title: T. brucei passage 120C rep3

status: Public on Feb 02 2022

city: Guangzhou

first: Cai

last: Xiao-Li

state: Guangdong

address: Xingangxi Rd 135

department: School of Life Sciences

institute: Sun Yat-Sen University

data_processing:
The clustering of the index-coded samples was performed on a cBot cluster generation system using HiSeq PE Cluster Kit v4-cBot-HS (Illumina) according to the manufacturer’s instructions. After cluster generation, the libraries were sequenced on an Illumina platform and 150 bp paired-end reads were generated
Bowtie2 v2.2.3 was used for building the genome index, and clean Data was then aligned to the T. brucei genome using HISAT2  v2.1.0. (Parameter:--dta –t –p 4)
Reads count for each gene in each sample was counted by HTSeq v0.6.0
Genome_build: The reference genomes and the annotation file were downloaded from TritrypDB  database (https://tritrypdb.org/common/downloads/Current_Release/TbruceiTREU927/fasta/data/;https://tritrypdb.org/common/downloads/Current_Release/TbruceiTREU927/gff/data/ )
Supplementary_files_format_and_content:  Tab-delimited text file containing abundance measurements with the read counts

organism: Trypanosoma brucei brucei

source_name: mouse blood

growth_protocol: mouse blood (in vivo)

extract_protocol:
Trypanosomes were purified from whole blood by passage through a DE52 column, and RNA was harvested using Trizol reagent. Sequencing libraries were generated using NEBNext® Ultra™ RNA Library Prep Kit for Illumina® (#E7530L, NEB, USA) with a total amount of 2 μg RNA per sample following the manufacturer’s recommendations, and index codes were added to attribute sequences to each sample.
RNA libraries were prepared for sequencing using standard Illumina protocols

value: EATRO 1125

tag: condition

value: monomorphic, ascending C /high parasitemia

value: monomorphic


title: T. brucei passage 40C rep3

type: SRA

country: China

library_source: transcriptomic

molecule: total RNA

tag: strain

tag: cell line


title: T. brucei passage 40A rep2

value: monomorphic, ascending A /slender


title: T. brucei passage 1C rep3

value: pleomorphic, ascending C /less stumpy

value: pleomorphic


title: T. brucei passage 40C rep1


title: T. brucei passage 40A rep1


title: T. brucei passage 40A rep3


title: T. brucei passage 1B rep3

value: pleomorphic, ascending B /stumpy


title: T. brucei passage 1C rep1


title: T. brucei passage 1B rep2


title: T. brucei passage 1A rep2

value: pleomorphic, ascending A /slender


title: T. brucei passage 1B rep1


title: T. brucei passage 40C rep2


title: T. brucei passage 80C rep3


title: T. brucei passage 120C rep2


title: Glc 15min

status: Public on Feb 03 2022

type: RNA

city: Seeland

first: Anja

last: Hartmann

state: Saxony-Anhalt

address: Corrensstraße 3

department: PZB

country: Germany

institute: IPK Gatersleben

description: Gene expression after 15 min incubation in 1% glucose

hyb_protocol: The microarrays were hybridized according to the Agilent Technologies “One-Color Microarray-Based Gene Expression Analysis (v6.5)” instructions.

scan_protocol: Slides were scanned immediately after washing on the Agilent Technologies Scanner G2505C using one color scan setting for 8x60k array slides.

data_processing: The scanned images were analyzed with Feature Extraction Software 11.5.1.1 (Agilent) using default parameters (protocol GE1_1105_Oct12 (Read Only) and Grid: 035454_D_F_20110711) to obtain background subtracted and spatially detrended Processed Signal intensities. The R package limma was used for microarray data analysis (Smyth, 2005). The background of raw expression data was corrected by “normexp” and normalized between arrays using “quantile”.

organism: Blastobotrys raffinosifermentans

source_name: control, glucose, 15 min

label_protocol: The samples were labeled according to the Agilent Technologies “One-Color Microarray-Based Gene Expression Analysis (v6.5)” instructions.

growth_protocol: Blastobotrys raffinosifermentans LS3 was cultivated overnight in YMM-glucose-NaNO3.

extract_protocol: Cells were harvested and total RNA was isolated using RNeasy Mini Kit (Qiagen, Germany)

treatment_protocol: Cells were then pelleted (3,220 × g at 20°C), and shifted to YMM-NaNO3 containing a mixture of 1% glucose and  0.5% gallic acid or 1% glucose only. Cells were   harvested after 15 min, 30 min, 2 h and 5 h of incubation in shaking flasks at 30 °C  and 180 rpm.

tag: treatment

value: 1% glucose

tag: harvest time

value: 15 min


title: T. brucei passage 1A rep1


title: T. brucei passage 120C rep1


title: T. brucei passage 1A rep3


title: input control replicate2

city: Bonn

first: Karharina

last: Ruff

address: Venusberg-Campus 1

institute: Institute of Human Genetics, University of Bonn, School of Medicine & University Hospital

library_source: genomic

data_processing:
Adapter sequences were cut-off and reads were trimmed to a maximum length of 200bp using Cutadapt (v1.15).
Fastq files of both sequencing runs were merged and aligned to the GRCh37/hg19 reference genome with Bowtie2 (v2.3.4).
Peak calling was performed using MACS2 (v2.1.1) with the following settings: fold enrichment (FE): 5 to 50 fold, false discovery rate(FDR) <0.05.
Peaks mapping to irregular chromosomes and ENCODE blacklist regions were removed (Pubmed ID:24782889) with BEDtools (v2.27.0)
Genome_build: Human GRCh37 - hg19
Supplementary_files_format_and_content: Narrow peak files filtered for irregular chromosome and blacklist regions

molecule: genomic DNA

organism: Homo sapiens

source_name: Human embryonal palatal mesenchyme cells (HEPM cells)

growth_protocol: Cells were cultivated in in DMEM-Dulbecco's Modified Eagle Medium (high Glucose), 10% heat inactivated fetal bovine serum (FBS) and Penicillin/Streptomycin, at a concentration of 1X at 37 °C and 5% CO2. The medium was changed every two days and the cells were split after five days with  0.25% Trypsin/EDTA.

