title: PBMC_HTAR_SP29

city: Kuala Lumpur

first: Shamala

middle: Devi

last: Sekaran

address: Faculty of Medicine, University of Malaya

department: Department of Medical Microbiology

country: Malaysia

institute: University of Malaya

description:
Sample name: 0007640041
Sample pair 29 (SP29) PBMC taken from HTAR, Klang dengue patient and their asymptomatic household member

hyb_protocol: The fluorescently labeled samples were hybridized overnight to topic-defined PIQOR (TM) Immunology Microarray, human antisense using the a-HybTM Hybridization Station (Miltenyi Biotec).

scan_protocol: Image capture and signal quantification of hybridized PIQOR (TM) microarrays were done with the Agilent’s Microarray Scanner System (G2505C, Agilent Technologies, Palo Alto, USA) and ImaGene software Version 8.0.1 (BioDiscovery, Los Angeles, CA, USA).

data_processing:
Signal quantification of the scanned PIQOR (TM) microarrays was done using ImaGene software Version 8.0.1 (BioDiscovery, Los Angeles, CA, USA). Local background was subtracted from the signal to obtain the net signal intensity and the ratio of Cy5/Cy3. Subsequently, the mean of the ratios of 4 corresponding spots representing the same cDNA was computed. For normalisation only those spots were used for which the fluorescent intensity in one of the two channels was twice the mean background of all unflagged spots. Only genes displaying a net signal intensity 2-fold higher than the mean background were used for further analysis. For experiments 0006450051, 0006450052, and 0006450053 only genes displaying a net signal intensity 1-fold higher than the mean background were used for further analysis.
The mean ratios were normalized using the LOWESS method.

source_name: PBMC, Dengue patient

label_protocol: 1 µg of the respective T7-amplified RNA was labeled by reverse transcription either with Cy3-dCTPs or Cy5-dCTPsas described elsewhere (PMID: 8800675). For  sample names 0007640031, 0007640032, 0007640033, 0007640034, 0007640035, 0007640036, 0007640038, 0007640041 only 0.5 µg of the respective T7-amplified RNA was labeled by reverse transcription either with Cy3-dCTPs or Cy5-dCTPsas described elsewhere (PMID: 8800675).

extract_protocol: RNA was isolated using a standard Trizol extraction protocol

tag: individual

value: Dengue patient

tag: gender

value: male

tag: ethnicity

value: Malay

tag: location

value: HTAR

value: PBMC

source_name: PBMC, Asymtomatic household member

value: Asymtomatic household member

value: female


title: PBMC_HTAR_SP28

status: Public on Sep 06 2013

type: RNA

description:
Sample name: 0007640040
Sample pair 28 (SP28) PBMC taken from HTAR, Klang dengue patient and their asymptomatic household member

molecule: total RNA

organism: Homo sapiens

tag: cell type


title: T47D_mCDPR_vehicle_6h_rep2

city: Minneapolis

first: Todd

middle: P

last: Knutson

state: MN

address: 117 Pleasant St SE

department: Minnesota Supercomputing Institute

country: USA

institute: University of Minnesota

description:
TPK314
Replicate 2 of 3.

hyb_protocol: Standard Illumina hybridization protocol.

scan_protocol: Standard Illumina scanning protocol.

data_processing: The data were filtered and any probes with a detection P value less than 0.05 were removed from the normalized dataset. The data was then normalized using log2 transformation and quantile normalization with R using the lumi bioconductor package.

label: biotin

source_name: T47D-Y cells stably expressing mutant CD domain PR-B, treated with ethanol vehicle, for 6 hours

label_protocol: Biotinylated cRNA were prepared with the Ambion MessageAmp kit for Illumina arrays.

growth_protocol: Samples grown in complete medium (MEM, 5% FBS, 1% NEAA, 1% pen/strep, 6ng/ml insulin, 200 ug/ml G418) before 1 day starvation in IMEM medium, then treated in IMEM medium for 6 hr.

extract_protocol: RNA was extracted with Trizol reagent, followed by clean-up and DNase I treatment with QIAGEN RNeasy mini kit in accordance with the prescribed protocol provided with the kit. Quality control was performed with Agilent Bioanalyser.

treatment_protocol: Samples treated in IMEM medium, with or without 10e-8 M R5020 for 6 hr.

tag: parental cell line

value: breast cancer cells

tag: stable vector integration

tag: treatment

value: ethanol vehicle

tag: treatment duration

value: 6 hr


title: Aged 3

city: Campinas

first: Flávia

middle: Gerelli

last: Ghiraldini

state: São Paulo

address: Av Bertrand Russel sno.

department: Structural and Functional Biology

country: Brazil

institute: Unicamp

description: Biological replicate 3

hyb_protocol: Standard Illumina hybridization protocol

scan_protocol: Standard Illumina scanning protocol

data_processing:
For the differential expression the data was normolised, background removed using software GenomeStudio (Illumina). The reference sample was Normoglycemic NOD for comparisons against diabetic NOD mice and Young-Adult Balb/c for comparisons aganst middle-aged Balb/c mice. LIMMA statistical test was applied for those samples using sorftware R.
It was considered differential expressed genes with P-values < 0.05 and Fold Change >2.0.

organism: Mus musculus

source_name: mouse liver

label_protocol: Biotinylated cRNA were prepared with the Illumina TotalPrep RNA amplification kit (Ambion) for Illumina arrays

growth_protocol: Mice were maintained in climatized facility with 12-hour light cycle and fed extrused chow and water ad libitum.

extract_protocol: RNA was extracted with Trizol reagent, followed by clean-up and DNase I treatment with QIAGEN RNeasy mini kit in accordance with the prescribed protocol provided with the kit. Quality control was performed with Agilent Bioanalyser (RIN>7.0).

treatment_protocol: The young-adult group and aged group were sacrificed only when mice reached the desired age. For the diabetic group, NOD glycemia was measured weekly by cauldal punction using Accu Chek Performa. Animals with glycemia higher than 500 mg/dl for 3 consecutive weeks were sacrificed and labeled as Diabetic. For the normoglycemic group, animals at the same age as diabetic animals and with glycemia between 90 - 190 mlg/dl were used.

