title: LSKCD150+Flt3- HSC GFP- rep2

city: Oxford

first: Claus

last: Nerlov

address: John Radcliffe Hospital, University of Oxford

department: MRC Molecular Haematology Unit

institute: Weatheral Institute of Molecular Medicine

description: Gene expression data from haematopoietic stem and progenitor cells

hyb_protocol: Hybridization was performed by the affymetrix standard protocol on the Affymetrix Mouse Gene 1.1 ST Array

scan_protocol: GeneChips were scanned using the Affymetrix GeneChip® Scanner 3000 according to the manufacturer protocol.

data_processing: Affymetrix GeneChip® Expression Arrays were normalized with the standard RMA protocol by the oligo Bioconductor package

label: biotin-labelled cRNA

label_protocol: RNA was converted to biotin-labelled cRNA, hybridised on the Affymetrix Mouse Gene 1.1 ST Array

extract_protocol: RNA was isolated from HSC EGFP-, HSC EGFP+, LMPP, CLP, preGM EGFP-, preGM EGFP+, GMP EGFP-, GMP EGFP+ and preMegE cells with the QIAGEN RNeasy Micro Kit.

value: bone marrow

tag: cell-type

value: Lin- cKit+ Sca1+ CD150+ Flt3- Gata1EGFP-

value: Gata1-EGFP Tg/+

value: 8-15 week


title: LMPP rep2

status: Public on Apr 04 2016

type: RNA

country: United Kingdom

molecule: total RNA

organism: Mus musculus

source_name: haematopoietic stem and progenitor cells

tag: tissue

value: Lin- cKit+ Sca1+ CD150- Flt3 high Gata1EGFP-

tag: genotype

tag: age


title: LMPP rep4


title: LSKCD150+Flt3- HSC GFP- rep1


title: CLP rep3

value: Lin− B220− Sca1low cKitlow Flt3+ IL-7Ra+


title: frontal cortex_10_rep_2

type: genomic

city: Toronto

first: Art

last: Petronis

state: Ontario

address: 250 College St

department: Campbell Family Mental Health Research Institute

country: Canada

institute: Centre for Addiction and Mental Health

description:
Duke Twins Study of Memory in Aging twin2b vs. common reference pool
BRAIN_11B_2

hyb_protocol: The enriched PCR products were hybridized overnight at 48°C onto the 12.1k human CpG island microarray (Microarray Facility, University Health Network, Toronto) as previously described (Schumacher, A., et al. (2006). Microarray-based DNA methylation profiling: technology and applications. Nucleic acids research 34, 528-542.) .

scan_protocol: The arrays were scanned using the Genepix 4000B scanner and Genepix Pro 6.0 (Axon Instruments).

data_processing: Linear Models for Microarray Data (LIMMA) package (Bioconductor) for R was used for background correction, normalization, and to extract the signal intensities. Briefly, normexp was used for background correction, loess was used for within-array normalization, and Rquantile was used for between-array normalization.

molecule: genomic DNA

organism: Homo sapiens

source_name: frontal cortex, Later age of onset AD

label_protocol: 1 μg of purified enriched PCR products were fluorescently labelled with Cy5 (Roche) for the reference and with Cy3 (Roche) for the sample, as previously described (Schumacher, A., et al. (2006). Microarray-based DNA methylation profiling: technology and applications. Nucleic acids research 34, 528-542.).  Each sample was independently enriched and hybridized twice to produce two technical replicates.

extract_protocol: The samples were first digested using proteinase K (20mg/ml) and lysis buffer mixture at 55°C overnight.  A mixture of phenol, chloroform, and iso-amyl alcohol (in ratios of 25:24:1) was used to remove the proteins, followed by two times chloroform wash, precipitation of DNA using cold isopropanol, and a final wash using 70% ethanol.  After the extraction, the DNA samples were suspended in 0.1M Tris-EDTA buffer and were kept in -80°C for storage prior to use.  The purity and the concentrations of DNA were checked using a UV spectrophotometer.

value: frontal cortex

tag: disease status

value: Later age of onset AD

source_name: white blood cells, common reference pool

value: white blood cells


title: LMPP rep1


title: LSKCD150+Flt3- HSC GFP- rep3


title: CLP rep1


title: PreMegE rep3

value: Lin- cKit+ Sca1-CD41- FcgRII/III- CD150+ CD105-


title: LMPP rep3


title: CLP rep2


title: frontal cortex_9_rep_1

description:
Duke Twins Study of Memory in Aging twin2b vs. common reference pool
BRAIN_11B_1


title: cerebellum_3_rep_1

description:
Duke Twins Study of Memory in Aging twin2b vs. common reference pool
BRAIN_11B_CB_1

source_name: cerebellum, Later age of onset AD

value: cerebellum


title: PreMegE rep2


title: frontal cortex_8_rep_2

description:
Duke Twins Study of Memory in Aging twin2a vs. common reference pool
BRAIN_11A_2

source_name: frontal cortex, Earlier age of onset AD

value: Earlier age of onset AD


title: frontal cortex_7_rep_1

description:
Duke Twins Study of Memory in Aging twin2a vs. common reference pool
BRAIN_11A_1


title: PreGM GFP+ rep3

value: Lin- cKit+ Sca1-CD41- FcgRII/III- CD150- CD105- Gata1EGFP+


title: PreGM GFP- rep2

value: Lin- cKit+ Sca1-CD41- FcgRII/III- CD150- CD105- Gata1EGFP-


title: PreMegE rep1


title: PreGM GFP+ rep2


title: PreGM GFP+ rep1


title: PreGM GFP- rep3


title: GMP GFP+ rep3

value: Lin- cKit+ Sca1-CD41- FcgRII/III+ Gata1EGFP+


title: PreGM GFP- rep1


title: frontal cortex_3_rep_1

description:
Duke Twins Study of Memory in Aging twin1b vs. common reference pool
BRAIN_10B_1


title: frontal cortex_2_rep_2

description:
Duke Twins Study of Memory in Aging twin1a vs. common reference pool
BRAIN_10A_2


title: cerebellum_1_rep_1

description:
Duke Twins Study of Memory in Aging twin1b vs. common reference pool
BRAIN_10B_CB_1


title: frontal cortex_4_rep_2

description:
Duke Twins Study of Memory in Aging twin1b vs. common reference pool
BRAIN_10B_2


title: GMP GFP+ rep1


title: cerebellum_2_rep_2

description:
Duke Twins Study of Memory in Aging twin1b vs. common reference pool
BRAIN_10B_CB_2


title: frontal cortex_1_rep_1

description:
Duke Twins Study of Memory in Aging twin1a vs. common reference pool
BRAIN_10A_1


title: Keratinocytes Progenitors (KP), replicate B

city: Segrate

first: Luca

last: Petiti

state: Milan

address: Via Fratelli Cervi, 93

country: Italy

institute: ITB-CNR

hyb_protocol: Biotinylated cRNA was hybridized onto GeneChip® HG-U133 Plus 2.0 Arrays according to the protocol supplied by the manufacturer (Affymetrix)

scan_protocol: standard Affymetrix protocol

data_processing: RMA of .CEL files using affy Bioconductor library. In RMA, PM values have been background adjusted, normalized using quantile normalization, and expression measure calculated using median polish summarization

label: biotin

source_name: Keratinocytes Progenitors

label_protocol: cRNA was biotinilated by IVT labeling kit standard protocol (Affymetrix)

growth_protocol: KP cells were obtained from foreskin biopsies of healthy neonatal donors and expanded by cultivation onto lethally irradiated 3T3-J2 cells in growth FAD medium, a DMEM and Ham’s F12 media mixture (2:1) containing FCS (10%), penicillin-streptomycin (1%), glutamine (2%), insulin(5ug/ml), adenine (24.3ug/ml), hydrocortisone (0.4ug/ml), cholera toxin (50ug/ml), triiodotyronine (2nM). DKs were cultivated in EpiLife serum-free medium (Invitrogen) containing EpiLife defined growth supplements (HKGS, Invitrogen), penicillin-streptomycin (1%) and glutamine (2%).

extract_protocol: total RNA was extracted by RNeasy Mini Kit (QIAGEN) standard protocol and DNAse treated by RNase-Free DNase Set (QIAGEN)

tag: cell type

value: Keratinocytes Progenitors


title: GMP GFP+ rep2


title: GMP GFP- rep4

value: Lin- cKit+ Sca1-CD41- FcgRII/III+ Gata1EGFP-


title: GMP GFP- rep2

value: bone marrow


title: Keratinocytes Progenitors (KP), replicate C


title: buccal cells_12_rep_2

description:
Duke Twins Study of Memory in Aging twin5a vs. common reference pool
BUCCAL_1B

source_name: buccal cells, Alzheimer's disease

value: buccal cells

value: Alzheimer's disease


title: GMP GFP- rep1

value: Gata1-EGFP Tg/+

value: 8-15 week


title: Differentiated Keratinocytes (DK), replicate B

source_name: Differentiated Keratinocytes

value: Differentiated Keratinocytes


title: Differentiated Keratinocytes (DK), replicate C


title: MCF7 trasfected with MTDH overexpressing vector

city: Shang Hai

first: Yajun

last: Liang

state: Shang Hai

address: Yueyang Road 319

department: IHS

country: China

institute: CAS

description: Gene expression data from cells that were derived from pleural effusion metastasis.

hyb_protocol: Array hybridization and wash was performed using GeneChip® Hybridization,Wash and Stain Kit (Cat#900720, Affymetrix, Santa Clara, CA, US)in Hybridization Oven 645 (Cat#00‐0331‐220V, Affymetrix, Santa Clara, CA, US)and Fluidics Station 450 (Cat#00‐0079, Affymetrix, Santa Clara, CA, US) followed the manufacturer’s instructions.

scan_protocol: Slides were scanned by GeneChip® Scanner 3000 (Cat#00‐00212, Affymetrix,Santa Clara, CA, US) and Command Console Software 3.1 (Affymetrix, Santa Clara, CA,US) with default settings.

data_processing: Raw data were normalized by MAS 5.0 algorithm, Gene Spring Software 11.0 (Agilent technologies, Santa Clara, CA, US).

source_name: adherent cells

label_protocol: Total RNA were amplified, labeled and purified by using GeneChip 3’IVT Express Kit (Cat#901229, Affymetrix, Santa Clara, CA, US) followed the manufacturer’s instructions to obtain biotin labeled cRNA.

growth_protocol: cells were cultured with the complete growth medium at 37°.

extract_protocol: Trizol extraction of total RNA was performed according to the manufacturer's instructions.

treatment_protocol: cells were rinsed with 0.25% (w/v) Trypsin at 37°for 1min and then neutrlized with growth medium; Before the adding of Trizol, the cells were washed with PBS.

tag: cell line

value: breast

tag: gender

value: female

tag: disease

value: adenocarcinoma


title: Differentiated Keratinocytes (DK), replicate A


title: MCF7 trasfected with empty vector


title: GMP GFP- rep3


title: Keratinocytes Progenitors (KP), replicate A


title: buccal cells_8_rep_2

description:
Duke Twins Study of Memory in Aging twin11a vs. common reference pool
BUCCAL_17B

source_name: buccal cells, control

value: control

value: white blood cells


title: buccal cells_17_rep_1

description:
Duke Twins Study of Memory in Aging twin13a vs. common reference pool
BUCCAL_23A


title: genomic data from HIV+ patient CHAR14, whole blood

status: Public on Apr 03 2016

city: La Jolla

first: Andrew

middle: M

last: Gross

state: California

address: 9500 Gilman Drive #0688

country: USA

institute: UCSD

description: whole blood

hyb_protocol: 500ng of DNA was bisulfite converted using EZ DNA Methylation Kits (Zymo Research) and subsequently processed for HumanMethylation450 BeadChips following manufacturer’s instructions.

scan_protocol: BeadChips were scanned using the Illumina HiScan System

data_processing:
Minfi R package, custom R/python scripts available  on Github (https://github.com/theandygross)
Average Beta

label: Cy5 and Cy3

source_name: HIV+ patient CHAR14

label_protocol: Standard Illumina Protocol

extract_protocol: DNA was purified from whole blood samples using PaxGene collection tubes (Qiagene) and FlexiGene DNA extraction kits (Qiagene).