extract_protocol:
0.005 µg of polyclonal ChIP Grade TFAP2A antibody (ab52222, abcam®, Great Britain) were added to 25 µg of DNA. The treated samples incubated with rotation at 4°C overnight. Protein G magnetic beads were used to  pull down the fragments and removed by incubation with ChIP elution buffer on a shaking thermomixer at 65°C for 30 min. To reverse DNA-crosslinking, the supernatant was treated with NaCl and Proteinase K overnight and purified using spin column tubes (provided in the kit).
The NEBNext® Ultra™ II DNA Library Prep Kit for Illumina® (New England Biolabs® GmbH, USA) was used according to the manufacturer’s protocol. AmPure XP beads (Beckman Coulter™, USA) were used for clean up steps. No size selection was performed. Samples were equimolarly pooled. The library quality was controlled on an Agilent High Sensitivity D1000 system and samples were diluted to a final concentration of 2 nM. The replicates were sequenced twice on an Illumina MiSeq v2, yielding ~ 20 million 2x250bp paired end reads for each sample (ChIP and input control).
Transcription factor ChIP-Seq

treatment_protocol: The SimpleChIP®Enzymatic Chromatin IP Kit (#9003, Cell Signaling Technology®, USA) was used and steps were perfomed according to the manufacturer's protocol. 4x106 HEPM cells per immunoprecipitation (IP) were crosslinked for 10min at room temperature with 37% formaldehyde. The crosslink was stopped with 0.125mM Glycine. Digestion of chromatin was performed by 0.5µl micrococcal nuclease per IP for 15min at 37°C and was stopped by addition of 0.5M EDTA. Cells were suspended in ChIP buffer (provided in the kit) and sonicated with a Diagenode Bioruptor (settings: 50 cycles, 30s sonication / 30s break) 0.5 µg DNA served as input control.

tag: cell type

tag: chip antibody

value: untreated


title: T. brucei passage 80C rep2


title: Tears from COVID patient 4

city: Messina

first: Emanuela

last: Mazzon

address: STRADA STATALE 113 - C.DA CASAZZA

country: Italy

institute: IRCCS Centro Neurolesi "Bonino-Pulejo"

data_processing:
Illumina Casava1.8 software used for basecalling.
Sequenced reads were trimmed for adaptor sequence and masked for low-complexity or low-quality sequence with Trimmomatic
The reads were mapped to GRCh38 whole genome using STAR
The transcripts abundance were computed with htseq-count python package
The differential expressed genes were called using DESeq2 in R
Genome_build: GRCh38
Supplementary_files_format_and_content: tab-delimited text files include counts for each transcripts as output from htseq-count python package

source_name: Tears

extract_protocol:
The total RNA was extracted using the Maxwell RSC simplyRNA Cells Kit (Promega, Madison, WI, USA) following the manufacturer’s instructions
The library preparation was carried out according to the TruSeq RNA Exome protocol (Illumina, San Diego, CA, USA)

tag: biological source

value: Tears

tag: infection

value: COVID


title: TFAP2A ChIP-seq replicate2

value: Human embryonal palatal mesenchyme cells (HEPM cells)

value: TFAP2A polyclonal antibody ((ab52222, abcam®, Great Britain)

value: treated with antibody overnight


title: Input control replicate1


title: Tears from COVID patient 1


title: Tears from control individual 2

value: control


title: Hip-Mut-Ctr-Rep2

city: Shanghai

first: Yuxiao

last: Zhou

address: Dongchuan Road NO.800

institute: Shanghai Jiaotong University

data_processing:
Sequenced reads were trimmed for adaptor sequence sequence, then aligned to the reference mouse genome (mm9) using the Bowtie program (version 1). Hisat and cufflinks softwares were used to handle data.
Genome_build: mm9
Supplementary_files_format_and_content: tab-delimited text files include FPKM values for each Sample

organism: Mus musculus

source_name: Mus musculus

growth_protocol: Transgenic mouse

extract_protocol:
Mouse tissues were harvested using Trizol reagent. 1 ug of total RNA was used for the construction of sequencing libraries.
RNA libraries were prepared for sequencing using standard protocols

tag: tissue

value: hippocampus

tag: genotype

value: wild-type


title: Tears from control individual 1


title: Tears from COVID patient 2


title: Hip-KO-Ctr-Rep1


title: Hip-Mut-Ctr-Rep1


title: Hip-mut-1 RNA-seq

data_processing:
Sequenced reads were trimmed for adaptor sequence sequence, then aligned to the reference mouse genome using the Bowtie program (version 1).Hisat and cuffilinks softwares were used to handle data.
Genome_build: mm9
Supplementary_files_format_and_content: tab-delimited text files include FPKM values for each Sample

growth_protocol: transgenic mouse

extract_protocol:
RNA was harvested using Trizol reagent. 1 ug of total RNA was used for the construction of sequencing libraries.
RNA libraries were prepared for sequencing using standard protocols