tag: strain

value: Balb/c

tag: age

value: 47 weeks old

tag: glycemia

value: Normoglycemic


title: Control Cell culture

type: genomic

city: Madrid

first: Javier

last: Suela

state: M

address: Faraday 7

country: Spain

institute: NIMGenetics

hyb_protocol: Hybridization and washing was done according to Agilent protocol (65ºC 24h, 20rpm in hyb chambers)

scan_protocol: Scanned on an Agilent G2565C scanner (3um and Cy5/Cy3 analysis) Images were quantified using Agilent Feature Extraction Software (version 10.7.1).

data_processing: Agilent Genomic Workbench using ADM-2 method (ADM=6) using at least 5 consecutive probes for aberration detection

molecule: genomic DNA

label_protocol: 500 ng were labeled using Agilent CGH enzymatic protocol 7.2 (Agilent Technologies)

growth_protocol: SCC-13 cells, controls and resistant cultures to PDT were cultured under conventional conditions in DMEM with 19% of FCS

extract_protocol: cell DNA was extracted using Dneasy Blood and tissue kit (QUIAGEN)

tag: cell line

value: SCC-13 cell line

source_name: Promega control

tag: tissue

value: Lymphocyte


title: Cells subjected to 10 sequential PDT treatments


title: PBMC_HTAR_SP26

description:
Sample name: 0007640038
Sample pair 26 (SP26) PBMC taken from HTAR, Klang dengue patient and their asymptomatic household member


title: PBMC_HTAR_SP25

description:
Sample name: 0007640037
Sample pair 25 (SP25) PBMC taken from HTAR, Klang dengue patient and their asymptomatic household member


title: T47D_WTPR_vehicle_6h_rep3

description:
TPK309
Replicate 3 of 3.

source_name: T47D-Y cells stably expressing wild type PR-B, treated with ethanol vehicle, for 6 hours


title: T47D_WTPR_vehicle_6h_rep2

description:
TPK308
Replicate 2 of 3.


title: Cells subjected to 5 sequential PDT treatments


title: T47D_mCDPR_vehicle_6h_rep1

description:
TPK313_2
Replicate 1 of 3.


title: T47D_WTPR_vehicle_6h_rep1

description:
TPK307
Replicate 1 of 3.


title: Young-Adult 2

description: Biological replicate 2

value: 9 weeks old


title: T47D_vector_R5020_6h_rep3

description:
TPK306
Replicate 3 of 3.

source_name: T47D-Y cells stably expressing plasmid vector, treated with 10nM R5020, for 6 hours


title: Sema WT gmd082

city: Memphis

first: David

last: Finkelstein

state: TN

address: 332 N. Lauderdale St.

department: Computational Biology

institute: St Jude Children's Research Hospital

description: CD4+CD45RBloFoxp3-YFP+ regulatory T cells

hyb_protocol: Following fragmentation, 5 microgram of cRNA was hybridized for 16 hr at 45C on each array. GeneChips were washed and stained in the Affymetrix GeneTitan system.

scan_protocol: GeneChips were scanned using the Affymetrix GeneTitan system.

data_processing: data was RMA summarized, QC  checked by PCA , and batch corrected  in Partek Genomics Suite 6.6

source_name: murine T cells

label_protocol: Biotinylated cRNA were prepared according to the  Affymetrix 3' IVT Express protocol

growth_protocol: Flow cytometric sorting of CD4+CD45RBloFoxp3-YFP+ cells from bulk lymphocytes (spleen and peripheral LN)

extract_protocol: TriZOL extraction with 1 µL glycogen as a carrier

treatment_protocol: Immobilized anti-CD3 (1 µg/mL), soluble anti-CD28 (2 µg/mL), rhIL-2 (100 U/mL), immobilized mouse IgG1 or Sema4a-Ig (10 µg/mL

value: Sema

tag: genotype


title: IgG NRP KO gmd083

value: IgG

value: Nrp fl/fl x Foxp3-YFP-iCre


title: Young-Adult 3

description: Biological replicate 3


title: IgG WT gmd081


title: Young-Adult 1

description: Biological replicate 1


title: T47D_vector_R5020_6h_rep1

description:
TPK304
Replicate 1 of 3.


title: PBMC_HTAR_SP23

description:
Sample name: 0007640035
Sample pair 23 (SP23) PBMC taken from HTAR, Klang dengue patient and their asymptomatic household member

value: Dengue patient

value: male

value: Malay


title: PBMC_HTAR_SP24

description:
Sample name: 0007640036
Sample pair 24 (SP24) PBMC taken from HTAR, Klang dengue patient and their asymptomatic household member

value: Indian

value: HTAR

value: PBMC

value: Asymtomatic household member


title: Sema NRP KO gmd084


title: PBMC_AmpangHospital_SP17

description:
Sample name: 0007640029
Sample pair 17 (SP17) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

value: Ampang Hospital

value: female


title: PBMC_AmpangHospital_SP22

description:
Sample name: 0007640034
Sample pair 22 (SP22) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member


title: PBMC_AmpangHospital_SP20

description:
Sample name: 0007640032
Sample pair 20 (SP20) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

value: Chinese


title: PBMC_AmpangHospital_SP19

description:
Sample name: 0007640031
Sample pair 19 (SP19) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member


title: PBMC_AmpangHospital_SP16

description:
Sample name: 0007640028
Sample pair 16 (SP16) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member


title: PBMC_AmpangHospital_SP15

description:
Sample name: 0007640027
Sample pair 15 (SP15) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member


title: PBMC_HTAR_SP27

description:
Sample name: 0007640039
Sample pair 27 (SP27) PBMC taken from HTAR, Klang dengue patient and their asymptomatic household member


title: 3h_veh_replicate_3_chip_B

city: Boston

first: Alvin

middle: T.

