title: T5, replicate2, scRNAseq

first: Jiangping

last: Song

address: 167A Beilishi Road, Xi Cheng District

institute: Fuwai Hospital, Chinese Academy of Medical Sciences and Peking Union Medical College

description: 10x Genomics

data_processing:
Raw gene expression matrices were generated for each sample by the Cell Ranger (Version 6.1.2) Pipeline coupled with human reference version GRCh38-2020-A. The output-filtered gene expression matrices were analyzed by R software (Version 4.1.2) with the Seurat package (Version 4.1.1). A custom R script was used to combine the expression data and metadata from all libraries corresponding to a single batch, and cells with fewer than 200 Features were removed. The expression data matrix was filtered to retain genes with >5 UMI counts and then loaded into a Seurat object along with the library metadata for downstream processing. The percentage of mitochondrial transcripts for each cell (percent. mt) was calculated and added as metadata to the Seurat object. Cells were further filtered before dimensionality reduction (nGene-min. 200; percent. mt-max. 10%). Low-quality libraries identified were removed from the dataset. Expression values were then scaled to 10,000 transcripts per cell and Log-transformed. Effects of variable (percent. mito) were estimated and regressed out using a GLM (ScaleData function, model.use=” linear”), and the scaled and centered residuals were used for dimensionality reduction and clustering. Before the clustering, we first applied Canonical correlation analysis (CCA) implemented in Seurat to correct the batch effects among the experiments and integrate the gene expression matrix of all samples into a whole matrix
Assembly: Human GRCh38-2020-A
Supplementary files format and content: TSV

source_name: Lung

extract_protocol:
Lung tissue samples were washed with phosphate buffer solution (PBS) and immersed in DMEM (Gibco, #11885084, USA) supplemented with 10% fetal bovine serum (Gibco, #10091148, USA). Samples were cut into small pieces. After washing with PBS, samples were digested in PBS containing 1000 U/mL Collagenase II (Worthington, #43J14367B, USA) at 37°C for 15 minutes with gentle shaking. The above steps were repeated 3 times. The cell suspension was filtered with a 40 μm cell strainer (Falcon, #431750, USA) to get a single-cell suspension. Cells were collected by centrifugation at 400 g, 4°C for 5 minutes. The supernatant was discarded. The cell pellets were re-suspended in DMEM containing 2% fetal bovine serum. The cell pellet was treated with 200 μL red blood cell lysis buffer (Beyotime, #C3702, China) for 10 minutes on ice. After centrifugation, the suspension was re-suspended. Single-cell suspension was harvested again with a 40 μm cell strainer.
Single-cell suspensions were loaded onto a Chromium Single Cell Controller (10x Genomics) to generate Gel Bead-In-Emulsions (GEMs). cDNA libraries were prepared using the single cell 5’ solution v2 reagent kit (Chromium, 1000020) according to the protocol provided in the 10x Genomics Chromium Single Cell Immune Profiling Solution. After the reverse transcription step, droplets were disrupted and barcoded cDNAs were purified with DynaBeads, followed by 14 cycles of PCR amplification (98°C for 45 seconds; [98°C for 20 seconds, 67°C for 30 seconds, and 72°C for 1 minute]×14 cycles; 72°C for 1 minute). The resulting amplified cDNAs were sufficient to construct 5′ gene expression libraries. The cDNAs from single-cell transcriptomes (50 ng) were fragmented, subjected to 2 rounds of size selection with SPRI beads (avg. size 450 bp), and sequenced on the Illumina NextSeq platform (High Output V2 Kit, 150 cycles). All libraries were sequenced by an Illumina HiSeq 4000 sequencer.

value: Lung

tag: Sex

value: not collected

tag: disease

value: Non-diseased

tag: age

value: 74 years old


title: T5, replicate1, scRNAseq

status: Public on Mar 10 2024

type: SRA

city: Beijing

country: China

description: 10x Genomics

library_source: transcriptomic single cell

molecule: total RNA

organism: Homo sapiens

tag: tissue

value: 67 years old


title: IEL WT CD69+CD103+ rep4

city: Changsha

first: Liwen

last: Wang

state: Hunan

address: 138 Tongzipo road

department: Department of Hematology

institute: Third Xiangya Hospital, Central South University

library_source: transcriptomic

data_processing:
Original image data file from Illumina is transformed to sequenced reads (Raw reads) by CASAVA base recognition
Raw reads of FASTQ format were firstly processed through the Fastp (0.19.5) to obtain the clean reads
The paired-end clean reads were aligned to the reference genome (mm39) using the Bowtie 2(2.4.1)
FeatureCounts(Subread 2.0.6) was used to count the read numbers mapped of each gene. And then raw counts of each gene was calculated based on the length of the gene and reads count mapped to this gene
Assembly: mm39
Supplementary files format and content: Matrix table with raw gene counts for every gene and every sample

organism: Mus musculus

source_name: Small Intestine Intraepithelial lymphocytes

growth_protocol: WT, Tbet-/-Tgfbr2-/-, and Tbet-/-Tgfbr2-/- Hic1 over-expression P14 Naive CD8 T cells were adoptively transferred into C57BL/6 recipient mice followed by LCMV-Arm infection. Around 22 days later, all recipient mice were sacrificed and the lymphoctes were isolated from spleen and small intestine.

extract_protocol:
Donor P14 T cells were FACS sorted based on CD8, CD45.1 and CD45.2. RNA was extracted from sorted cells using the Quick-RNA™ MiniPrep, according to manufacturer’s instructions (Zymo Research).
Sequencing libraries were generated using NEBNext® UltraTM RNA Library Prep Kit for Illumina® (NEB, USA) following manufacturer’s recommendations and index codes were added to attribute sequences to each sample

treatment_protocol: All recepients mice were infectied with LCMV-Arm by i.p.