value: M

value: whole blood

tag: diabetes

value: no

tag: ethnicity

value: white


title: genomic data from HIV+ patient CHAR19, whole blood

description: whole blood

source_name: HIV+ patient CHAR19


title: genomic data from HIV+ patient CHAR115, whole blood

description: whole blood

source_name: HIV+ patient CHAR115


title: genomic data from HIV+ patient CHAR9, whole blood

description: whole blood

source_name: HIV+ patient CHAR9


title: genomic data from HIV+ patient CHAR25, whole blood

description: whole blood

source_name: HIV+ patient CHAR25


title: genomic data from HIV+ patient CHAR77, whole blood

description: whole blood

source_name: HIV+ patient CHAR77


title: genomic data from HIV+ patient CHAR26, whole blood

description: whole blood

source_name: HIV+ patient CHAR26


title: genomic data from HIV+ patient CHAR56, whole blood

description: whole blood

source_name: HIV+ patient CHAR56


title: genomic data from HIV+ patient CHAR17, whole blood

description: whole blood

source_name: HIV+ patient CHAR17


title: genomic data from HIV+ patient CHAR37, whole blood

description: whole blood

source_name: HIV+ patient CHAR37


title: genomic data from HIV+ patient CHAR57, whole blood

description: whole blood

source_name: HIV+ patient CHAR57


title: genomic data from HIV+ patient CHAR72, whole blood

description: whole blood

source_name: HIV+ patient CHAR72


title: genomic data from HIV+ patient CHAR8, whole blood

description: whole blood

source_name: HIV+ patient CHAR8


title: genomic data from HIV+ patient CHAR12, whole blood

description: whole blood

source_name: HIV+ patient CHAR12


title: genomic data from HIV+ patient CHAR68, whole blood

description: whole blood

source_name: HIV+ patient CHAR68


title: genomic data from HIV+ patient CHAR13, whole blood

description: whole blood

source_name: HIV+ patient CHAR13


title: genomic data from HIV+ patient CHAR4, whole blood

description: whole blood

source_name: HIV+ patient CHAR4


title: genomic data from HIV+ patient CHAR73, whole blood

description: whole blood

source_name: HIV+ patient CHAR73


title: genomic data from HIV+ patient CHAR119, whole blood

description: whole blood

source_name: HIV+ patient CHAR119


title: genomic data from HIV+ patient CHAR116, whole blood

description: whole blood

source_name: HIV+ patient CHAR116


title: genomic data from HIV+ patient CHAR29, whole blood

description: whole blood

source_name: HIV+ patient CHAR29


title: genomic data from HIV+ patient CHAR114, whole blood

description: whole blood

source_name: HIV+ patient CHAR114


title: genomic data from HIV+ patient CHAR60, whole blood

description: whole blood

source_name: HIV+ patient CHAR60


title: genomic data from HIV+ patient CHAR123, whole blood

description: whole blood

source_name: HIV+ patient CHAR123


title: genomic data from HIV+ patient CHAR3, whole blood

description: whole blood

source_name: HIV+ patient CHAR3


title: genomic data from HIV+ patient CHAR124, whole blood

description: whole blood

source_name: HIV+ patient CHAR124


title: genomic data from HIV+ patient CHAR5, whole blood

description: whole blood

source_name: HIV+ patient CHAR5


title: genomic data from HIV+ patient CHAR117, whole blood

description: whole blood

source_name: HIV+ patient CHAR117


title: genomic data from HIV+ patient CHAR112, whole blood

description: whole blood

source_name: HIV+ patient CHAR112


title: genomic data from HIV+ patient CHAR111, whole blood

description: whole blood

source_name: HIV+ patient CHAR111


title: genomic data from HIV+ patient CHAR75, whole blood

description: whole blood

source_name: HIV+ patient CHAR75


title: genomic data from HIV+ patient CHAR24, whole blood

description: whole blood

source_name: HIV+ patient CHAR24


title: genomic data from HIV+ patient CHAR48, whole blood

description: whole blood

source_name: HIV+ patient CHAR48


title: genomic data from HIV+ patient CHAR65, whole blood

description: whole blood

source_name: HIV+ patient CHAR65


title: genomic data from HIV+ patient CHAR110, whole blood

description: whole blood

source_name: HIV+ patient CHAR110


title: genomic data from HIV+ patient CHAR113, whole blood

description: whole blood

source_name: HIV+ patient CHAR113


title: genomic data from HIV+ patient CHAR41, whole blood

description: whole blood

source_name: HIV+ patient CHAR41


title: genomic data from HIV+ patient CHAR11, whole blood

description: whole blood

source_name: HIV+ patient CHAR11


title: genomic data from HIV+ patient CHAR50, whole blood

description: whole blood

source_name: HIV+ patient CHAR50


title: genomic data from HIV+ patient CHAR27, whole blood

description: whole blood

source_name: HIV+ patient CHAR27


title: genomic data from HIV+ patient CHAR129, whole blood

description: whole blood

source_name: HIV+ patient CHAR129


title: genomic data from HIV+ patient CHAR36, whole blood

description: whole blood

source_name: HIV+ patient CHAR36


title: genomic data from HIV+ patient CHAR31, whole blood

description: whole blood

source_name: HIV+ patient CHAR31


title: genomic data from HIV+ patient CHAR58, whole blood

description: whole blood

source_name: HIV+ patient CHAR58


title: genomic data from HIV+ patient CHAR71, whole blood

description: whole blood

source_name: HIV+ patient CHAR71


title: genomic data from HIV+ patient CHAR108, whole blood

description: whole blood

source_name: HIV+ patient CHAR108


title: genomic data from HIV+ patient CHAR109, whole blood

description: whole blood

source_name: HIV+ patient CHAR109


title: genomic data from HIV+ patient CHAR106, whole blood

description: whole blood

source_name: HIV+ patient CHAR106


title: genomic data from HIV+ patient CHAR107, whole blood

description: whole blood

source_name: HIV+ patient CHAR107


title: genomic data from HIV+ patient CHAR40, whole blood

description: whole blood

source_name: HIV+ patient CHAR40


title: genomic data from HIV+ patient CHAR122, whole blood

description: whole blood

source_name: HIV+ patient CHAR122


title: genomic data from HIV+ patient CHAR54, whole blood

description: whole blood

source_name: HIV+ patient CHAR54


title: genomic data from HIV+ patient CHAR42, whole blood

description: whole blood

source_name: HIV+ patient CHAR42


title: genomic data from HIV+ patient CHAR121, whole blood

description: whole blood

source_name: HIV+ patient CHAR121


title: genomic data from HIV+ patient CHAR10, whole blood

description: whole blood

source_name: HIV+ patient CHAR10


title: genomic data from HIV+ patient CHAR23, whole blood

description: whole blood

source_name: HIV+ patient CHAR23


title: genomic data from HIV+ patient CHAR16, whole blood

description: whole blood

source_name: HIV+ patient CHAR16


title: genomic data from HIV+ patient CHAR74, whole blood

description: whole blood

source_name: HIV+ patient CHAR74


title: genomic data from HIV+ patient CHAR104, whole blood

description: whole blood

source_name: HIV+ patient CHAR104


title: genomic data from HIV+ patient CHAR87, whole blood

description: whole blood

source_name: HIV+ patient CHAR87


title: genomic data from HIV+ patient CHAR138, whole blood

description: whole blood

source_name: HIV+ patient CHAR138


title: genomic data from HIV+ patient CHAR43, whole blood

description: whole blood

source_name: HIV+ patient CHAR43


title: genomic data from HIV+ patient CHAR62, whole blood

description: whole blood

source_name: HIV+ patient CHAR62


title: genomic data from HIV+ patient CHAR32, whole blood

description: whole blood

source_name: HIV+ patient CHAR32


title: genomic data from HIV+ patient CHAR88, whole blood

description: whole blood

source_name: HIV+ patient CHAR88


title: genomic data from HIV+ patient CHAR134, whole blood

description: whole blood

source_name: HIV+ patient CHAR134


title: genomic data from HIV+ patient CHAR70, whole blood

description: whole blood

source_name: HIV+ patient CHAR70


title: genomic data from HIV+ patient CHAR22, whole blood

description: whole blood

source_name: HIV+ patient CHAR22


title: genomic data from HIV+ patient CHAR86, whole blood

description: whole blood

source_name: HIV+ patient CHAR86


title: genomic data from HIV+ patient CHAR69, whole blood

description: whole blood

source_name: HIV+ patient CHAR69


title: genomic data from HIV+ patient CHAR126, whole blood

description: whole blood

source_name: HIV+ patient CHAR126


title: genomic data from HIV+ patient CHAR105, whole blood

description: whole blood

source_name: HIV+ patient CHAR105


title: genomic data from HIV+ patient CHAR61, whole blood

description: whole blood

source_name: HIV+ patient CHAR61


title: genomic data from HIV+ patient CHAR1, whole blood

description: whole blood

source_name: HIV+ patient CHAR1


title: genomic data from HIV+ patient CHAR103, whole blood

description: whole blood

source_name: HIV+ patient CHAR103


title: genomic data from HIV+ patient CHAR76, whole blood

description: whole blood

source_name: HIV+ patient CHAR76


title: genomic data from HIV+ patient CHAR7, whole blood

description: whole blood

source_name: HIV+ patient CHAR7


title: genomic data from HIV+ patient CHAR120, whole blood

description: whole blood

source_name: HIV+ patient CHAR120


title: genomic data from HIV+ patient CHAR51, whole blood

description: whole blood

source_name: HIV+ patient CHAR51


title: genomic data from HIV+ patient CHAR21, whole blood

description: whole blood

source_name: HIV+ patient CHAR21


title: genomic data from HIV+ patient CHAR39, whole blood

description: whole blood

source_name: HIV+ patient CHAR39


title: genomic data from HIV+ patient CHAR102, whole blood

description: whole blood

source_name: HIV+ patient CHAR102


title: genomic data from HIV+ patient CHAR52, whole blood

description: whole blood

source_name: HIV+ patient CHAR52


title: genomic data from HIV+ patient CHAR44, whole blood

description: whole blood

source_name: HIV+ patient CHAR44


title: genomic data from HIV+ patient CHAR101, whole blood

description: whole blood

source_name: HIV+ patient CHAR101


title: genomic data from HIV+ patient CHAR85, whole blood

description: whole blood

source_name: HIV+ patient CHAR85


title: genomic data from HIV+ patient CHAR131, whole blood

description: whole blood

source_name: HIV+ patient CHAR131


title: genomic data from HIV+ patient CHAR139, whole blood

description: whole blood

source_name: HIV+ patient CHAR139


title: genomic data from HIV+ patient CHAR53, whole blood

description: whole blood

source_name: HIV+ patient CHAR53


title: genomic data from HIV+ patient CHAR132, whole blood

description: whole blood

source_name: HIV+ patient CHAR132


title: genomic data from HIV+ patient CHAR100, whole blood

description: whole blood

source_name: HIV+ patient CHAR100


title: genomic data from HIV+ patient CHAR46, whole blood

description: whole blood

source_name: HIV+ patient CHAR46


title: genomic data from HIV+ patient CHAR133, whole blood

description: whole blood

source_name: HIV+ patient CHAR133


title: genomic data from HIV+ patient CHAR84, whole blood

description: whole blood

source_name: HIV+ patient CHAR84


title: genomic data from HIV+ patient CHAR99, whole blood

description: whole blood

source_name: HIV+ patient CHAR99


title: genomic data from HIV+ patient CHAR59, whole blood

description: whole blood

source_name: HIV+ patient CHAR59


title: genomic data from HIV+ patient CHAR97, whole blood

description: whole blood

source_name: HIV+ patient CHAR97


title: genomic data from HIV+ patient CHAR98, whole blood

description: whole blood

source_name: HIV+ patient CHAR98


title: genomic data from HIV+ patient CHAR79, whole blood

description: whole blood

source_name: HIV+ patient CHAR79


title: genomic data from HIV+ patient CHAR45, whole blood

description: whole blood

source_name: HIV+ patient CHAR45


title: genomic data from HIV+ patient CHAR118, whole blood

description: whole blood

source_name: HIV+ patient CHAR118


title: genomic data from HIV+ patient CHAR125, whole blood

description: whole blood

source_name: HIV+ patient CHAR125


title: genomic data from HIV+ patient CHAR66, whole blood

description: whole blood

source_name: HIV+ patient CHAR66


title: genomic data from HIV+ patient CHAR49, whole blood

description: whole blood

source_name: HIV+ patient CHAR49


title: genomic data from HIV+ patient CHAR2, whole blood

description: whole blood

source_name: HIV+ patient CHAR2


title: genomic data from HIV+ patient CHAR18, whole blood

description: whole blood

source_name: HIV+ patient CHAR18


title: genomic data from HIV+ patient CHAR96, whole blood

description: whole blood

source_name: HIV+ patient CHAR96


title: genomic data from HIV+ patient CHAR95, whole blood

description: whole blood

source_name: HIV+ patient CHAR95


title: genomic data from HIV+ patient CHAR93, whole blood

description: whole blood

source_name: HIV+ patient CHAR93


title: genomic data from HIV+ patient CHAR30, whole blood

description: whole blood

source_name: HIV+ patient CHAR30


title: genomic data from HIV+ patient CHAR20, whole blood

description: whole blood

source_name: HIV+ patient CHAR20


title: genomic data from HIV+ patient CHAR128, whole blood

description: whole blood

source_name: HIV+ patient CHAR128


title: genomic data from HIV+ patient CHAR137, whole blood

description: whole blood

source_name: HIV+ patient CHAR137


title: genomic data from HIV+ patient CHAR94, whole blood

description: whole blood

source_name: HIV+ patient CHAR94


title: genomic data from HIV+ patient CHAR142, whole blood

description: whole blood

source_name: HIV+ patient CHAR142


title: genomic data from HIV+ patient CHAR83, whole blood

description: whole blood

source_name: HIV+ patient CHAR83


title: genomic data from HIV+ patient CHAR6, whole blood

description: whole blood

source_name: HIV+ patient CHAR6


title: genomic data from HIV- patient METI-7, whole blood

description: whole blood

source_name: HIV- patient METI-7


title: genomic data from HIV- patient METI-6, whole blood

description: whole blood

source_name: HIV- patient METI-6


title: genomic data from HIV+ patient CHAR135, whole blood

description: whole blood

source_name: HIV+ patient CHAR135


title: genomic data from HIV+ patient CHAR64, whole blood

description: whole blood

source_name: HIV+ patient CHAR64


title: genomic data from HIV+ patient CHAR82, whole blood

description: whole blood

source_name: HIV+ patient CHAR82


title: genomic data from HIV+ patient CHAR55, whole blood

