title: VA2_SCLC

status: Public on Feb 15 2026

city: Boston

first: Zhaorong

last: Li

address: 60 Fenwood Road

institute: Dana Farber Cancer Institute

description:
Library name: VA2
FFPE Spatial Transcriptome Sequencing, 10X Visium

data_processing:
spaceranger-2.0.1
Assembly: GRCh38-2020-A
Supplementary files format and content: Processed results from spaceranger, including count matrix and image.
Library strategy: Spatial Transcriptomics

source_name: SCLC

growth_protocol: FFPE H&E-stained tissues of SCLC patient samples

extract_protocol:
tissues were subject to pathology review to assess tissue quality, structural preservation, cellular viability, tumor content, inflammation, fibrosis, and necrosis. Samples were excluded based on small tissue size, low cellularity, or extensive necrosis. 50 um scrolls of suitable tissue were subjected to RNA quality control using an Agilent RNA ScreenTape System, and samples with DV200 greater than 50% were selected. If necessary, regions of interest (ROIs) were then selected based on the criteria mentioned, and marked on H&E images for subsequent tissue sectioning and mounting on Visium slides. Tissues were sectioned under RNAse-free conditions at 5 um thickness placed in the capture areas Visium Spatial Gene Expression slides (10X Genomics).
The spatial gene expression slide was processed according to the manufacturer’s protocols for spatial profiling of FFPE tissue (CG000409_Demonstrated_Protocol_VisiumSpatialFFPE). In short, following sectioning, Visium slide mounting, deparaffinization, and H&E staining, brightfield morphology images were obtained with a Nikon Eclipse 80i microscope equipped with automated motorized stage (Proscan) at 20x resolution. The images were stitched together with the Nikon IS Elements software (Nikon) and exported as tiff files. Tissues were decrosslinked, and the released RNAs from the tissue were reverse transcribed into complimentary DNA by priming to the spatial barcoded primers on the glass in the presence of template switching oligo. After second strand synthesis, a denaturation step released the cDNAs, which were then amplified with 16-20 cycles of PCR amplification. Finally, indexed sequencing-ready, spatial gene expression libraries were constructed according to the manufacturer’s protocol. The libraries were pooled together to generate upwards of 25,000 read pairs per spatial spot and sequenced on Illumina NovaSeq sequencers with S1 and SP kits and the settings: read 1, 28 cycles; read 2, 90 cycles; index 1, 10 cycles; index 2, 10 cycles.

value: SCLC


title: ss3_23_056s_A01_accepted_hits_sorted_deduplicated.bam

status: Public on Feb 16 2026

type: SRA

city: Huddinge

first: Lars

last: Muhl

address: Blickagången 6

department: MedH

country: Sweden

institute: Karolinska Institutet

description:
Library name: Single cell sample 1
Smart-seq3

library_source: transcriptomic single cell

data_processing:
Samples were de-multiplexed yielding single-cell fastq files that were quality-trimmed using Trim Galore and UMI were extracted using the UMI-tools package.
Reads were then mapped to the danio rerio reference genome GRCz11 using STAR and duplicates were removed using UMI-tools dedup based on identified UMI’s
Per cell and gene raw-count expression matrices were prepared using the featureCounts package
Counts data was processed and analyzed using Seurat and pagoda2 packages in R-software
Assembly: GRCz11
Supplementary files format and content: tab-deliminated txt file as expression matrix including non-normalized counts of all samples

molecule: polyA RNA

organism: Danio rerio

source_name: meninges

extract_protocol:
3 brains per group were dissected and put in a buffer containing 0.5% Trypsin, 1mM EDTA, and 10U DNaseI (Promega) for 10 min at 30°C and shaken at 600rpm every 3 minutes until the BLECs were detached from the brain. Brains were removed, and the cells were centrifuged at 2000 rpm for 5 min. The pellet was washed and resuspended in PBS containing 3 % FCS and then filtered through a 40 µm nylon cell strainer. Cells were FACS-sorted into 384-well plates containing lysis buffer.
RNA libraries were prepared using the Smart-Seq3 protocol at SICOF Huddinge, Sweden.