tag: strain

tag: time

value: Day 22

tag: genotype

value: wild type

tag: treatment

value: day 22 after LCMV-Arm infection


title: LepRpos_Membrane_rep10

city: New York

first: HSS Genomics

last: Research Center

state: New York

address: 535 E 70th St

department: Research

country: USA

institute: Hospital for Special Surgery

data_processing:
Detailed pipeline description and parametrization is available at https://gitlab.com/hssgenomics/pipelines/-/tree/master/RNAseq . Briefly, Read quality was assessed and adaptors trimmed using FASTP. Reads were then mapped to thehuman genome (hg38) and reads in exons were counted against Gencode with STAR2.6 Aligner. Differential gene expression analysis was performed in R using edgeR. Genes with low expression levels (<3 counts per million in at least one group) were filtered from all downstream analyses. Differential expression was estimated using quasi-likelihood framework. Benhamini-Hochberg false discovery rate (FDR) procedure was used to correct for multiple testing. Genes with an FDR-corrected pvalue less than 0.05 were considered differentially expressed. Downstream analyses were performed in R using a visualization platform built with Shiny developed by bioinformaticians at the David Z. Rosensweig Genomics Research Center at HSS
Assembly: hg38
Supplementary files format and content: countMatrix.tsv – TAB-separate gene count matrix
Supplementary files format and content: edgeR_DEGs_2022-06-30.xlsx – an excel table with the results of EdgeR differential expression analysis and data transformations

source_name: Fibrous Tissue

extract_protocol: Bone or fibrous tissue obtained from patients undergoing primary joint arthropalsty or revision arthropalsty due to aseptic loosening, respectively, were subjected to both mechnical and enzymatic digestion. Single cells were otbtained, stained for Flow cytometry antibodies and FACS was conducted to sort the desired cell types. RNA sample were prepared using the RNAeasy Plust Micro Kit Cat no 74034. cDNA libraries were generated using the Illumina TruSeq RNA Sample Preparation kit and sequenced on NovaSeq 6000 sequencer

value: Fibrous Tissue

tag: cell type

value: LepR pos


title: T4, replicate2, scRNAseq

description: 10x Genomics

value: 54 years old


title: PMMA500-1

city: Hangzhou

first: lu

last: huan

address: 866 Yuhangtang Road

institute: Zhejiang University medical center

data_processing:
Illumina Casava1.4 software used for basecalling.
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence by TrimGalore-0.6.5, then mapped to mm10 whole genome using hisat2-2.2.1 with default parameters
sam files were transformed to bam files and filtered with samtools to get unique properly paired reads.
featureCounts v2.0.1 were used to get raw gene counts.
Assembly: mm10
Supplementary files format and content: Matrix table with raw gene counts for every gene

molecule: polyA RNA

source_name: long-term hematopoietic stem cells

growth_protocol: Stemspan medium with SCF (100 ng/ml) and TPO (100 ng/ml) on rounded-bottom 96-wells plate

extract_protocol:
Total RNA was isolated with Trizol
First-strand cDNA synthesis  and cDNA libraries were constructed using the NEBNext Ultra TM  II RNA Library Prep  Kit  (New  England  Biolabs).
cDNA  quality  was  determined  on  Agilent  2100   BioAnalyzer  (Agilent  Technologies),  and  then  sequenced  on  NovaSeq  6000  device   (Illumina) to obtain pair-end 150 bp reads.

treatment_protocol: Co-cultured with different polymer spheres (1 μg/ml)  for 72 h and then 10000  long-term HSCs (Lin-Sca1+c-Kit+CD150+CD48-) were sorted by FACS.

tag: marker

value: PMMA spheres with 500 nm diameter


title: spaQ, light, total RNA, rep1

city: Taipei

first: Mei-Chun

last: Cheng

address: No. 1, Roosevelt Rd

country: Taiwan

institute: National Taiwan University

data_processing:
The constructed library was quality checked by Agilent 2100 Bioanalyzer (Waldbroon, Germany)
The constructed library was sequenced on Illumina NovaSeq 6000 platform
The quality of raw reads (FASTQ) was initially checked using bcl2fastp (Illumina) (v2.20).
The checked raw reads were aligned to the Arabidopsis genome using HISAT2 calling Bowtie2 (v2.1.0)
FeatureCounts (subread v2.0.1) was used to generate counts of reads mapped to annotated Arabidopsis genes.
The raw reads in each batch were analyzed by the StringTie (StringTir v2.1.4) and DEseq (DEseq v1.39.0).
Enrichment analysis (Gene Ontology) was implemented using the Database for Annotation, Visualization and Integrated Discovery (DAVID) v6.8.
Assembly: TAIR10.1
Supplementary files format and content: excel file includes raw counts for each sample
Supplementary files format and content: (We have only one processed file for each sample)

organism: Arabidopsis thaliana

source_name: the whole plant

extract_protocol:
Polysomal RNA was isolated as describe in Liu et al., 20121. The 500 μL of ground sample powders were resuspended by 500 μL of polysome extraction buffer (200 mM Tris-HCl, pH 8.0, 50 mM KCl, 25 mM MgCl2, 50 µg/mL cycloheximide, 100 µg/mL heparin, 2% PTE, 10% DOC, 400 U/mL RNasin) and centrifuged at 12,000 xg at 4℃ for 10 minutes. The supernatants were filtered and loaded to 11 mL of sucrose gradient (12.5% to 60%) and then were ultracentrifuged at 210,000 xg at 4℃ for 3.5 h. The OD254 of gradients were detected by UV detector to illustrate the pattern of ribosomal RNA profiling. PL% is the percentage of the polysomal RNA relative to the sum NP and PL RNA. After the centrifugation, the NP and PL fractions were collected and extracted with PCI, precipitated by LiCl, and resuspended with Ultra-Pure water. The total RNAs were extracted by the pine tree method (Chang et al., 1993).
TruSeq Stranded mRNA Library Prep Kit (Illumina, San Diego, CA, USA) was used to generate mRNA sequencing library according to the manufacturer’s instructions.

treatment_protocol: The seeds were surface sterilized and plated on the MS media without sucrose, cold stratified for three days before treated for 4 hours of white light. The 4 d-old dark-grown seedlings were further treated with (L) or without (D) white light before sampling.

value: the whole plant

value: spaQ

value: light


title: IEL WT CD69+CD103+ rep3

value: Small Intestine Intraepithelial lymphocytes


title: LepRpos_Membrane_rep4


title: T4, replicate1, scRNAseq

description: 10x Genomics

value: 47 years old


title: LepRpos_Membrane_rep3


title: PVA500-3

value: PVA spheres with 500 nm diameter


title: spaQ, dark,polysomal RNA, rep3

value: dark


title: T3, replicate1, scRNAseq

description: 10x Genomics

value: Lung

value: not collected

value: Non-diseased

tag: developmental stage

value: 40 weeks of gestation


title: LepRpos_Membrane_rep2


title: spaQ, dark,polysomal RNA, rep2


title: LepRpos_Membrane_rep1


title: PVA500-2


title: T2, replicate2, scRNAseq

description: 10x Genomics

value: 20 weeks of gestation


title: T2, replicate3, scRNAseq

description: 10x Genomics

value: 25 weeks of gestation


title: LepRneg_Membrane_rep9

value: Fibrous Tissue

value: LepR neg


title: PVA500-1


title: spaQ, dark,polysomal RNA, rep1


title: LepRneg_Membrane_rep10


title: spaQ, dark, total RNA, rep3


title: spaQ, dark, total RNA, rep1


title: PS500-1

value: PS spheres with 500 nm diameter


title: PS500-3


title: spaQ, dark, total RNA, rep2


title: T2, replicate1, scRNAseq

description: 10x Genomics

value: 17 weeks of gestation


title: T1, replicate2, scRNAseq

description: 10x Genomics

value: 12 weeks of gestation


title: LepRneg_Membrane_rep7


title: PS500-2


title: PS50-3

value: PS spheres with 50 nm diameter


title: Rat cortical neuron, no HRP-ER expressed, labeled by MERR HRP-seq, post-enrichment, rep2