last: Kho

state: MA

address: 320 Longwood Avenue

department: Informatics Program

institute: Boston Children's Hospital

description:
3h_veh_3_chipB__MG2000083014BAA
PN4-5 cerebellar culture, 3h, veh, chip_B

hyb_protocol: 25 micrograms of each biotin-labeled cRNA was hybridized to an Affymetrix Mu11K sub A and B chip according to the manufacturer's protocol. Four biotinylated hybridization controls (BioB, BioC, BioD, and Cre) were included in each hybridization reaction to verify consistent hybridization efficiency. Hybridization is carried out according the Affymetrix GeneChip® Manual. Affymetrix hybridization ovens are used to incubate the arrays at a constant temperature of 45oC overnight. Preparation of microarrays for scanning is carried out with Affymetrix appropriate wash protocols matched to the specific chip type on a Model 450 Fluidics station. Affymetrix GeneChip Operating Software (GCOS) operating system controls the Fluidics station process.

scan_protocol: Standard Affymetrix protocol.

data_processing: The data were analyzed with Microarray Suite version 5.0 (MAS 5.0) using Affymetrix default analysis settings and global scaling as normalization method. The trimmed mean target intensity of each array was arbitrarily set to 100.

label: Biotin

source_name: PN4-5 cerebellar culture_3h_veh

label_protocol: In vitro transcription (IVT) is performed using the GeneChip Expression Amplification Reagents kit- 30 reactions (P/N 900449) and is carried out according to the standard Affymetrix protocols and quantification of the IVT samples is carried out on a Bio-Tek UV Plate Reader.

growth_protocol: Described in PMID:11960025

extract_protocol: 20 micrograms of total RNA was used to generate target cRNA for hybridization to Affymetrix Mu11K chipset subA and subB oligonucleotide microarrays. A single chip set was used for each time-point. Before target generation, individual RNA samples were pooled so that each target was derived from a minimum of 3 individual cerebella. This step was performed to minimize both biologic variability and the number of microarrays necessary to generate informative data. After pooling, RNA was re-purified using Qiagen purification kits (Valencia, CA). Target cRNA was synthesized according to manufacturer's protocol. Briefly, total RNA was reverse transcribed into a complete cDNA library (SuperScript Choice kit; Invitrogen) using a T7/T24 primer (Genset Corp., La Jolla, CA). This cDNA was subsequently in vitro transcribed into biotin-labeled cRNA (High Yield RNA Transcript Labeling kit; Enzo Diagnostics, Farmingdale, NY). The resulting cRNA was fragmented and assessed for quality by gel electrophoresis. Under standard conditions processing of RNAs for GeneChip Analysis was in accordance with methods described in the Affymetrix GeneChip Expression Analysis Technical Manual. Synthesis of cDNA first and second strand is performed using the GeneChip Expression 3’-Amplification Reagents One-Cycle cDNA Synthesis Kit (P/N 900431). Cleanup of the double stranded product is carried according to standard Affymetrix protocols.

treatment_protocol: Described in PMID:11960025

value: Swiss-Webster B

value: postnatal day 4-5 (PN4-5)

value: primary cerebellar culture (pooled from litter mates)

tag: treated with

value: veh for 3h

tag: microarray hybridization date


title: T47D_vector_vehicle_6h_rep3

description:
TPK303_2
Replicate 3 of 3.

source_name: T47D-Y cells stably expressing plasmid vector, treated with ethanol vehicle, for 6 hours

value: breast cancer cells

value: ethanol vehicle

value: 6 hr


title: IgG NRP KO gmd079

value: IgG

value: Nrp fl/fl x Foxp3-YFP-iCre


title: Sema NRP KO gmd080

value: Sema


title: 3h_veh+cyc_replicate_1_chip_B

description:
3h_veh_cyc_1_chipB__MG2000062109BAA
PN4-5 cerebellar culture, 3h, veh+cyc, chip_B

source_name: PN4-5 cerebellar culture_3h_veh+cyc

value: veh+cyc for 3h


title: PBMC_AmpangHospital_SP13

description:
Sample name: 0007640025
Sample pair 13 (SP13) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

tag: individual

value: Dengue patient

value: male

value: Malay


title: PBMC_AmpangHospital_SP12

description:
Sample name: 0007640024
Sample pair 12 (SP12) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

tag: gender

value: Ampang Hospital

value: PBMC

value: Asymtomatic household member


title: 3h_veh+cyc_replicate_2_chip_B

description:
3h_veh_cyc_2_chipB__CL2001011015AA
PN4-5 cerebellar culture, 3h, veh+cyc, chip_B

value: Swiss-Webster B


title: T47D_vector_vehicle_6h_rep2

description:
TPK302_2
Replicate 2 of 3.


title: T47D_vector_vehicle_6h_rep1

description:
TPK301
Replicate 1 of 3.


title: IgG WT gmd077


title: Sema WT gmd078


title: 3h_veh_replicate_2_chip_B

description:
3h_veh_2_chipB__MG2000083004BAA
PN4-5 cerebellar culture, 3h, veh, chip_B

value: postnatal day 4-5 (PN4-5)


title: IgG NRP KO gmd075


title: PBMC_AmpangHospital_SP11

description:
Sample name: 0007640023
Sample pair 11 (SP11) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

tag: ethnicity

value: female


title: PBMC_AmpangHospital_SP18

description:
Sample name: 0007640030
Sample pair 18 (SP18) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

tag: location


title: PBMC_UMMC_SP10

description:
Sample name: 0006450081
Sample pair 10 (SP10) PBMC taken from UMMC dengue patient and their asymptomatic household member

value: UMMC

tag: cell type


title: Sema NRP KO gmd076

description: CD4+CD45RBloFoxp3-YFP+ regulatory T cells


title: PBMC_AmpangHospital_SP14

description:
Sample name: 0007640026
Sample pair 14 (SP14) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

value: Chinese


title: PBMC_UMMC_SP9

description:
Sample name: 0006450082
Sample pair 9 (SP9) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: PBMC_UMMC_SP8

description:
Sample name: 0006450017
Sample pair 8 (SP8) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: Sema WT gmd074


title: 3h_veh_replicate_1_chip_B

description:
3h_veh_1_chipB__MG2000062110BAA
PN4-5 cerebellar culture, 3h, veh, chip_B