description: whole blood

source_name: HIV+ patient CHAR55


title: genomic data from HIV+ patient CHAR35, whole blood

description: whole blood

source_name: HIV+ patient CHAR35


title: genomic data from HIV+ patient CHAR81, whole blood

description: whole blood

source_name: HIV+ patient CHAR81


title: genomic data from HIV+ patient CHAR141, whole blood

description: whole blood

source_name: HIV+ patient CHAR141


title: genomic data from HIV+ patient CHAR130, whole blood

description: whole blood

source_name: HIV+ patient CHAR130


title: genomic data from HIV+ patient CHAR90, whole blood

description: whole blood

source_name: HIV+ patient CHAR90


title: genomic data from HIV+ patient CHAR92, whole blood

description: whole blood

source_name: HIV+ patient CHAR92


title: genomic data from HIV+ patient CHAR127, whole blood

description: whole blood

source_name: HIV+ patient CHAR127


title: genomic data from HIV+ patient CHAR136, whole blood

description: whole blood

source_name: HIV+ patient CHAR136


title: genomic data from HIV+ patient CHAR80, whole blood

description: whole blood

source_name: HIV+ patient CHAR80


title: genomic data from HIV+ patient CHAR38, whole blood

description: whole blood

source_name: HIV+ patient CHAR38


title: genomic data from HIV+ patient CHAR63, whole blood

description: whole blood

source_name: HIV+ patient CHAR63


title: genomic data from HIV+ patient CHAR91, whole blood

description: whole blood

source_name: HIV+ patient CHAR91


title: genomic data from HIV+ patient CHAR34, whole blood

description: whole blood

source_name: HIV+ patient CHAR34


title: genomic data from HIV- patient METI-9, whole blood

description: whole blood

source_name: HIV- patient METI-9


title: genomic data from HIV+ patient CHAR78, whole blood

description: whole blood

source_name: HIV+ patient CHAR78


title: genomic data from HIV+ patient CHAR140, whole blood

description: whole blood

source_name: HIV+ patient CHAR140


title: genomic data from HIV+ patient CHAR15, whole blood

description: whole blood

source_name: HIV+ patient CHAR15


title: genomic data from HIV+ patient CHAR47, whole blood

description: whole blood

source_name: HIV+ patient CHAR47


title: genomic data from HIV+ patient CHAR89, whole blood

description: whole blood

source_name: HIV+ patient CHAR89


title: genomic data from HIV- patient METI-8, whole blood

description: whole blood

source_name: HIV- patient METI-8


title: genomic data from HIV- patient METI-47, whole blood

description: whole blood

source_name: HIV- patient METI-47


title: genomic data from HIV+ patient CHAR33, whole blood

description: whole blood

source_name: HIV+ patient CHAR33


title: genomic data from HIV+ patient CHAR28, whole blood

description: whole blood

source_name: HIV+ patient CHAR28


title: genomic data from HIV- patient METI-50, whole blood

description: whole blood

source_name: HIV- patient METI-50


title: genomic data from HIV- patient METI-5, whole blood

description: whole blood

source_name: HIV- patient METI-5


title: genomic data from HIV- patient METI-44, whole blood

description: whole blood

source_name: HIV- patient METI-44


title: 11_Spleen+A5

city: Mail Stop 8333

first: Jill

middle: E

last: Slansky

state: CO

institute: University of Colorado School of Medicine

description: Gene expression data from functional tumor (AH1)-specific CD8+ T cells taken from the spleen with mimotope A5 (7 days after vaccination). Details regarding mimotope A5 have been published at Slansky et al. 2000 & Jordan et al. 2010.

hyb_protocol: Fragmented and biotin-labeled cDNA was hybridized to GeneChip Mouse Gene1.0 ST Arrays (Affymetrix) according to manufacturer’s instructions

scan_protocol: Hybridized arrays were washed and stained using a GeneChip FluidicsStation 450 and the fluidics protocol FS450/0007 (Affymetrix). Arrays were then scanned using a GeneChip Scanner 3000 7G (Affyemetrix).

data_processing: Microarray data were processed by Affymetrix Expression Console software (affymetrix.com), performing robust multichip analysis (RMA) background correction, quantile normalization, and median polish summarization.

label: Biotin

source_name: Spleen vaccinated

label_protocol: Biotin

extract_protocol: RNA was immediately extracted using the RNeasy Mini Kit (QIAGEN) and treated once with approximately 30 Kunitz units of DNase I (QIAGEN) for 15 min. RNA quality was determined by BioAnalyzer (Agilent) and quantified by Qubit® (Life Technologies). Samples were narrowed to those that had an RNA integrity number (RIN) of 9.6 - 10 and a minimum of 5 ng total RNA before submission to the CU-SOM Genomics and Microarray Core to be amplified by the Ovation® RNA Amplification System V2 (NuGEN).

treatment_protocol: CT26 tumors and spleens were collected from BALB/c mice, minced using a razor blade, and treated for 45 min at 37°C with 0.1 mg/ml Liberase (Research Grade, Dispase Low) in serum-free RPMI medium according to manufacturer’s instructions (Roche Life Science). Large clumps of tumor were broken-up through an 18 gauge needle, filtered through a 100 µm cell strainer, and washed in Complete Medium [RPMI with L-glutamine, 10% FBS, 100 units/ml each of penicillin and streptomycin, 1 mM sodium pyruvate, 10 mM HEPES, 1x MEM nonessential amino acids, 2 mM additional L-glutamine, and 0.1 mM 2-mercaptoethanol (BME, Sigma-Aldrich), as described]. CD8+ T cells were enriched from splenocytes using the Mouse CD8 Negative Selection Kit (InvitrogenTM) according to manufacturer’s instructions. Single cell suspensions were immediately stained with Fixable Viability Dye, then with AH1-H-2Ld Tetramer, and fluorochrome conjugated antibodies against CD8a, CD11a, CD4, B220, and I-A/I-E. Tumor-specific live CD8+ T cells were FAC-sorted to a purity of 90 – 100% from tumors on the MoFlo XDP100 (Beckman Coulter) and from spleens on the MoFlo XDP70 (Beckman Coulter) at the CU-SOM Cancer Center Flow Cytometry Shared Resource.

tag: strain

value: BALB/cAnNCr

value: functional tumor-specific CD8+ T cells

value: spleen


title: genomic data from HIV- patient METI-45, whole blood

description: whole blood

source_name: HIV- patient METI-45


title: genomic data from HIV- patient METI-42, whole blood

description: whole blood

source_name: HIV- patient METI-42


title: genomic data from HIV+ patient CHAR67, whole blood

description: whole blood

source_name: HIV+ patient CHAR67


title: genomic data from HIV- patient METI-4, whole blood

description: whole blood

source_name: HIV- patient METI-4


title: genomic data from HIV- patient METI-48, whole blood

description: whole blood

source_name: HIV- patient METI-48

value: F


title: genomic data from HIV- patient METI-37, whole blood

description: whole blood

source_name: HIV- patient METI-37


title: genomic data from HIV- patient METI-46, whole blood

description: whole blood

source_name: HIV- patient METI-46


title: genomic data from HIV- patient METI-36, whole blood

description: whole blood

source_name: HIV- patient METI-36


title: 9_TIL1

description: Gene expression data from hypofunctional tumor (AH1)-specific CD8+ T cells taken from an approximately 1 cm long CT26 tumor (14 days of growth).

source_name: CT26 tumor

value: hypofunctional tumor-specific CD8+ T cells

value: CT26 tumor


title: 12_Spleen+A5


title: genomic data from HIV- patient METI-38, whole blood

description: whole blood

source_name: HIV- patient METI-38


title: genomic data from HIV- patient METI-34, whole blood

description: whole blood

source_name: HIV- patient METI-34


title: 8_TIL1


title: genomic data from HIV- patient METI-32, whole blood

description: whole blood

source_name: HIV- patient METI-32


title: genomic data from HIV- patient METI-28, whole blood

description: whole blood

source_name: HIV- patient METI-28


title: genomic data from HIV- patient METI-40, whole blood

description: whole blood

source_name: HIV- patient METI-40


title: HT29 sphere cell_treated with 3μM fenretinide_24h

city: Shanghai

first: Jiansheng

last: Liu

state: Shanghai

address: No.845 LingShan Road, PuDong District

department: Renji Hospital

institute: Shanghai Jiao Tong University,School of Medicine.

description: Gene expression data from HT29 sphere cells which were treated with 3μM fenretinide for 24h

hyb_protocol: Fragmented and biotin-labeled cRNA was hybridized to affymetrix human U133 plus 2.0 array chip using the Affymetrix hybridization kit. Arrays were incubated in 45°C hybridization oven for 16 hours,rotating at 60rpm.

scan_protocol: Slides were scanned by GeneChip®Scanner 3000.

data_processing: Raw expression data were normalized using robust multi-array averaging (RMA) with quantile normalization.

source_name: HT29 sphere cells, treated with 3μM fenretinide, 24h

label_protocol: 5 ug of total RNA was used to prepare double-stranded cDNA with the one-cycyle cDNA synthsis kit (Affymetrix,USA). The cDNA was used to synthesize biotin-labeled cRNA with IVT kit (Affymetrix,USA). Biotin-labeled cRNA was fragmented according to affymetrix protocol.

growth_protocol: Conlon cancer cells HT29 were cultured in RPMI 1640 supplemented with 10% fetal bovine serum on adhered plates.HT29 cells were cultured in sphere formation media on non-adhered plates. The sphere formation media was DMEM-F12 supplemented with 2% B-27, 20ng/mL epidermal growth factor, 5μg/ml insulin and 0.4% bovine serum albumin.

extract_protocol: Cellular RNA was isolated by Tri-Reagent using the manufaturer's instructions.Qualified total RNA was further purified by RNeasy micro kit and Rnase-Free DNase Set.

treatment_protocol: HT29 adhered cells were treated with 6μM fenretinide for 48h and 72h. HT29 derived sphere cells were treated with 3μM fenretinide for 24h and 48h.

value: colon cancer


title: 6_Spleen_TIL1+A5

description: Gene expression data from functional tumor (AH1)-specific CD8+ T cells taken from the spleen of an approximately 1 cm long CT26 tumor-bearing mouse (15 days of growth) after therapeutic vaccination with mimotope A5 (11 days post vaccination). Details regarding mimotope A5 have been published at Slansky et al. 2000 & Jordan et al. 2010.

source_name: Spleen from mouse bearing a CT26 tumor + therapeutic vaccination


title: genomic data from HIV- patient METI-24, whole blood

description: whole blood

source_name: HIV- patient METI-24


title: genomic data from HIV- patient METI-30, whole blood

description: whole blood

source_name: HIV- patient METI-30


title: genomic data from HIV- patient METI-33, whole blood

description: whole blood

source_name: HIV- patient METI-33


title: 10_Spleen+A5

source_name: Spleen vaccinated


title: genomic data from HIV- patient METI-39, whole blood

description: whole blood

source_name: HIV- patient METI-39


title: 5_Spleen_TIL1+A5


title: HT29 sphere cell_seeded_24h

description: Gene expression data from HT29 sphere cells for 24h after seeding

source_name: HT29 sphere cells, seeded, 24h


title: genomic data from HIV- patient METI-21, whole blood

description: whole blood

source_name: HIV- patient METI-21


title: genomic data from HIV- patient METI-27, whole blood

description: whole blood

source_name: HIV- patient METI-27


title: HT29 sphere cell_seeded_48h

description: Gene expression data from HT29 sphere cells for 48h after seeding

source_name: HT29 sphere cells, seeded, 48h


title: 4_Spleen_TIL1+A5


title: genomic data from HIV- patient METI-26, whole blood

description: whole blood

source_name: HIV- patient METI-26


title: genomic data from HIV- patient METI-22, whole blood

description: whole blood

source_name: HIV- patient METI-22


title: HT29 cell line-treated with 6μM fenretinide_72h

description: Gene expression data from HT29 adhered cells which were treated with 6μM fenretinide for 72h

source_name: HT29 cell line, treated with 6μM fenretinide, 72h


title: Qa2-CD69+ SM/M1 thymocytes, biological rep3

city: Minneapolis

first: Kristin

middle: A.

last: Hogquist

state: MN

address: 2101 6th Street SE

department: Department of Laboratory Medicine and Pathology

institute: University of Minnesota

description:
Gene expression data from Tak1-deficient SM&M1 CD4SP thymocytes
Tak1_Mut_SM&M1_3

hyb_protocol: A total of 20 μg of biotinylated cRNA was fragmented and hybridized to Affymetrix murine 430 2.0 gene chips (Affymetrix).

scan_protocol: GeneChips were scanned using the Affymetrix GeneChip Scanner 3000.

data_processing: The microarray data were analyzed using Expression Consol software (Affymetrix) and GeneSpring GX11 software (Agilent).

source_name: SM&M1 CD4SP thymocytes from Tak1f/fCD4Cre mouse

label_protocol: RNA (150-300 ng) was used for generating biotinylated cRNA through single-round amplification using the MessageAmpIII RNA Amplification kit following the manufacturer’s recommendations (Ambion).

growth_protocol: Thymus dissected from young adult mouse

extract_protocol: RNA from sorted cells was extracted using RNeasy Mini kit (Qiagen) with on column DNase step (Qiagen) per the manufacturer’s instructions. CD69-TCRβ- Pre-DP and CD69+TCRβ+ Post-DP cells were sorted from the thymus of β2m-knockout (B2m-/-) mice, in which only MHC II-restricted CD4 T cells undergo positive selection. Qa2-CD69+ SM/M1 and Qa2+CD69- M2 CD4SP cells were sorted from thymocytes of Rag2GFP mice with a “dump” channel that included NK1.1, CD25, and GL3. The “dump” and Rag2-GFP gates allowed the exclusion of NKT cells, Treg, γδ T cells, and recirculating mature T cells, which can include up to 15% of CD4SP cells. Tak1-deficient Qa2-CD69+ SM/M1 CD4SP cells were sorted from the thymocytes of Tak1f/fCD4Cre mice.

treatment_protocol: not applicable

tag: background strain

value: thymocyte

tag: sorted cell type

value: SM&M1 CD4SP

tag: genotype/variation

value: Tak1f/f CD4Cre


title: genomic data from HIV- patient METI-23, whole blood

description: whole blood

source_name: HIV- patient METI-23


title: HT29 cell line_treated with 6μM fenretinide_48h

description: Gene expression data from HT29 adhered cells which were treated with 6μM fenretinide for 48h

source_name: HT29 cell line, treated with 6μM fenretinide, 48h


title: Qa2-CD69+ SM/M1 thymocytes, biological rep2

description:
Gene expression data from Tak1-deficient SM&M1 CD4SP thymocytes
Tak1_Mut_SM&M1_2


title: 2_TIL1+A5

description: Gene expression data from hypofunctional tumor (AH1)-specific CD8+ T cells taken from an approximately 1 cm long CT26 tumor (15 days of growth) after therapeutic vaccination with mimotope A5 (11 days post vaccination). Details regarding mimotope A5 have been published at Slansky et al. 2000 & Jordan et al. 2010.