tag: tissue

value: meninges

tag: cell type

value: Neuronal/Glia

tag: group

value: control

tag: batch


title: 3xFLAG ADR-1 iCLIP Rep 3 (Input)

status: Public on Feb 10 2026

city: Bloomington

first: Boyoon

last: Yang

address: 1001 E 3rd St

country: USA

institute: Indiana University

description: Library name: ADR-1 Input Rep 3

library_source: transcriptomic

data_processing:
Fastq raw sequencing files were assessed for quality and filtered to remove adapters by fastp (v0.21.0). Barcodes were subsequently removed and reads deduplicated. Paired reads were merged with Ngmerge (v0.03). Processed reads were mapped to the ce11 C. elegans genome using STAR (v2.7.10b). Only reads that mapped uniquely (NH=1) were kept for further analysis.  The STAR results were then introduced into the CLIPPER software pipeline, which can handle two replicates at a time along with their paired input controls. As three replicates were available in this study, CLIPPER was run on every permutation of the replicate pairs (replicate 1 vs replicate 2, replicate 2 vs replicate 3, and replicate 3 vs replicate 1), and the non-reproducible read clusters were removed using an irreproducible discovery rate (IDR) approach. Then, the chromosomal coordinates of the shared reproducible read clusters between two replicates were unified for all possible pair-wise comparisons and then input into CLIPPER to determine the significance of the read clusters in each biological replicate based on the enrichment of the CLIP reads compared to the input reads. Enriched read clusters were annotated to their gene features using the C. elegans genome annotation WS275. The output is in the table named "ADR-1 CLIP_Shared reproducible read clusters from CLIPPER.csv".
From CLIPPER output in "ADR-1 CLIP_Shared reproducible read clusters from CLIPPER.csv", read clusters annotated to two or more overlapping genes were removed. Based on previously known ADR-1 bound targets from published ADR-1 RIP-seq, read clusters with CLIPPER p value < 0.05 in at least 2 biological replicates were determined as significantly bound by ADR-1. Based on CLIPPER output, genic locations of each read cluster were determined. The output is in the table named "ADR-1 CLIP_Uniquely annotated significant read clusters.csv".
Assembly: WBcel235
Supplementary files format and content: csv, xlsx

molecule: total RNA

organism: Caenorhabditis elegans

source_name: Whole organism

growth_protocol: Unsynchronized mixed stage populations of 3xFLAG ADR-1 worms were grown on nematode growth media (NGM) plates seeded with Escherichia coli OP50 at 20°C.

extract_protocol:
To obtain cell lysates, frozen worms were ground with a mortar and pestle on dry ice. The lysates (5 mg) were treated with 150 U of RNase I (Ambion) at 37 ̊C for 10 minutes with constant shaking at 1200 rpm prior to immunoprecipitation. Upon RNase I digestion, 2% of the 5 mg worm lysate was taken as inputs and the rest of the lysate was incubated with 100 µl of anti-FLAG M2 magnetic beads (Sigma) with a final concentration of 1:5 dilution of wash buffer (20 mM Tris-HCl (pH 7.5), 10 mM MgCl2, 5 mM NaCl, 0.2% Tween-20) for 1 hour. Then, IP samples were washed once with high-salt wash buffer (50 mM Tris-HCl (pH 7.5), 1 M NaCl, 1 mM EDTA, 0.1% SDS, 1% NP-40) and washed twice with wash buffer. T4 PNK Minus reaction was performed on bead using T4 PNK Minus (NEB) at 37 ̊C for 20 minutes with constant shaking at 1200 rpm, followed by 1x wash with high-salt wash buffer and 3x wash with wash buffer. dsRNA ligation reaction was performed with T4 RNA Ligase (high-concentration, NEB) at RT for 2 hours, and IP samples were washed 3x with high-salt wash buffer and 3x with wash buffer. Then, IP samples were subjected to Fast AP (Thermo Scientific) reaction at 37 ̊C for 10 minutes with constant shaking at 1200 rpm and PNK reaction with T4 PNK (NEB) at 37 ̊C for 20 minutes with constant shaking at 1200 rpm without removing the FastAP reaction mixture. Then, IP samples were washed 1x with high-salt wash buffer and 3x with wash buffer. 3’ RNA adapter (/5Phos/rArGrArUrCrGrGrArArGrArGrCrArCrArCrGrUrC/iSpC3/3Bio/) was ligated on bead using T4 RNA ligase (high-concentration, NEB) at RT for 75 minutes on a rotator. IP samples were washed 1x with wash buffer, 1x with high-salt wash buffer, and 2x with wash buffer. All input and IP samples were denatured using 4xNuPAGE™ sample buffer (Invitrogen) at 65°C for 10 minutes and resolved in NuPAGE™ 4-12% Bis-Tris gel (Invitrogen) at 150 V for 75 minutes, followed by transfer to nitrocellulose membrane at 30 V for overnight. After confirming the position of ADR-1 proteins by western blot using FLAG antibody (Sigma), regions above the ADR-1 proteins (up to ~250 kDa) were excised for proteinase K (NEB) treatment at 37°C for 40 minutes with constant shaking at 1200 rpm. Then, RNA was isolated from proteinase K treatment reaction using Zymo RNA clean & concentrator kit (Zymo Research). Upon RNA isolation, input samples were also treated with FastAP (Thermo Scientific) for 10 minutes and T4 PNK (NEB) for 20 minutes, both at 37°C with constant shaking at 1200 rpm, followed by clean up using Zymo RNA clean & concentrator kit (Zymo Research).
3’ RNA adapter (/5Phos/rArGrArUrCrGrGrArArGrArGrCrArCrArCrGrUrC/iSpC3/3Bio/) was ligated to input samples after incubation at 65 ̊C for 2 minutes using T4 RNA ligase (high-concentration, NEB) at RT for 60 minutes with flicking every 15 minutes. Input samples were cleaned up using MyONE Silane beads (Invitrogen). Reverse transcription was performed for both IP and input samples after incubation at 65 ̊C for 2 minutes using an RT primer (CAGACGTGTGCTCTTCCGA) and then at 55 ̊C for 20 minutes using Superscript IV (Invitrogen). The reaction was cleaned up using ExoSAP-IT (Applied Biosystems) and MyONE Silane beads (Invitrogen). Then, 5’ DNA adapter (/5Phos/NNNNNNNNNNAGATCGGAAGAGCGTCGTGT/3SpC3/) was ligated after incubation at 70 ̊C for 2 minutes and then at RT for overnight using T4 RNA ligase (high-concentration, NEB) and 5’ deadenylase (NEB). Samples were cleaned up using MyONE Silane beads (Invitrogen) and PCR amplified for 8 cycles (Input) and 14-18 cycles (IP) using Q5 High-Fidelity PCR master mix (NEB) and PCR forward and reverse primers with barcodes. Libraries were purified using Ampure XP beads (Beckman Coulter) and quantified using the D1000 high sensitivity screen tape system (Agilent, La Jolla, CA) before pooling. Pooled library was sequenced on NextSeq2000 (Illumina, San Diego, CA) at center of bioinformatics and genomics (CGB) at Indiana University, Bloomington using paired-end sequencing (2X101 bp).