value: CRISPR pyk2 Y402F mutant mouse


title: Hip-KO-Ctr-Rep2


title: Hip-KO-2 RNA-seq

value: CRISPR pyk2 KO mouse


title: Hip-mut-2 RNA-seq


title: TFAP2A ChIP-seq replicate1


title: S1_1: iPS XY,46 Whole exome sequencing

city: Jeddah

first: Antonio

last: Adamo

state: Not in US

address: 4700 KAUST, Thuwal

department: Biological and Environmental Science and Engineering Division, BESE

country: Saudi Arabia

institute: King Abdullah University of Science and Technology, KAUST

description:
Whole exome sequencing
S1_1_BKDN192007968-1A_HTLWVDSXX_L1

data_processing:
Library strategy: Whole Exome Sequencing
Bulk RNA-Seq data validation, pairing and FastQC quality control was followed by trimming using BBDuk by setting a minimum read length of 35 bp and a minimum Phred-quality score of 25. After trimming quality control, high quality reads were mapped against the reference genome (GrCh38 release 91) using the STAR end-to-end alignment method and gene expression quantification performed with featureCounts. Data normalization was performed with the Trimmed Mean of M-values (TMM) method
The pre-processing of single cell RNA-Seq data that includes the identification of cell barcodes and the steps of UMI detection, extraction and processing was performed using UMI-tools 1.0.1. Read quality control (QC) analyses and filtering of high-quality reads, were executed using FastQC and BBDuk with default options of minimum size 35 bp and minimum quality score 25 to perform adapter and quality trimming. To align the filtered reads to a human genome reference (GrCh38 release 91) STAR 2.7.3a was used, while FeatureCounts 1.6.3 package was used to assign reads to genes.
Data from single cell RNA-sequencing were then analyzed using the R packages: SC3 for clustering methods, differential expression analysis and gene marker detection algorithm and Scater 1.16.0 was used for expression data pre-processing, quality control, normalization and visualization through the t-distributed stochastic neighbor embedding (t-SNE) analysis. The package scImpute 0.0.9 was used to correct dropout values.
Genome_build: GrCh38 release 91 was used fo bulk and scRNA-SEQ analysis
Supplementary_files_format_and_content: File including FPKM values for each Sample
Supplementary_files_format_and_content: Rdata file includes single cell experiment objects

source_name: iPS

growth_protocol: hiPSC lines were adapted to feeder-free conditions on matrigel-coated plates in E8 medium

extract_protocol:
For bulk RNA-Seq libraries the RNA has been extracted using the Qiagen RNeasy Mini Kit according to manufacturer’s instructions
Bulk RNA libraries were generated using the human mRNA TruSeq Stranded library preparation KIT from Illumina, and profiled using a HiSeq4000 system with 150 bp paired-end sequencing method

treatment_protocol: Before RNA extraction hiPSCs were adapted to Vitronectin (VTN-N) coated plates  in presence of E8 medium and passaged with Versene.

value: human induced pluripotent stem cell

tag: karyotype

tag: name in the manuscript

value: HB #A


title: H3K27ac chipseq in NSCs

city: Heidelberg

first: Haikun

last: Liu

address: Im Neuenheimer Feld 581

department: Molecular Neurogenetics

institute: Deutsches Krebsforschungszentrum

data_processing:
Raw fastq data were generated by RTA (1.18.64) and bcl2fastq (2.17.1.14).
Fastq data were aligned mouse genome with bowtie, peaking calling steps were perfomed in MACS for point peaks and broad peaks, separately.
Peaks were annotated to the closest genes via Chipseeker.
Genome_build: mm10
Supplementary_files_format_and_content: bedgraph and bed format

source_name: mouse neural stem cells (NSCs)

growth_protocol: Mouse primary neural stem cells were transduced with retrovirus encoding TLX-3xTY1, and selected with G-481 (Gibco) to get stably transduced cells. Cells were fixed with 1% formaldehyde for 10 minutes at room temperature and the reaction was quenched with 125 mM glycine.

extract_protocol:
Chromatin lysate was extracted from fix cells and DNA was sonicated to about 200 bp in length using Bioruptor (Diagenode).
Chromatin lysate from one million cells were incubated with 2 ug of TY1 antibody (Diagenode), and precipitated DNA was eluted from Protein A/G beads using PCR purification kit (Qiagen). DNA libraries generated from ChIP-DNA and input-DNA were deep-sequenced using HiSeq pair-end 50 bp.

value: mouse neural stem cells (NSCs)

tag: transduced with

value: not transduced

value: H3K27ac (Diagenode, pAb-174-050)


title: H3K27ac chipseq in BTSCs

source_name: mouse brain tumor stem cells (BTSCs)

value: mouse brain tumor stem cells (BTSCs)


title: Tears from COVID patient 3


title: Tlx chipseq in BTSCs

value: TY1 antibody (Diagenode, C15200054)


title: H2CT14

city: Harbin

first: Hui

last: Yuan

state: Heilongjiang

address: XiangFang

department: College of Animal Science and Technology

institute: Northeast Agricultural University

data_processing:
Reads containing adapter, reads containing poly-N and low quality reads from raw data were filtered using in-house perl scripts.
Subsequently, high quality clean data were mapped to the chicken reference genome (version: galGal5). Bowtie v2.2.3 was employed to build a search index of the reference genome, then TopHat v2.0.12 was applied to align the pair-end clean reads to the reference genome.
The reads mapped to each gene in each individual dataset were counted by using HTSeq v0.6.1.
Differential expression analysis of the lean vs. fat lines within each intestinal compartment was performed using the DESeq2 R package (version 1.24.0).
For gene functional enrichment analysis, KEGG enrichment was subsequently performed using the cluster Profiler R package (v3.12.0) and the pathway profiles in the KEGG database.
Genome_build: galGal5
Supplementary_files_format_and_content: fpkm.xlsx

organism: Gallus gallus

source_name: fat line_cecum

growth_protocol: All broilers were raised in similar feeding surroundings and had free access to feed and water. A commercial soybean-based diet that met all of the NRC requirements was provided; the starter diet of 3000 kcal ME/kg and 210 g/kg CP was fed to the birds until three weeks of age, while the grower diet of 3100 kcal ME/kg and 190 g/kg CP was fed from three to seven weeks of age

extract_protocol:
The total RNA of the corresponding four intestinal tissues was prepared for mRNA sequencing using TRizol reagent (Invitrogen, CA, USA) following the manufacturer’s protocol at Novogene Bioinformatics Technology Co., Ltd. The RNA integrity and yield were assessed by the RNA Nano 6000 Assay Kit of the Bioanalyzer 2100 system (Agilent Technologies, CA, USA) and the NanoPhotometer® spectrophotometer (IMPLEN, CA, USA), respectively. The RNA Integrity Number (RIN) values were all greater than 6.8 (average of 8.28), and the RNA yield of each sample was more than 4 μg.
In accordance with the manufacturer’s protocol of the NEBNext® Ultra™ RNA Library Prep Kit for Illumina® (NEB, MA, USA), 3 μg of RNA per sample was used to generate sequencing libraries with index codes added to assign sequences to each sample. The libraries were clustered following the manufacturer’s recommendations of the cBot Cluster Generation System using TruSeq PE Cluster Kit v3-cBot-HS (Illumina Inc.). Finally, the clustered libraries were sequenced on an Illumina HiSeq platform (by Novogene Bioinformatics Technology Co., Ltd.) and 150 bp paired-end reads were generated.

