title: Control_day12

city: Columbia

first: Thomas

last: Spencer

address: 920 East Campus Drive

department: Animal Sciences

institute: University of Missouri

description: Single-cell RNA sequencing

data_processing:
The reads were mapped to the huamn reference genome GRCh38  using STAR aligner
The Cell Ranger pipeline was used to perform background filtration based on UMI (unique molecular identities) versus barcode counts, and to generate feature-barcode matrices from the libraries
The read count data of genes of single cells, generated by the Cell Ranger pipeline, was analyzed using the R package ‘Seurat’.
GRCh38
Genome_build: Three processed data files (tsv.gz) were generated per library that included information of barcodes, features and read counts.

source_name: uterine organoids

growth_protocol: The protocol of Matrigel and WNT-activating conditions was used to generate three-dimensional human uterine gland organoid (HUGO) cultures from endometrial biopsies.

extract_protocol:
The Matrigel/organoids and medium were transferred to a falcon tube, volume made up to 10 ml using serum-free DMEM/F12 supplemented with antimycotic-antibiotic and placed on ice for 5 minutes. The organoid suspension was centrifuged for 10 minutes at 4C, supernatant removed and pellet resuspended in 10 ml serum-free DMEM/F12 supplemented with antimycotic-antibiotic. Following centrifugation, the supernatant was removed and pellet resuspended in 0.05% trypsin EDTA and pipetted up and down to dissociate organoids. This was incubated for 40 minutes at 37C in total and pipetted up and down every 10 minutes to create a single cell suspension. The suspension was made up to 10 ml with serum-free DMEM/F12 supplemented with antimycotic-antibiotic and centrifuged. The cells were resuspended in serum-free DMEM/F12 supplemented with antimycotic-antibiotic and I mg/ml DNase I and incubated for 5 minutes at 37C. An equal volume of serum-free DMEM/F12 supplemented with antimycotic-antibiotic was added to the cell suspension, mixed and centrifuged. The supernatant was removed, pellet resuspended in 1 ml PBS containing 0.04% bovine serum albumin (BSA) and passed through a 40 m cell strainer. Another 1ml PBS containing 0.04% BSA was passed through the cell strainer. The cells were counted and viability assessed.
Chromium Next GEM Single Cell 3ʹ GEM, Library & Gel Bead Kit v3.1 protocol
10x genomics single-cell RNA-seq libraries

treatment_protocol: After passage, HUGO were grown for 4 days in expansion medium and then treated with estrogen (E2) for 2 days and then either nothing (Control), E2 and medroxyprogesterone acetate (MPA) or E2+MPA+cAMP for a further 6 days (n=3 replicates per patient and treatment).

value: uterine organoids

value: Control


title: Treated_E+P_day12

status: Public on Nov 22 2020

type: SRA

state: MO

country: USA

description: Single-cell RNA sequencing

library_source: transcriptomic

molecule: total RNA

organism: Homo sapiens

tag: tissue

tag: treatment


title: Treated_E_day6

description: Single-cell RNA sequencing

value: Estrogen


title: Treated_E+P+cAMP_day12

description: Single-cell RNA sequencing


title: Control_day6

description: Single-cell RNA sequencing


title: OM_057

city: Perth

first: Kyle

last: Mincham

address: Northern Entrance, Perth Children’s Hospital, 15 Hospital Avenue, Nedlands

country: Australia

institute: Telethon Kids Institute

data_processing:
Image analysis was performed in real time by the HiSeq Control Software (HCS) v2.2.68  and Real Time Analysis (RTA) v1.18.66.3, running on the instrument computer. RTA  performs real-time base calling on the HiSeq instrument computer. Then the Illumina  bcl2fastq 2.17.1.14 pipeline was used to generate the sequence data.
Sequencing data quality control (QC) was performed with the Bioconductor package Rqc (de Souza et al. J Statistical Software. 2018). Sequencing reads were aligned to the reference murine genome (mm10) using Subread and summarised at the gene level using featureCounts (Liao et al. Genome Biol. 2014). Sample QC was performed by analysing the distribution of the raw read counts to check for sample outliers using boxplots, relative log-transformed expression (RLE) plots and principal component analysis (PCA), before and after global-scale median normalisation.
Genome_build: mm10
Supplementary_files_format_and_content: OM_counts_mm10.csv

organism: Mus musculus

source_name: Bone marrow

extract_protocol:
Fetal bone marrow and thymus samples were homogenised using a rotor-star homogeniser (Qiagen) and total RNA extracted via TRIzol (Ambion), followed by RNA elution using RNeasy MinElute (Qiagen). RNA integrity was determined using an Agilent 2100 Bioanalyzer (Agilent Technologies; RIN: 10 ± 0 (mean ± SD)).
RNA libraries were prepared for sequencing using standard Illumina protocols.

treatment_protocol: Maternal OM-85 from GD9.5-17.5

tag: strain

value: BALB/c

value: Bone marrow

tag: age

value: Gestation day 18.5

tag: maternal treatment

value: Naïve

tag: fetal gender

value: Male


title: OM_056

source_name: Thymus

value: Thymus

value: Female


title: OM_053


title: OM_055


title: OM_052


title: OM_050


title: OM_051


title: OM_048


title: OM_047


title: OM_045


title: OM_044


title: OM_043


title: OM_046


title: OM_042


title: OM_041


title: OM_040


title: OM_038


title: OM_054


title: OM_039


title: OM_032


title: OM_035


title: OM_028


title: OM_036


title: OM_033


title: OM_034


title: OM_037


title: OM_029


title: OM_031


title: OM_049


title: OM_026


title: OM_030


title: OM_027


title: OM_025


title: OM_023


title: OM_021


title: OM_020


title: OM_024


title: OM_022


title: OM_019


title: OM_017


title: OM_016


title: OM_015


title: OM_014


title: OM_011


title: OM_013


title: OM_018


title: OM_012


title: OM_010


title: OM_007


title: OM_009


title: OM_008


title: OM_006


title: OM_005


title: Subject 24, timepoint WK2

type: RNA

city: Boston

first: Ilya

last: Korsunsky

state: MA

address: 77 Avenue Louis Pasteur

department: Genetics

institute: Brigham and Women's Hospital

data_processing: The raw data were processed using a custom R script, and normalized using Delta-CT with geNorm. MicroRNAs absent in all samples were discarded.

label: not provided

source_name: Plasma microRNA sample for subject 24 at timepoint WK2

extract_protocol: miRNA was extracted by Assurgen using a proprietary method. cDNA was synthesized with Taqman miRNA Reverse Transcription kit (Thermofisher Scientific)  in conjunction with Megaplex RT primers (Pools A & B, Cat #4399966 & # 4444281). cDNA targets were further pre-amplified using Megaplex Preamp Primers (Pool A, Cat # 4399233 & Pool B, Cat # 4444303)  & mixed with Taqman OA Real-time PCR Master Mix following the manufacturer's protocol and loaded onto OpenArray Human miRNA plates (Cat # 4461104) using an AccuFill (Applied Biosystems). miRNA panels were run on a QuantStudio 12K Flex instrument.

tag: timepoint

value: plasma

tag: subject id

value: Subject 30

tag: response

value: Good


title: Subject 24, timepoint WK4

source_name: Plasma microRNA sample for subject 24 at timepoint WK4


title: OM_004


title: Subject 24, timepoint WK0

source_name: Plasma microRNA sample for subject 24 at timepoint WK0


title: Subject 22, timepoint WK0

source_name: Plasma microRNA sample for subject 22 at timepoint WK0

value: Subject 29


title: Subject 22, timepoint WK14

source_name: Plasma microRNA sample for subject 22 at timepoint WK14


title: Subject 22, timepoint WK4

source_name: Plasma microRNA sample for subject 22 at timepoint WK4


title: Subject 21, timepoint WK14

source_name: Plasma microRNA sample for subject 21 at timepoint WK14

value: Subject 28

value: NR


title: Subject 21, timepoint WK4

source_name: Plasma microRNA sample for subject 21 at timepoint WK4


title: Subject 22, timepoint WK2

source_name: Plasma microRNA sample for subject 22 at timepoint WK2


title: Subject 24, timepoint WK14

source_name: Plasma microRNA sample for subject 24 at timepoint WK14


title: Subject 21, timepoint WK2

source_name: Plasma microRNA sample for subject 21 at timepoint WK2


title: Subject 21, timepoint WK0

source_name: Plasma microRNA sample for subject 21 at timepoint WK0


title: OM_003


title: Subject 20, timepoint WK2

source_name: Plasma microRNA sample for subject 20 at timepoint WK2

value: Subject 27


title: Subject 20, timepoint WK4

source_name: Plasma microRNA sample for subject 20 at timepoint WK4


title: Subject 20, timepoint WK14

source_name: Plasma microRNA sample for subject 20 at timepoint WK14


title: OM_002


title: OM_001

source_name: Bone marrow


title: Subject 20, timepoint WK0

source_name: Plasma microRNA sample for subject 20 at timepoint WK0


title: Subject 19, timepoint WK2

source_name: Plasma microRNA sample for subject 19 at timepoint WK2

value: Subject 26


title: Subject 19, timepoint WK4

source_name: Plasma microRNA sample for subject 19 at timepoint WK4


title: LuCaP_81CR_INPUT

first: Sylvan

last: Baca

address: 450 Brookline Ave

institute: Dana–Farber Cancer Institute

library_source: genomic

data_processing:
Illumina Casava1.7 software used for basecalling.
Reads were aligned to hg19 using BWA.
MACS2 was used for peak calling.
Genome_build: hg19
Supplementary_files_format_and_content: bigwig files represent normalized read counts in treatment conditions, bed files contain coordinates for MACS2 peak calls

molecule: genomic DNA

source_name: Prostate cancer patient-derived xenograft (PDX)