treatment_protocol: Mixed stage animals grown on the NGM plates were washed three times with 1x M9 buffer (22.0 mM KH2PO4, 42.3 mM Na2HPO4, 85.6 mM NaCl, 1 mM MgSO4) and resuspended in 50 ml of 1x M9 buffer and rocked on a rotator for 20 min to remove gut bacteria. The animals were spread on unseeded NGM plates and UV-crosslinked using the Spectrolinker XL-1000 (Spectronics, New Cassel, NY) with energy setting at 3 J/cm2. Then, animals were resuspended in 1 ml of extract buffer (50 mM HEPES (pH 7.4), 70 mM K-Acetate, 5 mM Mg-Acetate, 0.05% NP-40, and 10% glycerol, one cOmplete™ Protease inhibitor tablet (Roche)) and stored at -80 ̊C as frozen pellets.

value: Whole organism


title: 3xFLAG ADR-1 iCLIP Rep 3 (iCLIP)

description: Library name: ADR-1 CLIP Rep 3


title: 3xFLAG ADR-1 iCLIP Rep 2 (iCLIP)

description: Library name: ADR-1 CLIP Rep 2


title: 3xFLAG ADR-1 iCLIP Rep 2 (Input)

description: Library name: ADR-1 Input Rep 2


title: VA1_SCLC

description:
Library name: VA1
FFPE Spatial Transcriptome Sequencing, 10X Visium

organism: Homo sapiens


title: 3xFLAG ADR-1 iCLIP Rep 1 (Input)

description: Library name: ADR-1 Input Rep 1


title: 3xFLAG ADR-1 iCLIP Rep 1 (iCLIP)