source_name: CT26 tumor + therapeutic vaccination


title: 3_TIL1+A5


title: genomic data from HIV- patient METI-49, whole blood

description: whole blood

source_name: HIV- patient METI-49


title: HT29 cell line_adhered_72h

description: Gene expression data from HT29 adhered cells for 72h after seeding

source_name: HT29 cell line, seeded, 72h


title: 1_TIL1+A5


title: genomic data from HIV- patient METI-35, whole blood

description: whole blood

source_name: HIV- patient METI-35


title: HT29 cell line_adhered_48h

description: Gene expression data from HT29 adhered cells for 48h after seeding

source_name: HT29 cell line, seeded, 48h


title: Qa2+CD69- M2 CD4SP thymocytes, biological rep3

description:
Gene expression data from M2 thymocytes
M2_3

source_name: M2 CD4SP thymocytes from Rag2-GFP mouse

value: M2 CD4SP

value: Rag2-GFP BAC transgenic


title: Qa2+CD69- M2 CD4SP thymocytes, biological rep2

description:
Gene expression data from M2 thymocytes
M2_2


title: genomic data from HIV- patient METI-2, whole blood

description: whole blood

source_name: HIV- patient METI-2


title: genomic data from HIV- patient METI-25, whole blood

description: whole blood

source_name: HIV- patient METI-25


title: genomic data from HIV- patient METI-3, whole blood

description: whole blood

source_name: HIV- patient METI-3


title: genomic data from HIV- patient METI-18, whole blood

description: whole blood

source_name: HIV- patient METI-18


title: genomic data from HIV- patient METI-20, whole blood

description: whole blood

source_name: HIV- patient METI-20


title: Qa2+CD69- M2 CD4SP thymocytes, biological rep1

description:
Gene expression data from M2 thymocytes
M2_1


title: Gingiva 757 HHG affected

city: St. John's

first: Jo-Anna

middle: Barbara Joyce

last: Clark

state: Newfoundland

address: Elizabeth Avenue

department: Biology

institute: Memorial University

description: Gene expression data from HHG affected ginvial tissue

hyb_protocol: Affymetrix prtotcol EukGE-WS2v5

scan_protocol: GeneChips were scanned using the Affymetrix GeneChip Scanner 3000

data_processing: The data were analyzed with Microarray Suite version 5.0 (MAS 5.0). The scaling target signal was set to 150.

organism: Vulpes vulpes

source_name: Vulpes 757 gingival sample HHG affected

label_protocol: RNA was labeled using the Affymetrix 3’IVT Express kit according to the manufacturer’s protocol

extract_protocol: RNA was extracted using an RNeasy Fibrous Tissue Mini kit, according to protocol specifications. An additional off-column DNase procedure was performed to ensure the quality of the RNA.

treatment_protocol: During pelting season gingival samples were collected immediately after the animal was euthanized. Gingival samples collected after whelping season were taken from live anesthetised foxes. Gingival sections (<500 mg) were immediately placed into 5 mL of RNAlater (for four hours followed by storage at -20°C.

value: Vulpes vulpes gingival tissue

tag: phenotype

value: HHG affected

value: Female


title: Qa2-CD69+ SM/M1 thymocytes, biological rep1

description:
Gene expression data from Tak1-deficient SM&M1 CD4SP thymocytes
Tak1_Mut_SM&M1_1


title: Qa2-CD69+ SM/M1 CD4SP thymocytes, biological rep3

description:
Gene expression data from SM&M1 thymocytes
SM&M1_3

source_name: SM&M1 CD4SP thymocytes from Rag2-GFP mouse


title: HP20

city: L'Hospitalet de Llobregat

first: Manel

last: Esteller

state: Barcelona

address: Hospital Duran i Reynals Av. Gran Via s/n km, 2.7

department: PEBC

country: Spain

institute: IDIBELL

hyb_protocol: bisulphite converted DNA was amplified, fragmented and hybridised to Illumina Infinium Human Methylation27 Beadchip using standard Illumina protocol

scan_protocol: Arrays were imaged using BeadArray Reader using standard recommended Illumina scanner setting

data_processing: BeadStudio software v3.2

source_name: Alzheimer Braak Stage V-VI

extract_protocol: genomic DNA was extracted and purified from postmortem samples using Qiagen DNeasy Kit according to standard instructions

value: Male

value: Hippocampus

value: Alzheimer's


title: Gingiva 402 HHG unaffected

description: Gene expression data from HHG unaffected ginvial tissue

source_name: Vulpes 402 gingival sample HHG unaffected

value: HHG unaffected


title: genomic data from HIV- patient METI-19, whole blood

description: whole blood

source_name: HIV- patient METI-19

value: M

value: whole blood

value: no

value: white


title: HP18


title: HP19


title: genomic data from HIV- patient METI-17, whole blood

description: whole blood

source_name: HIV- patient METI-17


title: Gingiva 107 HHG affected

source_name: Vulpes 107 gingival sample HHG affected


title: HP17


title: Qa2-CD69+ SM/M1 CD4SP thymocytes, biological rep1

description:
Gene expression data from SM&M1 thymocytes
SM&M1_1


title: Gingiva 381 HHG affected

source_name: Vulpes 381 gingival sample HHG affected


title: Qa2-CD69+ SM/M1 CD4SP thymocytes, biological rep2

description:
Gene expression data from SM&M1 thymocytes
SM&M1_2


title: CD69+TCRβ+ Post-selected DP thymocytes, biological rep3

description:
Gene expression data from PostDP thymocytes
PostDP_3

source_name: PostDP thymocytes from B2m-/- mouse

value: Post-DP


title: genomic data from HIV- patient METI-16, whole blood

description: whole blood

source_name: HIV- patient METI-16


title: 7_TIL1

description: Gene expression data from hypofunctional tumor (AH1)-specific CD8+ T cells taken from an approximately 1 cm long CT26 tumor (14 days of growth).

source_name: CT26 tumor

value: BALB/cAnNCr

value: hypofunctional tumor-specific CD8+ T cells

value: CT26 tumor


title: Gingiva 86 HHG unaffected

source_name: Vulpes 86 gingival sample HHG unaffected


title: genomic data from HIV- patient METI-15, whole blood

description: whole blood

source_name: HIV- patient METI-15


title: Gingiva 97 HHG unaffected

source_name: Vulpes 97 gingival sample HHG unaffected


title: HP16


title: HT29 sphere cell_treated with 3μM fenretinide_48h

description: Gene expression data from HT29 sphere cells which were treated with 3μM fenretinide for 48h

source_name: HT29 sphere cells, treated with 3μM fenretinide, 48h

value: colon cancer


title: genomic data from HIV- patient METI-12, whole blood

description: whole blood

source_name: HIV- patient METI-12


title: Gingiva 55 HHG affected

description: Gene expression data from HHG aaffected ginvial tissue

source_name: Vulpes 55 gingival sample HHG affected


title: HP15

source_name: Alzheimer Braak Stage III-IV


title: genomic data from HIV- patient METI-13, whole blood

description: whole blood

source_name: HIV- patient METI-13


title: genomic data from HIV- patient METI-11, whole blood

description: whole blood

source_name: HIV- patient METI-11


title: CD69-TCRβ- Pre-selected DP thymocytes, biological rep3

description:
Gene expression data from PreDP thymocytes
PreDP_3

source_name: PreDP thymocytes from B2m-/- mouse

value: thymocyte

value: Pre-DP


title: HP14


title: CD69+TCRβ+ Post-selected DP thymocytes, biological rep2

description:
Gene expression data from PostDP thymocytes
PostDP_2


title: CD69-TCRβ- Pre-selected DP thymocytes, biological rep2

description:
Gene expression data from PreDP thymocytes
PreDP_2


title: HP12


title: HP13


title: macrophage_Udorn_rep2

city: Helsinki

first: Yu

last: Fu

address: Tukholmankatu 8

department: Institute for Molecular Medicine, Finland

country: Finland

institute: University of Helsinki

hyb_protocol: Purified biotinylated cRNA was hybridized to HumanHT-12 v4 Expression BeadChips for 18 hours at 58°C with rocking platform at speed 5.

scan_protocol: BeadChips were scanned with Illumina iScan, using manufacturer provided protocols.

data_processing: The raw data was extracted using Illumina's GenomeStudio software. The data were normalized using quantile normalization with preprocessCore in R.

source_name: human macrophages

label_protocol: The double-stranded cDNA template was amplified and labeled by in vitro transcription to generate multiple copies of biotinylated cRNA. Biotinylated cRNA was purified by Qiagen RNeasy® Mini Kit to get rid of unincorporated NTPs, salts, enzymes, and inorganic phosphate.

growth_protocol: Peripheral blood mononuclear cells were isolated form Buffy coats obtained from healthy donors. Macrophages were differentiated from PBMCs in serum-free medium containing granulocyte-macrophage colony stimulating factor for 7 days.

extract_protocol: RNA was extracted from IAV- or mock- infected macrophages at 6h post infection using QiagenRNeasy® Plus mini kit.

treatment_protocol: Macrophages were infected with Influenza A viruses at indicated multiplicity of infection in serum-free medium.

value: peripheral blood

value: macrophage

tag: infection status

value: influenza A/Udorn/307/72(H3N2)

tag: vx-787 treatment status

value: non-treated

tag: time post infection


title: macrophage_VX787(10nM)_mock_rep2

tag: tissue

value: non-infected

value: treated


title: macrophage_VX787(10nM)_Udorn_rep2


title: HP10

source_name: Alzheimer Braak Stage I-II

value: Male

value: Hippocampus

value: Alzheimer's


title: CD69-TCRβ- Pre-selected DP thymocytes, biological rep1

description:
Gene expression data from PreDP thymocytes
PreDP_1


title: CD69+TCRβ+ Post-selected DP thymocytes, biological rep1

description:
Gene expression data from PostDP thymocytes
PostDP_1


title: HP11


title: HP7

value: Female


title: macrophage_WSN_rep2

value: influenza A/WSN/1933(H1N1)


title: macrophage_VX787(10nM)_WSN_rep2


title: HP9


title: macrophage_mock_rep2


title: hGas rep 1

city: New York

first: Timothy

middle: Cragin

last: Wang

state: NY

address: 1130 St. Nicholas Avenue

department: Medicine- Division of Digestive and Liver Diseases

institute: Columbia University

description: Gene expression of colonic mucosa of 6 week old mice

hyb_protocol: 10 μg of RNA dissolved in 300 μL of buffer was hybridized to Mouse Genome 430. 2.0 GeneChips (Affymetrix). All samples were prepared with the standard protocol recommended by the manufacturer.

scan_protocol: Arrays were scanned on an Affymetrix Scanner 3000-7G scanner with GCOS software. Scanning was peformed according to the protocol described in the Affymetrix GeneChip® Expression Analysis Technical Manual, November 2004 Edition.

data_processing: Data was normalized using the GCRMA algorithm as implemented in Bioconductor/R.

source_name: hGas transgenic  C57BL/6 mice,colonic mucosa, sacrificed at 6 weeks

label_protocol: DNA was synthesized with the One-cycle cDNA Synthesis kit (Affymetrix). The cDNA was the used as a template for the synthesis of biotin labeled cRNA with IVT MEGAscript® T7 Kit.

growth_protocol: Mice were maintained at all times on a 12-hour light-dark cycle in a pathogen-free environment with free access to rodent chow and water.

extract_protocol: RNA were purified with Trizol reagent

treatment_protocol: Mice were sacrificed at 6 weeks, colonic mucosa was isolated with PBS injection into submucosa.

value: male

tag: genotype

value: hGas Transgenic

tag: genetic background

tag: age

value: 6 weeks

value: colonic mucosa


title: hGas rep 2


title: Gas KO rep 3

source_name: Gasko-/-  C57BL/6 mice,colonic mucosa, sacrificed at 6 weeks

value: Gas-/-


title: hGas rep 3


title: genomic data from HIV- patient METI-1, whole blood

description: whole blood

source_name: HIV- patient METI-1

value: M

value: whole blood

value: no

value: white


title: HP8


title: HP5

source_name: Control


title: HP2


title: genomic data from HIV- patient METI-10, whole blood

description: whole blood

source_name: HIV- patient METI-10


title: macrophage_Udorn_rep1

value: peripheral blood

tag: cell type

value: macrophage

value: influenza A/Udorn/307/72(H3N2)

value: non-treated


title: HP6

tag: gender

value: Hippocampus


title: macrophage_VX787(10nM)_Udorn_rep1

value: treated


title: Gas KO rep 1


title: macrophage_VX787(10nM)_WSN_rep1


title: macrophage_WSN_rep1


title: HP1

value: Female

tag: disease


title: HP3

value: Male


title: WT rep 2

source_name: WT C57BL/6 mice,colonic mucosa, sacrificed at 6 weeks

value: male

value: WT


title: HP4


title: Gas KO rep 2

value: 6 weeks


title: macrophage_mock_rep1

value: non-infected


title: macrophage_VX787(10nM)_mock_rep1


title: TGRH29 leaf blade at 30 h after GRH infestation replicate 2_Cy5

status: Public on Apr 02 2016

city: Tsukuba

first: Takayuki

last: ASANO

state: Ibaraki

address: 2-1-2 Kannondai

department: Plant Genome Research Unit

country: Japan

institute: National Institute of Agrobiological Sciences

description:
Raw data file: TGRH29_LB_rep2.txt
Biological replication 2 of 2, TGRH29_0 h after GRH infestation, LB

hyb_protocol: To prepare hybridization samples, 825 ng of Cy3-labeled cRNA and 825 ng of Cy5-labeled cRNA were mixed and fragmented at 60°C for 30 minutes. Hybridization was performed at 65°C for 17 hours using the Agilent Gene Expression Hybridization Kit. After hybridization, slides were washed according to the manufacture’s instruction.

scan_protocol: Scanned on an Agilent G2565AA scanner. Images were quantified using Agilent Feature Extraction Software.

data_processing: Software: Feature Extraction ver 9.5

organism: Oryza sativa

source_name: TGRH29_pretreatment, 0 h, LB

label_protocol: Quick Amp Labeling Kit (Agilent)

growth_protocol: For gene expression analysis in shoots, rice plants were grown in a growth chamber at 25°C and 16-h light/8h dark cycle. Seedlings at the second-leaf stage were infested with 10 to 15 first- or second-instar nymphs in test tubes. Shoot samples were collected at 0 h or 30 h after GRH infestation. For gene expression analysis in leaf blades, rice seeds were sown in germination boxes, and seedlings were transplanted in a paddy field and grown under normal agricultural conditions. Upper leaf blades were excised from rice plants at booting stage and detached-leaf blades were infested with 10 to 15 first- or second-instar nymphs in test tubes. Samples were collected at 0 h or 30 h after GRH infestation.