extract_protocol:
Frozen tissue (20-30mg for histone mark ChIP and 50-80mg for transcription factor ChIP) was pulverized using the CryoPREP dry impactor system (Covaris). The tissue was then fixed using 1% formaldehyde (Thermo fisher) in PBS for 18 minutes either at 37 degrees Celsius (histone mark ChIP) or at room temperature (transcription factor ChIP) and was quenched with 125 mM glycine. Chromatin was lysed in ice-cold lysis buffer (50mM Tris, 10mM EDTA, 1% SDS with protease inhibitor for histone mark ChIP; 0.1% SDS, 0.5% sodium deoxycholate and 1% NP-40 with protease inhibitor for transcription factor ChIP) and was sheared to 300-800 bp using the Covaris E220 sonicator (105 watt peak incident power, 5% duty cycle, 200 cycles/burst for 10 minutes for histone mark ChIP; 140 watt peak incident power, 5% duty cycle, 200 cycles/burst for 20 minutes for transcription factor ChIP). Five volumes of dilution buffer (1% Triton X-100, 2 mM EDTA, 150 mM NaCl, 20 mM Tris HCl pH 8.1) were added to chromatin for histone mark ChIP. The sample was then incubated with antibodies (H3K27ac, Diagenode, C15410196; H3K27me3, Cell Signaling 9733S; H3K4me3, Diagenode C15410003 premium; FOXA1, ab23738, Abcam) coupled with protein A and protein G beads (Life Technologies) at 4 degrees Celsius overnight. The chromatin was washed with RIPA wash buffer (100 mM Tris pH 7.5, 500 mM LiCl, 1% NP-40, 1% sodium deoxycholate) for 10 minutes six times and rinsed with TE buffer (pH 8.0) once. DNA was purified using MinElute column followed by incubation in the de-crosslinking buffer (1% SDS, 0.1M NaHCO3 with Proteinase K and RNase A) at 65 degrees Celsius.
DNA sequencing libraries were prepared using the ThruPLEX-FD Prep kit (Rubicon Genomics). Libraries were sequenced using 150-base paired end reads on an Illumina platform (Novogene).

tag: histology

value: Prostate adenocarcinoma

tag: chip antibody

value: Input control


title: LuCaP_92_INPUT


title: LuCaP_77_INPUT


title: LuCaP_93_INPUT

value: Neuroendocrine prostate cancer


title: LuCaP_81_INPUT


title: LuCaP_86.2_INPUT


title: Subject 19, timepoint WK0

source_name: Plasma microRNA sample for subject 19 at timepoint WK0


title: LuCaP_77CR_INPUT


title: LuCaP_78CR_INPUT


title: LuCaP_70_INPUT


title: Subject 19, timepoint WK14

source_name: Plasma microRNA sample for subject 19 at timepoint WK14


title: LuCaP_58_INPUT


title: LuCaP_78_INPUT


title: Subject 18, timepoint WK0

source_name: Plasma microRNA sample for subject 18 at timepoint WK0

value: Subject 25


title: Subject 16, timepoint WK4

source_name: Plasma microRNA sample for subject 16 at timepoint WK4

value: Subject 23


title: Subject 17, timepoint WK0

source_name: Plasma microRNA sample for subject 17 at timepoint WK0

value: Subject 24


title: Subject 17, timepoint WK2

source_name: Plasma microRNA sample for subject 17 at timepoint WK2


title: Subject 18, timepoint WK14

source_name: Plasma microRNA sample for subject 18 at timepoint WK14


title: LuCaP_70CR_INPUT


title: Subject 17, timepoint WK4

source_name: Plasma microRNA sample for subject 17 at timepoint WK4


title: Subject 16, timepoint WK2

source_name: Plasma microRNA sample for subject 16 at timepoint WK2


title: Subject 18, timepoint WK2

source_name: Plasma microRNA sample for subject 18 at timepoint WK2


title: LuCaP_208.1_INPUT


title: Subject 17, timepoint WK14

source_name: Plasma microRNA sample for subject 17 at timepoint WK14


title: LuCaP_49_INPUT


title: Subject 18, timepoint WK4

source_name: Plasma microRNA sample for subject 18 at timepoint WK4


title: LuCaP_189.4_INPUT


title: Subject 16, timepoint WK14

source_name: Plasma microRNA sample for subject 16 at timepoint WK14


title: LuCaP_189.3_INPUT


title: Subject 16, timepoint WK0

source_name: Plasma microRNA sample for subject 16 at timepoint WK0


title: LuCaP_173.2_INPUT


title: LuCaP_170.3_INPUT


title: LuCaP_173.1_INPUT


title: Subject 15, timepoint WK4

source_name: Plasma microRNA sample for subject 15 at timepoint WK4

value: Subject 22


title: Subject 15, timepoint WK2

source_name: Plasma microRNA sample for subject 15 at timepoint WK2


title: Subject 15, timepoint WK14

source_name: Plasma microRNA sample for subject 15 at timepoint WK14


title: LuCaP_170.2_INPUT

source_name: Prostate cancer patient-derived xenograft (PDX)


title: Subject 15, timepoint WK0

source_name: Plasma microRNA sample for subject 15 at timepoint WK0


title: LuCaP_145.2_INPUT


title: LuCaP_167CR_INPUT


title: LuCaP_167_INPUT


title: Subject 14, timepoint WK2

source_name: Plasma microRNA sample for subject 14 at timepoint WK2

value: Subject 21


title: Subject 14, timepoint WK4

source_name: Plasma microRNA sample for subject 14 at timepoint WK4


title: Subject 14, timepoint WK14

source_name: Plasma microRNA sample for subject 14 at timepoint WK14


title: Subject 13, timepoint WK4

source_name: Plasma microRNA sample for subject 13 at timepoint WK4

value: Subject 20


title: Subject 14, timepoint WK0

source_name: Plasma microRNA sample for subject 14 at timepoint WK0

value: plasma


title: LuCaP_136_INPUT


title: Subject 13, timepoint WK2

source_name: Plasma microRNA sample for subject 13 at timepoint WK2


title: LuCaP_136CR_INPUT


title: Subject 13, timepoint WK14

source_name: Plasma microRNA sample for subject 13 at timepoint WK14


title: LuCaP_176_INPUT


title: LuCaP_93_H3K27me3

value: H3K27me3, Cell Signaling Technology, 9733S


title: Subject 13, timepoint WK0

source_name: Plasma microRNA sample for subject 13 at timepoint WK0

value: Good


title: Subject 11, timepoint WK2

source_name: Plasma microRNA sample for subject 11 at timepoint WK2

value: Subject 19


title: LuCaP_92_H3K27me3


title: Subject 11, timepoint WK4

source_name: Plasma microRNA sample for subject 11 at timepoint WK4


title: LuCaP_81_H3K27me3


title: LuCaP_145.1_INPUT


title: Subject 10, timepoint WK4

source_name: Plasma microRNA sample for subject 10 at timepoint WK4

value: Subject 18


title: LuCaP_78_H3K27me3


title: LuCaP_141_INPUT


title: LuCaP_77_H3K27me3


title: LuCaP_49_H3K27me3


title: Subject 10, timepoint WK2

source_name: Plasma microRNA sample for subject 10 at timepoint WK2


title: LuCaP_145.2_H3K27me3


title: Subject 10, timepoint WK14

source_name: Plasma microRNA sample for subject 10 at timepoint WK14


title: Subject 9, timepoint WK2

source_name: Plasma microRNA sample for subject 9 at timepoint WK2

value: Subject 17


title: Subject 9, timepoint WK4

source_name: Plasma microRNA sample for subject 9 at timepoint WK4


title: LuCaP_81_H3K4me3

source_name: Prostate cancer patient-derived xenograft (PDX)

value: H3K4me3, Diagenode, C15410003 premium


title: LuCaP_93_H3K4me3


title: LuCaP_92_H3K4me3


title: Subject 9, timepoint WK0

source_name: Plasma microRNA sample for subject 9 at timepoint WK0


title: Subject 9, timepoint WK14

source_name: Plasma microRNA sample for subject 9 at timepoint WK14


title: Subject 11, timepoint WK14

source_name: Plasma microRNA sample for subject 11 at timepoint WK14


title: LuCaP_78_H3K4me3


title: LuCaP_58_H3K4me3


title: LuCaP_77_H3K4me3


title: Subject 11, timepoint WK0

source_name: Plasma microRNA sample for subject 11 at timepoint WK0


title: LuCaP_58_H3K27me3


title: LuCaP_173.1_H3K27me3


title: LuCaP_173.1_H3K4me3


title: Subject 8, timepoint WK4

source_name: Plasma microRNA sample for subject 8 at timepoint WK4

value: Subject 16

value: NR


title: Subject 8, timepoint WK0

source_name: Plasma microRNA sample for subject 8 at timepoint WK0


title: Subject 8, timepoint WK14

source_name: Plasma microRNA sample for subject 8 at timepoint WK14


title: Subject 8, timepoint WK2

source_name: Plasma microRNA sample for subject 8 at timepoint WK2


title: Subject 10, timepoint WK0

source_name: Plasma microRNA sample for subject 10 at timepoint WK0


title: LuCaP_145.2_H3K4me3


title: LuCaP_145.1_H3K27me3


title: Subject 7, timepoint WK14

source_name: Plasma microRNA sample for subject 7 at timepoint WK14

value: Subject 15


title: Subject 7, timepoint WK2

source_name: Plasma microRNA sample for subject 7 at timepoint WK2


title: Subject 7, timepoint WK4

source_name: Plasma microRNA sample for subject 7 at timepoint WK4


title: LuCaP_145.1_H3K4me3

value: Neuroendocrine prostate cancer


title: Subject 6, timepoint WK4

source_name: Plasma microRNA sample for subject 6 at timepoint WK4

value: Subject 14


title: LuCaP_93_FOXA1

value: FOXA1, Abcam, ab23738


title: Subject 5, timepoint WK2

source_name: Plasma microRNA sample for subject 5 at timepoint WK2

value: Subject 13


title: Subject 6, timepoint WK14

source_name: Plasma microRNA sample for subject 6 at timepoint WK14


title: Subject 6, timepoint WK0

source_name: Plasma microRNA sample for subject 6 at timepoint WK0


title: LuCaP_86.2_FOXA1

source_name: Prostate cancer patient-derived xenograft (PDX)