description: Library name: ADR-1 CLIP Rep 1


title: Control brain 2 with APOE3/3

status: Public on Feb 02 2026

city: Jacksonville

last: Zhao

state: FL

address: 4500 San Pablo Rd S

department: Neuroscience

institute: Mayo Clinic

description:
Library name: LBD7
FFPE Spatial transcriptomics

data_processing:
Raw sequencing data were processed using the 10x Genomics Space  Range pipeline to generate FASTQ files.
Sequences were aligned to hg38 genome to quantify gene expression counts using Space Rangers default settings
Gene expression level of refseq coding genes were quantified using Space Ranger's default settings
Assembly: hg38
Supplementary files format and content: barcodes.tsv.gz: list of spatial barcodes
Supplementary files format and content: features.tsv.gz: list of gene IDs
Supplementary files format and content: matrix.mtx.gz: gene expression count data in Matrix Market Exchange Format
Supplementary files format and content: aligned_fiducials.jpg: aligned fiducials of the tissue image
Supplementary files format and content: detected_tissue_image.jpg: image of tissue and spots
Supplementary files format and content: scalefactors_json.json: scalefactors in json format
Supplementary files format and content: tissue_hires_image.png: hi-res image of tissue
Supplementary files format and content: tissue_lowres_image.png: low-res image of tissue
Supplementary files format and content: tissue_positions_list.csv: list of spatial barcodes and the coordinates specifying spots
Library strategy: Spatial Transcriptomics

source_name: Postmortem temporal cortex

extract_protocol:
FFPE-embedded tissues were sectioned at 5um for H&E staining and library construction.
Spatial transcriptomic sequencing libraries were prepared with 10xGenomics Visium Spatail Gene Expression Slides & Reagent kit according to manufacturer's construction.

value: Postmortem temporal cortex

tag: genotype

tag: sample group

value: Control brain with APOE3/3


title: Control brain 3 with APOE3/4

description:
Library name: LBD5
FFPE Spatial transcriptomics

value: Control brain with APOE3/4


title: Control brain 4 with APOE3/4

description:
Library name: LBD9
FFPE Spatial transcriptomics


title: LBD brain 4 with APOE3/4

description:
Library name: LBD12
FFPE Spatial transcriptomics

value: LBD brain with APOE3/4


title: LBD brain 3 with APOE3/4

description:
Library name: LBD11
FFPE Spatial transcriptomics


title: aMM tumor 2 scRNA-seq

status: Public on Jan 14 2026

city: Nanjing

first: Yuancheng

state: JiangSu

address: No. 12 Jiangwangmiao Street

department: Institute of Dermatology

country: China

institute: Chinese Academy of Medicine Sciences and Peking Union Medical College

description: 10× Genomics

data_processing:
The scRNA-seq data demultiplexing, barcoded processing, gene counting and aggregation were made using the Cell Ranger software v7.1.0 (https://support.10xgenomics.com/single-cell-gene-expression/software/pipelines/latest/what-is-cell-ranger)
The bulk RNA-seq data were processed  using the recommended CEL-Seq2 pipeline (https://github.com/yanailab/celseq2)
Assembly: GRCh38
Supplementary files format and content: Tab-separated values files and matrix files

source_name: skin

extract_protocol:
For bulk RNA-seq, RNA of sorted NK cells were extracted by trizol reagent
scRNA-seq libraries were constructed by 10 x genomics 3' kit, bulk RNA-seq libraries were constructed by CEL-Seq2 protocol

value: skin

tag: cell line

value: skin cell

value: enriched CD45+ cells

tag: tissue type

value: aMM tumor


title: LBD brain 5 with APOE3/3 and SNCA triplication

description:
Library name: LBD3
FFPE Spatial transcriptomics

value: LBD brain with APOE3/3 and SNCA triplication


title: aMM tumor 3 scRNA-seq

description: 10× Genomics


title: LBD brain 2 with APOE3/3

description:
Library name: LBD8
FFPE Spatial transcriptomics

value: LBD brain with APOE3/3


title: Control brain 1 with APOE3/3

description:
Library name: LBD1
FFPE Spatial transcriptomics


title: aMM peri-tumor 1 scRNA-seq

description: 10× Genomics

value: aMM peri-tumor


title: LBD brain 6 with APOE3/4 and SNCA triplication

description:
Library name: LBD4
FFPE Spatial transcriptomics

value: LBD brain with APOE3/4 and SNCA triplication


title: EMPD tumor 3 scRNA-seq

description: 10× Genomics

value: EMPD tumor


title: Combinedsamples_patient_00_01_02

status: Public on Jan 27 2026

city: San Francisco

first: Brian

middle: T

last: Feeley

state: CA

address: 1700 Owens St

department: Orthopedic Surgery

institute: University of California, San Francisco

description:
Library name: aclfirstfive
10x Genomics

data_processing:
The demultiplexing, barcoded processing, gene counting and aggregation were made using the Cell Ranger software v8.0 (https://www.10xgenomics.com/support/software/cell-ranger/latest/getting-started/cr-what-is-cell-ranger)
Assembly: GRCh38
Supplementary files format and content: Tab-separated values files and matrix files
Supplementary files format and content: integrated metadata and matrix files