value: primary cerebellar culture (pooled from litter mates)

value: veh for 3h


title: PBMC_UMMC_SP7

description:
Sample name: 0006450016
Sample pair 7 (SP7) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: 3h_shh+cyc_replicate_2_chip_B

description:
3h_shh_cyc_2_chipB__CL2001011014AA
PN4-5 cerebellar culture, 3h, shh+cyc, chip_B

source_name: PN4-5 cerebellar culture_3h_shh+cyc

value: shh+cyc for 3h


title: PBMC_UMMC_SP6

description:
Sample name: 0006450015
Sample pair 6 (SP6) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: PBMC_UMMC_SP5

description:
Sample name: 0006450014
Sample pair 5 (SP5) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: PBMC_UMMC_SP2

description:
Sample name: 0006450052
Sample pair 2 (SP2) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: PBMC_UMMC_SP1

description:
Sample name: 0006450051
Sample pair 1 (SP1) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: 3h_shh+cyc_replicate_1_chip_B

description:
3h_shh_cyc_1_chipB__MG2000062108BAA
PN4-5 cerebellar culture, 3h, shh+cyc, chip_B


title: 3h_shh_replicate_3_chip_B

description:
3h_shh_3_chipB__MG2000083017BAA
PN4-5 cerebellar culture, 3h, shh, chip_B

source_name: PN4-5 cerebellar culture_3h_shh

value: shh for 3h


title: 3h_shh_replicate_2_chip_B

description:
3h_shh_2_chipB__MG2000083007BAA
PN4-5 cerebellar culture, 3h, shh, chip_B


title: 3h_shh_replicate_1_chip_B

description:
3h_shh_1_chipB__MG2000062105BAA
PN4-5 cerebellar culture, 3h, shh, chip_B


title: PBMC_UMMC_SP4

description:
Sample name: 0006450013
Sample pair 4 (SP4) PBMC taken from UMMC dengue patient and their asymptomatic household member


title: 24h_veh+arrest_replicate_2_chip_B

description:
24h_veh_arrest_2_chipB__CL2001011011AA
PN4-5 cerebellar culture, 24h, veh+arrest, chip_B

source_name: PN4-5 cerebellar culture_24h_veh+arrest

value: veh+arrest for 24h


title: Sema NRP KO gmd072

description: CD4+CD45RBloFoxp3-YFP+ regulatory T cells

value: Sema

value: Nrp fl/fl x Foxp3-YFP-iCre


title: IgG NRP KO gmd071

value: IgG


title: IgG WT gmd073


title: IgG WT gmd069


title: Sema WT gmd070


title: T47D_vector_R5020_6h_rep2

description:
TPK305
Replicate 2 of 3.

tag: parental cell line

value: breast cancer cells

value: 6 hr


title: 24h_veh_replicate_3_chip_B

description:
24h_veh_3_chipB__MG2000083016BAA
PN4-5 cerebellar culture, 24h, veh, chip_B

source_name: PN4-5 cerebellar culture_24h_veh

value: veh for 24h


title: IgG NRP KO gmd063


title: 24h_veh+arrest_replicate_1_chip_B

description:
24h_veh_arrest_1_chipB__CL2001011010AA
PN4-5 cerebellar culture, 24h, veh+arrest, chip_B


title: PBMC_UMMC_SP3

description:
Sample name: 0006450053
Sample pair 3 (SP3) PBMC taken from UMMC dengue patient and their asymptomatic household member

value: Dengue patient

value: PBMC

value: Asymtomatic household member


title: Sema WT gmd062


title: Kidney_ccRCC_patient 67 exon

city: Bari

first: Alessio

last: Valletti

address: Via Amendola 165/A

department: Institute of Biomembranes and Bioenergetics

country: Italy

institute: CNR

hyb_protocol: Biotinylated targets were hybridized onto a GeneChip Human Exon 1.0 ST Array (Affymetrix) according to the manufacturer’s instructions. The array was washed and stained in Fluidics Station 450 (Affymetrix)

scan_protocol: Affymetrix Gene ChIP Scanner 3000 7G

data_processing:
The microarray gene expression data were analyzed with Partek Genomic Suite 6.4 software (http://www.partek.com/partekgs) using the exon array workflow with default conditions (data imported and normalized using log2 transformation, default RMA background correction and normalization, of core meta-probe sets).
HuEx-1_0-st-v2.r2.pgf
HuEx-1_0-st-v2.r2.dt1.hg18.core.mps

source_name: kidney

label_protocol: Samples were enzymatically fragmented and biotinylated using the WT Terminal Labeling Kit (Affymetrix)

extract_protocol: Collected samples were processed for total RNA extraction from 50-100 mg of fresh frozen tissue using the TRIzol reagent (InvitrogenTM, Life TechnologiesTM). The RNA samples were further purified using the RNeasy kit (Qiagen®) according to the manufacturer’s instructions. Purified RNA was then quantified using the NanoDropTM 1000 Spectrophotometer (Thermo Scientific) and RNA quality was determined by running aliquots on the 2100 Bioanalyzer (Agilent Technologies). Samples with a 28S/18S ratio < 1.0, RNA integrity number (RIN) < 6.5 or a concentration < 300 ng/μl were excluded. 1μg of total RNA per sample was used as starting material. rRNA was ﬁrst removed using the RiboMinus Human/Mouse Transcriptome Isolation Kit (InvitrogenTM, Life TechnologiesTM) and cDNA synthesis was performed using the GeneChip WT cDNA Synthesis Kit (Affymetrix).