value: cecum

tag: line

value: fat line

tag: Sex

value: male


title: H2CT15


title: H2CT12


title: H2CT11


title: H2CT01


title: H2CT07


title: control

source_name: mouse cell cultures

value: cell cultures

value: empty vector, MSCV-neo

value: none (control)


title: Hip-KO-1 RNA-seq

value: hippocampus


title: Highly metastatic LS-3B cells, replicate 1

city: Los Angeles

first: Carl

middle: Robert

last: Rankin

state: CA

address: 3615 Watseka Ave Unit 204

department: Medicine

country: USA

institute: UCLA

hyb_protocol: standard Agilent protocol

scan_protocol: Agilent Scanner G2505C

data_processing: Agilent Feature Extraction software (version 11.0.1.1)

source_name: LS-3B cells

label_protocol: standard Agilent protocol

growth_protocol: Subconfluent cells

extract_protocol: Bio-Rad Aurum RNA mini kit

value: LS-3B cells


title: Highly metastatic LS-3B cells, replicate 3


title: Mildly metastatic LS-Par cells, replicate 1

source_name: LS-Par cells

value: LS-Par cells


title: H2CT06


title: Highly metastatic LS-3B cells, replicate 2


title: Tlx chipseq in NSCs


title: H2CT09


title: Mildly metastatic LS-Par cells, replicate 2


title: H2iT06

source_name: fat line_ileum

value: ileum


title: H2iT09


title: H2iT07


title: H2iT15


title: H2CT13


title: H2iT02


title: H2iT01


title: H2CT02


title: Mildly metastatic LS-Par cells, replicate 3


title: H2iT13


title: H2iT12


title: H2JT14

source_name: fat line_jejunum

value: jejunum


title: H2iT14


title: H2iT11


title: H2JT15


title: H2JT12


title: H2JT06


title: H2JT09


title: H2JT11


title: H2DT12

source_name: fat line_duodenum

value: duodenum


title: H2DT14


title: H2DT13


title: H2JT02


title: H2JT13


title: H2DT15


title: H2JT01


title: H2DT09


title: H2DT07


title: H2JT07


title: H2DT02


title: H2DT11


title: T. brucei passage 80C rep1

value: EATRO 1125

value: monomorphic, ascending C /high parasitemia

value: monomorphic


title: H2DT06


title: H2DT01


title: L1CT14

source_name: lean line_cecum

value: lean line


title: OAW28_AC

type: genomic

city: New Lambton Heights

first: Michelle

last: Brown

state: New South Wales

address: Hunter Medical Research Institute, Lot 1 Kookaburra Circuit

country: Australia

institute: University of Newcastle

description:
ovarian cancer cell line
SAMPLE 4

hyb_protocol: Bisulfite-converted DNA was amplified, fragmented and hybridised to Illumina Infinium MethylationEPIC Beadchip using standard Illumina protocol

scan_protocol: Arrays were imaged using Illumina iScan with standard recommended Illumina scanner setting

data_processing: Chip Analysis Methylation Pipeline for Illumina HumanMethylation450 and EPIC (ChAMP) v3.11

label: Cy5 and Cy3

source_name: ovarian cancer cell line

label_protocol: Standard Illumina protocol

growth_protocol: Cell lines grown in DMEM supplemented by 10% FCS, and supplemented with penicillin (100units/mL), streptomycin (100µg/mL), L-glutamine (2mM), HEPES (10µM), and sodium bicarbonate (0.075%)

extract_protocol: Genomic DNA was extracted and purified from samples using the Zymo Quick-DNA Miniprep Kit according to the manufacturer's protocol

treatment_protocol: Cell lines  were incubated at 37c in 5% CO2 and grown to 30-40% confluence  before treatment with 0.5 µM azacitidine every 24hr for 72hr, followed by 20µM carboplatin for 48hr.

value: Female

value: Treated with 5microM azacitidine and 20microM carboplatin


title: L1CT13

value: cecum


title: L1CT12

value: male


title: L1CT11


title: TYKnu_B

description:
ovarian cancer cell line
SAMPLE 7

value: TYKnu

value: Untreated


title: L1CT09


title: L1CT10


title: L1CT01


title: L1iT13

source_name: lean line_ileum


title: L1iT14


title: L1iT11


title: L1CT05


title: L1CT04


title: L1iT10


title: L1iT12


title: L1iT09


title: OAW28_B

description:
ovarian cancer cell line
SAMPLE 3


title: L1CT08


title: T. brucei passage 1C rep2

source_name: mouse blood

value: pleomorphic, ascending C /less stumpy

value: pleomorphic


title: L1iT04


title: L1JT14

source_name: lean line_jejunum


title: L1iT01


title: TYKnu_AC

description:
ovarian cancer cell line
SAMPLE 8


title: L1iT05


title: L1JT13


title: OVCAR4_B

description:
ovarian cancer cell line
SAMPLE 5


title: COV362_AC

description:
ovarian cancer cell line
SAMPLE 2


title: COV362_B

description:
ovarian cancer cell line
SAMPLE 1


title: L1JT09


title: L1JT12


title: L1iT08


title: L1JT08


title: L1JT04


title: OVCAR4_AC

description:
ovarian cancer cell line
SAMPLE 6


title: L1DT14

source_name: lean line_duodenum


title: L1DT13


title: L1JT10


title: L1DT12


title: L1JT01


title: L1DT10


title: L1DT04


title: L1DT11


title: L1DT09


title: L1DT01


title: L1DT08


title: helaA30ko-1-M6A-IP for MeRIP-seq

city: guangzhou

first: xie

last: guoyou

address: 大学城中山大学

institute: 中山大学

data_processing:
Cutadapt (v2.5) was used to trim adapters and filter for sequences.
The 150 bp paired-end reads were mapped to the reference genome by using hisat2 (v2.1.0).
The m6A peaks were identified using exomePeak R package (v2.13.2) under parameters: “PEAK_CUTOFF_PVALUE=0.05,PEAK_CUTOFF_FDR=NA,FRAGMENT_LENGTH=200”. Identified m6A peaks which p value <0.05 were chosen for the de novo motif analysis using homer (v4.10.4) under parameters:”-len 6 -rna”.
Genome_build: hg38

source_name: cervical cancer

extract_protocol:
Total RNA was isolated from samples using TRIzol reagent.
Briefly, the concentration of total RNA was measured by Qubit RNA HS assay kit (Invitrogen, Q32852). Total RNA was fragmented into 100-200 nt RNA fragments using ZnCl2. Subsequently, the purified RNA was incubated with anti-m6A polyclonal antibody (Sigma-Aldrich, ABE572) for 3 h at 4℃ and then with protein A/G magnetic beads (Thermo Fisher Scientific, 88802) at 4 ℃ for an additional 2 h to obtain immunoprecipitated RNA fragments. The m6A-enriched RNA was eluted from the beads in RLT buffer supplied in RNeasy Mini Kit (QIAGEN, 74106). The RNA-seq library was prepared by NEBNext® Ultra™ II RNA Library Prep Kit for Illumina® (NEB, E7775).