first: Ziqi

last: Ren

address: Chengfu Road No.292

department: College of Chemistry and Molecular Engineering

institute: Peking University

description: Column name: NoHRP_label_enrich2

data_processing:
The adaptors sequence in reads were removed by Cutadapt (v.1.18) and quality controlled by FastQC (v0.11.8) and MultiQC (v1.10.1), then reads were mapped using hisat2 (v2.1.0) to the human genome assembly GRCh38 (hg38) with gene annotation (v.38) downloaded from GENCODE, following the command hisat2 -p 20 -x ~/RefGenome/hg38/Gencode/hisat2_index/GRCh38_hisat2 -1 $clean_file1 -2 $clean_file2|samtools view -b > $output.bam
The mapped reads were then sorted by name using samtools: samtools sort -n $output.bam -o $output.sortname.bam
The sorted reads were counted by htseq-count (v0.7.2): htseq-count -s no -f bam $output.sortname.bam ~/RefGenome/hg38/Gencode/gencode.v38.annotation.gtf > $output.txt
The reads after adaptor removement from cortical neuron were mapped to Rnor_6.0 to rat genome with gene annotation (v104) downloaded from Ensembl website using the command:  hisat2 -p 20 -x ~RefGenome/rat/hisat2_index/Rat_hisat2 -1 $clean_file1 -2 $clean_file2|samtools view -b > $output.bam. The mapped reads were sorted using samtools, then the sorted reads were counted by htseq-count (v0.7.2) following the command: htseq-count -s no -f bam $output.sortname.bam ~RefGenome/rat/release_104/Rattus_norvegicus.Rnor_6.0.104.chr.gtf > $output.txt
Assembly: GRCh38 (hg38), Rnor_6.0
Supplementary files format and content: allcounts_HEK293T.xlsx, contains counts of all genes from HEK293T stable cells stably expressing HRP-ER under different treatment
Supplementary files format and content: allcounts_CorticalNeuron.xlsx, contains counts of all genes from rat cortical neurons under different treatment

organism: Rattus norvegicus

growth_protocol: HEK293T cells were cultured in complete medium consisting of Dulbecco’s Modified Eagle’s Medium supplemented with 10% fetal bovine serum at 37°C with 5% CO2. Primary rat cortical neuronal cells were culatured in Neuronbasal medium supplemented with 2% B-27, 1% GlutaMAX and 1% Penicillin Streptomycin.

extract_protocol:
Total RNAs extracted through TRIzol reagent following manufacturer’s instructions were diluted in H2O and digested by DNase I under 37°C for 15 min. Total RNAs were then purified with RNA Clean&Concentrator kit. The RNA integrity was detected by Fragment Analyzer and only samples with RQN>9.0 were kept. Small RNAs from digested samples were also purified with RNA Clean&Concentrator kit following the instructions. Approximate 300 μg purified total RNAs and 100 μg purified small RNAs from HEK293T cells, or 30 μg purified small RNAs from rat cortical neurons were used for affinity purification with streptavidin beads, the post-enrichment samples were purified by TRIzol Reagent.
RNAs were reverse transcripted by SuperScript IV and were constructed in cDNA libraries by NEBNext Ultra II RNA Library Prep Kit for Illumina (NEB, E7770) following the manuyfacturer's instructions.

treatment_protocol:
HEK293T cells with stably expressing HRP-ER or APEX-ERM were cultured in 10-cm dish to 70% confluency. Cells were then incubated with complete medium with 100 μM s6G for 4.5 hr and then with complete medium containing 100 μM s6G and 0.5 mM biotin-phenol (BP) for 30 min.Then reaction was quenched three times by replacing the medium to pre-cooled PBS consisting 50 mM sodium ascorbate and 5 mM Trolox. For small RNA profiling, HEK293T cells stably expressing HRP-ER were cultured in 15-cm dish to 70% confluency and labeled as pre-discribed.
Approximate 1 × 10^8 primary rat cortical neuronal cells were cultured in 20 μg/mL poly-D-lysine coated 10-cm dish and in total 4 × 10^8 cells were aquired for one biological replicate. Cells were infected with lentivirus consisting HRP-ER sequence at DIV3. At DIV9, s6G stock was added directly to the medium to a final concentration of 100 μM and treated cells for 4.5 hr at 37°C with 5% CO2. BP probe was added to medium to a final concentration of 500 μM and cells were incubated for another 30 min at 37°C with 5% CO2 and cells were then treated with 5 mL PBS consisting 1 mM H2O2 for 1 min. Reaction was quenched by pre-cooled PBS consisting 50 mM sodium ascorbate and 5 mM Trolox.

tag: cell line

value: primary cortical neuronal cells

value: Wild type

value: No infection, treated with 100 uM s6G for 5 hr and labeled with 500 uM biotin-phenol probe at DIV9, small RNAs extraction


title: LepRneg_Membrane_rep8


title: LepRneg_Membrane_rep6


title: Col-0, light, polysomal RNA, rep3

value: the whole plant

value: light


title: T1, replicate1, scRNAseq

description: 10x Genomics

value: Lung

value: 10 weeks of gestation


title: Col-0, light, polysomal RNA, rep1


title: Rat cortical neuron, no HRP-ER expressed, labeled by MERR HRP-seq, post-enrichment, rep1

description: Column name: NoHRP_label_enrich1


title: LepRneg_Membrane_rep4


title: PS50-1


title: Rat cortical neuron, expressed HRP-ER, labeled by MERR HRP-seq, post-enrichment, rep2

description: Column name: HRP-ER_label_enrich2

value: Infected by lentrivirus containing HRP-KDEL sequence

value: Lentivius infection at DIC3, treated with 100 uM s6G for 5 hr and labeled with 500 uM biotin-phenol probe at DIV9, small RNAs extraction


title: Col-0, light, total RNA, rep3


title: Saline-3

value: PBS(untreated)


title: LepRneg_Membrane_rep3


title: Saline-2


title: 4-500

city: Shanghai

first: Min

last: Zhou

state: Shanghai

address: No.25/Ln 2200 XieTu  Road

institute: Shanghai Cancer Institute

data_processing:
Solexa pipeline version 1.8 software used for basecalling.
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence, then mapped to GRCm38 whole genome using Hisat2.
Reads Per Kilobase of exon per Megabase of library size (RPKM) were calculated using a protocol from Pertea M et al., Nature Methods, 2008. In short, exons from all isoforms of a gene were merged to create one meta-transcript. The number of reads falling in the exons of this meta-transcript were counted and normalized by the size of the meta-transcript and by the size of the library.
Genome_build: GRCm38
Supplementary_files_format_and_content: tab-delimited text files include FPKM values for each Sample …
Supplementary_files_format_and_content: Matrix table with raw gene counts for every gene and every sample

source_name: TNBC tumor

growth_protocol: Mouse breast cancer cells E0771-EGFR were cultured in RPMI 1640 (Gibco) with 10% FBS and 100 U/ml penicillin/Streptomycin.