value: Prostate adenocarcinoma


title: LuCaP_81_FOXA1


title: LuCaP_49_FOXA1


title: LuCaP_78CR_FOXA1


title: Subject 6, timepoint WK2

source_name: Plasma microRNA sample for subject 6 at timepoint WK2


title: LuCaP_78_FOXA1


title: LuCaP_92_FOXA1


title: Subject 7, timepoint WK0

source_name: Plasma microRNA sample for subject 7 at timepoint WK0


title: Subject 5, timepoint WK4

source_name: Plasma microRNA sample for subject 5 at timepoint WK4


title: Subject 5, timepoint WK14

source_name: Plasma microRNA sample for subject 5 at timepoint WK14


title: LuCaP_70CR_FOXA1


title: LuCaP_77_FOXA1


title: LuCaP_77CR_FOXA1


title: LuCaP_81CR_FOXA1


title: Subject 4, timepoint WK4

source_name: Plasma microRNA sample for subject 4 at timepoint WK4

value: Subject 12


title: Subject 4, timepoint WK2

source_name: Plasma microRNA sample for subject 4 at timepoint WK2


title: Subject 4, timepoint WK14

source_name: Plasma microRNA sample for subject 4 at timepoint WK14


title: LuCaP_35_FOXA1


title: LuCaP_58_FOXA1


title: Subject 3, timepoint WK14

source_name: Plasma microRNA sample for subject 3 at timepoint WK14

value: Subject 11


title: Subject 5, timepoint WK0

source_name: Plasma microRNA sample for subject 5 at timepoint WK0

value: plasma


title: Subject 4, timepoint WK0

source_name: Plasma microRNA sample for subject 4 at timepoint WK0


title: LuCaP_70_FOXA1


title: Subject 3, timepoint WK4

source_name: Plasma microRNA sample for subject 3 at timepoint WK4


title: LuCaP_208.1_FOXA1


title: Subject 3, timepoint WK2

source_name: Plasma microRNA sample for subject 3 at timepoint WK2


title: LuCaP_176_FOXA1


title: LuCaP_173.1_FOXA1


title: LuCaP_173.2_FOXA1


title: LuCaP_170.3_FOXA1


title: LuCaP_49_H3K4me3


title: LuCaP_189.3_FOXA1


title: Subject 3, timepoint WK0

source_name: Plasma microRNA sample for subject 3 at timepoint WK0


title: Subject 2, timepoint WK4

source_name: Plasma microRNA sample for subject 2 at timepoint WK4

value: Subject 10


title: Subject 2, timepoint WK0

source_name: Plasma microRNA sample for subject 2 at timepoint WK0


title: LuCaP_170.2_FOXA1


title: Subject 2, timepoint WK2

source_name: Plasma microRNA sample for subject 2 at timepoint WK2


title: Subject 2, timepoint WK14

source_name: Plasma microRNA sample for subject 2 at timepoint WK14


title: LuCaP_167_FOXA1

source_name: Prostate cancer patient-derived xenograft (PDX)


title: LuCaP_167CR_FOXA1


title: Subject 30, timepoint WK4

source_name: Plasma microRNA sample for subject 30 at timepoint WK4

value: Subject 9


title: Subject 30, timepoint WK14

source_name: Plasma microRNA sample for subject 30 at timepoint WK14


title: LuCaP_145.2_FOXA1


title: LuCaP_141_FOXA1


title: LuCaP_189.4_FOXA1


title: LuCaP_145.1_FOXA1


title: LuCaP_136_FOXA1


title: Subject 28, timepoint WK4

source_name: Plasma microRNA sample for subject 28 at timepoint WK4

value: Subject 7


title: Subject 29, timepoint WK14

source_name: Plasma microRNA sample for subject 29 at timepoint WK14

value: Subject 8


title: LuCaP_136CR_FOXA1


title: Subject 30, timepoint WK0

source_name: Plasma microRNA sample for subject 30 at timepoint WK0


title: Subject 29, timepoint WK2

source_name: Plasma microRNA sample for subject 29 at timepoint WK2


title: Subject 29, timepoint WK4

source_name: Plasma microRNA sample for subject 29 at timepoint WK4


title: Subject 29, timepoint WK0

source_name: Plasma microRNA sample for subject 29 at timepoint WK0


title: Subject 30, timepoint WK2

source_name: Plasma microRNA sample for subject 30 at timepoint WK2


title: LuCaP_93_H3K27ac

value: H3K27ac, Diagenode, C15410196


title: LuCaP_86.2_H3K27ac


title: LuCaP_81_H3K27ac


title: LuCaP_92_H3K27ac


title: LuCaP_81CR_H3K27ac


title: Subject 28, timepoint WK14

source_name: Plasma microRNA sample for subject 28 at timepoint WK14


title: LuCaP_78_H3K27ac


title: Subject 28, timepoint WK2

source_name: Plasma microRNA sample for subject 28 at timepoint WK2


title: LuCaP_78CR_H3K27ac


title: Subject 27, timepoint WK2

source_name: Plasma microRNA sample for subject 27 at timepoint WK2

value: Subject 6


title: Subject 27, timepoint WK14

source_name: Plasma microRNA sample for subject 27 at timepoint WK14


title: LuCaP_77_H3K27ac


title: Subject 26, timepoint WK4

source_name: Plasma microRNA sample for subject 26 at timepoint WK4

value: Subject 5


title: Subject 26, timepoint WK14

source_name: Plasma microRNA sample for subject 26 at timepoint WK14

value: NR


title: Subject 26, timepoint WK2

source_name: Plasma microRNA sample for subject 26 at timepoint WK2


title: LuCaP_77CR_H3K27ac

source_name: Prostate cancer patient-derived xenograft (PDX)


title: LuCaP_70_H3K27ac


title: Subject 27, timepoint WK0

source_name: Plasma microRNA sample for subject 27 at timepoint WK0


title: LuCaP_49_H3K27ac


title: LuCaP_58_H3K27ac


title: LuCaP_35_H3K27ac


title: Subject 26, timepoint WK0

source_name: Plasma microRNA sample for subject 26 at timepoint WK0


title: LuCaP_189.3_H3K27ac


title: LuCaP_176_H3K27ac


title: Subject 25, timepoint WK4

source_name: Plasma microRNA sample for subject 25 at timepoint WK4

value: Subject 4

value: Good


title: Treated BMMs rep4

city: Newark

first: Catherine

middle: A

last: Fromen

state: DE

address: 150 Academy St, 209 Colburn Lab

institute: University of Delaware

data_processing:
Reads were trimmed for quality (Q<30) and to remove poly-A and Illumina sequencing adapters using Trim Galore! (ver. 0.4.4; Babraham Bioinformatics) and reads less than 35bp after trimming were discarded
Trimmed reads were aligned to the M. musculus genome (version mm10) using HiSat2 (ver. 2.1.0; mean mapping rate 95.5%), mapping metrics were assessed using RseQC (ver. 2.6.1), and gene/exon feature counts were calculated using HTseq (ver. 0.11.0).
Pairwise differential expression analysis was performed to identify gene-level features which are significantly up or down-regulated between treatments using EdgeR (ver. 3.28.1) analyzing genes with a CPM (count per million reads) of at least one in three or more samples.
Genome_build: mm10
Supplementary_files_format_and_content: one tab-delimited file of all the samples with both raw and normalized counts. X2A, X2B, X2C, X2D, X3A, X3B, X3C, X3D represent samples 2A, 2B, 2C, 2D, 3A, 3B, 3C, and 3D, respectively.

source_name: Bone marrow-derived macrophages (BMMs)

growth_protocol: bone marrow was extracted from femurs and tibias of mice cells were plated in  DMEM/F-12 media containing 20% fetal bovine serum, 30% L929 cell conditioned media, and 1% Penicillin-Streptomycin. On day three, cells were supplemented with an equal volume of DMEM/F-12 media containing 20% fetal bovine serum, 30% L929 cell conditioned media, and 1% Penicillin-Streptomycin and  seeded in 6-well plates (1×10^6 cells/well) and allowed to adhere for at least four hours before treatment

extract_protocol:
BMMs were lysed and RNA was extracted and purified using RNAeasy Plus Mini Kit (Qiagen) according to manufacturer’s guidelines.
RNA libraries were prepared for sequencing using standard Illumina protocols

treatment_protocol: Cells were treated with 100 ug/ml polyethylene glycol-based nanoparticles for 24 hours or left untreated

tag: Sex

value: Female

tag: tissue of origin

value: Bone marrow


title: Subject 25, timepoint WK14

source_name: Plasma microRNA sample for subject 25 at timepoint WK14


title: Treated BMMs rep3


title: LuCaP_189.4_H3K27ac


title: Subject 27, timepoint WK4

source_name: Plasma microRNA sample for subject 27 at timepoint WK4


title: Subject 25, timepoint WK2

source_name: Plasma microRNA sample for subject 25 at timepoint WK2


title: Subject 25, timepoint WK0

source_name: Plasma microRNA sample for subject 25 at timepoint WK0


title: Subject 23, timepoint WK4

source_name: Plasma microRNA sample for subject 23 at timepoint WK4

value: Subject 3


title: Treated BMMs rep2


title: LuCaP_173.2_H3K27ac

value: Prostate adenocarcinoma


title: Subject 23, timepoint WK2

source_name: Plasma microRNA sample for subject 23 at timepoint WK2


title: Subject 23, timepoint WK14

source_name: Plasma microRNA sample for subject 23 at timepoint WK14


title: LuCaP_70CR_H3K27ac


title: LuCaP_173.1_H3K27ac

value: Neuroendocrine prostate cancer


title: LuCaP_170.3_H3K27ac


title: Subject 12, timepoint WK4

source_name: Plasma microRNA sample for subject 12 at timepoint WK4

value: Subject 2


title: Untreated BMMs rep3


title: Untreated BMMs rep2


title: LuCaP_167_H3K27ac


title: Subject 23, timepoint WK0

source_name: Plasma microRNA sample for subject 23 at timepoint WK0

value: plasma


title: Untreated BMMs rep1


title: EZH2 knoclkdown cell line, biological rep2

city: Nanjing

first: Tao

last: Gui

state: Jiangsu

address: NO.100 Shizi Street, Hongshan Road

country: China

institute: Affiliated Hospital of Integrated Traditional Chinese and Western Medicine, Nanjing University of Chinese Medicine

hyb_protocol: Following fragmentation, 10 ug of cRNA were hybridized for 16 hr at 45C on Affymetrix Huaman PrimeViewTM. GeneChips were washed and stained in the Affymetrix Fluidics Station 400.