extract_protocol: Total RNA extracted using RNeasy Plant Mini Kit (Qiagen) following manufacturer's instructions.

tag: cultivar

value: GRH2/GRH4-PYL (TGRH29)

value: leaf blade

tag: infestation

value: prior to GRH infestation

tag: time

value: pretreatment, 0 h


title: WT rep 3

value: colonic mucosa


title: WT rep 1


title: T65 leaf blade at 30 h after GRH infestation replicate 1_Cy5

description:
Raw data file: T65_LB_rep1.txt
Biological replication 1 of 2, T65_0 h after GRH infestation, LB

source_name: T65_pretreatment, 0 h, LB

value: Taichung 65 (T65)


title: TGRH29 leaf blade at 30 h after GRH infestation replicate 1_Cy5

description:
Raw data file: TGRH29_LB_rep1.txt
Biological replication 1 of 2, TGRH29_0 h after GRH infestation, LB


title: genomic data from HIV- patient METI-14, whole blood

description: whole blood

source_name: HIV- patient METI-14

value: M

value: whole blood

tag: diabetes

value: no

tag: ethnicity

value: white


title: TGRH16 shoot at 30 h after GRH infestation replicate 1_Cy5

description:
Raw data file: TGRH16_shoot_rep1.txt
Biological replication 1 of 2, TGRH16_0 h after GRH infestation

source_name: TGRH16_pretreatment, 0 h, shoot

value: GRH4-NIL (TGRH16)

value: shoot


title: TGRH29 shoot at 30 h after GRH infestation replicate 1_Cy5

description:
Raw data file: TGRH29_shoot_rep1.txt
Biological replication 1 of 2, TGRH29_0 h after GRH infestation

source_name: TGRH29_pretreatment, 0 h, shoot


title: TGRH16 shoot at 30 h after GRH infestation replicate 2_Cy5

description:
Raw data file: TGRH16_shoot_rep2.txt
Biological replication 2 of 2, TGRH16_0 h after GRH infestation


title: T65 leaf blade at 30 h after GRH infestation replicate 2_Cy5

description:
Raw data file: T65_LB_rep2.txt
Biological replication 2 of 2, T65_0 h after GRH infestation, LB


title: TGRH29 shoot at 30 h after GRH infestation replicate 2_Cy5

description:
Raw data file: TGRH29_shoot_rep2.txt
Biological replication 2 of 2, TGRH29_0 h after GRH infestation


title: TGRH11 shoot at 30 h after GRH infestation replicate 2_Cy5

description:
Raw data file: TGRH11_shoot_rep2.txt
Biological replication 2 of 2, TGRH11_0 h after GRH infestation

source_name: TGRH11_pretreatment, 0 h, shoot

value: GRH2-NIL (TGRH11)


title: TGRH11 shoot at 30 h after GRH infestation replicate 1_Cy5

description:
Raw data file: TGRH11_shoot_rep1.txt
Biological replication 1 of 2, TGRH11_0 h after GRH infestation


title: T65 shoot at 30 h after GRH infestation replicate 1_Cy5

description:
Raw data file: T65_shoot_rep1.txt
Biological replication 1 of 2, T65_0 h after GRH infestation

source_name: T65_pretreatment, 0 h, shoot


title: T65 shoot at 30 h after GRH infestation replicate 2_Cy5

description:
Raw data file: T65_shoot_rep2.txt
Biological replication 2 of 2, T65_0 h after GRH infestation


title: TGRH29 leaf blade at 30 h after GRH infestation replicate 1_Cy3

description:
Raw data file: TGRH29_LB_rep1.txt
Biological replication 1 of 2, TGRH29_30 h after GRH infestation, LB

source_name: TGRH29_30h after GRH infestation, LB

value: GRH

value: 30 h after infestation


title: T65 leaf blade at 30 h after GRH infestation replicate 1_Cy3

description:
Raw data file: T65_LB_rep1.txt
Biological replication 1 of 2, T65_30 h after GRH infestation, LB

source_name: T65_30h after GRH infestation, LB


title: TGRH29 shoot at 30 h after GRH infestation replicate 2_Cy3

description:
Raw data file: TGRH29_shoot_rep2.txt
Biological replication 2 of 2, TGRH29_30 h after GRH infestation

source_name: TGRH29_30h after GRH infestation, shoot


title: TGRH16 shoot at 30 h after GRH infestation replicate 1_Cy3

description:
Raw data file: TGRH16_shoot_rep1.txt
Biological replication 1 of 2, TGRH16_30 h after GRH infestation

source_name: TGRH16_30h after GRH infestation, shoot


title: T65 leaf blade at 30 h after GRH infestation replicate 2_Cy3

description:
Raw data file: T65_LB_rep2.txt
Biological replication 2 of 2, T65_30 h after GRH infestation, LB


title: A2P2MEP-G7_a2p2

first: Adam

last: Mead

address: John Radcliffe Hospital

department: Weatherall Institute of Molecular Medicine

institute: University of Oxford

description: Single MEP cell

data_processing: Data were processed using a custom pipeline in R. Normalisation was performed by subtracting the mean of B2M and GAPDH expression

label: FAM

source_name: healthy donor apheresis

label_protocol: Cells were isolated by index-FACS into each well of 96-well PCR plates containing 5 μl lysis buffer (CellsDirect One-Step qRT-PCR kit [Invitrogen], SUPERASE-In RNase inhibitor [Ambion], TE buffer) and 0.2x Taqman assay mastermix. Plates were sealed, vortexed, briefly centrifuged and then cDNA synthesis and sequence-specific pre-amplification performed (reverse transcriptase – 50 oC, 15 min; Inactivation at 95 oC, 2 min; Specific target amplification 95 oC 15 sec then 60 oC 4 min, 22 cycles). Plates were stored at -20  oC until analysis. Preamplified products were diluted 4-fold prior to analysis. Samples were analyzed using Universal PCR Master Mix (Applied Biosystems) and individual Taqman gene expression assays (Life Technologies, Suppl. Table 1), on the Biomark System (Fluidigm) using the 96.96 Dynamic Arrays as per manufacturers protocol.

extract_protocol: Target cells isolated by immunomagnetic CD34-cell enrichment and then single cell FACS sorting in to 96-well PCR plates. Total RNA isolated using CellsDirect One-Step PCR Kit (Invitrogen) as per product protocol.

value: Mobilized peripheral blood mononuclear cells

value: megakaryocyte-erythroid progenitor


title: TGRH29 shoot at 30 h after GRH infestation replicate 1_Cy3

description:
Raw data file: TGRH29_shoot_rep1.txt
Biological replication 1 of 2, TGRH29_30 h after GRH infestation

value: GRH2/GRH4-PYL (TGRH29)


title: A2P2MEP-G4_a2p2

description: Single MEP cell


title: A2P2MEP-G6_a2p2

description: Single MEP cell


title: TGRH11 shoot at 30 h after GRH infestation replicate 2_Cy3

description:
Raw data file: TGRH11_shoot_rep2.txt
Biological replication 2 of 2, TGRH11_30 h after GRH infestation

source_name: TGRH11_30h after GRH infestation, shoot


title: TGRH29 leaf blade at 30 h after GRH infestation replicate 2_Cy3

description:
Raw data file: TGRH29_LB_rep2.txt
Biological replication 2 of 2, TGRH29_30 h after GRH infestation, LB

value: leaf blade


title: A2P2MEP-G5_a2p2

description: Single MEP cell


title: T65 shoot at 30 h after GRH infestation replicate 2_Cy3

description:
Raw data file: T65_shoot_rep2.txt
Biological replication 2 of 2, T65_30 h after GRH infestation

source_name: T65_30h after GRH infestation, shoot


title: T65 shoot at 30 h after GRH infestation replicate 1_Cy3

description:
Raw data file: T65_shoot_rep1.txt
Biological replication 1 of 2, T65_30 h after GRH infestation


title: A2P2MEP-G3_a2p2

description: Single MEP cell


title: TGRH11 shoot at 30 h after GRH infestation replicate 1_Cy3

description:
Raw data file: TGRH11_shoot_rep1.txt
Biological replication 1 of 2, TGRH11_30 h after GRH infestation


title: A2P2MEP-G12_a2p2

description: Single MEP cell


title: A2P2MEP-G2_a2p2

description: Single MEP cell


title: TGRH16 shoot at 30 h after GRH infestation replicate 2_Cy3

description:
Raw data file: TGRH16_shoot_rep2.txt
Biological replication 2 of 2, TGRH16_30 h after GRH infestation