extract_protocol:
Tumors were removed, flash frozen on dry ice, and total RNA was harvested from tumor using the RNeasy Plus Universal Mini Kit (QIAGEN).
RNA-Seq libraries were constructed after oligo dT-based mRNA enrichment using a NEBNext mRNA Magnetic Isolation Module (New England Biolabs). The RNA-Seq Library Prep Kit (Illumina) was then used according to the manufacturer’s instructions.

treatment_protocol: E0771-EGFR cells ( 1×106 )were orthotopically injected into the 4th inguinal mammary fat pads of C57BL/6 mice. When the average tumor volume reached 100 mm3 on day 14, tumor bearing mice were divided to 4 groups (3 mice per group). Tumor bearing mice were given tail vein injection of 5×106 UT cells (group 1) or CAR-T cells (group 2), or exposed to 10 Gy local irradiation first then followed by tail vein injection of 5×106 UT cells (group 3) or CAR-T cells (group 4).

value: E0771-EGFR TNBC tumor

value: 10 Gy+CAR-T


title: Rat cortical neuron, expressed HRP-ER, labeled by MERR HRP-seq, post-enrichment, rep1

description: Column name: HRP-ER_label_enrich1


title: Col-0, light, total RNA, rep2


title: 4-269


title: LepRneg_Membrane_rep1

value: Fibrous Tissue

value: LepR neg


title: LepRneg_Membrane_rep2


title: Col-0, light, polysomal RNA, rep2


title: 4-261


title: PS50-2


title: LepRpos_Bone_rep9

source_name: Bone

value: Bone

value: LepR pos


title: Col-0, dark,polysomal RNA, rep3

value: dark


title: LepRneg_Membrane_rep5


title: Saline-1


title: 2_Vehicle_2

city: Xi’an

first: zihang

last: li

address: 277 West Yanta Road

institute: the First Affiliated Hospital of Xi’an Jiaotong University

data_processing:
The original fluorescence image files obtained from Illumina platform are transformed to short reads (Raw data) by base calling and these short reads are recorded in FASTQ format, which contains sequence information and corresponding sequencing quality information. Sequence artifacts, including reads containing adapter contamination, low-quality nucleotides and unrecognizable nucleotide (N), undoubtedly set the barrier for the subsequent reliable bioinformatics analysis. Hence quality control is an essential step and applied to guarantee the meaningful downstream analysis. we used Fastp (version 0.19.7) to perform basic statistics on the quality of the raw reads. The steps of data processing were as follows: (1) Discard a paired reads if either one read contains adapter contamination; (2) Discard a paired reads if more than 10% of bases are uncertain in either one read; (3) Discard a paired reads if the proportion of low quality (Phred quality <5) bases is over 50% in either one read
Assembly: mm10
Supplementary files format and content: Processed data.xlsx

source_name: primary mouse embryonic fibroblasts

extract_protocol:
Total RNA was extracted using TRIzol (Sigma-Aldrich, U.S.A.).
Total RNA was used as input material for the RNA sample preparations. Sequencing libraries were generated using NEBNext® UltraTM RNA Library Prep Kit for Illumina® (NEB, USA) following manufacturer’s recommendations and index codes were added to attribute sequences to each sample. Briefly, mRNA was purified from total RNA using poly-T oligo-attached magnetic beads. Fragmentation was carried out using divalent cations under elevated temperature in NEBNext First Strand Synthesis Reaction Buffer(5X). First strand cDNA was synthesized using random hexamer primer and M-MuLV Reverse Transcriptase(RNase H). Second strand cDNA synthesis was subsequently performed using DNA Polymerase I and RNase H. Remaining overhangs were converted into blunt ends via exonuclease/polymerase activities. After adenylation of 3’ ends of DNA fragments, NEBNext Adaptor with hairpin loop structure were ligated to prepare for hybridization. In order to select cDNA fragments of preferentially 250~300 bp in length, the library fragments were purified with AMPure XP system (Beckman Coulter, Beverly, USA). Then 3 µl USER Enzyme (NEB, USA) was used with size selected, adaptor-ligated cDNA at 37°C for 15 min followed by 5 min at 95 °C before PCR. Then PCR was performed with Phusion High-Fidelity DNA polymerase, Universal PCR primers and Index (X) Primer. At last, PCR products were purified (AMPure XP system) and library quality was assessed on the Agilent Bioanalyzer 2100 system. The clustering of the index-coded samples was performed on a cBot Cluster Generation System using TruSeq PE Cluster Kit v3-cBot-HS (Illumia) according to the manufacturer’s instructions. After cluster generation, the library preparations were sequenced on an Illumina Novaseq 6000 platform and 150 bp paired-end reads were generated.

value: primary mouse embryonic fibroblasts

value: MEFs were infected with empty lentivirus in time point 2


title: 3-294

value: 10 Gy+UT


title: LepRpos_Bone_rep8


title: Col-0, dark,polysomal RNA, rep1

value: the whole plant


title: 3-274


title: 2_Vehicle_1


title: Col-0, dark,polysomal RNA, rep2


title: LepRpos_Bone_rep7


title: 3-271


title: 2_Control_3

value: MEFs were assigned as control in time point 2


title: Col-0, light, total RNA, rep1

value: light


title: LepRpos_Bone_rep6


title: 2_Vehicle_3


title: LepRpos_Bone_rep5


title: 2_Control_1


title: 2_Control_2


title: HRP-ER_HEK293T, small RNAs, control, post-enrichment, rep3

description: Column name: control_small_enrich3

source_name: HEK

value: HEK

value: HRP-KDEL stably expression in HEK293T

value: Untreated, small RNAs extraction


title: Col-0, dark, total RNA, rep2


title: 2-268

value: CAR-T


title: LepRpos_Bone_rep3


title: LepRpos_Bone_rep4


title: HRP-ER_HEK293T, small RNAs, control, post-enrichment, rep2

description: Column name: control_small_enrich2


title: Col-0, dark, total RNA, rep1


title: 2-496

value: E0771-EGFR TNBC tumor


title: 1-499

value: UT


title: 2_SV40T_2

value: MEFs were infected with SV40T lentivirus in time point 2


title: 2_SV40T_3


title: LepRpos_Bone_rep2


title: 2_SV40T_1


title: HRP-ER_HEK293T, small RNAs, control, post-enrichment, rep1

description: Column name: control_small_enrich1


title: LepRpos_Bone_rep1


title: 1-264


title: LepRneg_Bone_rep9

value: LepR neg


title: HRP-ER_HEK293T, small RNAs, labeled by MERR HRP-seq, post-enrichment, rep3