scan_protocol: GeneChips were scanned using the Hewlett-Packard GeneArray Scanner G3000 7G.

data_processing: The data were analyzed with RMA using Affymetrix default analysis settings and global scaling as normalization method. The trimmed mean target intensity of each array was arbitrarily set to 100

label: biotin

source_name: endometrial adenocarcinoma cell line Ishikawa (ISK) EZH2 knockdown

label_protocol: Biotinylated cRNA were prepared according to the standard Affymetrix protocol from 6 ug total RNA (Expression Analysis Technical Manual, 2001, Affymetrix).

growth_protocol: Stable Scr and EZH2 knockdown cells were cultured in RPMI1640 media (GIBICO) containing 10% (v/v) FBS and 1% (v/v) penicillin/streptomycin and maintained at 37°C in the presence of 5% CO2.

extract_protocol: RNA from cell lines was isolated using Trizol reagent according to the manufacturer's instructions.

treatment_protocol: Stable scramble and EZH2 knockdown cell lines were selected using puromycin (2 μg/mL) prior to use in experiments.

value: Ishikawa (ISK) cell

tag: genotype/variation

value: EZH2 knockdown cells


title: EZH2 knoclkdown cell line, biological rep1


title: CHIR_3

city: Chuncheon

first: Seung Goo

last: Kang

address: 1, Kangwondaehak-gil

department: Biomedical Convergence

country: South Korea

institute: Kangwon National University

data_processing:
Sequencing reads were trimmed for adapter and low quality sequence using cutadapt version 1.12
Trimmed reads were aligned to the mm10 genome using Tophat version 2.1.1
Fragments Per Kilobase of transcript per Million mapped reads (FPKM) were calculated using Cufflinks version 2.2.1
Genome_build: mm10
Supplementary_files_format_and_content: tab-delimited text files include FPKM values for each Sample

growth_protocol: in vitro generated germinal center B cells (iGCB cells) were generated by culturing Naïve Follicular B cells on CD40L expressing feeder cells for 4 days with IL-4 (1ng/ml) supplementation

extract_protocol:
purified treated iGCB cells were subjected for total RNA extraction by RNAeasy kit (QIAGEN) according to the instructions provided by the manufacturer
TruSeq Stranded mRNA Sample Prep Kit (Illumina) was used for library construction

treatment_protocol: iGCB cells were treated with CHIR99021 (3uM) or DMSO (3uM) for 36 hours in the culture with CD40L expression feeder cells supplemented with IL-21(10ng/ml).

tag: background strain

tag: genotype

value: wild type

tag: cell type


title: CHIR_2

source_name: in vitro generated germinal center B cells


title: Untreated BMMs rep4


title: Scr cell line, biological rep2

source_name: endometrial adenocarcinoma cell line Ishikawa (ISK) Scr

value: Scr cells


title: EZH2 knoclkdown cell line, biological rep3


title: Subject 12, timepoint WK0

source_name: Plasma microRNA sample for subject 12 at timepoint WK0

tag: tissue


title: Treated BMMs rep1


title: Scr cell line, biological rep1


title: DMSO_3

tag: treatment

value: DMSO (3uM)

value: in vitro generated germinal center B cells


title: Subject 12, timepoint WK14

source_name: Plasma microRNA sample for subject 12 at timepoint WK14


title: delta_mgrB SPI2 rep2

city: Würzburg

first: Jörg

last: Vogel

address: Josef-Schneider-Straße 2

country: Germany

institute: Institute for Molecular Infection Biology

data_processing:
adapter removal with cutadapt and quality trimming with FastX suite (Version 0.3.7)
Alignment to genome wtih READemption (Version 0.4.5)
Differential gene expression analysis with edgeR (Version 3.20.8)
Genome_build: Salmonella reference sequence NC_016810, NC_017718, NC_017719, and NC_017720
Supplementary_files_format_and_content: Excel file with differential gene expression in the deletion mutant vs wild-type
.txt file with RPKM values for each gene in each replicate

organism: Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344

source_name: Salmonella Typhimurium

growth_protocol: Over-night cultures (LB, 37°C, 220rpm) were diluted 1:100 and grown in the same conditions to an OD600 of 2.0. Cells were collected, washed twiced with PBS and once with SPI2 medium, diluted 1:50 and grown in SPI2 medium (37°C, 220 rpm) to an OD600 of 0.3.

extract_protocol:
Total RNA was extracted with the hot phenol method. The RNA was then treated with Dnase I
"Bacteria" Illumina Kit with rRNA depletion using Ribo-Zero (Gram negative bacteria, Illumina)

tag: growth condition

value: growth in SPI2 medium to OD 0.3


title: Subject 28, timepoint WK0

source_name: Plasma microRNA sample for subject 28 at timepoint WK0

value: Subject 7

value: NR


title: LuCaP_141_H3K27ac

source_name: Prostate cancer patient-derived xenograft (PDX)

value: H3K27ac, Diagenode, C15410196


title: LuCaP_170.2_H3K27ac


title: LuCaP_145.2_H3K27ac


title: Subject 1, timepoint WK4

source_name: Plasma microRNA sample for subject 1 at timepoint WK4

value: Subject 1

value: Good


title: Subject 1, timepoint WK2

source_name: Plasma microRNA sample for subject 1 at timepoint WK2


title: WT SPI2  rep2

value: wild-type


title: LuCaP_136_H3K27ac

value: Prostate adenocarcinoma


title: DMSO_2


title: DMSO_1


title: Subject 12, timepoint WK2

source_name: Plasma microRNA sample for subject 12 at timepoint WK2


title: delta_mgrB SPI2 rep1


title: WT SPI2 rep1


title: Subject 1, timepoint WK14

source_name: Plasma microRNA sample for subject 1 at timepoint WK14


title: Subject 1, timepoint WK0

source_name: Plasma microRNA sample for subject 1 at timepoint WK0


title: D14_F_ATAC-seq

status: Public on Nov 21 2020

city: Gainesville

first: Zongliang

last: Jiang

state: FL

address: 2033 Mowry Rd

institute: University of Florida

data_processing:
All quality assessed ATAC-seq reads were aligned to the bovine reference genome using Bowtie 2.3 with following options: --very-sensitive -X 2000 --no-mixed --no-discordant. Alignments resulted from PCR duplicates or locating in mitochondria were excluded. Only unique alignments within each sample were retained in subsequent analysis. Principle component analysis (PCA) was performed on pairwise correlation data in R with functions prcomp. ATAC-seq peaks were called separately for each sample by MACS2 with following options: --keep-dup all –nolambda --nomodel. Peaks in individual samples from the same development stage were subsequently merged using bedtools (https://bedtools.readthedocs.io/en/latest/).
For downstream analysis, we normalized the read counts by computing the number of reads per kilobase of bin per million of reads (RPKM). To visualize the ATAC-seq signal in the UCSC genome browser, we extended each read by 250bp and counted the coverage for each base. The enrichment of transcriptional factor motifs in peaks was evaluated using HOMER (http://homer.ucsd.edu/homer/motif/).
Genome_build: UMD3.1.1
Supplementary_files_format_and_content: peaks

organism: Bos taurus

source_name: embryos

extract_protocol: not provided; requested

tag: developmental stage/tissue

value: day 14 elongating embryos


title: D14_C_ATAC-seq


title: D14_E_ATAC-seq


title: Scr cell line, biological rep3

tag: strain


title: D14_B_ATAC-seq


title: D14_D_ATAC-seq


title: Vivo_BL_4_ATAC-seq

value: Blastocyst derived in vivo


title: D14_A_ATAC-seq


title: Vivo_BL_3_ATAC-seq


title: Vivo_BL_1_ATAC-seq


title: Vivo_M_4_ATAC-seq

value: Morula derived in vivo


title: Vivo_M_2_ATAC-seq


title: LuCaP_136CR_H3K27ac


title: Vivo_M_1_ATAC-seq


title: Morula_6_ATAC-seq

value: Morula


title: BL_B_ATAC-seq

value: Blastocyst


title: BL_C_ATAC-seq


title: BL_A_ATAC-seq


title: Morula_5_ATAC-seq


title: Morula_B_ATAC-seq


title: Morula_C_ATAC-seq


title: Morula_A_ATAC-seq


title: Morula_D_ATAC-seq


title: 16cell_F_ATAC-seq

value: 16-cell embryos


title: 16cell_E_ATAC-seq


title: 16cell_C_ATAC-seq


title: 8cell_F_ATAC-seq

value: 8-cell embryos


title: 8cell_E_ATAC-seq


title: 16cell_A_ATAC-seq


title: 8cell_D_ATAC-seq


title: 16cell_B_ATAC-seq


title: Vivo_BL_2_ATAC-seq


title: 8cell_C_ATAC-seq


title: 4cell_F_ATAC-seq

value: 4-cell embryos


title: Vivo_M_3_ATAC-seq


title: 8cell_A_ATAC-seq


title: 4cell_D_ATAC-seq


title: 4cell_E_ATAC-seq


title: 4cell_C_ATAC-seq


title: 4cell_B_ATAC-seq


title: 2cell_D_ATAC-seq

value: 2-cell embryos


title: 2cell_F_ATAC-seq


title: MII_E_ATAC-seq

source_name: oocytes

value: MII oocytes


title: MII_C_ATAC-seq


title: 2cell_B_ATAC-seq


title: 2cell_C_ATAC-seq


title: 2cell_A_ATAC-seq


title: GV_F_ATAC-seq

value: GV oocytes


title: GV_E_ATAC-seq


title: GV_C_ATAC-seq


title: GV_B_ATAC-seq


title: GV_D_ATAC-seq


title: MII_D_ATAC-seq


title: MII_B_ATAC-seq


title: MII_A_ATAC-seq


title: GV_A_ATAC-seq


title: 4cell_A_ATAC-seq


title: 2cell_E_ATAC-seq


title: Human_kidney_GLOM

city: Huddinge

first: Ping

last: Chen

address: Alfred Nobels allé 8

department: Department of Laboratory Medicine

country: Sweden

institute: Karolinska Institutet

description:
Submitter declares that the raw data will be deposited in EGA due to privacy concerns.
human_glom_single_cell_rpkms.txt