value: HeLa

value: knock-out the ALKBH3 by CRISPS CAS9

tag: antibody


title: helaA30ko-2-M1A-IP for MeRIP-seq


title: helaA30ko-2-input for MeRIP-seq

value: input


title: hela1017-2-M6A-IP for MeRIP-seq

value: no treatment


title: helaA30ko-1-M1A-IP for MeRIP-seq


title: hela1017-2-input for MeRIP-seq


title: hela1017-1-M6A-IP for MeRIP-seq


title: helaA30ko-2-M6A-IP for MeRIP-seq


title: hela1017-2-M1A-IP for MeRIP-seq


title: L1DT05

value: duodenum


title: hela1017-1-M1A-IP for MeRIP-seq


title: L1JT11

value: jejunum


title: hela1017-1-input for MeRIP-seq


title: L1JT05


title: helaA30ko-1-input for MeRIP-seq


title: Segmentoid 98h

city: Boston

first: Yannis

last: Djeffal

state: Massachusetts

address: 60 Fenwood road

department: Pathology/Genetics

institute: Brigham and Women’s Hospital/Harvard Medical School

data_processing:
cell ranger 6.1.1 with following parameters : reference,/home/user/Desktop/refdata-gex-GRCh38-2020-A, expect-cells,3000, include-introns,FALSE, min-assignment-confidence,0.9
Genome_build: GRCh38
Supplementary_files_format_and_content: Matrix table with raw gene counts for every gene and every sample

source_name: cultures

extract_protocol:
Cultures were dissociated with Accutase or Trypsin, and multiplexing was performed using the 10x Genomics 3’ CellPlex Kit
The Chromium Next GEM Single Cell 3ʹ Kit v3.1 was used to encapsulate single cells. Library preparation was performed according to 10x Genomics protocols.

tag: timepoints

tag: protocol

value: Segmentoid

tag: sample id

tag: time point

tag: oligo (3' cellplex kit)


title: Segmentoid 72h


title: Somitoid 98h

value: Somitoid


title: Somitoid 48h


title: Somitoid 66h


title: Somitoid 24h


title: iPSC

value: iPSC maintenance


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P8_MemorySeq384_2_S368

city: Cambridge

first: Xiaojie

last: Qiu

state: MA

address: 455 Main St, Cambridge, MA

institute: Whitehead Institute

description:
edge_df.csv
NovaSeq 5000

data_processing:
Library strategy: SLAM-seq
For the HL60 10x dataset, we followed the standard pipeline of kb-python to quantify the total, spliced and unspliced RNA. For the HL60 metabolic labeling based scRNA-seq experiment with clone tracing, we used the NASC-seq pipeline (https://github.com/sandberg-lab/NASC-seq) developed in to quantify the new and total RNA read counts.
For the scNT-seq experiment of the human hematopoiesis, we developed dynast (https://github.com/aristoteleo/dynast-release), an inclusive and efficient command-line toolkit for preprocessing data from metabolic labeling–based scRNA-seq experiments and quantifying the following four types of mRNA species: unspliced, spliced, labeled (or new), and total RNAs (details will be reported elsewhere). Samples from days 4 and 7 were each subjected to standard dynast runs, using human genome hg38 as the alignment reference. The resultant objects were first filtered to keep only high quality cells and then merged to obtain in total about 2,000 high-quality cells. This merged object was then used for all downstream analyses.
Genome_build: hg38
Supplementary_files_format_and_content: file format is h5ad/csv. For h5ad files, they include the spliced, unspliced, labeled and total RNA counts for each gene in each cell from our scSLAM-seq and scNT-seq experiment. Only spliced and unspliced RNA counts for each gene in each cell are available for the 10x dataset. For the edge_df.csv file, it is the clone linkage information between different cells, processed from the static barcodes.

extract_protocol: To facilitate lineage tracing in scSLAM-seq libraries, cellular barcodes (GBCs) were introduced using a lentiviral transduction strategy (Adamson et al., 2016). Given that the success of this experiment critically depended on the uniqueness of barcode sequence to each cell at the start of the experiment, i.e. low barcode collision rate, and the capture of clone cells (clones with the same barcodes) across different days, we used an experimental scheme in which the starting population of the HL60 cells were infected at a low (2%) multiplicity of infection (MOI). This scheme has two benefits: first, we obtained a small number of barcoded single cells (~2000 in 1 ml of media in each well of a 24-well plate) so that we could capture clone cells via plate-based SLAM-seq (scRNA-seq augmented by metabolic labeling) characterized of low throughput; second, co-culturing the small number of infected cells with a large population of uninfected cells enabled us to differentiate infected cells more conveniently, as a small number of cells are difficult to grow and differentiate. Single cells carrying barcodes and expressing the blue fluorescent protein (BFP) reporter were sorted (Sony SH800) at five timepoints, days 0, 1, 2, 3, and 5, during differentiation in the presence of ATRA. cDNA from single cells was prepared in a 96-well format as previously described (Tabula Muris Consortium, 2020) following alkylation and RNA cleanup (Erhard et al., 2019; Hendriks et al., 2019). Sequencing libraries were either reformatted into a 384-well format and prepared using TTP Mosquito automated liquid handlers, or in a 96- well format using a multichannel pipette. GBC sequencing libraries were prepared by dual PCR amplification to enrich for GBC cDNA and to add Illumina adapters and dual indexes complimentary to that cell's transcriptome sequencing library indexes. GBC sequencing libraries were spiked into transcriptome libraries at 1:10 and sequenced on the NextSeq or MiSeq platform (Illumina). Transcriptome libraries were sequenced separately using a NovaSeq5000 S2 300-cycle kit.