description: Column name: label_small_enrich3

value: treated with 100 uM s6G for 5 hr and labeled with 500 uM biotin-phenol probe, small RNAs extraction


title: 1_Vehicle_2

value: MEFs were infected with empty lentivirus in time point 1


title: LepRneg_Bone_rep8

value: Bone


title: HRP-ER_HEK293T, small RNAs, labeled by MERR HRP-seq, post-enrichment, rep2

description: Column name: label_small_enrich2


title: NCI-H929, CTBP2, rep2

city: Shatin

first: Margaret HL

last: Ng

address: 30-32 Ngan Shing Street

country: Hong Kong

institute: The Chinese University of Hong Kong

description: NCI-H929 cells were transduced with CTBP2 overexpression vector by lentivirus.

data_processing:
Galaxy platform was used for transcriptome data analysis. Quality control and assessment of reads were performed using FastQC v0.11.7 (Babraham Bioinformatics) before alignment.
Quality filtering and adapter removal were performed using Trimmomatic v0.36.5.
Filtered sequence reads were mapped to the human reference genome (GRCh37/hg19) using the STAR (v2.6.0b-1)
Read counts per gene were calculated using HTSeq (v0.9.1)
Differential expression analysis was performed with DESeq2 (v2.11.40.2).
Assembly: UCSC hg19
Supplementary files format and content: tab-delimited text file includes FPKM values for each sample

growth_protocol: MM.1S and NCI-H929 cells were maintained in RPMI1640 supplemented with 10% fetal bovine serum (FBS) and antibiotics in humidified atmosphere with 5% CO2 at 37C

extract_protocol:
RNA was harvested using Rneasy mini kit (Qiagen). 1.3 ug of total RNA was used for the contruction of sequencing libraries.
Libraries were prepared using the TruSeq RNA Library Prep Kit, performed by Macrogen

treatment_protocol: MM cell lines were transduced by either empty vector or CTBP2 overexrpression vector for 72 hours

value: multiple myeloma cell line

tag: transduced with

value: CTBP2 overexpression vector


title: HRP-ER_HEK293T, small RNAs, labeled by MERR HRP-seq, post-enrichment, rep1

description: Column name: label_small_enrich1


title: 2-265


title: NCI-H929, EV, rep2

description: NCI-H929 cells were transduced with EV by lentivirus.

value: Empty vector


title: LepRneg_Bone_rep7


title: Col-0, dark, total RNA, rep3

value: the whole plant

value: dark


title: 1_Vehicle_1

value: primary mouse embryonic fibroblasts


title: NCI-H929, CTBP2, rep1


title: HRP-ER_HEK293T, total RNAs, labeled by MERR HRP-seq, pre-enrichment, rep2

description: Column name: label_total_input2

value: HEK

value: treated with 100 uM s6G for 5 hr and labeled with 500 uM biotin-phenol probe


title: NCI-H929, EV, rep1


title: LepRneg_Bone_rep6


title: 1_Control_2

value: MEFs were assigned as control in time point 1


title: 1_Control_3


title: LepRneg_Bone_rep5


title: 1-292


title: LepRneg_Bone_rep4


title: HRP-ER_HEK293T, total RNAs, labeled by MERR HRP-seq, post-enrichment, rep1

description: Column name: label_total_enrich1

value: HRP-KDEL stably expression in HEK293T


title: 1_SV40T_3

value: MEFs were infected with SV40T lentivirus in time point 1


title: HRP-ER_HEK293T, total RNAs, labeled by MERR HRP-seq, post-enrichment, rep2

description: Column name: label_total_enrich2


title: 1_Control_1


title: 1_Vehicle_3


title: MM.1S, CTBP2, rep2

description: MM.1S cells were transduced with CTBP2 overexpression vector by lentivirus.


title: mock,input

city: wuhan

first: yu

last: zhang

address: Gaonong International Phase II, No. 888 Gaoxin Avenue, Donghu High-tech Zone, Wuhan

institute: biorun

library_source: genomic

data_processing:
Basecalls were performed bcl2fastq v2.17 for Novaseq output
CUT&Tag reads were trimmed from 3' end until the final base had a quality score > 30, using Trimmomatic v0.39, discarding reads left with < 20 bp
CUT&Tag reads were aligned to the Triticum aestivum IWGSC genome v2.1 (https://urgi.versailles.inra.fr/), using Bwa version 0.7.17-r1188. Only uniquely mapping reads with at most two mismatches were retained.
To create CUT&Tag coverage plots, the locations of the mapped CUTTag-seq reads were extended to 150 bp to represent sequenced fragments, renormalized (to reads per million, rpm) and reformatted in the bigWig file format
Peaks were called using MACS v2.2.7.1 with the significance cut-off q-value <= 0.05
Assembly: Triticum aestivum
Supplementary files format and content: narrowPeak(except for Input sample)

molecule: genomic DNA

organism: Triticum aestivum

source_name: protoplast

extract_protocol:
Wheat seedlings were cut into fine segment and digested. After digestion with gentle shaking, protoplasts were isolated. Protoplast transformation was carried out in PEG solution [40% (W/V) PEG 4000,2M mannitol and 0.1M CaCl2]. Transformation mixtures were agitated gently. Then, protoplasts were harvested and washed. protoplasts followed by centrifugation to remove the supernatant. Then Purified protoplasts were lysed using cold NIB for few minutes. After lysis, the cell nuclei were washed twice with 1 ml Wash Buffer. Finally, the nuclei were resuspended in 100 μL of Wash Buffer. Add 1 μL of antibody (anti-GFP antibody or IgG control antibody) to each reaction (1:100 diluted). Perform immunoprecipitation overnight at 4 °C with gentle shaking.
The CUT&Tag assay was performed based on the guidance of NGS G-Type In-Situ DNA Binding profiling Library Prep Kit for Illumina. Perform the PCR reaction as follows using the NGS® Tagment Index Kit for Illumina: add 20 µL of DNA, 25 µL of 2 × Ultima Amplification buffer, 1 µL of 10-µM P5 primer X, 1 µL of 10-µM P7 primer X. Mix gently and spin briefly.