source_name: ligament

extract_protocol:
ACL samples were obtained during ACL reconstruction. All samples were transferred from the operating room on ice and stored in 30% FBS (fetal bovine serum, Gibco, #10437028) in Dulbecco's Modified Eagle Medium (DMEM) (Gibco, #11965084) until processing. Samples were then mechanically and enzymatically digested in 1 mg/ml collagenase III (Worthington Biochemical Corporation, #NC0021929) in DMEM with 10% FBS and 1% Penicillin/Streptomycin (Gibco, #15140122) at 37°C for 70 minutes with intermittent manual needle trituration with an 18-gauge needle. Digests were washed with PBS (Gibco, #10010023) and further digested with 0.25% trypsin-EDTA (Gibco, #25200056) at 37°C for 12–15 min. Suspensions were passed through 40 µm nylon mesh (Corning, #431750), erythrocytes were lysed with ACK lysing buffer (Quality Biological, #188-156-101) for 5–7 minutes on ice and washed in PBS with 2% FBS. Cells were then resuspended in 100 µl flow cytometry buffer (PBS with 2% FBS, 5 mM EDTA (Corning, #MT-46034CI), 2 mM HEPES (Quality Biological, #118-089-721)) per 1 gram of starting tissue weight. Cells were then frozen in 10% Dimethyl sulfoxide (DMSO, Sigma Aldrich, #276855) in FBS (fetal bovine serum, Gibco, #10437028) before flow cytometry and single cell sequencing. Cells were thawed, washed, and resuspended in flow cytometry buffer with 1:1000 SYTOX Blue (ThermoFisher, #S34857). Cells were resuspended in 0.04% BSA in PBS at 1000 cells per μl to prepare for scRNA-seq.
Library was performed according to the manufacter’s instructions (single cell 3’ v2 protocol, 10x Genomics). Briefly, GCs were resuspended in the master mix and loaded together with partitioning oil and gel beads into the chip to generate the gel bead-in-emulsion (GEM). The poly-A RNA from the cell lysate contained in every single GEM was retrotranscripted to cDNA, which contains an Ilumina R1 primer sequence, Unique Molecular Identifier (UMI) and the 10x Barcode. The pooled barcoded cDNA was then cleaned up with Silane DynaBeads, amplified by PCR and the apropiated sized fragments were selected with SPRIselect reagent for subsequent library construction. During the library construction Ilumina R2 primer sequence, paired-end constructs with P5 and P7 sequences and a sample index were added.

value: ligament

tag: location

value: anterior cruciate ligament

value: All Live Cells


title: aMM peri-tumor 3 scRNA-seq

description: 10× Genomics


title: aMM tumor 1 scRNA-seq

description: 10× Genomics


title: VB1_SCLC

description:
Library name: VB1
FFPE Spatial Transcriptome Sequencing, 10X Visium

value: SCLC


title: EMPD tumor 1 scRNA-seq

description: 10× Genomics


title: aMM peri-tumor 2 scRNA-seq

description: 10× Genomics


title: LBD brain 1 with APOE3/3

description:
Library name: LBD6
FFPE Spatial transcriptomics

value: Postmortem temporal cortex


title: EMPD tumor 2 scRNA-seq

description: 10× Genomics


title: EMPD peri-tumor 1 scRNA-seq

description: 10× Genomics

value: EMPD peri-tumor


title: EMPD peri-tumor 2 scRNA-seq

description: 10× Genomics


title: cSCC tumor 3 scRNA-seq

description: 10× Genomics

value: cSCC tumor


title: EMPD peri-tumor 3 scRNA-seq

description: 10× Genomics


title: cSCC tumor 2 scRNA-seq

description: 10× Genomics


title: BCC peri-tumor 3 scRNA-seq

description: 10× Genomics

value: BCC peri-tumor


title: cSCC peri-tumor 1 scRNA-seq

description: 10× Genomics

value: skin

value: cSCC peri-tumor


title: cSCC tumor 1 scRNA-seq

description: 10× Genomics

value: skin cell

value: enriched CD45+ cells


title: BCC tumor 3 scRNA-seq

description: 10× Genomics

value: BCC tumor


title: BCC tumor 2 scRNA-seq

description: 10× Genomics


title: shNIT2_ChIP

status: Public on Dec 31 2025

city: Guangzhou

first: Ziyang

last: Wang

state: --- Select One ---

address: 58 Zhongshan 2nd Road

institute: Ziyang Wang, Doctor, The First Affiliated Hospital, Sun Yat-sen University