data_processing:
Raw sequencing data were de-multiplexed and converted into fastq format for each cell by using Illumina bcl2fastq with default setting.
Reads from mouse and human data were aligned to mouse genome mm10 and human genome hg38, respectively, using the STAR aligner.
Uniquely aligned reads mapping to the RefSeq gene annotations were used for gene expression estimates at reads per kilobase transcript and million mapped reads (RPKMs) using rpkmforgenes.
Low quality cells were excluded from downstream analysis when they failed to meet the following criteria for retaining cells: 1) >= 50,000 sequence reads; 2) >= 40% of reads uniquely aligned to the genome; 3) >= 40% of these reads mapping to RefSeq annotated exons; 4) < 10% of uniquely mapped reads from ERCC spike-ins; and 5) >= 500 genes with RPKM >= 1. In addition, doublets detected by Scrublet were further removed.
Genome_build: mm10 for mouse; hg38 for human
Supplementary_files_format_and_content: tab-delimited text files include RPKM values for each single cell

source_name: Kidney glomerular single cells - glomeruli from human living donor renal biopsies

extract_protocol:
Single cell preparation consisted of two main procedures: (1) Isolation of the glomerulus: mice were first perfused with Dynabeads via heart; minced fresh human healthy biopies and mouse kidney were incubated with Collagenase IV (1mg/ml) and DNase I (50U/ml) at 37°C for 15 and 30 min, respectively. Human samples then were sieved once through 300µm-strainers and isolated glomeruli collected via 100µm-strainers. Mouse samples went through 100µm-strainers twice and bead-containing glomeruli were separated from tubules via a magnet holder followed by 3x wash. (2) Single cell dissociation: isolated human or mouse glomeruli were digested with 1x PBS with Ca++/Mg++ containing collagenase IV (1mg/ml), pronase (1mg/ml) and DNaseI (50U/ml) at 37°C for 15 min with mild shaking (400rpm). Dissociated cells were washed once. For sorting viable single cells, a live cell dye (CMFDA-Green or DRAQ5) was used.
The reverse-transcribed cDNA from single cells was amplified 23 cycles followed by tagmentation and a standard index PCR. The single cell libraries were prepared according to Smart-seq2 protocol. The sequencing was performed on HISEQ 3000 (IIlumina).

value: Kidney glomerulus

tag: cell sorting strategy

value: unbiased all viable cell sorting


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P6_S167

city: Stanford

first: Justus

middle: M

last: Kebschull

state: CA

address: 327 Campus Drive

institute: Stanford University

data_processing:
Basecalling through Illumina pipeline
STAR alignment to (I) mouse genome mm10
Count reads in exons using Htseq
Produce count matrix
Analyse in Seurat
Genome_build: mm10
Supplementary_files_format_and_content: seurat v3 object containing count matrix, dimensionality reduction, cluster assignment, metadata

source_name: medial prefrontal cortex

extract_protocol:
mPFC or OFC was dissected form acute slices of the mouse brain. Samples were digested and cells released by tirturation. TdTomato+ cells were FACS sorted into 384 well plates
smartseq2


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P5_S166


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P7_S168


title: mouse kidney organoid

city: ShenZhen

first: Jiang

last: Shengwei

address: No.1001 Xueyuan Avenue, Nanshan District

institute: Tsinghua University

data_processing:
Illumina HiSeq Control Software (HCS) + OLB + GAPipeline-1.6  used for  basecalling.
Sequencing was carried out using a 2x150bp paired-end (PE) configuration
Reads Per Kilobase of exon per Megabase of library size (RPKM) were calculated using a protocol from Chepelev et al., Nucleic Acids Research, 2009. In short, exons from all isoforms of a gene were merged to create one meta-transcript. The number of reads falling in the exons of this meta-transcript were counted and normalized by the size of the meta-transcript and by the size of the library.
Genome_build: mm9
Supplementary_files_format_and_content: tab-delimited text files include FPKM values for each Sample

source_name: mouse kidney

extract_protocol:
Samples were removed, flash frozen on dry ice and total RNA of each sample was extracted using the TRIzol Reagent (Invitrogen) /RNeasy Mini Kit (Qiagen). 1 μg total RNA with RIN value above 6.5 was used for library preparation.
RNA libraries were prepared for sequencing using standard Illumina protocols

value: BALB/C

value: kidney

tag: day

value: day 7 after cultured


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P9_S170


title: mouse lung

source_name: mouse lung

value: lung

value: day 0


title: mouse liver

source_name: mouse liver

value: liver


title: mouse lung organoid


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P8_S169


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P19_S180


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P18_S179


title: mouse kidney


title: mouse liver organoid


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P17_S178


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P13_S174


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P15_S176


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P16_S177


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P14_S175


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P11_S172


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P12_S173


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O9_S147


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O8_S146


title: Mouse Rbp4+ PFC/OFC cells LLJL9_P10_S171


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O7_S145


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O4_S142


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O5_S143


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O3_S141


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O2_S140


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O22_S160


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O16_S154


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O14_S152


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O21_S159


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O19_S157


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O13_S151


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O20_S158


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O11_S149


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O15_S153


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O12_S150


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N7_S122


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O10_S148


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O18_S156


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N4_S119


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N2_S117


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N8_S123


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N9_S124


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N3_S118


title: CHIR_1

source_name: in vitro generated germinal center B cells

value: wild type


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N5_S120


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N6_S121


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N22_S137


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N20_S135


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N21_S136


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N1_S116


title: Mouse Rbp4+ PFC/OFC cells LLJL9_O17_S155


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N18_S133


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N19_S134


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N17_S132


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N15_S130


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N14_S129


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N12_S127


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N13_S128


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M8_S100


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N11_S126


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N10_S125


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M9_S101


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N23_S138


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M7_S99


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M5_S97


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M23_S115


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M6_S98


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M3_S95


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M22_S114


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M2_S94


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M21_S113


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M1_S93


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M20_S112


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M19_S111


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M18_S110


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M17_S109


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M16_S108


title: Mouse Rbp4+ PFC/OFC cells LLJL9_N16_S131


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M13_S105


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M11_S103


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M10_S102


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M15_S107


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M4_S96


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L7_S76


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L4_S73


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L5_S74


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L2_S71


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L6_S75


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L3_S72


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L21_S90


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L20_S89


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L19_S88


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L22_S91


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L1_S70


title: LuCaP_145.1_H3K27ac

value: Neuroendocrine prostate cancer

value: H3K27ac, Diagenode, C15410196


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L18_S87


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L16_S85


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L17_S86


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L15_S84


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M14_S106


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L14_S83


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L13_S82


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L9_S78


title: Mouse Rbp4+ PFC/OFC cells LLJL9_M12_S104


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L10_S79


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L8_S77


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K9_S55


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L11_S80


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K5_S51


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K3_S49


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K8_S54


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K4_S50


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K6_S52


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K20_S66


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K23_S69


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K1_S47


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K19_S65


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K16_S62


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K15_S61


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K17_S63


title: Mouse Rbp4+ PFC/OFC cells LLJL9_L23_S92


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K21_S67


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K13_S59


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K11_S57


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K10_S56


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K14_S60


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K7_S53


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J9_S32


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J7_S30


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J6_S29


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K2_S48


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J8_S31


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K22_S68


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J4_S27


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J5_S28


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K12_S58


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J3_S26


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J2_S25


title: Mouse Rbp4+ PFC/OFC cells LLJL9_K18_S64


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J21_S44


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J22_S45


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J20_S43


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J1_S24


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J18_S41


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J17_S40


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J14_S37


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J16_S39


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J13_S36


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J15_S38


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J10_S33


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J12_S35


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J11_S34


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I8_S8


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I9_S9


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I7_S7


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I6_S6


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I4_S4


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I3_S3


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I2_S2


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I5_S5


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I22_S22


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I23_S23


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I21_S21


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I1_S1


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J23_S46


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I18_S18


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I19_S19


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I16_S16


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I17_S17


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I20_S20


title: Mouse Rbp4+ PFC/OFC cells LLJL9_J19_S42


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I15_S15


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I11_S11


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I10_S10


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I13_S13


title: Mouse Rbp4+ PFC/OFC cells LLJL9_I14_S14


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H6_S283


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H8_S285


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H7_S284


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H4_S281


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H5_S282


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H23_S300


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H22_S299


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H2_S279


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H21_S298


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H20_S297


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H1_S278


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H19_S296


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H15_S292


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H17_S294


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H18_S295


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H11_S288


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H14_S291


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H13_S290


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H10_S287


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G8_S262


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H9_S286


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G7_S261


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G5_S259


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G6_S260


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G3_S257


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H3_S280


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G2_S256


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G21_S275


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G22_S276


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G20_S274


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G1_S255


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G18_S272


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G16_S270


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G17_S271


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G15_S269


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H16_S293


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G19_S273


title: Mouse Rbp4+ PFC/OFC cells LLJL9_H12_S289


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G14_S268


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G10_S264


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F9_S240


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G12_S266


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G11_S265


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F8_S239


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G4_S258


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F6_S237


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F5_S236


title: 665s_M1

description: mouse_glom_single_cell_Pdgfrb+Mice_rpkms.txt

source_name: Kidney glomerular single cells - mouse kidney glomeruli (Pdgfrb+ cells )