value: protoplast


title: HRP-ER_HEK293T, total RNAs, labeled by MERR HRP-seq, pre-enrichment, rep1

description: Column name: label_total_input1


title: LepRneg_Bone_rep3


title: Rep1，CUT&Tag


title: MM.1S, EV, rep1

description: MM.1S cells were transduced with EV by lentivirus.


title: Ly6G+ myeloid cells, AAV-ctrl 2

status: Public on Mar 09 2024

first: Jianmin

last: Zhu

address: Dongfang road 1678

institute: Shanghai Children's Medical Center

data_processing:
SOAPnuke: Version v1.5.2. Parameters -l 15 -q 0.2 -n 0.05.
Sequencing data is called raw reads or raw data, and quality control (QC) is then performed on the raw reads to determine whether the sequencing data is suitable for subsequent analysis. After quality control, the filtered clean reads were aligned to the reference sequence. After the alignment, the statistics of the mapping rate and the distribution of reads on the reference sequence are used to determine whether the alignment result passes the second QC of alignment. If it passes, we perform quantitative gene analysis and other analysis based on gene expression (principal component, correlation, differential gene screening, etc.), and perform GO function significance enrichment analysis on differentially expressed genes among the screened samples, Pathway saliency enrichment analysis, clustering, protein interaction networks, and transcription factors, and more in-depth mining analysis. SNP & InDel and Differential Splicing Gene Detection are performed.
Assembly: mm10
Supplementary files format and content: Tab-delimited txt file representing FPKM values for each Sample

source_name: Bone Marrow

extract_protocol:
Trizol
1)mRNA enrichment and purification: Oligo dT Selection to enrich the mRNA (For total RNA extracted from human whole blood, globin mRNA are depleted ); 2)RNA fragmentation and cDNA synthesis (second-strand cDNA synthesis with dUTP instead of dTTP); 3)End repair, add A and adaptor ligation; 4)PCR; 5)Circularization and make DNB; 6) Sequencing on DNBSEQ platform

value: Bone Marrow

value: Ly6G+ myeloid cells

value: AAV-ctrl


title: IEL Tbet&Tgfbr2-KO CD69+CD103+ rep1

value: Small Intestine Intraepithelial lymphocytes

value: Day 22

value: day 22 after LCMV-Arm infection


title: Rep2，CUT&Tag


title: 1_SV40T_2


title: CD45_B16F10_HTO

city: Oxford

first: Audrey

last: Gerard

address: Roosevelt Dr.

country: United Kingdom

institute: The Kennedy Institute of Rheumatology

description: 10X Genomics

library_source: other

data_processing:
Sequence reads were mapped using CellRanger multi (version 6.0.0) with the 10x mouse reference transcriptome (version 2020-A).
Assembly: mm10
Supplementary files format and content: Tab-separated values files and matrix files

molecule: protein

source_name: Tumor

extract_protocol:
tumors were digested using Liberase TL (100ug/mL) and DNaseI prior to labelled with hashtag antibodies and anti-mouse CD45
Gene expression and feature barcoding sequencing libraries were prepared using the 10x Genomics Single Cell 5' Reagent Kits v2 (Dual Index) following manufacturer user guide (CG000330 Rev B). The final libraries were diluted to ~10nM for storage. The 10nM library was denatured and further diluted prior to loading on the NovaSeq6000 sequencing platform (Illumina, v1.5 chemistry, 28bp/98bp paired end for gene expression and feature barcoding, 150bp paired end for TCR libraries).

value: Tumor

value: CD45+ cells

value: Mice were engrafted with B16-OVA tumor line (wild-type B16F10 mCherry OVA tumors, B16F10 mCherry OVA IFNGR1KO tumors)

tag: library type

value: HTO


title: MM.1S, CTBP2, rep1

value: multiple myeloma cell line

value: CTBP2 overexpression vector


title: MM.1S, EV, rep2

value: Empty vector


title: LepRneg_Bone_rep2

value: Bone

value: LepR neg


title: Ly6G+ myeloid cells, AAV-ctrl 1


title: Gastric, Tumor tissue, patient no.4

first: Ye-guang

last: Chen

address: Tsinghua Road, Medical Building

department: School of life science

institute: Tsinghua University

data_processing:
The raw FASTQ data were aligned to the human genome reference (GRCh38) using the Burrows-Wheeler Aligner (BWA) algorithm with default parameters of BWA-MEM
Duplicate reads were marked and removed using Picard, and local realignment around indels was performed to enhance variant calling accuracy
Base quality scores were recalibrated using BQSR (Base Quality Score Recalibration) to correct systematic errors
Variant calling was conducted using Mutect, and the called variants were subsequently filtered based on criteria such as read depth, mapping quality, allele frequency, and functional impact and SNV annotation was performed using ANNOVAR
Assembly: hg38
Supplementary files format and content: vcf file of all mutations
Library strategy: Whole exosome sequencing

source_name: Gastric tumor tissues

extract_protocol:
Total DNA from tissues and cultured organoids was extracted using TIANamp Genomic DNA Kit (DP304, TIANGEN).
DNA-sequencing libraries were prepared using NEB Next Ultra DNA Library Prep Kit for Illumina (NEB, USA) according to the manufacturer’s instruction. Then, the DNA libraries were sequenced using Illumina Novaseq 6000 platform and 150 bp paired-end reads were generated.

tag: subject

value: patient no.4

value: Gastric tumor tissues

tag: sample id


title: STFP_M5P12_P1

city: Stanford

first: Wenfei

last: Sun

address: 318 Campus Dr.