value: Female

value: ccRCC

tag: fuhrman grade

tag: tnm classification

tag: subject


title: Kidney_non tumor_patient 67 exon

value: Non-tumor


title: Kidney_non tumor_patient 62 exon

value: Male


title: Sema NRP KO gmd056

tag: strain

tag: treatment


title: Kidney_ccRCC_patient 62 exon

tag: age


title: 24h_veh_replicate_2_chip_B

description:
24h_veh_2_chipB__MG2000083006BAA
PN4-5 cerebellar culture, 24h, veh, chip_B

value: Swiss-Webster B

value: postnatal day 4-5 (PN4-5)

value: primary cerebellar culture (pooled from litter mates)


title: Kidney_non tumor_patient 60 exon


title: Sema NRP KO gmd064


title: IgG WT gmd061


title: Kidney_non tumor_patient 56 exon


title: 24h_veh_replicate_1_chip_B

description:
24h_veh_1_chipB__MG2000062106BAA
PN4-5 cerebellar culture, 24h, veh, chip_B


title: IgG NRP KO gmd055


title: Kidney_ccRCC_patient 58 exon


title: Kidney_ccRCC_patient 60 exon


title: 24h_shh+arrest_replicate_2_chip_B

description:
24h_shh_arrest_2_chipB__CL2001011013AA
PN4-5 cerebellar culture, 24h, shh+arrest, chip_B

source_name: PN4-5 cerebellar culture_24h_shh+arrest

value: shh+arrest for 24h


title: Kidney_ccRCC_patient 56 exon


title: Kidney_non tumor_patient 58 exon


title: Kidney_ccRCC_patient 55 exon


title: 24h_shh+arrest_replicate_1_chip_B

description:
24h_shh_arrest_1_chipB__CL2001011012AA
PN4-5 cerebellar culture, 24h, shh+arrest, chip_B


title: Sema WT gmd054

value: Sema


title: Kidney_non tumor_patient 55 exon


title: PBMC_AmpangHospital_SP21

description:
Sample name: 0007640033
Sample pair 21 (SP21) PBMC taken from Ampang Hospital dengue patient and their asymptomatic household member

source_name: PBMC, Dengue patient

value: male

value: Chinese

value: Ampang Hospital

value: female


title: 24h_shh_replicate_3_chip_B

description:
24h_shh_3_chipB__MG2000083015BAA
PN4-5 cerebellar culture, 24h, shh, chip_B

source_name: PN4-5 cerebellar culture_24h_shh

value: shh for 24h


title: IgG WT gmd053

value: IgG


title: 24h_shh_replicate_2_chip_B

description:
24h_shh_2_chipB__MG2000083005BAA
PN4-5 cerebellar culture, 24h, shh, chip_B


title: 24h_shh_replicate_1_chip_B

description:
24h_shh_1_chipB__MG2000062107BAA
PN4-5 cerebellar culture, 24h, shh, chip_B


title: IgG NRP KO gmd035

value: Nrp fl/fl x Foxp3-YFP-iCre


title: Kidney_non tumor_patient 50 exon


title: Sema NRP KO gmd034


title: Kidney_non tumor_patient 46 exon


title: 3h_veh+cyc_replicate_1_chip_A

description:
3h_veh_cyc_1_chipA__MG2000062109AAA
PN4-5 cerebellar culture, 3h, veh+cyc, chip_A

value: veh+cyc for 3h


title: 1h_veh+cyc_replicate_2_chip_B

description:
1h_veh_cyc_2_chipB__MG2000083013BAA
PN4-5 cerebellar culture, 1h, veh+cyc, chip_B

source_name: PN4-5 cerebellar culture_1h_veh+cyc

value: veh+cyc for 1h


title: 3h_veh_replicate_3_chip_A

description:
3h_veh_3_chipA__MG2000083014AAA
PN4-5 cerebellar culture, 3h, veh, chip_A

value: veh for 3h


title: 3h_veh_replicate_2_chip_A

description:
3h_veh_2_chipA__MG2000083004AAA
PN4-5 cerebellar culture, 3h, veh, chip_A


title: Sema NRP KO gmd036


title: Kidney_ccRCC_patient 46 exon

value: ccRCC


title: Kidney_non tumor_patient 43 exon

value: Female

value: Non-tumor


title: 3h_veh_replicate_1_chip_A

description:
3h_veh_1_chipA__MG2000062110AAA
PN4-5 cerebellar culture, 3h, veh, chip_A

value: Swiss-Webster B

value: postnatal day 4-5 (PN4-5)


title: 3h_shh+cyc_replicate_2_chip_A

description:
3h_shh_cyc_2_chipA__CL2001011020AA
PN4-5 cerebellar culture, 3h, shh+cyc, chip_A

value: primary cerebellar culture (pooled from litter mates)

value: shh+cyc for 3h


title: Kidney_ccRCC_patient 41 exon

value: Male


title: Kidney_non tumor_patient 41 exon


title: Kidney_ccRCC_patient 50 exon


title: Kidney_ccRCC_patient 43 exon


title: 3h_veh+cyc_replicate_2_chip_A

description:
3h_veh_cyc_2_chipA__CL2001011021AA
PN4-5 cerebellar culture, 3h, veh+cyc, chip_A


title: 3h_shh+cyc_replicate_1_chip_A

description:
3h_shh_cyc_1_chipA__MG2000062108AAA
PN4-5 cerebellar culture, 3h, shh+cyc, chip_A


title: 1h_veh_replicate_2_chip_B

description:
1h_veh_2_chipB__MG2000083011BAA
PN4-5 cerebellar culture, 1h, veh, chip_B

source_name: PN4-5 cerebellar culture_1h_veh

value: veh for 1h


title: 1h_veh+cyc_replicate_1_chip_B

description:
1h_veh_cyc_1_chipB__MG2000083003BAA
PN4-5 cerebellar culture, 1h, veh+cyc, chip_B


title: 3h_shh_replicate_2_chip_A

description:
3h_shh_2_chipA__MG2000083007AAA
PN4-5 cerebellar culture, 3h, shh, chip_A

value: shh for 3h


title: 3h_shh_replicate_3_chip_A

description:
3h_shh_3_chipA__MG2000083017AAA
PN4-5 cerebellar culture, 3h, shh, chip_A


title: 3h_shh_replicate_1_chip_A

description:
3h_shh_1_chipA__MG2000062105AAA
PN4-5 cerebellar culture, 3h, shh, chip_A