value: Pdgfrb-EGFP

value: DRAQ5+ EGFP+ viable cell sorting


title: 665s_A24


title: 665s_B16


title: 665s_A10


title: 665s_D2


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F3_S234


title: 665s_B18


title: 665s_L17


title: Mouse Rbp4+ PFC/OFC cells LLJL9_G13_S267


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F23_S254


title: 665s_M16


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F22_S253


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F21_S252


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F20_S251


title: 665s_D8


title: 665s_H1


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F1_S232


title: 665s_D10


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F7_S238


title: 665s_D19


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F18_S249


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F19_S250


title: 665s_C14


title: 665s_O24


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F4_S235


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F17_S248


title: 665s_F15


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F16_S247


title: 665s_H4


title: 665s_H7


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F15_S246


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F14_S245


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F2_S233


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F12_S243


title: 665s_F4


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F13_S244


title: 665s_E20


title: 665s_P11


title: 665s_M21


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F10_S241


title: 665s_B20


title: 665s_M2


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E7_S215


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E8_S216


title: 665s_H14


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E6_S214


title: 665s_O21


title: 665s_J4


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E5_S213


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E3_S211


title: 665s_F12


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E4_S212


title: 665s_I1


title: 665s_K7


title: 665s_H16


title: 665s_B13


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E22_S230


title: 665s_J9


title: 665s_M7


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E23_S231


title: Mouse Rbp4+ PFC/OFC cells LLJL9_F11_S242


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E21_S229


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E9_S217


title: 665s_E8


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E19_S227


title: 665s_G23


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E1_S209


title: 665s_C8


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E18_S226


title: 665s_J11


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E17_S225


title: 665s_H9


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E15_S223


title: 665s_I9


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E14_S222


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E16_S224


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E2_S210


title: 665s_I22


title: 665s_K1


title: 665s_F9


title: 665s_J13


title: 665s_M22


title: 665s_H12


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D9_S194


title: 665s_O23


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E11_S219


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E10_S218


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E20_S228


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D4_S189


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D8_S193


title: 665s_J23


title: 665s_E11


title: 665s_A16


title: 665s_J6


title: 665s_J21


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D23_S208


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D7_S192


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D5_S190


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D6_S191


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D3_S188


title: 665s_I18


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D2_S187


title: 665s_N22


title: 665s_N13


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D22_S207


title: 665s_J8


title: 665s_L7


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D1_S186


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D20_S205


title: Mouse Rbp4+ PFC/OFC cells LLJL9_E13_S221


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D21_S206


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D18_S203


title: 665s_P7


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D19_S204


title: 665s_L21


title: 665s_F20


title: 665s_E6


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D17_S202


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D14_S199


title: 665s_O5


title: 665s_E9


title: 665s_F11


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D15_S200


title: 665s_L1


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D10_S195


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D16_S201


title: 665s_D22


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C7_S169


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D12_S197


title: 665s_G9


title: 665s_E5


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D11_S196


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C3_S165


title: 665s_F22


title: 665s_D3


title: 665s_M15


title: 665s_E21


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C9_S171


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C2_S164


title: 665s_J7


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C6_S168


title: 665s_I17


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C22_S184


title: 665s_D4


title: 665s_P10


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C5_S167


title: 665s_N23


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C4_S166


title: Mouse Rbp4+ PFC/OFC cells LLJL9_D13_S198


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C1_S163


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C19_S181


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C20_S182


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C21_S183


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C23_S185


title: 665s_H13


title: 665s_P17


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C16_S178


title: 665s_F21


title: 665s_B11


title: 665s_E19


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C17_S179


title: 665s_K5


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C18_S180


title: 665s_O1


title: 665s_D20


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C13_S175


title: 665s_B21


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C14_S176


title: 665s_D21


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C11_S173


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C12_S174


title: 665s_G5


title: 665s_E18


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B9_S148


title: 665s_M4


title: 665s_C12


title: 665s_L3


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B6_S145


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C10_S172


title: 665s_J16


title: 665s_J1


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B2_S141


title: 665s_D1


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B8_S147


title: 665s_K3


title: 665s_M23


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B22_S161


title: 665s_L6


title: 665s_G20


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B7_S146


title: Mouse Rbp4+ PFC/OFC cells LLJL9_C15_S177


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B18_S157


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B3_S142


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B5_S144


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B21_S160


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B17_S156


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B4_S143


title: 665s_D14


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B23_S162


title: 665s_C15


title: 665s_A19


title: 665s_K10


title: 665s_I5


title: 665s_C9


title: 665s_G16


title: 665s_J18


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B16_S155


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B20_S159


title: 665s_H18


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B15_S154


title: 665s_A12


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B19_S158


title: 665s_M19


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B12_S151


title: 665s_H15


title: 665s_J10


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A8_S124


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A9_S125


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A7_S123


title: 665s_G19


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A6_S122


title: 665s_D6


title: 665s_M8


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B14_S153


title: 665s_K22


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B13_S152


title: 665s_D16


title: 665s_L14


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A4_S120


title: 665s_L10


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A20_S136


title: 665s_I6


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A22_S138


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A21_S137


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A5_S121


title: 665s_E17


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A19_S135


title: 665s_N6


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A18_S134


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B10_S149


title: 665s_C2


title: Mouse Rbp4+ PFC/OFC cells LLJL9_B11_S150


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A17_S133


title: 665s_J5


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A16_S132


title: 665s_C5


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A15_S131


title: 665s_E13


title: 665s_O3


title: 665s_K13


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A13_S129


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A12_S128


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A14_S130


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A11_S127


title: Mouse Rbp4+ PFC/OFC cells LLJL9_A10_S126


title: 665s_H20


title: 665s_K4


title: 665s_G8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P7_S100


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P9_S102


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P8_S101


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P6_S99


title: 665s_H2


title: 665s_C11


title: 665s_G18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P4_S97


title: 665s_N15


title: 665s_I21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P3_S96


title: 665s_J22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P2_S95


title: 665s_D18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P23_S116


title: 665s_J2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P20_S113


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P21_S114


title: 665s_K11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P22_S115


title: 665s_C17


title: 665s_L23


title: 665s_A3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P16_S109


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P18_S111


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P5_S98


title: 665s_G6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P1_S94


title: 665s_A6


title: 665s_M18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P15_S108


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P14_S107


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P17_S110


title: 665s_G1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P13_S106


title: 665s_D24


title: 665s_P6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P12_S105


title: 665s_P21


title: 665s_L8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P10_S103


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O8_S78


title: 665s_M9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_P11_S104


title: 665s_B2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O9_S79


title: 665s_J17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O7_S77


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O5_S75


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O6_S76


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O4_S74


title: 665s_O11


title: 665s_O20


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O3_S73


title: 665s_O2


title: 665s_G3


title: 665s_F18


title: 665s_E10


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O22_S92


title: 665s_N7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O1_S71


title: 665s_L20


title: 665s_K19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O17_S87


title: 665s_N12


title: 665s_O7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O2_S72


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O16_S86


title: 665s_N21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O21_S91


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O23_S93


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O20_S90


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O13_S83


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O12_S82


title: 665s_E22


title: 665s_H23


title: 665s_M13


title: 665s_F23


title: 665s_B10


title: 665s_M20


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O19_S89


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O11_S81


title: 665s_H3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O15_S85


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O18_S88


title: 665s_O9


title: 665s_I2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N9_S56


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N8_S55


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N6_S53


title: 665s_F10


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N5_S52


title: 665s_C6


title: 665s_P3


title: 665s_C1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O14_S84


title: 665s_N18


title: 665s_D11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N2_S49


title: 665s_M14


title: 665s_J19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_O10_S80


title: 665s_G12


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N7_S54


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N3_S50


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N4_S51


title: 665s_L18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N21_S68


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N23_S70


title: 665s_B12


title: 665s_D23


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N19_S66


title: 665s_J3


title: 665s_O19


title: 665s_N11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N16_S63


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N17_S64


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N20_S67


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N15_S62


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N18_S65


title: 665s_P22


title: 665s_F2


title: 665s_M12


title: 665s_E16


title: 665s_D17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N13_S60


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N12_S59


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N14_S61


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N11_S58


title: 665s_E23


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N10_S57


title: 665s_H22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N1_S48


title: 665s_I16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_N22_S69


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M9_S33


title: 665s_E2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M7_S31


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M8_S32


title: 665s_C23


title: 665s_F8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M6_S30


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M5_S29


title: 665s_O8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M3_S27


title: 665s_J14


title: 665s_B14


title: 665s_I11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M4_S28


title: 665s_D7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M22_S46


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M23_S47


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M21_S45


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M20_S44


title: 665s_I23


title: 665s_P16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M2_S26


title: 665s_H17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M1_S25


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M19_S43


title: 665s_F19


title: 665s_P5


title: 665s_F3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M17_S41


title: 665s_P13


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M18_S42


title: 665s_A8


title: 665s_C10


title: 665s_G15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M16_S40


title: 665s_G17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M14_S38


title: 665s_L2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M13_S37


title: 665s_A22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M12_S36


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M11_S35


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M10_S34


title: 665s_H11


title: 665s_D5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L9_S10


title: 665s_B15


title: 665s_H21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L8_S9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L7_S8


title: 665s_O14


title: 665s_A20


title: 665s_H6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L5_S6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L6_S7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L4_S5


title: 665s_O22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_M15_S39


title: 665s_L15


title: 665s_N8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L22_S23


title: 665s_A15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L3_S4


title: 665s_F14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L2_S3


title: 665s_B23


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L23_S24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L21_S22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L20_S21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L1_S2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L17_S18


title: 665s_I15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L18_S19


title: 665s_N14


title: 665s_I13


title: 665s_K14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L19_S20


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L16_S17


title: 665s_O18


title: 665s_J20


title: 665s_L16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L13_S14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L15_S16


title: 665s_C3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L14_S15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L12_S13


title: 665s_L13


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L11_S12


title: 665s_G10


title: 665s_I7


title: 665s_F24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K9_S287


title: Mouse Rbp4+ PFC/OFC cells LLJL8_L10_S11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K8_S286


title: 665s_K20


title: 665s_H19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K7_S285


title: 665s_E12


title: 665s_K2


title: 665s_N24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K4_S282


title: 665s_C13


title: 665s_L4


title: 665s_L5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K23_S1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K2_S280


