_TAC1_CM_41

description: WT TAC1 CM


title: WT_TAC1_CM_45

description: WT TAC1 CM


title: WT_TAC1_CM_54

description: WT TAC1 CM


title: WT_TAC1_CM_40

description: WT TAC1 CM


title: Sp205_K_6h


title: WT_TAC1_CM_52

description: WT TAC1 CM


title: Sp205_Af_6h


title: WT_TAC1_CM_51

description: WT TAC1 CM


title: Sp205_Nm_6h


title: WT_TAC1_CM_39

description: WT TAC1 CM


title: WT_TAC1_CM_36

description: WT TAC1 CM


title: Sp206_Nm_6h


title: Sp205_K_3h


title: WT_TAC1_CM_35

description: WT TAC1 CM


title: Sp204_Sa_6h


title: WT_TAC1_CM_38

description: WT TAC1 CM


title: Sp205_Af_3h


title: Sp204_Sa_3h


title: WT_TAC1_CM_34

description: WT TAC1 CM


title: WT_TAC1_CM_33

description: WT TAC1 CM


title: WT_TAC1_CM_32

description: WT TAC1 CM


title: Sp204_K_3h


title: WT_TAC1_CM_29

description: WT TAC1 CM


title: WT_TAC1_CM_27

description: WT TAC1 CM


title: Sp204_K_6h


title: WT_TAC1_CM_42

description: WT TAC1 CM


title: Sp203_Sa_3h


title: Sp204_Nm_3h


title: WT_TAC1_CM_30

description: WT TAC1 CM


title: WT_TAC1_CM_25

description: WT TAC1 CM


title: WT_TAC1_CM_23

description: WT TAC1 CM


title: Sp203_K_6h


title: WT_TAC1_CM_28

description: WT TAC1 CM


title: WT_TAC1_CM_31

description: WT TAC1 CM


title: Sp203_K_3h


title: Sp206_Af_3h


title: WT_TAC1_CM_21

description: WT TAC1 CM


title: Sp204_Af_3h


title: Sp204_Nm_6h


title: Sp203_Sa_6h


title: Sp203_Af_3h


title: Sp203_Nm_3h


title: WT_TAC1_CM_26

description: WT TAC1 CM


title: Sp203_Af_6h


title: Sp204_Af_6h


title: WT_TAC1_CM_22

description: WT TAC1 CM


title: WT_TAC1_CM_19

description: WT TAC1 CM


title: WT_TAC1_CM_37

description: WT TAC1 CM


title: WT_TAC1_CM_24

description: WT TAC1 CM


title: Sp202_Sa_6h


title: Sp202_Sa_3h


title: WT_TAC1_CM_20

description: WT TAC1 CM


title: Sp202_Nm_6h


title: WT_TAC1_CM_18

description: WT TAC1 CM


title: WT_TAC1_CM_17

description: WT TAC1 CM


title: WT_TAC1_CM_15

description: WT TAC1 CM


title: Sp202_K_6h


title: Sp202_K_3h


title: Sp202_Af_6h


title: WT_TAC1_CM_16

description: WT TAC1 CM


title: Sp202_Nm_3h


title: WT_TAC1_CM_13

description: WT TAC1 CM


title: WT_TAC1_CM_14

description: WT TAC1 CM


title: Sp202_Af_3h


title: WT_TAC1_CM_12

description: WT TAC1 CM


title: WT_TAC1_CM_10

description: WT TAC1 CM


title: WT_TAC1_CM_11

description: WT TAC1 CM


title: Sp201_Sa_6h


title: Sp203_Nm_6h


title: Sp201_Nm_6h


title: Sp201_Nm_3h


title: WT_TAC1_CM_8

description: WT TAC1 CM


title: Sp201_K_3h


title: Sp201_K_6h


title: WT_TAC1_CM_6_bulk

description: WT TAC1 CM


title: WT_TAC1_CM_7

description: WT TAC1 CM


title: Sp201_Af_6h


title: WT_TAC1_CM_5

description: WT TAC1 CM


title: Sp201_Af_3h


title: Sp200_Sa_6h


title: WT_TAC1_CM_3

description: WT TAC1 CM


title: Sp200_Sa_3h


title: WT_TAC1_CM_2

description: WT TAC1 CM


title: WT_sham2_CM_94

description: WT sham1 CM


title: WT_sham2_CM_93

description: WT sham1 CM


title: Sp200_Nm_3h


title: Sp200_K_6h


title: WT_sham2_CM_92

description: WT sham1 CM


title: Sp200_Nm_6h


title: Sp200_K_3h


title: Sp200_Af_3h


title: WT_sham2_CM_91

description: WT sham1 CM


title: Sp200_Af_6h


title: Sp199_Sa_6h


title: WT_sham2_CM_90

description: WT sham1 CM


title: Sp201_Sa_3h


title: Sp199_Sa_3h


title: WT_sham2_CM_88

description: WT sham1 CM


title: Sp199_Nm_6h


title: WT_sham2_CM_87

description: WT sham1 CM


title: Sp199_Nm_3h


title: WT_sham2_CM_86

description: WT sham1 CM