title: A2P2MEP-G11_a2p2

description: Single MEP cell


title: A2P2MEP-G1_a2p2

description: Single MEP cell


title: A2P2MEP-F6_a2p2

description: Single MEP cell


title: A2P2MEP-F7_a2p2

description: Single MEP cell


title: A2P2MEP-G10_a2p2

description: Single MEP cell


title: A2P2MEP-F4_a2p2

description: Single MEP cell


title: A2P2MEP-F5_a2p2

description: Single MEP cell


title: A2P2MEP-F8_a2p2

description: Single MEP cell


title: A2P2MEP-G8_a2p2

description: Single MEP cell


title: A2P2MEP-F9_a2p2

description: Single MEP cell


title: A2P2MEP-F12_a2p2

description: Single MEP cell


title: A2P2MEP-F2_a2p2

description: Single MEP cell


title: A2P2MEP-F3_a2p2

description: Single MEP cell


title: A2P2MEP-F10_a2p2

description: Single MEP cell


title: A2P2MEP-E9_a2p2

description: Single MEP cell


title: Gingiva 19 HHG affected

description: Gene expression data from HHG aaffected ginvial tissue

source_name: Vulpes 19 gingival sample HHG affected

value: Vulpes vulpes gingival tissue

value: HHG affected

value: Male


title: A2P2MEP-F1_a2p2

description: Single MEP cell


title: A2P2MEP-E7_a2p2

description: Single MEP cell


title: A2P2MEP-E8_a2p2

description: Single MEP cell


title: A2P2MEP-D8_a2p2

description: Single MEP cell


title: A2P2MEP-D9_a2p2

description: Single MEP cell


title: A2P2MEP-E1_a2p2

description: Single MEP cell


title: A2P2MEP-D4_a2p2

description: Single MEP cell


title: A2P2MEP-E10_a2p2

description: Single MEP cell


title: A2P2MEP-D5_a2p2

description: Single MEP cell


title: A2P2MEP-E12_a2p2

description: Single MEP cell


title: A2P2MEP-E4_a2p2

description: Single MEP cell


title: A2P2MEP-E2_a2p2

description: Single MEP cell


title: A2P2MEP-E11_a2p2

description: Single MEP cell


title: A2P2MEP-F11_a2p2

description: Single MEP cell


title: A2P2MEP-D6_a2p2

description: Single MEP cell


title: A2P2MEP-D7_a2p2

description: Single MEP cell


title: A2P2MEP-D12_a2p2

description: Single MEP cell


title: A2P2MEP-D2_a2p2

description: Single MEP cell


title: A2P2MEP-D3_a2p2

description: Single MEP cell


title: A2P2MEP-D1_a2p2

description: Single MEP cell


title: A2P2MEP-E5_a2p2

description: Single MEP cell


title: A2P2MEP-C7_a2p2

description: Single MEP cell


title: A2P2MEP-E3_a2p2

description: Single MEP cell


title: A2P2MEP-C8_a2p2

description: Single MEP cell


title: A2P2MEP-C9_a2p2

description: Single MEP cell


title: A2P2MEP-C6_a2p2

description: Single MEP cell


title: A2P2MEP-C4_a2p2

description: Single MEP cell


title: A2P2MEP-C3_a2p2

description: Single MEP cell


title: A2P2MEP-C2_a2p2

description: Single MEP cell


title: A2P2MEP-D11_a2p2

description: Single MEP cell


title: A2P2MEP-C11_a2p2

description: Single MEP cell


title: A2P2MEP-B9_a2p2

description: Single MEP cell


title: A2P2MEP-B2_a2p2

description: Single MEP cell


title: A2P2MEP-B12_a2p2

description: Single MEP cell


title: A2P2MEP-B5_a2p2

description: Single MEP cell


title: A2P2MEP-B10_a2p2

description: Single MEP cell


title: A2P2MEP-B8_a2p2

description: Single MEP cell


title: A2P2MEP-B4_a2p2

description: Single MEP cell


title: A2P2MEP-B3_a2p2

description: Single MEP cell


title: A2P2MEP-B7_a2p2

description: Single MEP cell


title: A2P2MEP-B11_a2p2

description: Single MEP cell


title: A2P2MEP-A9_a2p2

description: Single MEP cell


title: A2P2MEP-A8_a2p2

description: Single MEP cell


title: A2P2MEP-C5_a2p2

description: Single MEP cell


title: A2P2MEP-B6_a2p2

description: Single MEP cell


title: A2P2MEP-A5_a2p2

description: Single MEP cell


title: A2P2MEP-A6_a2p2

description: Single MEP cell


title: A2P2MEP-A7_a2p2

description: Single MEP cell


title: A2P2MEP-A4_a2p2

description: Single MEP cell


title: A2P2MEP-A3_a2p2

description: Single MEP cell


title: A2P2MEP-C12_a2p2

description: Single MEP cell


title: A2P2MEP-A12_a2p2

description: Single MEP cell


title: A2P2MEP-A10_a2p2

description: Single MEP cell


title: A2P2MEP-A11_a2p2

description: Single MEP cell


title: A2P2MEP-C1_a2p2

description: Single MEP cell


title: A2P1MEP-H6_a2p1

description: Single MEP cell


title: A2P1MEP-H5_a2p1

description: Single MEP cell


title: A2P1MEP-H7_a2p1

description: Single MEP cell


title: A2P1MEP-H8_a2p1

description: Single MEP cell


title: A2P1MEP-H4_a2p1

description: Single MEP cell


title: A2P1MEP-H3_a2p1

description: Single MEP cell


title: A2P1MEP-H1_a2p1

description: Single MEP cell


title: A2P1MEP-G8_a2p1

description: Single MEP cell


title: A2P1MEP-H10_a2p1

description: Single MEP cell


title: A2P1MEP-G6_a2p1

description: Single MEP cell


title: A2P1MEP-G9_a2p1

description: Single MEP cell


title: A2P1MEP-H11_a2p1

description: Single MEP cell


title: A2P1MEP-G7_a2p1

description: Single MEP cell


title: A2P1MEP-H2_a2p1

description: Single MEP cell


title: A2P1MEP-H9_a2p1

description: Single MEP cell


title: A2P1MEP-G3_a2p1

description: Single MEP cell


title: A2P1MEP-G1_a2p1

description: Single MEP cell


title: A2P1MEP-G2_a2p1

description: Single MEP cell


title: A2P1MEP-G10_a2p1

description: Single MEP cell


title: A2P1MEP-G11_a2p1

description: Single MEP cell


title: A2P1MEP-G12_a2p1

description: Single MEP cell


title: A2P1MEP-F8_a2p1

description: Single MEP cell


title: A2P1MEP-F7_a2p1

description: Single MEP cell


title: A2P1MEP-G5_a2p1

description: Single MEP cell


title: A2P1MEP-F5_a2p1

description: Single MEP cell


title: A2P1MEP-F4_a2p1

description: Single MEP cell


title: A2P1MEP-F3_a2p1

description: Single MEP cell


title: A2P1MEP-F2_a2p1

description: Single MEP cell


title: A2P1MEP-H12_a2p1

description: Single MEP cell


title: A2P1MEP-F12_a2p1

description: Single MEP cell


title: A2P1MEP-F1_a2p1

description: Single MEP cell


title: A2P1MEP-F10_a2p1

description: Single MEP cell


title: A2P1MEP-F11_a2p1

description: Single MEP cell


title: A2P1MEP-G4_a2p1

description: Single MEP cell


title: A2P1MEP-E9_a2p1

description: Single MEP cell


title: A2P1MEP-F9_a2p1

description: Single MEP cell


title: A2P1MEP-E8_a2p1

description: Single MEP cell


title: A2P1MEP-E7_a2p1

description: Single MEP cell


title: A2P1MEP-E6_a2p1

description: Single MEP cell


title: A2P1MEP-E11_a2p1

description: Single MEP cell


title: A2P1MEP-E5_a2p1

description: Single MEP cell


title: A2P1MEP-E4_a2p1

description: Single MEP cell


title: A2P1MEP-E2_a2p1

description: Single MEP cell


title: A2P1MEP-E1_a2p1

description: Single MEP cell


title: A2P1MEP-E3_a2p1

description: Single MEP cell


title: A2P1MEP-D9_a2p1

description: Single MEP cell


title: A2P1MEP-D8_a2p1

description: Single MEP cell


title: A2P1MEP-D5_a2p1

description: Single MEP cell


title: A2P1MEP-D4_a2p1

description: Single MEP cell


title: A2P1MEP-D7_a2p1

description: Single MEP cell


title: A2P1MEP-D6_a2p1

description: Single MEP cell


title: A2P1MEP-D3_a2p1

description: Single MEP cell


title: A2P1MEP-D2_a2p1

description: Single MEP cell


title: A2P1MEP-D10_a2p1

description: Single MEP cell


title: A2P1MEP-D11_a2p1

description: Single MEP cell


title: A2P1MEP-C7_a2p1

description: Single MEP cell


title: A2P1MEP-C8_a2p1

description: Single MEP cell


title: A2P1MEP-C9_a2p1

description: Single MEP cell


title: A2P1MEP-D1_a2p1

description: Single MEP cell


title: A2P1MEP-C2_a2p1

description: Single MEP cell


title: A2P1MEP-C6_a2p1

description: Single MEP cell


title: A2P1MEP-C5_a2p1

description: Single MEP cell


title: A2P1MEP-C3_a2p1

description: Single MEP cell


title: A2P1MEP-C11_a2p1

description: Single MEP cell


title: A2P1MEP-C12_a2p1

description: Single MEP cell


title: A2P1MEP-C10_a2p1

description: Single MEP cell


title: A2P1MEP-C1_a2p1

description: Single MEP cell


title: A2P1MEP-B6_a2p1

description: Single MEP cell


title: A2P1MEP-B5_a2p1

description: Single MEP cell


title: A2P1MEP-B3_a2p1

description: Single MEP cell


title: A2P1MEP-B4_a2p1

description: Single MEP cell


title: A2P1MEP-B7_a2p1

description: Single MEP cell


title: A2P1MEP-B8_a2p1

description: Single MEP cell


title: A2P1MEP-B2_a2p1

description: Single MEP cell


title: A2P1MEP-B10_a2p1

description: Single MEP cell


title: A2P1MEP-C4_a2p1

description: Single MEP cell


title: A2P1MEP-B12_a2p1

description: Single MEP cell


title: A2P1MEP-A6_a2p1

description: Single MEP cell


title: A2P1MEP-A8_a2p1

description: Single MEP cell


title: A2P1MEP-A7_a2p1

description: Single MEP cell


title: A2P1MEP-A12_a2p1

description: Single MEP cell


title: A2P1MEP-A9_a2p1

description: Single MEP cell


title: A2P1MEP-A4_a2p1

description: Single MEP cell


title: A2P1MEP-A2_a2p1

description: Single MEP cell


title: A2P1MEP-A3_a2p1

description: Single MEP cell


title: A2P1MEP-A10_a2p1

description: Single MEP cell


title: A2P1MEP-A11_a2p1

description: Single MEP cell


title: A1P3MEPG4_a1p3

description: Single MEP cell


title: A1P3MEPG3_a1p3

description: Single MEP cell


title: A2P1MEP-B11_a2p1

description: Single MEP cell


title: A2P1MEP-B9_a2p1

description: Single MEP cell


title: A1P3-7141-F4_a1p3

description: Single MEP cell


title: A1P3MEP-F12_a1p3

description: Single MEP cell


title: A1P3MEPG1_a1p3

description: Single MEP cell


title: A1P3-7141-F3_a1p3

description: Single MEP cell


title: A1P3MEP-F11_a1p3

description: Single MEP cell


title: A1P3MEPG5_a1p3

description: Single MEP cell


title: A1P3-7141-F5_a1p3

description: Single MEP cell


title: A1P3-7141-F8_a1p3

description: Single MEP cell


title: A1P3MEPG6_a1p3

description: Single MEP cell


title: A1P3-7141-F10_a1p3

description: Single MEP cell


title: A1P3-7141-F2_a1p3

description: Single MEP cell


title: A2P1MEP-B1_a2p1

description: Single MEP cell


title: A1P3-7141-F9_a1p3

description: Single MEP cell


title: A1P3MEPG2_a1p3

description: Single MEP cell


title: A2P1MEP-A5_a2p1

description: Single MEP cell


title: A1P3-7141-E7_a1p3

description: Single MEP cell


title: A1P3-7141-E8_a1p3

description: Single MEP cell


title: A1P3-7141-F1_a1p3

description: Single MEP cell


title: A1P3-7141-E3_a1p3

description: Single MEP cell


title: A1P3-7141-E4_a1p3

description: Single MEP cell


title: A1P3-7141-E5_a1p3

description: Single MEP cell


title: A1P3-7141-E9_a1p3

description: Single MEP cell


title: A1P3-7141-E2_a1p3

description: Single MEP cell


title: A2P1MEP-A1_a2p1

description: Single MEP cell


title: A1P3-7141-E12_a1p3

description: Single MEP cell


title: A1P3-7141-D9_a1p3

description: Single MEP cell


title: A1P3-7141-E10_a1p3

description: Single MEP cell


title: A1P3-7141-E11_a1p3

description: Single MEP cell


title: A1P3-7141-E1_a1p3

description: Single MEP cell


title: A1P3-7141-D8_a1p3

description: Single MEP cell


title: A1P3-7141-E6_a1p3

description: Single MEP cell


title: A1P3-7141-D6_a1p3

description: Single MEP cell


title: A1P3-7141-D7_a1p3

description: Single MEP cell


title: A1P3-7141-C9_a1p3

description: Single MEP cell


title: A1P3-7141-D10_a1p3

description: Single MEP cell


title: A1P3-7141-D12_a1p3

description: Single MEP cell


title: A1P3-7141-D11_a1p3

description: Single MEP cell


title: A1P3-7141-D3_a1p3

description: Single MEP cell


title: A1P3-7141-D5_a1p3

description: Single MEP cell


title: A1P3-7141-D4_a1p3

description: Single MEP cell


title: A1P3-7141-D1_a1p3

description: Single MEP cell


title: A1P3-7141-C8_a1p3

description: Single MEP cell


title: A1P3-7141-C6_a1p3

description: Single MEP cell


title: A1P3-7141-C7_a1p3

description: Single MEP cell


title: A1P3-7141-C12_a1p3

description: Single MEP cell


title: A1P3-7141-C4_a1p3

description: Single MEP cell


title: A1P3-7141-C2_a1p3

description: Single MEP cell


title: A1P3-7141-C3_a1p3

description: Single MEP cell


title: A1P3-7141-B7_a1p3

description: Single MEP cell


title: A1P3-7141-C11_a1p3

description: Single MEP cell


title: A1P3-7141-B8_a1p3

description: Single MEP cell


title: A1P3-7141-B9_a1p3

description: Single MEP cell


title: A1P3-7141-C10_a1p3

description: Single MEP cell


title: A1P3-7141-C1_a1p3

description: Single MEP cell


title: A1P3-7141-D2_a1p3

description: Single MEP cell


title: A1P3-7141-B5_a1p3

description: Single MEP cell


title: A1P3-7141-B4_a1p3

description: Single MEP cell


title: A1P3-7141-B6_a1p3

description: Single MEP cell


title: A1P3-7141-B2_a1p3

description: Single MEP cell


title: A1P3-7141-B12_a1p3

description: Single MEP cell


title: A1P3-7141-B3_a1p3

description: Single MEP cell


title: A1P3-7141-B10_a1p3

description: Single MEP cell


title: A1P3-7141-B11_a1p3

description: Single MEP cell


title: A1P3-7141-A3_a1p3

description: Single MEP cell


title: A1P3-7141-A7_a1p3

description: Single MEP cell


title: A1P3-7141-A2_a1p3

description: Single MEP cell


title: A1P3-7141-A1_a1p3

description: Single MEP cell


title: A1P3-7141-A4_a1p3

description: Single MEP cell


title: A1P3-7141-A6_a1p3

description: Single MEP cell


title: A1P3-7141-A5_a1p3

description: Single MEP cell


title: A1P3-7141-A8_a1p3

description: Single MEP cell


title: A1P3-7141-A10_a1p3

description: Single MEP cell


title: A1P3-7141-A9_a1p3

description: Single MEP cell


title: A1P3-7141-B1_a1p3

description: Single MEP cell


title: A1P2MEP-H6_a1p2

description: Single MEP cell


title: A1P2MEP-H10_a1p2

description: Single MEP cell


title: A1P3-7141-A11_a1p3

description: Single MEP cell


title: A1P2MEP-H8_a1p2

description: Single MEP cell


title: A1P2MEP-H1_a1p2

description: Single MEP cell


title: A1P2MEP-H7_a1p2

description: Single MEP cell


title: A1P2MEP-H4_a1p2

description: Single MEP cell


title: A1P2MEP-H5_a1p2

description: Single MEP cell


title: A1P2MEP-G9_a1p2

description: Single MEP cell


title: A1P2MEP-G8_a1p2

description: Single MEP cell


title: A1P2MEP-H9_a1p2

description: Single MEP cell


title: A1P2MEP-F9_a1p2

description: Single MEP cell


title: A1P2MEP-F8_a1p2

description: Single MEP cell


title: A1P2MEP-G1_a1p2

description: Single MEP cell


title: A1P2MEP-G10_a1p2

description: Single MEP cell


title: A1P2MEP-F2_a1p2

description: Single MEP cell


title: A1P2MEP-F4_a1p2

description: Single MEP cell


title: A1P2MEP-E8_a1p2

description: Single MEP cell


title: A1P2MEP-F5_a1p2

description: Single MEP cell


title: A1P2MEP-F10_a1p2

description: Single MEP cell


title: A1P2MEP-E5_a1p2

description: Single MEP cell


title: A1P2MEP-D12_a1p2

description: Single MEP cell


title: A1P2MEP-E6_a1p2

description: Single MEP cell


title: A1P2MEP-D2_a1p2

description: Single MEP cell


title: A1P2MEP-D8_a1p2

description: Single MEP cell


title: A1P2MEP-E12_a1p2

description: Single MEP cell


title: A1P2MEP-D9_a1p2

description: Single MEP cell


title: A1P2MEP-E11_a1p2

description: Single MEP cell


title: A1P2MEP-F6_a1p2

description: Single MEP cell


title: A1P2MEP-C5_a1p2

description: Single MEP cell


title: A1P2MEP-C8_a1p2

description: Single MEP cell


title: A1P2MEP-E1_a1p2

description: Single MEP cell


title: A1P2MEP-G3_a1p2

description: Single MEP cell


title: A1P2MEP-E3_a1p2

description: Single MEP cell


title: A1P2MEP-G7_a1p2

description: Single MEP cell


title: A1P2MEP-C4_a1p2

description: Single MEP cell


title: A1P2MEP-F7_a1p2

description: Single MEP cell


title: A1P2MEP-C2_a1p2

description: Single MEP cell


title: A1P2MEP-F12_a1p2

description: Single MEP cell


title: A1P2MEP-F11_a1p2

description: Single MEP cell


title: A1P2MEP-C12_a1p2

description: Single MEP cell


title: A1P2MEP-C11_a1p2

description: Single MEP cell


title: A1P2MEP-C1_a1p2

description: Single MEP cell


title: A1P2MEP-B9_a1p2

description: Single MEP cell


title: A1P2MEP-B7_a1p2

description: Single MEP cell


title: A1P2MEP-B2_a1p2

description: Single MEP cell


title: A1P2MEP-B10_a1p2

description: Single MEP cell


title: A1P2MEP-A9_a1p2

description: Single MEP cell


title: A1P2MEP-B12_a1p2

description: Single MEP cell


title: A1P2MEP-A6_a1p2

description: Single MEP cell


title: A1P2MEP-B4_a1p2

description: Single MEP cell


title: A1P1MEP-G3_a1p1

description: Single MEP cell


title: A1P2MEP-A2_a1p2

description: Single MEP cell


title: A1P2MEP-A3_a1p2

description: Single MEP cell


title: A1P1MEP-G4_a1p1

description: Single MEP cell


title: A1P1MEP-G7_a1p1

description: Single MEP cell


title: A1P1MEP-G8_a1p1

description: Single MEP cell


title: A1P2MEP-A10_a1p2

description: Single MEP cell


title: A1P1MEP-G9_a1p1

description: Single MEP cell


title: A1P1MEP-G10_a1p1

description: Single MEP cell


title: A1P1MEP-G11_a1p1

description: Single MEP cell


title: A1P1MEP-G2_a1p1

description: Single MEP cell


title: A1P1MEP-F9_a1p1

description: Single MEP cell


title: A1P1MEP-F7_a1p1

description: Single MEP cell


title: A1P1MEP-F8_a1p1

description: Single MEP cell


title: A1P1MEP-F3_a1p1

description: Single MEP cell


title: A1P1MEP-F6_a1p1

description: Single MEP cell


title: A1P1MEP-F11_a1p1

description: Single MEP cell


title: A1P1MEP-F2_a1p1

description: Single MEP cell


title: A1P1MEP-F12_a1p1

description: Single MEP cell


title: A1P1MEP-F10_a1p1

description: Single MEP cell


title: A1P1MEP-G6_a1p1

description: Single MEP cell


title: A1P1MEP-F1_a1p1

description: Single MEP cell


title: A1P1MEP-E9_a1p1

description: Single MEP cell


title: A1P1MEP-E11_a1p1

description: Single MEP cell


title: A1P1MEP-D9_a1p1

description: Single MEP cell


title: A1P1MEP-D8_a1p1

description: Single MEP cell


title: A1P1MEP-D6_a1p1

description: Single MEP cell


title: A1P1MEP-D4_a1p1

description: Single MEP cell


title: A1P1MEP-E1_a1p1

description: Single MEP cell


title: A1P1MEP-D3_a1p1

description: Single MEP cell


title: A1P1MEP-D7_a1p1

description: Single MEP cell


title: A1P1MEP-D5_a1p1

description: Single MEP cell


title: A1P1MEP-C6_a1p1

description: Single MEP cell


title: A1P1MEP-C8_a1p1

description: Single MEP cell


title: A1P1MEP-C2_a1p1

description: Single MEP cell


title: A1P1MEP-C9_a1p1

description: Single MEP cell


title: A1P1MEP-C7_a1p1

description: Single MEP cell


title: A1P1MEP-C5_a1p1

description: Single MEP cell


title: A1P1MEP-B7_a1p1

description: Single MEP cell


title: A1P1MEP-C10_a1p1

description: Single MEP cell


title: A1P1MEP-B6_a1p1

description: Single MEP cell


title: A1P1MEP-B5_a1p1

description: Single MEP cell


title: A1P1MEP-B4_a1p1

description: Single MEP cell


title: A1P1MEP-B9_a1p1

description: Single MEP cell


title: A1P1MEP-B2_a1p1

description: Single MEP cell


title: A1P1MEP-E8_a1p1

description: Single MEP cell


title: A1P1MEP-E10_a1p1

description: Single MEP cell


title: A1P1MEP-A9_a1p1

description: Single MEP cell


title: A1P1MEP-B10_a1p1

description: Single MEP cell


title: A3P3-7141-A9_a3p3

description:
Single MEP cell
No normalized data for this sample.