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K5_S283


title: 665s_B4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K22_S300


title: 665s_M10


title: 665s_C19


title: 665s_A9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K20_S298


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K1_S279


title: 665s_F16


title: 665s_G24


title: 665s_C18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K18_S296


title: 665s_E4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K6_S284


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K16_S294


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K3_S281


title: 665s_A5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K15_S293


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K13_S291


title: 665s_G14


title: 665s_G7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K14_S292


title: 665s_B22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K21_S299


title: 665s_K6


title: 665s_D13


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K12_S290


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K11_S289


title: 665s_N5


title: 665s_K15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K10_S288


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K19_S297


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J8_S263


title: 665s_A7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J7_S262


title: Mouse Rbp4+ PFC/OFC cells LLJL8_K17_S295


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J6_S261


title: 665s_K17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J5_S260


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J4_S259


title: 665s_H10


title: 665s_C7


title: 665s_H5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J3_S258


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J2_S257


title: 665s_E7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J23_S278


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J22_S277


title: 665s_A11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J21_S276


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J1_S256


title: 665s_L9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J20_S275


title: 665s_N9


title: 665s_C21


title: 665s_I12


title: 665s_O6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J17_S272


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J19_S274


title: 665s_O10


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J16_S271


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J18_S273


title: 665s_M5


title: 665s_N4


title: 665s_J12


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J15_S270


title: 665s_K23


title: 665s_E24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J12_S267


title: 665s_I3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J13_S268


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J10_S265


title: 665s_M3


title: 665s_K8


title: 665s_F5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I7_S239


title: 665s_M6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I8_S240


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I5_S237


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I6_S238


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J11_S266


title: 665s_F7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I4_S236


title: 665s_P19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I3_S235


title: Mouse Rbp4+ PFC/OFC cells LLJL8_J14_S269


title: 665s_H24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I9_S241


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I23_S255


title: 665s_O17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I2_S234


title: 665s_N10


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I22_S254


title: 665s_F1


title: 665s_K12


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I21_S253


title: 665s_P4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I20_S252


title: 665s_F13


title: 665s_I19


title: 665s_N20


title: 665s_B9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I19_S251


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I18_S250


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I16_S248


title: 665s_L12


title: 665s_C16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I15_S247


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I17_S249


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I14_S246


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I13_S245


title: 665s_L24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I11_S243


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I12_S244


title: 665s_G22


title: 665s_B19


title: 665s_A4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I10_S242


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H8_S217


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H7_S216


title: 665s_K18


title: 665s_G13


title: 665s_G11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H6_S215


title: Mouse Rbp4+ PFC/OFC cells LLJL8_I1_S233


title: 665s_E1


title: 665s_H8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H4_S213


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H5_S214


title: 665s_I14


title: 665s_P2


title: 665s_L11


title: 665s_M17


title: 665s_L22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H23_S232


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H3_S212


title: 665s_D12


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H22_S231


title: 665s_B7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H20_S229


title: 665s_M24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H21_S230


title: 665s_I4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H1_S210


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H19_S228


title: 665s_O15


title: 665s_G2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H18_S227


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H17_S226


title: 665s_D9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H15_S224


title: 665s_P20


title: 665s_N16


title: 665s_K9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H14_S223


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H16_S225


title: 665s_P8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H13_S222


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H2_S211


title: 665s_I20


title: 665s_I10


title: 665s_B8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H11_S220


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H12_S221


title: 665s_K16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_H10_S219


title: 665s_N3


title: 665s_E3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G9_S195


title: 665s_F17


title: 665s_I8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G8_S194


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G7_S193


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G6_S192


title: 665s_C4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G4_S190


title: 665s_P9


title: 665s_O13


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G5_S191


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G3_S189


title: 665s_B3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G2_S188


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G23_S209


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G22_S208


title: 665s_C22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G21_S207


title: 665s_A21


title: 88s_I21

description: mouse_glom_single_cell_CD45negCD31neg_rpkms.txt

source_name: Kidney glomerular single cells - mouse kidney glomeruli (exclusion of CD45+ and CD31+ cells)