title: Sp199_K_6h


title: WT_sham2_CM_85

description: WT sham1 CM


title: WT_TAC1_CM_9

description: WT TAC1 CM


title: Sp199_Af_6h


title: WT_sham2_CM_83

description: WT sham1 CM


title: WT_sham2_CM_84

description: WT sham1 CM


title: WT_TAC1_CM_4

description: WT TAC1 CM


title: Sp198_Sa_6h


title: WT_sham2_CM_82

description: WT sham1 CM


title: WT_sham2_CM_79

description: WT sham1 CM


title: Sp198_Sa_3h


title: WT_sham2_CM_81

description: WT sham1 CM


title: WT_sham2_CM_80

description: WT sham1 CM


title: Sp198_Nm_6h


title: WT_TAC1_CM_1

description: WT TAC1 CM


title: Sp198_K_6h


title: Sp198_Nm_3h


title: WT_sham2_CM_78

description: WT sham1 CM


title: Sp198_K_3h


title: WT_sham2_CM_77

description: WT sham1 CM


title: WT_sham2_CM_76

description: WT sham1 CM


title: Sp198_Af_6h


title: WT_sham2_CM_75

description: WT sham1 CM


title: WT_sham2_CM_73

description: WT sham1 CM


title: WT_sham2_CM_89

description: WT sham1 CM


title: Sp197_Sa_3h


title: Sp197_Sa_6h


title: WT_sham2_CM_72

description: WT sham1 CM


title: Sp197_Nm_6h


title: Sp198_Af_3h


title: Sp197_Nm_3h


title: WT_sham2_CM_71

description: WT sham1 CM


title: WT_sham2_CM_70

description: WT sham1 CM


title: Sp197_K_6h


title: Sp199_K_3h


title: Sp197_K_3h


title: Sp197_Af_6h


title: WT_sham2_CM_69

description: WT sham1 CM


title: WT_sham2_CM_68

description: WT sham1 CM


title: Sp197_Af_3h


title: Sp196_Sa_6h


title: WT_sham2_CM_67

description: WT sham1 CM


title: WT_sham2_CM_65

description: WT sham1 CM


title: WT_sham2_CM_66

description: WT sham1 CM


title: Sp199_Af_3h


title: Sp196_Sa_3h


title: Sp196_Nm_6h


title: WT_sham2_CM_62

description: WT sham1 CM


title: WT_sham2_CM_63

description: WT sham1 CM


title: Sp196_K_6h


title: Sp196_Nm_3h


title: Sp196_K_3h


title: WT_sham2_CM_59

description: WT sham1 CM


title: WT_sham2_CM_60

description: WT sham1 CM


title: Sp196_Af_3h


title: Sp196_Af_6h


title: WT_sham2_CM_57

description: WT sham1 CM


title: WT_sham2_CM_74

description: WT sham1 CM


title: Sp195_Sa_6h


title: Sp195_Sa_3h


title: Sp195_Nm_6h


title: WT_sham2_CM_58

description: WT sham1 CM


title: WT_sham2_CM_56

description: WT sham1 CM


title: Sp195_K_3h


title: WT_sham2_CM_55

description: WT sham1 CM


title: WT_sham2_CM_52

description: WT sham1 CM


title: WT_sham2_CM_54

description: WT sham1 CM


title: WT_sham2_CM_53

description: WT sham1 CM


title: Sp194_Sa_3h


title: WT_sham2_CM_50

description: WT sham1 CM


title: Sp195_Af_6h


title: Sp194_Sa_6h


title: Sp195_Af_3h


title: WT_sham2_CM_51

description: WT sham1 CM


title: Sp195_K_6h


title: WT_sham2_CM_48

description: WT sham1 CM


title: Sp194_Nm_6h


title: WT_sham2_CM_49

description: WT sham1 CM


title: Sp194_Nm_3h


title: WT_sham2_CM_64

description: WT sham1 CM


title: WT_sham2_CM_47

description: WT sham1 CM


title: WT_sham2_CM_46

description: WT sham1 CM


title: Sp194_K_3h


title: WT_sham2_CM_61

description: WT sham1 CM


title: WT_sham2_CM_45

description: WT sham1 CM


title: WT_sham2_CM_44

description: WT sham1 CM


title: Sp194_Af_6h


title: Sp194_Af_3h


title: Sp193_Sa_6h


title: WT_sham2_CM_42

description: WT sham1 CM


title: WT_sham2_CM_41

description: WT sham1 CM


title: Sp193_Sa_3h


title: Sp193_Nm_6h


title: WT_sham2_CM_40

description: WT sham1 CM


title: Sp193_Nm_3h


title: WT_sham2_CM_39

description: WT sham1 CM


title: Sp193_K_6h


title: WT_sham2_CM_38

description: WT sham1 CM


title: Sp193_K_3h