tag: cell line

tag: treatment

value: neutrophil lineage differentiation in the presence of  ATRA

tag: gender

value: female

tag: age

tag: ethnicity


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P9_MemorySeq384_3_S849

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P7_MemorySeq384_2_S367

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P21_MemorySeq384_3_S861

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P9_MemorySeq384_2_S369

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P21_MemorySeq384_2_S381

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P20_MemorySeq384_2_S380

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P3_MemorySeq384_3_S843

description:
edge_df.csv
NovaSeq 5000


title: Segmentoid 48h


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P19_MemorySeq384_3_S859

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P16_MemorySeq384_2_S376

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P18_MemorySeq384_2_S378

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P17_MemorySeq384_2_S377

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P17_MemorySeq384_3_S857

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P5_MemorySeq384_2_S365

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P3_MemorySeq384_2_S363

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P1_MemorySeq384_2_S361

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P2_MemorySeq384_3_S842

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P7_MemorySeq384_3_S847

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P4_MemorySeq384_2_S364

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P15_MemorySeq384_3_S855

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P19_MemorySeq384_2_S379

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P22_MemorySeq384_2_S382

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P6_MemorySeq384_2_S366

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P14_MemorySeq384_2_S374

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P1_MemorySeq384_3_S841

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P15_MemorySeq384_2_S375

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P5_MemorySeq384_3_S845

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P13_MemorySeq384_3_S853

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P13_MemorySeq384_2_S373

description:
edge_df.csv
NovaSeq 5000


title: Segmentoid 24h


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P11_MemorySeq384_3_S851

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P10_MemorySeq384_2_S370

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O9_MemorySeq384_3_S825

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O8_MemorySeq384_3_S824

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P12_MemorySeq384_3_S852

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P12_MemorySeq384_2_S372

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O7_MemorySeq384_2_S343

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, P11_MemorySeq384_2_S371

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O4_MemorySeq384_2_S340

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O5_MemorySeq384_3_S821

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O3_MemorySeq384_2_S339

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O23_MemorySeq384_2_S359

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O5_MemorySeq384_2_S341

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O9_MemorySeq384_2_S345

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O6_MemorySeq384_2_S342

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O4_MemorySeq384_3_S820

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O23_MemorySeq384_3_S839

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O3_MemorySeq384_3_S819

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O22_MemorySeq384_2_S358

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O1_MemorySeq384_3_S817

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O2_MemorySeq384_2_S338

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O7_MemorySeq384_3_S823

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O20_MemorySeq384_2_S356

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O24_MemorySeq384_2_S360

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O21_MemorySeq384_2_S357

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O19_MemorySeq384_3_S835

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O18_MemorySeq384_2_S354

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O1_MemorySeq384_2_S337

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O17_MemorySeq384_3_S833

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O8_MemorySeq384_2_S344

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O17_MemorySeq384_2_S353

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O16_MemorySeq384_2_S352

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O15_MemorySeq384_3_S831

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O15_MemorySeq384_2_S351

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O14_MemorySeq384_3_S830

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O13_MemorySeq384_3_S829

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O12_MemorySeq384_2_S348

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O13_MemorySeq384_2_S349

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O21_MemorySeq384_3_S837

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O11_MemorySeq384_3_S827

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N7_MemorySeq384_3_S799

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N8_MemorySeq384_2_S320

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N4_MemorySeq384_2_S316

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O10_MemorySeq384_2_S346

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N3_MemorySeq384_2_S315

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N24_MemorySeq384_2_S336

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N24_MemorySeq384_3_S816

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N5_MemorySeq384_2_S317

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N6_MemorySeq384_2_S318

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N22_MemorySeq384_2_S334

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N2_MemorySeq384_2_S314

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N9_MemorySeq384_2_S321

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N21_MemorySeq384_3_S813

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N3_MemorySeq384_3_S795

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N7_MemorySeq384_2_S319

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O12_MemorySeq384_3_S828

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O14_MemorySeq384_2_S350

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N19_MemorySeq384_2_S331

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N1_MemorySeq384_3_S793

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N19_MemorySeq384_3_S811

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N17_MemorySeq384_2_S329

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N17_MemorySeq384_3_S809

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N16_MemorySeq384_2_S328

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N15_MemorySeq384_2_S327

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N23_MemorySeq384_2_S335

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N13_MemorySeq384_3_S805

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N12_MemorySeq384_3_S804

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N11_MemorySeq384_3_S803

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N1_MemorySeq384_2_S313

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N11_MemorySeq384_2_S323

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N10_MemorySeq384_3_S802

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N10_MemorySeq384_2_S322

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M9_MemorySeq384_2_S297

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, O11_MemorySeq384_2_S347

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N23_MemorySeq384_3_S815

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M8_MemorySeq384_2_S296

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N9_MemorySeq384_3_S801

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M7_MemorySeq384_2_S295

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M4_MemorySeq384_3_S772

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N21_MemorySeq384_2_S333

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M5_MemorySeq384_3_S773

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N20_MemorySeq384_2_S332

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M3_MemorySeq384_2_S291

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N5_MemorySeq384_3_S797

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M3_MemorySeq384_3_S771

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N14_MemorySeq384_2_S326

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N13_MemorySeq384_2_S325

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M22_MemorySeq384_2_S310

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M23_MemorySeq384_3_S791

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N18_MemorySeq384_2_S330

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M21_MemorySeq384_3_S789

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M21_MemorySeq384_2_S309

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M1_MemorySeq384_2_S289

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N15_MemorySeq384_3_S807

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, N12_MemorySeq384_2_S324

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M8_MemorySeq384_3_S776

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M17_MemorySeq384_2_S305

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M16_MemorySeq384_2_S304

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M5_MemorySeq384_2_S293

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M6_MemorySeq384_2_S294

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M24_MemorySeq384_2_S312

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M1_MemorySeq384_3_S769

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M15_MemorySeq384_3_S783

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M24_MemorySeq384_3_S792

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M7_MemorySeq384_3_S775

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M17_MemorySeq384_3_S785

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M4_MemorySeq384_2_S292

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M2_MemorySeq384_2_S290

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M18_MemorySeq384_2_S306

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M11_MemorySeq384_2_S299

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L9_MemorySeq384_3_S753

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M14_MemorySeq384_2_S302