library_source: genomic

data_processing:
Raw reads were filtered to obtain high-quality clean reads by removing sequencing adapters, short reads (length <35 bp) and low quality reads using Cutadapt (v1.9.1) and Trimmomatic (v0.35).
Then FastQC is used to ensure high reads quality.
The clean reads were mapped to the human genome (assembly hg38) using the Bowtie2 (v2.2.6) software.
Peak detection was performed using the MACS (v2.1.1)  peak finding algorithm with 0.01 set as the p-value cutoff.
Annotation of peak sites to gene features was performed using the ChIPseeker R package.
Assembly: hg38
Supplementary files format and content: bigWig, narrowPeak (except for Input sample)

molecule: genomic DNA

growth_protocol: DMEM, 10% fetal bovine serum, 1x penicillin/streptomycin. Cells were cultured at 37C at 5% CO2.

extract_protocol:
Cells were fixed with 1% formaldehyde for 10 minutes. After quenching and cell lysis, chromatin was sonicated.
After reverse crosslinking, ChIP and input DNA fragments were end-repaired and A-tailed using the NEBNext End Repair/dA-Tailing Module (E7442, NEB) followed by adaptor ligation with the NEBNext Ultra Ligation Module (E7445, NEB). The DNA libraries were amplified for 15 cycles and sequenced using Illumina NextSeq 500 with single-end 1x75 as the sequencing mode.

value: Human gastric cancer cell

tag: treatment

tag: chip antibody

value: H3K14ac (Cat#AB_2793634, Active Motif).


title: cSCC peri-tumor 3 scRNA-seq

description: 10× Genomics


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-P11

status: Public on Dec 30 2025

city: La Jolla

first: Joseph

middle: R

last: Ecker

address: 10010 North Torrey Pines Road

department: Genomic Analysis Laboratory

institute: HHMI-Salk-Institute

data_processing:
Library strategy: snmC-seq3
Reads trimed with Cutadapt for adapters and low quality bases (Phred score >= 20)
The resulting files are mapped to in-silico bisulfite converted reference genome using Bismark.
The raw BAM file will be filtered using samtools to filter reads by MAPQ > 10 and use Picard to remove PCR duplicates
Tab-delimited files (ALLC files) describing the quantity of unmethylated and methylated cytosine base calls will be generated with in-house developing package using the filtered BAM files
Genome_build: mm10
Supplementary_files_format_and_content: tab-delimited files (ALLC files) describing the quantity of unmethylated and methylated cytosine base calls. Columns are: 1. Chromosome, 2. Position, 3. Strand, 4. Cytosin Context, 5. methylated base call, 6. total mapped base call, 7. not used, place holder column

organism: Mus musculus

extract_protocol:
Regions of human brains were dissected.
Library prepared following protocol discribed in Luo, Chongyuan, Angeline Rivkin, Jingtian Zhou, Justin P. Sandoval, Laurie Kurihara, Jacinta Lucero, Rosa Castanon, et al. 2018. “Robust Single-Cell DNA Methylome Profiling with snmC-seq2.” Nature Communications 9 (1): 3824.

tag: strain

tag: brain region

value: FC

tag: gender

value: M

tag: age

value: 9 months


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-P24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-P12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-O24


title: shNT_Input

value: shNT


title: BCC peri-tumor 2 scRNA-seq

description: 10× Genomics


title: shNIT2_Input


title: shNT_ChIP


title: BCC tumor 1 scRNA-seq

description: 10× Genomics


title: cSCC peri-tumor 2 scRNA-seq

description: 10× Genomics


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-P23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-O12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-N24


title: BCC peri-tumor 1 scRNA-seq

description: 10× Genomics


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-O23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-N23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-O11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-M12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-L24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-N11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-M24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-N12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-M23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-M11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-L12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-K11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-J23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-L11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-K23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-I24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-J24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-K12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-I23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-I11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-J11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-J12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-K24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-H11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-L23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-H24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-H23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-H12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-G24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-G12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-G23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-F24


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-G11


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-F23


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-F12


title: AMB_200702_9mo_2A_3A_2_P7-6-N17-E23


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title: AMB_200702_9mo_2A_3A_2_P7-2-M10-D4