title: A1P1MEP-A4_a1p1

description: Single MEP cell


title: A3P3-7141-A12_a3p3


title: A1P1MEP-A2_a1p1

description: Single MEP cell


title: A3P2MEP-F1_a3p2


title: A1P1MEP-D2_a1p1

description: Single MEP cell


title: A3P2MEP-E3_a3p2


title: A3P2MEP-D10_a3p2


title: A3P1MEP-H8_a3p1


title: A3P1MEP-H9_a3p1


title: A3P1MEP-H7_a3p1


title: A3P1MEP-H6_a3p1


title: A3P1MEP-H11_a3p1


title: A3P1MEP-H10_a3p1


title: A3P1MEP-G2_a3p1


title: A3P1MEP-D4_a3p1


title: A3P1MEP-A7_a3p1


title: A2P3-7141-D10_a2p3


title: A2P3-7141-E11_a2p3


title: A2P3-7141-B9_a2p3


title: A2P3-7141-A9_a2p3


title: A2P3-7141-C11_a2p3


title: A3P3-7141-A11_a3p3


title: A2P3-7141-A12_a2p3


title: A2P3-7141-A11_a2p3


title: A3P2MEP-C1_a3p2


title: A3P2MEP-D8_a3p2


title: A2P2MEP-C10_a2p2


title: A2P2MEP-D10_a2p2


title: A3P2MEP-F8_a3p2


title: A3P1MEP-H12_a3p1


title: A2P1MEP-F6_a2p1


title: A2P1MEP-E10_a2p1


title: A2P3-7141-F3_a2p3


title: A1P3-7141-F7_a1p3


title: A1P3-7141-F6_a1p3


title: A1P3-7141-C5_a1p3


title: A2P3-7141-A2_a2p3


title: A1P2MEP-E2_a1p2

description: Single MEP cell


title: A1P3-7141-A12_a1p3


title: A1P2MEP-H3_a1p2


title: A1P2MEP-H2_a1p2


title: A1P2MEP-H12_a1p2


title: A1P2MEP-G6_a1p2


title: A2P3-7141-A8_a2p3


title: A1P2MEP-H11_a1p2


title: A1P2MEP-G5_a1p2


title: A1P2MEP-G4_a1p2


title: A2P2MEP-E6_a2p2


title: A1P2MEP-G12_a1p2


title: A1P2MEP-G2_a1p2


title: A2P2MEP-B1_a2p2


title: A1P2MEP-G11_a1p2


title: A1P2MEP-F1_a1p2


title: A1P2MEP-E4_a1p2


title: A1P2MEP-E9_a1p2


title: A1P2MEP-F3_a1p2


title: A1P2MEP-E7_a1p2


title: A1P2MEP-E10_a1p2


title: A1P2MEP-D7_a1p2


title: A1P2MEP-D5_a1p2


title: A1P2MEP-D3_a1p2


title: A1P2MEP-D1_a1p2


title: A1P2MEP-D4_a1p2


title: A1P2MEP-C9_a1p2


title: A1P2MEP-C6_a1p2


title: A1P2MEP-C7_a1p2


title: A1P2MEP-D10_a1p2


title: A1P2MEP-C3_a1p2


title: A1P2MEP-C10_a1p2


title: A1P2MEP-B8_a1p2


title: A1P2MEP-B5_a1p2


title: A1P2MEP-B6_a1p2


title: A1P2MEP-B1_a1p2


title: A1P2MEP-B11_a1p2


title: A1P2MEP-B3_a1p2


title: A1P2MEP-A8_a1p2


title: A1P2MEP-A7_a1p2


title: A1P2MEP-A5_a1p2


title: A1P2MEP-A4_a1p2


title: A1P2MEP-A12_a1p2


title: A1P2MEP-D6_a1p2


title: A1P2MEP-A11_a1p2


title: A1P1MEP-H8_a1p1


title: A1P1MEP-H6_a1p1


title: A1P1MEP-H7_a1p1


title: A1P1MEP-H4_a1p1


title: A1P2MEP-D11_a1p2


title: A1P1MEP-H2_a1p1


title: A1P1MEP-H12_a1p1


title: A1P1MEP-H1_a1p1


title: A1P1MEP-H10_a1p1


title: A1P1MEP-H11_a1p1


title: A1P1MEP-H5_a1p1


title: A1P2MEP-A1_a1p2


title: A1P1MEP-H9_a1p1


title: A1P1MEP-G12_a1p1


title: A1P1MEP-F4_a1p1


title: A1P1MEP-G5_a1p1


title: A1P1MEP-G1_a1p1


title: A1P1MEP-F5_a1p1


title: A1P1MEP-E7_a1p1


title: A1P1MEP-E6_a1p1


title: A1P1MEP-E4_a1p1


title: A1P1MEP-E3_a1p1


title: A1P1MEP-E5_a1p1


title: A1P1MEP-E2_a1p1


title: A1P1MEP-D12_a1p1


title: A1P1MEP-E12_a1p1


title: A1P1MEP-D11_a1p1


title: A1P1MEP-D10_a1p1


title: A1P1MEP-H3_a1p1


title: A1P1MEP-C4_a1p1


title: A1P1MEP-C3_a1p1


title: A1P1MEP-C11_a1p1


title: A1P1MEP-C12_a1p1


title: A1P1MEP-C1_a1p1


title: A1P1MEP-B8_a1p1


title: A1P1MEP-B12_a1p1


title: A1P1MEP-B11_a1p1


title: A1P1MEP-B1_a1p1


title: A1P1MEP-A5_a1p1


title: A1P1MEP-B3_a1p1


title: A1P1MEP-A3_a1p1


title: A1P1MEP-A10_a1p1


title: A1P1MEP-A11_a1p1


title: A1P1MEP-A1_a1p1


title: A3P3MEPG6_a3p3

description: Single MEP cell


title: A1P1MEP-D1_a1p1


title: A3P3MEPG5_a3p3

description: Single MEP cell


title: A3P3MEPG4_a3p3

description: Single MEP cell


title: A3P3MEPG3_a3p3

description: Single MEP cell


title: A3P3MEPG2_a3p3

description: Single MEP cell


title: A3P3MEPG1_a3p3

description: Single MEP cell


title: A3P3MEP-F12_a3p3

description: Single MEP cell


title: A3P3MEP-F11_a3p3

description: Single MEP cell


title: A3P3-7141-F7_a3p3

description: Single MEP cell


title: A3P3-7141-F8_a3p3

description: Single MEP cell


title: A1P1MEP-A12_a1p1


title: A3P3-7141-F3_a3p3

description: Single MEP cell


title: A3P3-7141-F2_a3p3

description: Single MEP cell


title: A3P3-7141-F4_a3p3

description: Single MEP cell


title: A3P3-7141-F6_a3p3

description: Single MEP cell


title: A3P3-7141-F5_a3p3

description: Single MEP cell


title: A3P3-7141-F1_a3p3

description: Single MEP cell


title: A3P3-7141-F10_a3p3

description: Single MEP cell


title: A3P3-7141-E9_a3p3

description: Single MEP cell


title: A3P3-7141-E8_a3p3

description: Single MEP cell


title: A3P3-7141-E3_a3p3

description: Single MEP cell


title: A3P3-7141-E12_a3p3

description: Single MEP cell


title: A3P3-7141-E2_a3p3

description: Single MEP cell


title: A3P3-7141-F9_a3p3

description: Single MEP cell


title: A3P3-7141-E1_a3p3

description: Single MEP cell


title: A3P3-7141-E10_a3p3

description: Single MEP cell


title: A3P3-7141-D8_a3p3

description: Single MEP cell


title: A3P3-7141-E7_a3p3

description: Single MEP cell


title: A3P3-7141-E6_a3p3

description: Single MEP cell


title: A3P3-7141-D9_a3p3

description: Single MEP cell


title: A3P3-7141-D6_a3p3

description: Single MEP cell


title: A3P3-7141-D7_a3p3

description: Single MEP cell


title: A3P3-7141-D5_a3p3

description: Single MEP cell


title: A3P3-7141-D4_a3p3

description: Single MEP cell


title: A3P3-7141-D3_a3p3

description: Single MEP cell


title: A3P3-7141-D2_a3p3

description: Single MEP cell


title: A3P3-7141-D11_a3p3

description: Single MEP cell


title: A3P3-7141-E5_a3p3

description: Single MEP cell


title: A3P3-7141-E4_a3p3

description: Single MEP cell


title: A3P3-7141-C9_a3p3

description: Single MEP cell


title: A3P3-7141-D1_a3p3

description: Single MEP cell


title: A3P3-7141-C8_a3p3

description: Single MEP cell


title: A3P3-7141-D10_a3p3

description: Single MEP cell


title: A3P3-7141-D12_a3p3

description: Single MEP cell


title: A3P3-7141-C7_a3p3

description: Single MEP cell


title: A3P3-7141-C4_a3p3

description: Single MEP cell


title: A3P3-7141-C6_a3p3

description: Single MEP cell


title: A3P3-7141-C5_a3p3

description: Single MEP cell


title: A3P3-7141-E11_a3p3

description: Single MEP cell


title: A3P3-7141-C3_a3p3

description: Single MEP cell


title: A3P3-7141-C12_a3p3

description: Single MEP cell


title: A3P3-7141-C10_a3p3

description: Single MEP cell


title: A3P3-7141-C11_a3p3

description: Single MEP cell


title: A3P3-7141-B7_a3p3

description: Single MEP cell


title: A3P3-7141-B9_a3p3

description: Single MEP cell


title: A3P3-7141-C1_a3p3

description: Single MEP cell


title: A3P3-7141-B6_a3p3

description: Single MEP cell


title: A3P3-7141-B4_a3p3

description: Single MEP cell


title: A3P3-7141-B5_a3p3

description: Single MEP cell


title: A3P3-7141-B8_a3p3

description: Single MEP cell


title: A3P3-7141-B3_a3p3

description: Single MEP cell


title: A3P3-7141-B2_a3p3

description: Single MEP cell


title: A3P3-7141-B12_a3p3

description: Single MEP cell


title: A3P3-7141-B11_a3p3

description: Single MEP cell


title: A3P3-7141-A7_a3p3

description: Single MEP cell


title: A3P3-7141-A8_a3p3

description: Single MEP cell


title: A3P3-7141-B1_a3p3

description: Single MEP cell


title: A3P3-7141-B10_a3p3

description: Single MEP cell


title: A3P3-7141-C2_a3p3

description: Single MEP cell


title: A3P3-7141-A3_a3p3

description: Single MEP cell


title: A3P3-7141-A6_a3p3

description: Single MEP cell


title: A3P3-7141-A5_a3p3

description: Single MEP cell


title: A3P3-7141-A2_a3p3

description: Single MEP cell


title: A3P3-7141-A4_a3p3

description: Single MEP cell


title: A3P3-7141-A1_a3p3

description: Single MEP cell


title: A3P2MEP-H9_a3p2

description: Single MEP cell


title: A3P3-7141-A10_a3p3

description: Single MEP cell


title: A2P3-7141-A10_a2p3


title: A3P2MEP-H6_a3p2

description: Single MEP cell


title: A3P2MEP-H8_a3p2

description: Single MEP cell


title: A3P2MEP-H4_a3p2

description: Single MEP cell


title: A3P2MEP-H5_a3p2

description: Single MEP cell


title: A3P2MEP-H2_a3p2

description: Single MEP cell


title: A3P2MEP-H3_a3p2

description: Single MEP cell


title: A3P2MEP-G8_a3p2

description: Single MEP cell


title: A3P2MEP-H11_a3p2

description: Single MEP cell


title: A3P2MEP-H1_a3p2

description: Single MEP cell


title: A3P2MEP-H10_a3p2

description: Single MEP cell


title: A3P2MEP-H7_a3p2

description: Single MEP cell


title: A3P2MEP-G7_a3p2

description: Single MEP cell


title: A3P2MEP-G5_a3p2

description: Single MEP cell


title: A3P2MEP-H12_a3p2

description: Single MEP cell


title: A3P2MEP-G6_a3p2

description: Single MEP cell


title: A3P2MEP-G12_a3p2

description: Single MEP cell


title: A3P2MEP-G3_a3p2

description: Single MEP cell


title: A3P2MEP-G4_a3p2

description: Single MEP cell


title: A3P2MEP-G2_a3p2

description: Single MEP cell


title: A3P2MEP-F9_a3p2

description: Single MEP cell


title: A3P2MEP-G11_a3p2

description: Single MEP cell


title: A3P2MEP-G10_a3p2

description: Single MEP cell


title: A3P2MEP-G1_a3p2

description: Single MEP cell


title: A3P2MEP-F5_a3p2

description: Single MEP cell


title: A3P2MEP-F7_a3p2

description: Single MEP cell


title: A3P2MEP-F12_a3p2

description: Single MEP cell


title: A3P2MEP-F11_a3p2

description: Single MEP cell


title: A3P2MEP-F10_a3p2

description: Single MEP cell


title: A3P2MEP-E8_a3p2

description: Single MEP cell