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M19_MemorySeq384_2_S307

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M23_MemorySeq384_2_S311

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M20_MemorySeq384_2_S308

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M15_MemorySeq384_2_S303

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M19_MemorySeq384_3_S787

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M13_MemorySeq384_3_S781

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M11_MemorySeq384_3_S779

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L7_MemorySeq384_3_S751

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M13_MemorySeq384_2_S301

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M12_MemorySeq384_2_S300

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M10_MemorySeq384_3_S778

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L5_MemorySeq384_2_S269

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, M10_MemorySeq384_2_S298

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L9_MemorySeq384_2_S273

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L4_MemorySeq384_2_S268

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L7_MemorySeq384_2_S271

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L6_MemorySeq384_2_S270

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L5_MemorySeq384_3_S749

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L3_MemorySeq384_2_S267

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L8_MemorySeq384_2_S272

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L24_MemorySeq384_2_S288

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L21_MemorySeq384_3_S765

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L23_MemorySeq384_2_S287

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L23_MemorySeq384_3_S767

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L1_MemorySeq384_2_S265

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L21_MemorySeq384_2_S285

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L2_MemorySeq384_2_S266

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L19_MemorySeq384_2_S283

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L22_MemorySeq384_2_S286

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L19_MemorySeq384_3_S763

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L1_MemorySeq384_3_S745

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L17_MemorySeq384_2_S281

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L18_MemorySeq384_2_S282

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L2_MemorySeq384_3_S746

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L3_MemorySeq384_3_S747

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L14_MemorySeq384_2_S278

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L13_MemorySeq384_3_S757

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L13_MemorySeq384_2_S277

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L15_MemorySeq384_3_S759

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L15_MemorySeq384_2_S279

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L12_MemorySeq384_2_S276

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L11_MemorySeq384_3_S755

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L11_MemorySeq384_2_S275

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K8_MemorySeq384_2_S248

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L20_MemorySeq384_2_S284

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K9_MemorySeq384_2_S249

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L17_MemorySeq384_3_S761

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L16_MemorySeq384_2_S280

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K7_MemorySeq384_3_S727

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K7_MemorySeq384_2_S247

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K4_MemorySeq384_2_S244

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K2_MemorySeq384_2_S242

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K3_MemorySeq384_3_S723

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K23_MemorySeq384_3_S743

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K6_MemorySeq384_2_S246

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K24_MemorySeq384_2_S264

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K22_MemorySeq384_3_S742

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K5_MemorySeq384_3_S725

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K9_MemorySeq384_3_S729

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, L10_MemorySeq384_2_S274

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K22_MemorySeq384_2_S262

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K21_MemorySeq384_3_S741

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K20_MemorySeq384_2_S260

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K1_MemorySeq384_3_S721

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K15_MemorySeq384_3_S735

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K3_MemorySeq384_2_S243

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K17_MemorySeq384_2_S257

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K18_MemorySeq384_2_S258

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K23_MemorySeq384_2_S263

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K1_MemorySeq384_2_S241

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K15_MemorySeq384_2_S255

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K19_MemorySeq384_3_S739

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K17_MemorySeq384_3_S737

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K19_MemorySeq384_2_S259

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K16_MemorySeq384_2_S256

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K5_MemorySeq384_2_S245

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K14_MemorySeq384_2_S254

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K11_MemorySeq384_3_S731

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K13_MemorySeq384_2_S253

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K12_MemorySeq384_2_S252

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K13_MemorySeq384_3_S733

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K21_MemorySeq384_2_S261

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K11_MemorySeq384_2_S251

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K10_MemorySeq384_2_S250

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J8_MemorySeq384_2_S224

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J6_MemorySeq384_2_S222

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J9_MemorySeq384_3_S705

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, K10_MemorySeq384_3_S730

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J5_MemorySeq384_3_S701

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J7_MemorySeq384_3_S703

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J9_MemorySeq384_2_S225

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J3_MemorySeq384_3_S699

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J3_MemorySeq384_2_S219

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J2_MemorySeq384_2_S218

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J23_MemorySeq384_3_S719

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J20_MemorySeq384_3_S716

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J21_MemorySeq384_3_S717

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J19_MemorySeq384_3_S715

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J1_MemorySeq384_2_S217

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J5_MemorySeq384_2_S221

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J1_MemorySeq384_3_S697

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J2_MemorySeq384_3_S698

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J18_MemorySeq384_3_S714

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J24_MemorySeq384_2_S240

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J23_MemorySeq384_2_S239

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J16_MemorySeq384_2_S232

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J17_MemorySeq384_2_S233

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J22_MemorySeq384_2_S238

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J18_MemorySeq384_2_S234

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J15_MemorySeq384_3_S711

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J15_MemorySeq384_2_S231

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J21_MemorySeq384_2_S237

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J12_MemorySeq384_2_S228

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J20_MemorySeq384_2_S236

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J11_MemorySeq384_3_S707

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J7_MemorySeq384_2_S223

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J14_MemorySeq384_2_S230

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I9_MemorySeq384_3_S681

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J19_MemorySeq384_2_S235

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I6_MemorySeq384_2_S198

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J13_MemorySeq384_3_S709

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J17_MemorySeq384_3_S713

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I5_MemorySeq384_2_S197

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J13_MemorySeq384_2_S229

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J4_MemorySeq384_2_S220

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I23_MemorySeq384_3_S695

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J10_MemorySeq384_2_S226

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I4_MemorySeq384_2_S196

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, J11_MemorySeq384_2_S227

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I7_MemorySeq384_3_S679

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I5_MemorySeq384_3_S677

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I7_MemorySeq384_2_S199

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I9_MemorySeq384_2_S201

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I3_MemorySeq384_3_S675

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I1_MemorySeq384_2_S193

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I24_MemorySeq384_2_S216

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I23_MemorySeq384_2_S215

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I2_MemorySeq384_2_S194

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I22_MemorySeq384_2_S214

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I14_MemorySeq384_2_S206

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I21_MemorySeq384_2_S213

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I21_MemorySeq384_3_S693

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I1_MemorySeq384_3_S673