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-D15


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-C3


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-D16


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-H4


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-C4


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-B3


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-B15


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-C16


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-B16


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-A3


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-B4


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-C15


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-A4


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-A16


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-P1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-O2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-P13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-P2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-O1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-P14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-N2


title: AMB_200702_9mo_2A_3A_2_P7-2-M10-A15


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-O14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-M2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-M1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-O13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-N1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-N13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-M13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-K2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-L14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-K14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-M14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-L2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-L13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-N14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-J14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-K1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-J1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-I13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-J2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-I14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-J13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-H1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-I1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-H14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-G13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-K13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-G14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-L1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-E2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-I2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-H13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-F13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-F2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-F14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-D14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-E14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-G1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-H2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-C2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-D1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-C14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-D13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-G2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-E1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-D2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-E13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-F1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-C1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-C13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-B2


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-B14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-B13


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-A14


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-A13


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-P23


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-A1


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-A2


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-P24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-P12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-P11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-O24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-O12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-O11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-N23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-N12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-N24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-M12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-M24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-O23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-M23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-L24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-N11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-L11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-M11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-L12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-L23


title: AMB_200702_9mo_2A_3A_2_P7-1-P22-B1


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-K24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-K23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-J24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-K11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-J12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-K12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-I24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-J23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-I11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-H23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-H24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-H12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-G24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-I12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-H11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-F11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-F23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-G23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-G12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-E24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-J11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-F24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-F12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-I23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-E11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-D24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-E23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-D23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-E12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-D12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-G11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-C24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-C11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-D11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-B24


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-C12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-C23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-B12


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-B23


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-B11


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-A24


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-P9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-P22


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-A11


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-O22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-O9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-P21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-P10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-N10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-N9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-O10


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-A12


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-M9


title: AMB_200702_9mo_2A_3A_2_P6-6-O1-A23


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-O21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-M21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-N22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-K9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-M10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-L9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-L10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-L21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-N21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-L22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-K22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-M22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-J22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-J9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-I9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-J21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-I21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-J10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-H22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-I22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-H21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-I10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-H10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-G9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-K21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-K10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-H9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-G21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-G10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-F9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-E9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-F22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-F10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-E22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-D21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-E10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-D10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-D9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-E21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-C9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-C21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-G22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-F21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-B10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-A22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-B22


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-A9


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-B21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-A21


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-A10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-C10


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-B9


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-P8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-P7


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-D22


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-P20


title: AMB_200702_9mo_2A_3A_2_P6-5-E7-C22


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-O7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-O8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-O20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-N8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-O19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-N20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-M7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-M8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-N7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-P19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-M19


title: ss3_23_056s_C16_accepted_hits_sorted_deduplicated.bam

description:
Library name: Single cell sample 36
Smart-seq3

value: meninges

value: Fibroblast

value: control


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-L19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-K19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-K7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-N19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-K20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-M20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-I8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-J7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-L7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-L8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-K8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-L20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-I7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-I20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-J20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-J19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-I19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-J8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-H8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-H19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-H7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-H20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-G8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-G20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-G7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-F8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-F7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-F20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-F19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-E20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-E8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-E19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-D19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-D8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-D20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-D7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-C8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-E7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-C19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-B7


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-B8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-G19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-C20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-B20


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-A8


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-B19


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-P6


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-A20


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-P18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-P5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-P17


title: ss3_23_056s_D20_accepted_hits_sorted_deduplicated.bam

description:
Library name: Single cell sample 58
Smart-seq3

value: Immune


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-A19


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-C7


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-O5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-O6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-O17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-O18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-N6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-M5


title: AMB_200702_9mo_2A_3A_2_P6-4-G16-A7


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-N5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-N17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-K6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-M18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-N18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-M17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-M6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-K17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-L6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-L18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-L5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-J6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-L17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-K18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-K5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-J17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-H6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-I6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-I18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-J5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-H5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-G6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-I5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-H17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-I17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-H18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-G5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-J18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-G17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-G18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-F6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-F17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-F18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-E5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-E17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-E18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-E6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-C6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-C5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-D6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-D17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-F5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-C17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-B6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-B5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-C18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-A18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-A6


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-B17


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-B18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-A5


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-D18


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-D5


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-P16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-O4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-P4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-P3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-N4


title: AMB_200702_9mo_2A_3A_2_P6-3-G18-A17


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-N3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-M4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-N15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-N16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-O15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-O3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-M16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-J4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-P15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-L3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-K16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-K15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-K4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-L4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-M15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-I15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-L15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-L16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-K3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-I16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-I3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-I4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-H4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-J15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-M3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-O16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-G16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-H3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-H16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-J3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-H15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-G3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-G4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-J16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-G15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-F3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-F4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-F16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-D15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-F15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-C4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-E15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-D16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-E4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-C3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-E16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-C15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-B4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-D3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-C16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-D4