institute: Stanford University

description:
Smartseq
cell by gene matrix

data_processing:
Fastq reads were mapped with STAR(2.7.9a)
Assembly: mm10
Supplementary files format and content: Cell by gene matrix format

source_name: posteromedial nucleus of the cortical amygdala

extract_protocol:
OligodT primers were used to enrich mRNA
Brain tissues were dissociated with Worthington Papain Digestion Kit RNA libraries were prepared using smart seq 2

treatment_protocol: Food Transmitted Food Preference paradigm


title: STFP_M5P12_O5

description:
Smartseq
cell by gene matrix

value: posteromedial nucleus of the cortical amygdala


title: STFP_M5P12_P13

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_P14

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_P11

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_O19

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_P17

description:
Smartseq
cell by gene matrix


title: 1_SV40T_1

value: primary mouse embryonic fibroblasts

value: MEFs were infected with SV40T lentivirus in time point 1


title: STFP_M5P12_O7

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_O10

description:
Smartseq
cell by gene matrix


title: LepRneg_Bone_rep1


title: Ly6G+ myeloid cells, AAV-IL27-2

value: Bone Marrow

value: Ly6G+ myeloid cells


title: STFP_M5P12_N8

description:
Smartseq
cell by gene matrix


title: CD45_B16F10_GEX

description: 10X Genomics

value: GEX


title: STFP_M5P12_N21

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_O4

description:
Smartseq
cell by gene matrix


title: Root_P_1

city: 杭州

first: Fei

state: 浙江

address: 紫金港校区

institute: 浙江大学

data_processing:
Illumina Casava2.19 software used for basecalling.
Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality sequence, then mapped to hg38 whole genome using hisat2 v2.0.5 with parameters hisat2 [options]* -x <hisat2-idx> {-1 <m1> -2 <m2> | -U <r> | --sra-acc <SRA accession number>} [-S <hit>]
Fragments Per Kilobase of exon per Megabase of library size (FPKM) were calculated using a protocol from Trapnell,Cole et al., Transcript assembly and quantification by RNA-seq reveals unannotated transcripts and isoform switching during cell differentiation. Nat. Biotechnol, 2010. In short, exons from all isoforms of a gene were merged to create one meta-transcript. The number of reads falling in the exons of this meta-transcript were counted and normalized by the size of the meta-transcript and by the size of the library.
Assembly: rap-db (http://rapdb.dna.affrc.go.jp/download/irgsp1.html)
Supplementary files format and content: tab-delimited text files include FPKM values,  log2FoldChange, padj and gene information for each Sample ...

organism: Oryza sativa Japonica Group

source_name: Root

extract_protocol:
Roots sample were flash frozen on dry ice, and RNA was harvested using Trizol reagent. Illumina TruSeq RNA Sample Prep Kit (Cat#FC-122-1001) was used with 1 ug of total RNA for the construction of sequencing libraries.
RNA libraries were prepared for sequencing using standard Illumina protocols

tag: cultivar

value: Nipponbare

value: Root

value: P deficiency


title: STFP_M5P12_P21

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_N12

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_N16

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_N17

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M4

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M6

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M8

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M3

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_N1

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M2

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M18

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M14

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_M13

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_L7

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_L11

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_L23

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_L20

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_L2

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_K23

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_J23

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_K1

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_K14

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I20

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_J15

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_K13

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_K17

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_J5

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_K11

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_J16

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I19

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_J20

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_K5

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I9

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I7

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I16

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I13

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I1

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I2

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H7

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H9

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H4

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H24

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H17

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H21

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H13

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H16

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I17

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H10

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H15

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_G24

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_G17

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_I12

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_G3

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_G10

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_G5

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_G9

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H1

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F17

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F21

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F2

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F9

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F1

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F12

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F16

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F11

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_H22

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_E4

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_E17

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_E11

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_D8

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_F20

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_G4

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_D9

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_D4

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_D19

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_D10

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_P8

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_A10

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_D22

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_A18

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_D2

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_P16

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_C3

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_C8

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_C9

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_O22

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_B4

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_B22

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_B6

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_B16

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_O15

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_A15

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_P2

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_E5

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_P13

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N4

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_O4

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N22

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_O23

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_O18

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N16

description:
Smartseq
cell by gene matrix


title: STFP_M5P12_A21

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N2

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_L20

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_L18

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N12

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_L7

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N11

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_M14

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N18

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K23

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_L2

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_L15

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_M8

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_L13

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_L10

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K4

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N7

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K11

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K20

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K24

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_J24

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K14

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K12

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K16

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K19

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_K1

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_N20

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_J19

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_J4

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_I19

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_I2

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_J16

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_I12

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_H12

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_H14

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_I5

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G8

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G23

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_H2

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G20

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G19

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_J2

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_I21

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G9

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G21

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G3

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_G13

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F9

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_J22

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F6

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F8

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F7

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_I3

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F3

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_J13

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F22

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F18

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F19

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_F16

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_E17

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_E13

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_D2

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_E24

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_D8

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_D21

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_D16

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_C3

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_D12

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B6

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_C11

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B3

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B4

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_D19

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B7

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B23

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_C14

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_A5

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_A22

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_A10

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_P20

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_P8

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B16

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B17

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_A21

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_A12

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_P17

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_P16

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_P15

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_P10

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_O20

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_O8

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_O18

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_O5

description:
Smartseq
cell by gene matrix


title: STFP_M5P21_B9

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_K21

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_O16

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_K9

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_N15

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_N7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_N3

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_N12

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_K11

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_J7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_J21

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_J19

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_N11

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_L12

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_K13

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_J4

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_J13

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I8

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_O14

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_O21

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_J9

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I3

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I18

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I12

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_N16

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I16

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I21

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_J18

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_H9

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_K18

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_H7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I17

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_I11

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_G3

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_G6

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_G16

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_F5

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_G12

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_F7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_G11

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_F20

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_E8

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_F10

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_F23

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_H18

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_G7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_E22

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_D8

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_E7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_F24

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_E19

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_E2

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_D21

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_D13

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_E14

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_G1

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_C22

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_C5

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_B7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_B2

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_D7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_E13

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_D17

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_C19

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_C7

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_B22

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_C13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P8

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P5

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_B15

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_A16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P23

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P1

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P2

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O9

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P11

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_P16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O5

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O21

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O16

description:
Smartseq
cell by gene matrix


title: STFP_M7P21_A13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O14

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O11

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N8

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O10

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N9

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N7

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N4

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N24

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N23

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N20

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N21

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N1

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O8

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N11

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_O19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M7

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M23

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M21

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M20

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M15

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M14

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M10

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L9

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M11

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L14

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L15

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L10

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_M9

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N10

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_N12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K7

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K9

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K2

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K24

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K20

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K15

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L2

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K10

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J4

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_L5

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_K14

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J6

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J2

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J23

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J14

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J15

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J20

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_J12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I24

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I2

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I23

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I20

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H7

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_I16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G4

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G24

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G21

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G14

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G23

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F20

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F21

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_E9

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F14

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F12

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F15

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_E5

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H24

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_H19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_E16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_E13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_E10

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_G6

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_E11

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_D22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_D6

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_D19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_D17

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_C20

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_F8

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_C3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_C11

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_C18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_C10

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_C15

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_B19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_B16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_B3