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I11_MemorySeq384_3_S683

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I12_MemorySeq384_2_S204

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I19_MemorySeq384_3_S691

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I19_MemorySeq384_2_S211

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H8_MemorySeq384_3_S656

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H9_MemorySeq010_S461

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I18_MemorySeq384_3_S690

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H7_MemorySeq384_2_S175

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I18_MemorySeq384_2_S210

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I17_MemorySeq384_2_S209

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I15_MemorySeq384_3_S687

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I16_MemorySeq384_2_S208

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H6_MemorySeq384_2_S174

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I17_MemorySeq384_3_S689

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H6_MemorySeq028_S951

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I10_MemorySeq384_2_S202

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I15_MemorySeq384_2_S207

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H8_MemorySeq028_S952

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I3_MemorySeq384_2_S195

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H4_MemorySeq384_3_S652

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H4_MemorySeq384_2_S172

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I13_MemorySeq384_3_S685

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H3_MemorySeq384_3_S651

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I20_MemorySeq384_2_S212

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I11_MemorySeq384_2_S203

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H23_MemorySeq384_2_S191

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H2_MemorySeq384_3_S650

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H8_MemorySeq384_2_S176

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H9_MemorySeq384_3_S657

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H7_MemorySeq384_3_S655

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H5_MemorySeq010_S459

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, I13_MemorySeq384_2_S205

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H7_MemorySeq010_S460

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H22_MemorySeq384_2_S190

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H21_MemorySeq010_S467

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H6_MemorySeq384_3_S654

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H9_MemorySeq384_2_S177

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H5_MemorySeq384_2_S173

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H24_MemorySeq384_3_S672

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H21_MemorySeq384_3_S669

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H1_MemorySeq384_2_S169

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H22_MemorySeq384_3_S670

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H23_MemorySeq010_S468

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H21_MemorySeq384_2_S189

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H19_MemorySeq384_3_S667

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H20_MemorySeq384_3_S668

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H20_MemorySeq384_2_S188

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H16_MemorySeq384_2_S184

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H15_MemorySeq384_3_S663

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H14_MemorySeq384_2_S182

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H13_MemorySeq384_2_S181

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H20_MemorySeq028_S958

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H1_MemorySeq384_3_S649

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H3_MemorySeq384_2_S171

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H17_MemorySeq010_S465

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H19_MemorySeq010_S466

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H17_MemorySeq384_3_S665

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H12_MemorySeq384_3_S660

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H17_MemorySeq384_2_S185

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H16_MemorySeq384_3_S664

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H11_MemorySeq384_3_S659

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H11_MemorySeq384_2_S179

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H16_MemorySeq028_S956

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H15_MemorySeq384_2_S183

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H10_MemorySeq028_S953

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H14_MemorySeq384_3_S662

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H11_MemorySeq010_S462

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G9_MemorySeq384_2_S153

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H12_MemorySeq384_2_S180

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H14_MemorySeq028_S955

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H13_MemorySeq384_3_S661

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H13_MemorySeq010_S463

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H12_MemorySeq028_S954

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H10_MemorySeq384_2_S178

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G8_MemorySeq028_S940

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G8_MemorySeq384_3_S632

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G7_MemorySeq384_2_S151

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H19_MemorySeq384_2_S187

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G9_MemorySeq010_S449

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G7_MemorySeq010_S448

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G5_MemorySeq384_3_S629

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G9_MemorySeq384_3_S633

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G6_MemorySeq384_3_S630

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G6_MemorySeq384_2_S150

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G6_MemorySeq028_S939

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G5_MemorySeq010_S447

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, H10_MemorySeq384_3_S658

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G4_MemorySeq384_3_S628

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G8_MemorySeq384_2_S152

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G4_MemorySeq384_2_S148

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G5_MemorySeq384_2_S149

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G3_MemorySeq384_3_S627

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G4_MemorySeq028_S938

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G2_MemorySeq384_3_S626

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G3_MemorySeq010_S446

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G3_MemorySeq384_2_S147

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G23_MemorySeq384_3_S647

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G23_MemorySeq384_2_S167

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G23_MemorySeq010_S456

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G24_MemorySeq384_3_S648

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G7_MemorySeq384_3_S631

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G24_MemorySeq384_2_S168

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G22_MemorySeq384_3_S646

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G21_MemorySeq384_2_S165

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G21_MemorySeq010_S455

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G20_MemorySeq384_3_S644

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G20_MemorySeq028_S946

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G22_MemorySeq384_2_S166

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G1_MemorySeq010_S445

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G20_MemorySeq384_2_S164

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G19_MemorySeq384_3_S643

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G2_MemorySeq384_2_S146

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G18_MemorySeq384_3_S642

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G19_MemorySeq384_2_S163

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G1_MemorySeq384_2_S145

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G17_MemorySeq010_S453

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G18_MemorySeq384_2_S162

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G17_MemorySeq384_3_S641

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G18_MemorySeq028_S945

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G17_MemorySeq384_2_S161

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G15_MemorySeq384_3_S639

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G16_MemorySeq028_S944

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G16_MemorySeq384_2_S160

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G1_MemorySeq384_3_S625

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G14_MemorySeq384_3_S638

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G15_MemorySeq010_S452

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G14_MemorySeq384_2_S158

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G13_MemorySeq384_3_S637

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G14_MemorySeq028_S943

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G12_MemorySeq384_2_S156

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G13_MemorySeq384_2_S157

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G13_MemorySeq010_S451

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G11_MemorySeq010_S450

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G16_MemorySeq384_3_S640

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G12_MemorySeq384_3_S636

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G12_MemorySeq028_S942

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G11_MemorySeq384_2_S155

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, F9_MemorySeq384_3_S609

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G11_MemorySeq384_3_S635

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G10_MemorySeq384_3_S634

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G10_MemorySeq028_S941

description:
edge_df.csv
NovaSeq 5000


title: Sequential lineage tracing of HL60 cell differentiation with static barcode and scSLAM-seq, G15_MemorySeq384_2_S159

description:
edge_df.csv
NovaSeq 5000