value: CD45- CD31- viable cell sorting


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G20_S206


title: 88s_L15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G1_S187


title: 89s_C7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G19_S205


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G18_S204


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G17_S203


title: 88s_J17


title: 88s_L24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G15_S201


title: 89s_F16


title: 90s_D16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G16_S202


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G13_S199


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G14_S200


title: 89s_B18


title: 665s_C24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G11_S197


title: 88s_G10


title: 90s_G10


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G10_S196


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F9_S172


title: 88s_D14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F7_S170


title: 89s_F21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F6_S169


title: 89s_G24


title: 88s_G17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F8_S171


title: 90s_K20


title: 89s_K6


title: 88s_A14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F5_S168


title: 90s_J4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F4_S167


title: 88s_C10


title: 89s_I14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F22_S185


title: 90s_L16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F2_S165


title: Mouse Rbp4+ PFC/OFC cells LLJL8_G12_S198


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F21_S184


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F20_S183


title: 89s_G20


title: 88s_B17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F23_S186


title: 88s_B4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F19_S182


title: 90s_C1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F18_S181


title: 90s_A8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F15_S178


title: 90s_J20


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F13_S176


title: 88s_E16


title: 89s_C10


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F3_S166


title: 90s_E11


title: 88s_K4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F1_S164


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F17_S180


title: 89s_B6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F14_S177


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E9_S149


title: 88s_E9


title: 90s_C12


title: 90s_E5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F12_S175


title: 89s_B15


title: 88s_E6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E7_S147


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F11_S174


title: 89s_K14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F10_S173


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E6_S146


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E8_S148


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E5_S145


title: 89s_E4


title: 88s_J20


title: 89s_A14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E4_S144


title: Mouse Rbp4+ PFC/OFC cells LLJL8_F16_S179


title: 88s_J8


title: 88s_F24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E23_S163


title: 90s_K19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E2_S142


title: 89s_L10


title: 89s_F19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E22_S162


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E21_S161


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E20_S160


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E1_S141


title: 88s_I16


title: 89s_I7


title: 90s_B23


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E18_S158


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E16_S156


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E19_S159


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E17_S157


title: 89s_C9


title: 88s_C21


title: 89s_I1


title: 90s_G11


title: 90s_E23


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E15_S155


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E14_S154


title: 89s_C21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E13_S153


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E3_S143


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E12_S152


title: 88s_H18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D9_S126


title: 88s_J16


title: 88s_J21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E11_S151


title: Mouse Rbp4+ PFC/OFC cells LLJL8_E10_S150


title: 88s_E24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D8_S125


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D6_S123


title: 89s_D21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D5_S122


title: 90s_A9


title: 89s_B4


title: 89s_J1


title: 89s_K7


title: 89s_A1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D2_S119


title: 90s_F21


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D23_S140


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D22_S139


title: 89s_H16


title: 90s_H8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D21_S138


title: 89s_K13


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D20_S137


title: 88s_G1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D1_S118


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D18_S135


title: 88s_K19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D7_S124


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D4_S121


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D3_S120


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D16_S133


title: 90s_E21


title: 89s_E21


title: 90s_K4


title: 90s_E15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D15_S132


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D13_S130


title: 90s_D1


title: 89s_B19


title: 89s_L9


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C9_S103


title: 88s_B2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D10_S127


title: 88s_A11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D12_S129


title: 90s_G21


title: 88s_C8


title: 88s_J14


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D17_S134


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C8_S102


title: 88s_G23


title: 89s_G1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D11_S128


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D19_S136


title: 90s_I18


title: 90s_B12


title: Mouse Rbp4+ PFC/OFC cells LLJL8_D14_S131


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C6_S100


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C7_S101


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C5_S99


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C4_S98


title: 88s_H23


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C22_S116


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C3_S97


title: 89s_J19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C23_S117


title: 89s_H18


title: 89s_J15


title: 89s_L5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C1_S95


title: 89s_C11


title: 88s_A16


title: 90s_D18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C21_S115


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C20_S114


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C19_S113


title: 89s_J20


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C15_S109


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C18_S112


title: 90s_E19


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C16_S110


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C13_S107


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C12_S106


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C14_S108


title: 88s_E15


title: 90s_E4


title: 89s_L8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C11_S105


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C10_S104


title: 89s_G19


title: 90s_F7


title: 89s_A18


title: Mouse Rbp4+ PFC/OFC cells LLJL8_C17_S111


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B8_S79


title: 88s_G24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B6_S77


title: 90s_B8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B5_S76


title: 88s_I18


title: 89s_E16


title: 90s_C3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B4_S75


title: 90s_I4


title: 90s_C17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B3_S74


title: 88s_C3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B2_S73


title: 90s_I7


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B23_S94


title: 89s_B12


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B22_S93


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B9_S80


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B21_S92


title: 89s_L6


title: 88s_J12


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B1_S72


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B7_S78


title: 89s_C13


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B19_S90


title: 90s_F17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B18_S89


title: 89s_L16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B17_S88


title: 89s_D8


title: 88s_A22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B15_S86


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B14_S85


title: 88s_A5


title: 89s_F8


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B13_S84


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B12_S83


title: 90s_H19


title: 89s_J6


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B20_S91


title: 88s_A4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B11_S82


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B10_S81


title: 89s_B16


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A8_S56


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A6_S54


title: 90s_I24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A9_S57


title: 89s_F17


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A7_S55


title: 88s_F8


title: 88s_J22


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A4_S52


title: 89s_F4


title: Mouse Rbp4+ PFC/OFC cells LLJL8_B16_S87


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A5_S53


title: 88s_G22


title: 89s_K18


title: 90s_G15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A3_S51


title: 88s_B20


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A22_S70


title: 88s_L3


title: 89s_A23


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A21_S69


title: 88s_D5


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A1_S49


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A20_S68


title: 88s_E2


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A19_S67


title: 89s_F22


title: 89s_J24


title: 90s_L21


title: 89s_E3


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A18_S66


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A17_S65


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A15_S63


title: 88s_K1


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A13_S61


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A14_S62


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A12_S60


title: 88s_D24


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A11_S59


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A16_S64


title: 88s_J11


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A2_S50


title: 88s_F11


title: 89s_C15


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A10_S58


title: Mouse Rbp4+ PFC/OFC cells LLJL8_A23_S71


title: 88s_A6


title: 88s_J4


title: Mouse Rbp4+ PFC/OFC cells LLJL7_P8_S47


title: 90s_L6


title: Mouse Rbp4+ PFC/OFC cells LLJL7_P5_S44


title: Mouse Rbp4+ PFC/OFC cells LLJL7_P4_S43


title: 88s_F1


title: 88s_K7


title: Mouse Rbp4+ PFC/OFC cells LLJL7_O8_S38


title: Mouse Rbp4+ PFC/OFC cells LLJL7_P3_S42


title: Mouse Rbp4+ PFC/OFC cells LLJL7_P7_S46


title: Mouse Rbp4+ PFC/OFC cells LLJL7_O7_S37


title: 88s_J15


title: 89s_G13


title: 88s_K21


title: Mouse Rbp4+ PFC/OFC cells LLJL7_P6_S45


title: 90s_I3


title: Mouse Rbp4+ PFC/OFC cells LLJL7_O5_S35


title: 89s_D20


title: 88s_F5


title: 88s_F18


title: Mouse Rbp4+ PFC/OFC cells LLJL7_O2_S32


title: Mouse Rbp4+ PFC/OFC cells LLJL7_O6_S36


title: 88s_D2


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N8_S29


title: 88s_B21


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N5_S26


title: 88s_B22


title: Mouse Rbp4+ PFC/OFC cells LLJL7_O3_S33


title: 88s_G5


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N2_S23


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N1_S22


title: 90s_H18


title: 89s_E8


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N7_S28


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N6_S27


title: 89s_A2


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M6_S18


title: 88s_D22


title: 88s_K14


title: 90s_I2


title: 90s_F10


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M5_S17


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N3_S24


title: 88s_H19


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M4_S16


title: Mouse Rbp4+ PFC/OFC cells LLJL7_O4_S34


title: 89s_G21


title: 88s_C11


title: Mouse Rbp4+ PFC/OFC cells LLJL7_N4_S25


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M8_S20


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M3_S15


title: 89s_D4


title: 88s_H3


title: 90s_A3


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M1_S13


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M7_S19


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L7_S10


title: 90s_A1


title: Mouse Rbp4+ PFC/OFC cells LLJL7_M2_S14


title: 88s_A7


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L3_S6


title: 90s_I19


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L4_S7


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L8_S11


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L2_S5


title: 88s_D23


title: 88s_E13


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L1_S4


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K9_S3


title: 90s_F15


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K8_S2


title: 90s_C15


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L5_S8


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L6_S9


title: 90s_J17


title: 89s_D5


title: 90s_K8


title: 88s_I5


title: 88s_E8


title: Mouse Rbp4+ PFC/OFC cells LLJL7_L9_S12


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K1_S295


title: 89s_I8


title: 88s_H11


title: 88s_C16


title: 89s_H22


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J8_S293


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J9_S294


title: 88s_L12


title: 89s_F11


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K6_S300


title: 90s_D11


title: 88s_I1


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K5_S299


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K4_S298


title: 88s_I22


title: 89s_E2


title: 89s_C23


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K3_S297


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J3_S288


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J2_S287


title: 90s_D6


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J1_S286


title: 90s_J3


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J7_S292


title: 88s_G18


title: Mouse Rbp4+ PFC/OFC cells LLJL7_K7_S1


title: 88s_B3


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I8_S284


title: 88s_K5


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I5_S281


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J6_S291


title: 90s_E16


title: Mouse Rbp4+ PFC/OFC cells LLJL7_J5_S290


title: 88s_G2


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I9_S285


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I7_S283


title: 88s_C17


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I3_S279


title: 90s_C8


title: 90s_E22


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I1_S277


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I2_S278


title: Mouse Rbp4+ PFC/OFC cells LLJL7_I4_S280


title: 89s_A8


title: Mouse Rbp4+ PFC/OFC cells LLJL7_H9_S276


title: 90s_E20


title: 89s_J17


title: Mouse Rbp4+ PFC/OFC cells LLJL7_H8_S275


title: Mouse Rbp4+ PFC/OFC cells LLJL7_H7_S274


title: 88s_D7


title: 88s_A8


title: Mouse Rbp4+ PFC/OFC cells LLJL7_H6_S273


title: 89s_H13


title: 88s_E22


title: Mouse Rbp4+ PFC/OFC cells LLJL7_H4_S271


title: 90s_I10


title: 90s_G3


title: 90s_C16


title: 90s_H9


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J9_S288


title: 88s_I12


title: Mouse Rbp4+ PFC/OFC cells LLJL7_H5_S272


title: 90s_D15


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J6_S285


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J7_S286


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J4_S283


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J2_S281


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J1_S280


title: 90s_I8


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J16_S295


title: 88s_H6


title: 89s_K9


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J15_S294


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J14_S293


title: 89s_I10


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J13_S292


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J8_S287


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J12_S291


title: 88s_J24


title: 88s_G11


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J10_S289


title: Mouse Rbp4+ PFC/OFC cells LLJL4_J3_S282


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B7_S119


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B8_S120


title: 88s_J2


title: 88s_A20


title: 90s_H11


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B6_S118


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B5_S117


title: 88s_L14


title: 88s_C4


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B3_S115


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B2_S114


title: 89s_F1


title: 89s_G18


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B10_S122


title: 89s_K20


title: 90s_A24


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A9_S97


title: 90s_C4


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A8_S96


title: 88s_E20


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A7_S95


title: 89s_D3


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A6_S94


title: 90s_H10


title: 88s_F20


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A5_S93


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A3_S91


title: 89s_G9


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A4_S92


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A24_S112


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A23_S111


title: Mouse Rbp4+ PFC/OFC cells LLJL4_B1_S113


title: 88s_B16


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A22_S110


title: 88s_L18


title: 89s_K24


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A21_S109


title: 89s_F10


title: 90s_L17


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A20_S108


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A1_S89


title: 88s_F21


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A19_S107


title: 88s_F15


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A18_S106


title: 89s_I13


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A16_S104


title: 90s_J14


title: 90s_J12


title: 89s_C17


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A15_S103


title: 88s_K18


title: 89s_K2


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A14_S102


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A13_S101


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A12_S100


title: 90s_B7


title: 89s_J11


title: 90s_F9


title: 88s_J5


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P8_S289


title: 88s_J19


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P9_S290


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P7_S288


title: 90s_I15


title: 90s_D3


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P6_S287


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P5_S286


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P2_S283


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P4_S285


title: 90s_B19


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P22_S3


title: 88s_C15


title: 88s_L4


title: 88s_G9


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P21_S2


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P20_S1


title: 89s_B3


title: 88s_H14


title: 89s_E10


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P1_S282


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P19_S300


title: 88s_I9


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P18_S299


title: 89s_L21


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P17_S298


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P15_S296


title: 88s_L19


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P14_S295


title: 89s_I6


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P13_S294


title: Mouse Rbp4+ PFC/OFC cells LLJL4_A11_S99


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P12_S293


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P11_S292


title: Mouse Rbp4+ PFC/OFC cells LLJL2_P10_S291


title: 89s_E23


title: 89s_F20


title: 88s_E14


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O8_S266


title: 88s_L13


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O7_S265


title: 90s_L8


title: 89s_G15


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O5_S263


title: 90s_H7


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O3_S261


title: 89s_G7


title: 90s_L4


title: 88s_I23


title: 89s_D16


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O23_S281


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O21_S279


title: 88s_F14


title: 90s_A6


title: 90s_G14


title: 90s_H5


title: 88s_L22


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O1_S259


title: 88s_F17


title: 88s_B7


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O19_S277


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O18_S276


title: 88s_L20


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O6_S264


title: 88s_G21


title: 89s_H23


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O17_S275


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O2_S260


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O14_S272


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O15_S273


title: 89s_A24


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O13_S271


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O12_S270


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O20_S278


title: 88s_L6


title: 88s_D16


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O11_S269


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O10_S268


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N9_S244


title: 89s_E20


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N7_S242


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N6_S241


title: 90s_L2


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N5_S240


title: 90s_A15


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N4_S239


title: 89s_J2


title: 88s_H21


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N2_S237


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N8_S243


title: 89s_B21


title: 88s_D10


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N22_S257


title: 88s_J10


title: 90s_D8


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N19_S254


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N3_S238


title: 90s_F22


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N23_S258


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N17_S252


title: 88s_K17


title: 89s_B24


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N16_S251


title: 89s_H3


title: Mouse Rbp4+ PFC/OFC cells LLJL2_O22_S280


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N21_S256


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N18_S253


title: 88s_L7


title: 88s_K13


title: 89s_F5


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N15_S250


title: 88s_H10


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N14_S249


title: 89s_C24


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N13_S248


title: 90s_J5


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N11_S246


title: 88s_F23


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N12_S247


title: 88s_D1


title: Mouse Rbp4+ PFC/OFC cells LLJL2_N10_S245


title: 89s_C19


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M9_S221


title: 89s_K17


title: 88s_E3


title: 89s_G10


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M5_S217


title: 89s_C2


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M6_S218


title: 89s_E22


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M4_S216


title: 90s_B20


title: 88s_C7


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M8_S220


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M3_S215


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M23_S235


title: 89s_A3


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M22_S234


title: 88s_K6


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M21_S233


title: 88s_K2


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M20_S232


title: 88s_L16


title: 88s_D15


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M19_S231


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M7_S219


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M18_S230


title: 88s_K11


title: 88s_D9


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M1_S213


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M17_S229


title: 90s_E14


title: 89s_I18


title: 89s_J12


title: 90s_G1


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M15_S227


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M14_S226


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M11_S223


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M12_S224


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M13_S225


title: Mouse Rbp4+ PFC/OFC cells LLJL2_M10_S222


title: 88s_E10


title: 88s_J23


title: 90s_A23


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L8_S197


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L9_S198


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L7_S196


title: 89s_B10


title: 90s_L18


title: 89s_D22


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L6_S195


title: 88s_I13


title: 89s_L3


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L4_S193


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L3_S192


title: 89s_J7


title: 88s_I10


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L2_S191


title: 88s_B14


title: 89s_B14


title: 88s_E18


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L21_S210


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L20_S209


title: 90s_E8


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L22_S211


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L1_S190


title: 88s_A18


title: 88s_A2


title: 90s_B18


title: 88s_J18


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L19_S208


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L17_S206


title: 90s_C22


title: 89s_C8


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L18_S207


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L5_S194


title: 90s_J18


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L16_S205


title: 90s_D2


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L15_S204


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L14_S203


title: 90s_H13


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L12_S201


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L13_S202


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L23_S212


title: 88s_K3


title: 89s_J23


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L11_S200


title: Mouse Rbp4+ PFC/OFC cells LLJL2_L10_S199


title: Mouse Rbp4+ PFC/OFC cells LLJL2_K4_S170


title: 90s_F4


title: 88s_B19


title: Mouse Rbp4+ PFC/OFC cells LLJL2_K7_S173


title: 88s_C20


title: 89s_J3