title: A3P2MEP-E6_a3p2

description: Single MEP cell


title: A3P2MEP-E9_a3p2

description: Single MEP cell


title: A3P2MEP-E5_a3p2

description: Single MEP cell


title: A3P2MEP-E4_a3p2

description: Single MEP cell


title: A3P2MEP-E7_a3p2

description: Single MEP cell


title: A3P2MEP-F6_a3p2

description: Single MEP cell


title: A3P2MEP-E2_a3p2

description: Single MEP cell


title: A3P2MEP-E12_a3p2

description: Single MEP cell


title: A3P2MEP-F4_a3p2

description: Single MEP cell


title: A3P2MEP-F2_a3p2

description: Single MEP cell


title: A3P2MEP-E1_a3p2

description: Single MEP cell


title: A3P2MEP-D9_a3p2

description: Single MEP cell


title: A3P2MEP-E11_a3p2

description: Single MEP cell


title: A3P2MEP-F3_a3p2

description: Single MEP cell


title: A3P2MEP-D6_a3p2

description: Single MEP cell


title: A3P2MEP-G9_a3p2

description: Single MEP cell


title: A3P2MEP-D12_a3p2

description: Single MEP cell


title: A3P2MEP-D4_a3p2

description: Single MEP cell


title: A3P2MEP-D2_a3p2

description: Single MEP cell


title: A3P2MEP-D3_a3p2

description: Single MEP cell


title: A3P2MEP-E10_a3p2

description: Single MEP cell


title: A3P2MEP-C7_a3p2

description: Single MEP cell


title: A3P2MEP-C8_a3p2

description: Single MEP cell


title: A3P2MEP-D7_a3p2

description: Single MEP cell


title: A3P2MEP-D5_a3p2

description: Single MEP cell


title: A3P2MEP-C6_a3p2

description: Single MEP cell


title: A3P2MEP-C4_a3p2

description: Single MEP cell


title: A3P2MEP-C3_a3p2

description: Single MEP cell


title: A3P2MEP-D1_a3p2

description: Single MEP cell


title: A3P2MEP-C5_a3p2

description: Single MEP cell


title: A3P2MEP-B7_a3p2

description: Single MEP cell


title: A3P2MEP-C9_a3p2

description: Single MEP cell


title: A3P2MEP-B6_a3p2

description: Single MEP cell


title: A3P2MEP-B9_a3p2

description: Single MEP cell


title: A3P2MEP-B4_a3p2

description: Single MEP cell


title: A3P2MEP-C11_a3p2

description: Single MEP cell


title: A3P2MEP-B8_a3p2

description: Single MEP cell


title: A3P2MEP-B3_a3p2

description: Single MEP cell


title: A3P2MEP-B5_a3p2

description: Single MEP cell


title: A3P2MEP-B2_a3p2

description: Single MEP cell


title: A3P2MEP-B12_a3p2

description: Single MEP cell


title: A3P2MEP-B10_a3p2

description: Single MEP cell


title: A3P2MEP-A8_a3p2

description: Single MEP cell


title: A3P2MEP-C12_a3p2

description: Single MEP cell


title: A3P2MEP-A9_a3p2

description: Single MEP cell


title: A3P2MEP-B1_a3p2

description: Single MEP cell


title: A3P2MEP-A7_a3p2

description: Single MEP cell


title: A3P2MEP-A6_a3p2

description: Single MEP cell


title: A3P2MEP-A5_a3p2

description: Single MEP cell


title: A3P2MEP-C2_a3p2

description: Single MEP cell


title: A3P2MEP-A4_a3p2

description: Single MEP cell


title: A3P2MEP-A3_a3p2

description: Single MEP cell


title: A3P2MEP-A12_a3p2

description: Single MEP cell


title: A3P2MEP-A11_a3p2

description: Single MEP cell


title: A3P2MEP-A10_a3p2

description: Single MEP cell


title: A3P2MEP-B11_a3p2

description: Single MEP cell


title: A3P1MEP-H5_a3p1

description: Single MEP cell


title: A3P1MEP-H4_a3p1

description: Single MEP cell


title: A3P1MEP-G6_a3p1

description: Single MEP cell


title: A3P1MEP-H1_a3p1

description: Single MEP cell


title: A3P1MEP-H3_a3p1

description: Single MEP cell


title: A3P1MEP-G7_a3p1

description: Single MEP cell


title: A3P1MEP-G5_a3p1

description: Single MEP cell


title: A3P1MEP-H2_a3p1

description: Single MEP cell


title: A3P1MEP-G4_a3p1

description: Single MEP cell


title: A3P1MEP-G12_a3p1

description: Single MEP cell


title: A3P1MEP-G3_a3p1

description: Single MEP cell


title: A3P2MEP-C10_a3p2

description: Single MEP cell


title: A3P1MEP-G10_a3p1

description: Single MEP cell


title: A3P1MEP-G11_a3p1

description: Single MEP cell


title: A3P1MEP-F8_a3p1

description: Single MEP cell


title: A3P1MEP-F9_a3p1

description: Single MEP cell


title: A3P1MEP-F6_a3p1

description: Single MEP cell


title: A3P1MEP-F5_a3p1

description: Single MEP cell


title: A3P1MEP-F7_a3p1

description: Single MEP cell


title: A3P1MEP-F2_a3p1

description: Single MEP cell


title: A3P1MEP-F3_a3p1

description: Single MEP cell


title: A3P1MEP-F4_a3p1

description: Single MEP cell


title: A3P1MEP-G9_a3p1

description: Single MEP cell


title: A3P1MEP-G8_a3p1

description: Single MEP cell


title: A3P1MEP-F12_a3p1

description: Single MEP cell


title: A3P1MEP-F11_a3p1

description: Single MEP cell


title: A3P1MEP-F10_a3p1

description: Single MEP cell


title: A3P1MEP-F1_a3p1

description: Single MEP cell


title: A3P1MEP-E9_a3p1

description: Single MEP cell


title: A3P1MEP-G1_a3p1

description: Single MEP cell


title: A3P1MEP-E7_a3p1

description: Single MEP cell


title: A3P1MEP-E4_a3p1

description: Single MEP cell


title: A3P1MEP-E5_a3p1

description: Single MEP cell


title: A3P1MEP-E2_a3p1

description: Single MEP cell


title: A3P1MEP-E6_a3p1

description: Single MEP cell


title: A3P1MEP-E1_a3p1

description: Single MEP cell


title: A3P1MEP-E10_a3p1

description: Single MEP cell


title: A3P1MEP-E11_a3p1

description: Single MEP cell


title: A3P1MEP-E12_a3p1

description: Single MEP cell


title: A3P1MEP-D8_a3p1

description: Single MEP cell


title: A3P1MEP-D7_a3p1

description: Single MEP cell


title: A3P1MEP-D2_a3p1

description: Single MEP cell


title: A3P1MEP-D6_a3p1

description: Single MEP cell


title: A3P1MEP-D12_a3p1

description: Single MEP cell


title: A3P1MEP-D5_a3p1

description: Single MEP cell


title: A3P1MEP-D10_a3p1

description: Single MEP cell


title: A3P1MEP-D11_a3p1

description: Single MEP cell


title: A3P1MEP-D1_a3p1

description: Single MEP cell


title: A3P1MEP-E8_a3p1

description: Single MEP cell


title: A3P1MEP-C8_a3p1

description: Single MEP cell


title: A3P1MEP-C9_a3p1

description: Single MEP cell


title: A3P1MEP-E3_a3p1

description: Single MEP cell


title: A3P1MEP-C5_a3p1

description: Single MEP cell


title: A3P1MEP-D9_a3p1

description: Single MEP cell


title: A3P1MEP-C4_a3p1

description: Single MEP cell


title: A3P1MEP-C2_a3p1

description: Single MEP cell


title: A3P1MEP-D3_a3p1

description: Single MEP cell


title: A3P1MEP-C3_a3p1

description: Single MEP cell


title: A3P1MEP-C1_a3p1

description: Single MEP cell


title: A3P1MEP-B6_a3p1

description: Single MEP cell


title: A3P1MEP-B8_a3p1

description: Single MEP cell


title: A3P1MEP-B7_a3p1

description: Single MEP cell


title: A3P1MEP-C10_a3p1

description: Single MEP cell


title: A3P1MEP-C11_a3p1

description: Single MEP cell


title: A3P1MEP-B9_a3p1

description: Single MEP cell


title: A3P1MEP-B5_a3p1

description: Single MEP cell


title: A3P1MEP-B3_a3p1

description: Single MEP cell


title: A3P1MEP-B4_a3p1

description: Single MEP cell


title: A3P1MEP-C7_a3p1

description: Single MEP cell


title: A3P1MEP-B12_a3p1

description: Single MEP cell


title: A3P1MEP-B1_a3p1

description: Single MEP cell


title: A3P1MEP-B2_a3p1

description: Single MEP cell


title: A3P1MEP-A9_a3p1

description: Single MEP cell


title: A3P1MEP-B10_a3p1

description: Single MEP cell


title: A3P1MEP-B11_a3p1

description: Single MEP cell


title: A3P1MEP-C6_a3p1

description: Single MEP cell


title: A3P1MEP-A8_a3p1

description: Single MEP cell


title: A3P1MEP-C12_a3p1

description: Single MEP cell


title: A3P1MEP-A6_a3p1

description: Single MEP cell


title: A3P1MEP-A5_a3p1

description: Single MEP cell


title: A3P1MEP-A4_a3p1

description: Single MEP cell


title: A3P1MEP-A3_a3p1

description: Single MEP cell


title: A3P1MEP-A11_a3p1

description: Single MEP cell


title: A3P1MEP-A12_a3p1

description: Single MEP cell


title: A3P1MEP-A10_a3p1

description: Single MEP cell


title: A3P1MEP-A1_a2p3

description: Single MEP cell


title: A3P2MEP-A1_a2p3

description: Single MEP cell


title: A3P2MEP-A2_a2p3

description: Single MEP cell


title: A3P1MEP-A2_a2p3

description: Single MEP cell


title: A2P3MEPG6_a2p3

description: Single MEP cell


title: A2P3MEPG5_a2p3

description: Single MEP cell


title: A2P3MEPG4_a2p3

description: Single MEP cell


title: A2P3MEPG1_a2p3

description: Single MEP cell


title: A2P3MEPG2_a2p3

description: Single MEP cell


title: A2P3MEPG3_a2p3

description: Single MEP cell


title: A2P3-7141-F4_a2p3

description: Single MEP cell


title: A2P3-7141-F6_a2p3

description: Single MEP cell


title: A3P2MEP-D11_a3p2

description: Single MEP cell


title: A2P3-7141-F5_a2p3

description: Single MEP cell


title: A2P3-7141-F2_a2p3

description: Single MEP cell


title: A2P3-7141-F8_a2p3

description: Single MEP cell


title: A2P3-7141-F9_a2p3

description: Single MEP cell


title: A2P3-7141-F10_a2p3

description: Single MEP cell


title: A2P3MEP-F11_a2p3

description: Single MEP cell


title: A2P3-7141-F1_a2p3

description: Single MEP cell


title: A2P3-7141-E9_a2p3

description: Single MEP cell


title: A2P3-7141-E8_a2p3

description: Single MEP cell


title: A2P3-7141-E7_a2p3

description: Single MEP cell


title: A2P3-7141-E6_a2p3

description: Single MEP cell


title: A2P3-7141-E4_a2p3

description: Single MEP cell


title: A2P3-7141-E3_a2p3

description: Single MEP cell


title: A2P3-7141-E5_a2p3

description: Single MEP cell


title: A2P3-7141-E12_a2p3

description: Single MEP cell