title: 1h_veh_replicate_1_chip_B

description:
1h_veh_1_chipB__MG2000083001BAA
PN4-5 cerebellar culture, 1h, veh, chip_B


title: 24h_veh+arrest_replicate_2_chip_A

description:
24h_veh_arrest_2_chipA__CL2001011017AA
PN4-5 cerebellar culture, 24h, veh+arrest, chip_A

value: veh+arrest for 24h


title: 24h_veh+arrest_replicate_1_chip_A

description:
24h_veh_arrest_1_chipA__CL2001011016AA
PN4-5 cerebellar culture, 24h, veh+arrest, chip_A


title: 1h_shh+cyc_replicate_2_chip_B

description:
1h_shh_cyc_2_chipB__MG2000083012BAA
PN4-5 cerebellar culture, 1h, shh+cyc, chip_B

source_name: PN4-5 cerebellar culture_1h_shh+cyc

value: shh+cyc for 1h


title: 1h_shh_replicate_2_chip_B

description:
1h_shh_2_chipB__MG2000083018BAA
PN4-5 cerebellar culture, 1h, shh, chip_B

source_name: PN4-5 cerebellar culture_1h_shh

value: shh for 1h


title: 24h_veh_replicate_3_chip_A

description:
24h_veh_3_chipA__MG2000083016AAA
PN4-5 cerebellar culture, 24h, veh, chip_A

value: veh for 24h


title: 24h_veh_replicate_2_chip_A

description:
24h_veh_2_chipA__MG2000083006AAA
PN4-5 cerebellar culture, 24h, veh, chip_A


title: 1h_shh+cyc_replicate_1_chip_B

description:
1h_shh_cyc_1_chipB__MG2000083002BAA
PN4-5 cerebellar culture, 1h, shh+cyc, chip_B


title: Aged 1

description: Biological replicate 1

source_name: mouse liver

value: Balb/c

value: 47 weeks old

tag: glycemia

value: Normoglycemic


title: Sema WT gmd030

description: CD4+CD45RBloFoxp3-YFP+ regulatory T cells

source_name: murine T cells

value: Sema

value: Nrp fl/fl x Foxp3-YFP-iCre


title: Sema WT gmd026


title: IgG NRP KO gmd033

value: IgG


title: IgG WT gmd029


title: 24h_veh_replicate_1_chip_A

description:
24h_veh_1_chipA__MG2000062106AAA
PN4-5 cerebellar culture, 24h, veh, chip_A

value: Swiss-Webster B


title: 1h_shh_replicate_1_chip_B

description:
1h_shh_1_chipB__MG2000083008BAA
PN4-5 cerebellar culture, 1h, shh, chip_B

value: postnatal day 4-5 (PN4-5)


title: 24h_shh_replicate_3_chip_A

description:
24h_shh_3_chipA__MG2000083015AAA
PN4-5 cerebellar culture, 24h, shh, chip_A

value: primary cerebellar culture (pooled from litter mates)

value: shh for 24h


title: 24h_shh+arrest_replicate_1_chip_A

description:
24h_shh_arrest_1_chipA__CL2001011018AA
PN4-5 cerebellar culture, 24h, shh+arrest, chip_A

value: shh+arrest for 24h


title: 24h_shh+arrest_replicate_2_chip_A

description:
24h_shh_arrest_2_chipA__CL2001011019AA
PN4-5 cerebellar culture, 24h, shh+arrest, chip_A


title: 24h_shh_replicate_2_chip_A

description:
24h_shh_2_chipA__MG2000083005AAA
PN4-5 cerebellar culture, 24h, shh, chip_A


title: 24h_shh_replicate_1_chip_A

description:
24h_shh_1_chipA__MG2000062107AAA
PN4-5 cerebellar culture, 24h, shh, chip_A


title: IgG WT gmd025


title: Control group matched to food intake of nicotine group, rep 9

city: Oxford

first: Nicholas

middle: Edward

last: Ilott

address: South Parks Road

country: United Kingdom

institute: University of Oxford

description: Gene expression data from control striatum

hyb_protocol: cDNA was hybridised to the Affy rat GeneChip 1.0 ST array for 16 hours at 45 degrees. Washing and staining was performed on the Affymetrix fluidics platform.

scan_protocol: Stained arrays were scanned using the Affymetrix GeneChip scanner 3000.

data_processing: Probe set summaries were processed using the RMA algorithm using the Affymetrix gene expression console v1.1 software. Gene-default parameters were used (14/01/2010)

organism: Rattus norvegicus

source_name: Control matched to food intake of nicotine group, killed at PND35-42

label_protocol: 10 ug of cRNA was reverse transcribed and 5.5ug of ssDNA was fragmented and biotin labelled using the Ambion WT expression kit (manufacturers guidelines).

extract_protocol: RNA was extracted using Qiagen AllPrep RNA/DNA min ikits

treatment_protocol: Striatal samples were snap frozen on dry ice and stored at -80 degrees until RNA extraction

tag: tissue

value: Striatum

value: Lister hooded


title: nub1, carcass, biological rep3

city: Solna

first: Jessica

middle: Margareta

last: Lindvall

address: Tomtebodavägen 23A

department: NBIS

country: Sweden

institute: SciLifeLab. Stockholm University

description: Gene expression data from wild type and nub1 gut or carcass, respectively.

hyb_protocol: As recomended from the manufacturer (Affymetrix)

scan_protocol: GeneChips were scanned using the Hewlett-Packard GeneArray Scanner G2500A.

data_processing: The data were analyzed with Microarray Suite version 5.0 (MAS 5.0) using Affymetrix default analysis settings and global scaling as normalization method in Expression Console

organism: Drosophila melanogaster

source_name: nub1, carcass (without head)

label_protocol: Biotinylated cRNA were prepared according to the standard Affymetrix protocol.

growth_protocol: Prior to analysis flies were maintained in mixed female/male populations on standard cornmeal agar medium in vials and kept in humid culture rooms at 25°C with a 12 h light/12 h dark cycle.  7-12 days old female flies were used. Pools of 20 flies were used per sample replicate.