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_B15

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_B13

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_A2

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_A19

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_A16

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_A18

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_A15

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_P6

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_D21

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_P4

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_P1

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_P12

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O9

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O4

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O7

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O3

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O2

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O20

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_N9

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O14

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_N12

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_N22

description:
Smartseq
cell by gene matrix


title: STFP_M6P11_A7

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_N10

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_O11

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_M3

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_M18

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_M16

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_M10

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_M12

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_M1

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_L2

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_L4

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_L16

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_L21

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_L10

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_L6

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_K6

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_K2

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_P10

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_K1

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_L13

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_K10

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_J1

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_N14

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_K11

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_J12

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_F14

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_G12

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_I2

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_F21

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_D20

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_D2

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_P6

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_P12

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_P1

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_O9

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_P10

description:
Smartseq
cell by gene matrix


title: STFP_M3P22_K4

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_O4

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_O3

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_M3

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_M12

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_M1

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_N22

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_N12

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_L6

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_O14

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_L21

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_M10

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_L4

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_L2

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_K6

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_L13

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_K12

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_K10

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_P4

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_K2

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_K4

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_N14

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_I2

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_G12

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_J12

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_D2

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_O2

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_P13

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_O6

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_O8

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_N19

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_M9

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_N6

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_O4

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_M3

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_M11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_M21

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_O11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_L6

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_L23

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_L9

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_N14

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_L18

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_L5

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_K8

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_K22

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_M5

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_L3

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_K21

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_M16

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_K16

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J6

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J9

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J5

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J2

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_N5

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_K10

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J1

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J20

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J19

description:
Smartseq
cell by gene matrix


title: STFP_M3P21_L10

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_K24

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_I8

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_J11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_I11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_I1

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_I3

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_I19

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H22

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H9

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_K17

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H3

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_I22

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H15

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H14

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_G5

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H13

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_G4

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_G1

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_G9

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_F5

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_G16

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_G10

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_F9

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_F12

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_F4

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_E3

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_F10

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_E1

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_E17

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_H20

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_E10

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_C4

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_D2

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_D11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_E11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_C3

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_B6

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_B2

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_B10

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_C19

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_A8

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_B11

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_A1

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_A15

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_A7

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P9

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_A11

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P8

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_F13

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_E8

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P5

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_B15

description:
Smartseq
cell by gene matrix


title: Odor_M8P11_A16

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P2

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P24

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P22

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P1

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_O6

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_O2

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_O21

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_P20

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_M21

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_N2

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_O18

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_N1

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_M20

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_L2

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_K22

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_H1

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_J21

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_M1

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_M17

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_C18

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_B24

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_L5

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_M11

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_A9

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_J5

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_H14

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_C8

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_B2

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_N6

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_A1

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_C7

description:
Smartseq
cell by gene matrix


title: STFP_M4P11_P6

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_A24

description:
Smartseq
cell by gene matrix


title: STFP_M4P11_G20

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_A4

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_A2

description:
Smartseq
cell by gene matrix


title: STFP_M4P11_A12

description:
Smartseq
cell by gene matrix


title: STFP_M4P11_O2

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_A22

description:
Smartseq
cell by gene matrix


title: STFP_M4P11_F17

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P1

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P2

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P20

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P15

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P11

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_B15

description:
Smartseq
cell by gene matrix


title: STFP_M4P21_A6

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O8

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O5

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O13

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O18

description:
Smartseq
cell by gene matrix


title: STFP_M4P11_H10

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O16

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_N20

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_N12

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_L10

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_N4

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_L2

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P6

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P16

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O11

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P13

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_P18

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P20

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_K9

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P2

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_K10

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_K18

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P18

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_I18

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O1

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P13

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P15

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_O17

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P16

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P11

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P1

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O5

description:
Smartseq
cell by gene matrix


title: Odor_M7P101_N1

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O8

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O18

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O17

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O13

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O16

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O10

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_P6

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O11

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_O1

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_N4

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_N20

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_L10

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_N1

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_N12

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_K10

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_K18

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_P2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_P8

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_O4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_O23

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_O18

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_O22

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_O15

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N7

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_I18

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_K9

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N22

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_P13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N18

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N11

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_M11

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_M8

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N20

description:
Smartseq
cell by gene matrix


title: Stfp_M6P1_L2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_L2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_L7

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_L10

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_L15

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_K4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_K20

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_I21

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_J19

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_K11

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_K24

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_J4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_K14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_J24

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_J22

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_I12

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_H2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_I1

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_J13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_G3

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_K16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_I19

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_G13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_G9

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_E17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_G8

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_N12

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_M14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_L18

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_G20

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_E24

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_H14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_E13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_J12

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_E12

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_D19

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_D21

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_C3

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_D16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B9

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B6

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B7

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B3

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_E15

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_C14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_P21

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_P13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_P1

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_A20

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_B23

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_A22

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_P17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_O7

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_P14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_P12

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_P11

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_O8

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_O5

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_D8

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_O4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_D12

description:
Smartseq
cell by gene matrix


title: Stfp_M5P2_D2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_O19

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_O10

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_M6

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_N17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_M4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_M18

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_M2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_L7

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_M13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_K5

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_J16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_K1

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I9

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_J5

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_K13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I19

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_K18

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_J15

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_J20

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_J14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I7

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I13

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I1

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_I12

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_M14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_M3

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H24

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H22

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_K14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H15

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H10

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H1

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_G5

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_G4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_G24

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_G20

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_G3

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_G17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_F11

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_E5

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_F2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_F9

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_F1

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_F16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_D2

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_E16

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_D8

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_E4

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_E17

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_H21

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_C8

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_B6

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_A21

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_B22

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_A15

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_A12

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_P9

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_B4

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_P20

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_O2

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_N6

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_N2

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_O18

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_N1

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_M11

description:
Smartseq
cell by gene matrix


title: Stfp_M4P1_H10

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_P12

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_P6

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_O9

description:
Smartseq
cell by gene matrix


title: Stfp_M4P2_L5

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_O4

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_O3

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_O2

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_O11

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_O14

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_N12

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_N14

description:
Smartseq
cell by gene matrix


title: Stfp_M5P1_A18

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_M3

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_N22

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_M12

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_M10

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_L6

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_M1

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_L13

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_L2

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_K4

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_K6

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_J12

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_K2

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_G12

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_J1

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_I2

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_D2

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_P3

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_O8

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_P4

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_P5

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_P18

description:
Smartseq
cell by gene matrix


title: Stfp_M3P2_L4

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_P23

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_O6

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_N6

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_O19

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_O14

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_O18

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_O12

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_N17

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_N23

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_N14

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_N19

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_N5

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_M9

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_M5

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_M21

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_M3

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_L24

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_L6

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_L18

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_L23

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_M11

description:
Smartseq
cell by gene matrix


title: Odor_M8P1_L3

description:
Smartseq
cell by gene matrix