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-E3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-B3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-B15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-A3


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-B16


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-A15


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-A16


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-P2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-P13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-O13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-O14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-O2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-N14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-N2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-L2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-O1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-K2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-N13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-N1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-M13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-M1


title: AMB_200702_9mo_2A_3A_2_P6-2-L17-A4


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-L13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-M2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-P1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-M14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-K14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-K13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-J2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-J14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-L1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-J13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-P14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-J1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-L14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-I13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-I2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-K1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-I14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-G14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-I1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-G13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-H14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-H2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-F2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-H13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-E13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-D13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-D2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-D1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-G1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-E2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-F14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-C13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-F13


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-F1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-H1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-E1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-E14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-D14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-C14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-C1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-B14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-G2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-B2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-A14


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-C2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-B1


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-A2


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-B13


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-P12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-P24


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-A1


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-O24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-P11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-O23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-O12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-O11


title: AMB_200702_9mo_2A_3A_2_P6-1-C1-A13


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-N11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-M12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-N24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-N12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-P23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-M24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-L24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-K24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-N23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-M23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-L12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-K11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-K23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-L11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-K12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-J24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-M11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-J12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-I23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-I24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-J23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-L23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-I12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-H23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-H24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-I11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-H11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-G11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-H12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-G24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-F24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-G12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-E23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-J11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-F11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-F12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-G23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-D24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-C23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-E12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-D11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-C12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-C24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-E24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-B24


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-D12


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-D23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-B23


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-B11


title: AMB_200702_9mo_2A_3A_2_P5-6-G19-C11


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title: AMB_200630_9mo_2A_3A_1_P6-3-L20-L17


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title: AMB_200630_9mo_2A_3A_1_P6-2-P5-H4


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title: AMB_200630_9mo_2A_3A_1_P6-1-A9-C1


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title: AMB_200630_9mo_2A_3A_1_P6-1-A9-A2


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title: AMB_200630_9mo_2A_3A_1_P5-6-H20-M23


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title: AMB_200630_9mo_2A_3A_1_P5-5-N2-P9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-P22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-P21


title: AMB_200630_9mo_2A_3A_1_P5-6-H20-D23


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title: AMB_200630_9mo_2A_3A_1_P5-5-N2-O21


title: AMB_200630_9mo_2A_3A_1_P5-6-H20-A11


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-O10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-N21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-N22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-N9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-M21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-L9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-L10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-M10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-M22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-L22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-L21


title: AMB_200630_9mo_2A_3A_1_P6-2-P5-P4


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-K22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-K9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-M9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-K10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-N10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-J9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-J22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-I9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-I10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-H22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-J10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-J21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-I21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-H9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-K21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-H21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-F22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-G21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-G9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-I22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-G22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-F9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-G10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-H10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-E9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-E21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-E22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-E10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-F21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-D9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-D22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-D10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-F10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-D21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-C10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-C9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-C21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-C22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-B9


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-B22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-A22


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-A21


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-B10


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-P7


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-A10


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-A9


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-P20


title: PRO-cap from REH cell (ENCLB722FYT)

status: Public on Feb 28 2026

city: Stanford

first: ENCODE

last: DCC

address: 300 Pasteur Dr

institute: ENCODE DCC

description:
https://www.encodeproject.org/experiments/ENCSR983JFU/
***************
biological replicate number: 2
technical replicate number: 1
description: A run-on assay that precisely maps the transcription start sites genome-wide with high sensitivity and specificity in REH.
experiment encode accession: ENCSR983JFU
assay title: PRO-cap
assembly: GRCh38
encode release date: 2025-12-11
lab: Haiyuan Yu, Cornell
library encode accession: ENCLB722FYT

data_processing: See GSM*_README.txt supplementary file linked below

source_name: Homo sapiens REH cell line

tag: line

value: REH cell

value: cell line

tag: biosample encode accession

tag: encode accession

tag: Sex

value: female

tag: dev stage

value: child

value: 15 year

tag: lab

value: Haiyuan Yu, Cornell

tag: source

value: Russell Ryan

tag: link

value: ENCBS326SNQ at ENCODE; https://www.encodeproject.org/ENCBS326SNQ/


title: AMB_200630_9mo_2A_3A_1_P5-5-N2-B21


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-P8


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-P19


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-O8


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-O20


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-N8


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-O19


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-O7


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-N20


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-N7


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-M7


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-N19


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-M8


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-M20


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-M19


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-L7


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-L19


title: AMB_200630_9mo_2A_3A_1_P5-4-H7-L20