extract_protocol: Total RNA was extracted as described {Davis, 2011}, from dissected guts and from the rest of the fly minus gut and head (carcass) of 7-12 days old female flies. Tissues from three independent pools of 20 flies were used and analyzed as biological replicates.

treatment_protocol: No treatment was used prior to RNA extraction.

value: carcass (without head)

value: nub1 b1 pr1

tag: genotype/variation

value: nub1 mutant

value: 7-12 days old female flies


title: GD1

city: Cleveland

first: Ann

last: Harris

state: OH

address: 10900 Euclid Avenue

institute: Case Western Reserve University Medical School

description: Expression values for human genes in HEE cells

hyb_protocol: Hybridization was performed by MOGene, LC, St. Louis, MO, USA following their standard operating protocol. See www.mogene.com.

scan_protocol: Scanning was performed by MOGene, LC, St. Louis, MO, USA following their standard operating protocol. See www.mogene.com.

data_processing: Data were processed by MOGene, LC, St. Louis, MO, USA following their standard operating protocol. See www.mogene.com.

source_name: Human epididymal epithelial cells

label_protocol: Labeling was performed by MOGene, LC, St. Louis, MO, USA following their standard operating protocol. See www.mogene.com.

growth_protocol: Growth conditions as described in Harris, A., and Coleman, L. (1989) Ductal epithelial cells cultured from human fetal epididymis and vas deferens: relevance to sterility in Cystic Fibrosis. J.Cell Sci., 92: 687-690.

extract_protocol: RNA was isolated by Trizol extraction from the same three primary cultures of HEE (Human Epididymis Epithelial) cells that were used for DNase-seq and at the same timepoint. Total RNA was purified by Millipore Microcon YM-100 filter centrifugation.

treatment_protocol: No treatment.

tag: developmental stage

value: immature

value: epididymis

value: epithelia


title: Control group matched to food intake of nicotine group, rep 7

description: Gene expression data from control food matched to nicotine group striatum


title: Control group matched to food intake of nicotine group, rep 8


title: nub1, carcass, biological rep1


title: GD2


title: GD3


title: nub1, carcass, biological rep2


title: 1h_veh+cyc_replicate_2_chip_A

description:
1h_veh_cyc_2_chipA__MG2000083013AAA
PN4-5 cerebellar culture, 1h, veh+cyc, chip_A

tag: treated with

value: veh+cyc for 1h

tag: microarray hybridization date


title: Control group matched to food intake of nicotine group, rep 10


title: 1h_veh+cyc_replicate_1_chip_A

description:
1h_veh_cyc_1_chipA__MG2000083003AAA
PN4-5 cerebellar culture, 1h, veh+cyc, chip_A


title: nub1, gut, biological rep3

source_name: nub1, gut

value: gut


title: 24 hours (100 ng/ml FGF2) (2)

city: LYON

first: Jiri

last: ZAVADIL

state: Other

address: 150 COURS ALBERT THOMAS

country: France

institute: IARC WHO

description: 24 hours treated lens extracted total RNA_t24h

hyb_protocol: 2.2 micrograms  of cDNA was hybridized for 17 hr to the Affymetrix Rat Genome 230 2.0 Arrays as described in the Ovation™ Biotin RNA Amplification and Labeling System manual. Genechips® were processed using protocol EukGE_WS2v4 450 for Genechip® fluidics station FS 450.

scan_protocol: Affymetrix GeneArray scanner 7G

data_processing: Feature intensity was extracted by GeneChip Operating System as CEL files. The probe-level analysis of the CEL files was done by the RMA algorithm using GeneSpring GX11 program. No further adjustments were made to the data in the table.

source_name: Lens primary cultures

label_protocol: 50 ng total RNA was amplified using the NUGEN Ovation™ Biotin RNA Amplification and Labeling System. Amplified cDNA was fragmented and biotin labeled according to manufacturer's instructions.

growth_protocol: Rat lens explants were prepared from 3-day old newborn pups. Six explants were used per individual assay.

extract_protocol: Total RNA was extracted using RNeasy micro-elute columns (QIAGEN), according to manufacturer's instructions.

treatment_protocol: Rat lens explants were grown overnight in the presence of 5 ng/ml FGF2 (reference sample). The cultures were subsequently treated with 100 ng/ml of recombinant FGF2.

value: lens explant

value: 3-day old pups


title: 12 hours (100 ng/ml FGF2) (2)

description: 12 hours treated lens extracted total RNA_t12h


title: 12 hours (100 ng/ml FGF2) (1)


title: 24 hours (100 ng/ml FGF2) (1)


title: Wild Type, carcass, biological rep3

source_name: Wild Type, carcass (without head)

value: OregonR and w1118

value: wild type


title: nub1, gut, biological rep1


title: nub1, gut, biological rep2


title: Control group matched to food intake of nicotine group, rep 6


title: Wild Type, carcass, biological rep2


title: 4 hours (100 ng/ml FGF2) (1)

description: 4 hours treated lens extracted total RNA_t4h


title: 4 hours (100 ng/ml FGF2) (2)


title: 1h_shh+cyc_replicate_2_chip_A

description:
1h_shh_cyc_2_chipA__MG2000083012AAA
PN4-5 cerebellar culture, 1h, shh+cyc, chip_A

value: Swiss-Webster B

value: postnatal day 4-5 (PN4-5)

value: primary cerebellar culture (pooled from litter mates)

value: shh+cyc for 1h


title: 1h_shh+cyc_replicate_1_chip_A

description:
1h_shh_cyc_1_chipA__MG2000083002AAA
PN4-5 cerebellar culture, 1h, shh+cyc, chip_A


title: 1h_shh_replicate_2_chip_A

description:
1h_shh_2_chipA__CL2000101811AA
PN4-5 cerebellar culture, 1h, shh, chip_A

value: shh for 1h


title: 1h_veh_replicate_1_chip_A

description:
1h_veh_1_chipA__MG2000083001AAA
PN4-5 cerebellar culture, 1h, veh, chip_A

value: veh for 1h


title: Control group matched to food intake of nicotine group, rep 4

value: Striatum

value: Lister hooded


title: Control group matched to food intake of nicotine group, rep 5


title: 1h_shh_replicate_1_chip_A

description:
1h_shh_1_chipA__MG2000083008AAA
PN4-5 cerebellar culture, 1h, shh, chip_A


title: Wild Type, carcass, biological rep1

value: carcass (without head)

value: 7-12 days old female flies


title: 1h_veh_replicate_2_chip_A

description:
1h_veh_2_chipA__MG2000083011AAA
PN4-5 cerebellar culture, 1h, veh, chip_A


title: 2 hours (100 ng/ml FGF2) (1)

description: 2 hours treated lens extracted total RNA_t2h


title: 2 hours (100 ng/ml FGF2) (2)


title: Control group matched to food intake of nicotine group, rep 2


title: Wild Type, gut, biological rep3

source_name: Wild Type, gut


title: Kidney_ccRCC_patient 67 gene

source_name: kidney

tag: gender

value: Female

value: ccRCC


title: Control, rep 7

source_name: Control, killed at PND35-42


title: Kidney_non tumor_patient 67 gene

value: Non-tumor


title: Wild Type, gut, biological rep2

value: gut


title: 0 hour (reference) (2)

description: Reference lens extracted total RNA_t0h

value: lens explant

value: 3-day old pups


title: Control group matched to food intake of nicotine group, rep 1


title: Wild Type, gut, biological rep1

value: OregonR and w1118

value: wild type


title: Control group matched to food intake of nicotine group, rep 3


title: 0 hour (reference) (1)

description: Reference lens extracted total RNA_t0h


title: Control, rep 8


title: IGFBP2 knockdown clone C12 C12_2

city: Bangalore

first: Neeraj

last: KUMAR

address: Indian Institute of Science Bangalore

department: MRDG

country: India

institute: Indian Institute of Science Bangalore

hyb_protocol: 750 ng of labelled cRNA each from clones and vector control were mixed with blocking agent and fragmentation buffer followd by incubation at 65 °C for 30 min. This is followed by addition of 55 ul of 2x GEx Hybridization Buffer HI-RPM to stop the fragmentation reaction. Later 100 ul of the above mix were added to each array.

scan_protocol: standard Agilent protocol

data_processing: Agilent Feature Extraction Software (v 9.5.3.1) was used for background subtraction and LOWESS normalization.

source_name: BT474  Vector

label_protocol: 200 ng of RNA each from C5 and C12 clones and vector control was used. Labeling of the RNA was done using the Low RNA Input Linear Amplification Kit (Agilent Technologies, USA). Briefly 200 ng of RNA was reverse transcribed using T7promoter attached Oligo-dT primers at 40 °C for 2 hrs followed by 65 °C for 15 min. This cDNA were transcribed using T7 polymerase with respective labelled nucleotides at 40 °C for 2hrs. This synthesized labelled cRNA were purified using RNeasy mini column.

growth_protocol: Both BT474 clones C5 and C12 and vector control cells  were maintained in DMEM (Sigma-Aldrich, USA) supplemented with 10% fetal bovine serum (Certified grade, Invitrogen corporation, USA), 100 units/mL penicillin and 100µg/mL streptomycin (Invitrogen Life Sciences, USA) at 37°C in a humidified chamber with 5% CO2.

extract_protocol: Total RNA extracted using Trizol following manufacturer's instructions

tag: cell line

value: empty vector transfected

source_name: BT474 Clone 12

value: IGFBP2 knockdown clone C12


title: IGFBP2 knockdown clone C12 C12_1


title: Kidney_non tumor_patient 62 gene

value: Male


title: Control, rep 5


title: Kidney_ccRCC_patient 62 gene


title: Control, rep 4


title: Kidney_ccRCC_patient 60 gene


title: IGFBP2 knockdown clone C5 C5_2

source_name: BT474 Clone 5

value: IGFBP2 knockdown clone C5


title: IGFBP2 knockdown clone C5 C5_1


title: Control, rep 3


title: Kidney_non tumor_patient 60 gene


title: Control, rep 2


title: Kidney_ccRCC_patient 58 gene


title: Kidney_non tumor_patient 58 gene


title: Control, rep 6


title: Kidney_ccRCC_patient 56 gene


title: Kidney_non tumor_patient 56 gene


title: T conventional cjw196

description: CD4+/CD45RBhi/GFP- cells were purified by FACS and cultured without stimulation for 48 hours

hyb_protocol: Following fragmentation, 15 ug of cRNA were hybridized for 16 hr at 45C on GeneChip Mouse Genome 430 2.0. GeneChips were washed and stained in the Affymetrix Fluidics Station 450.

scan_protocol: GeneChips were scanned using the GeneChip Scanner 3000 7G.

source_name: bone marrow

label_protocol: Biotinylated cRNA were prepared according to the standard Affymetrix Two-Cycle protocol from 1 ug of total RNA (Expression Analysis Technical Manual, 2005-2006, Affymetrix).

growth_protocol: CD4+ T cells (subtype indicated above) were cultured in RPMI media, supplemented with 10% FBS

extract_protocol: Qiagen Rneasy Plus Mini kit was used to extract RNA according to the manufacturer's protocol

treatment_protocol: CD4+ T cells were left untreated (samples cjw 173, 183, 193, 186, 196) or were activated with anti-CD3/CD28

tag: genotype


title: Kidney_ccRCC_patient 55 gene


title: Gestational nicotine exposure, rep 6

description: Gene expression data from nicotine exposed striatum

source_name: Gestationally exposed to nicotine, killed at PND35-42


title: Treg resting cjw193

description: CD4+/CD45RBlow/GFP+ cells were purified by FACS and cultured without stimulation for 48 hours


title: Control, rep 1

description: Gene expression data from control striatum


title: Treg activated cjw185

description: CD4+/CD45RBlow/GFP+ cells were purified by FACS and cultured with stimulation for 48 hours


title: T conventional cjw186


title: Kidney_ccRCC_patient 50 gene


title: Treg resting cjw173


title: Gestational nicotine exposure, rep 7


title: Treg resting cjw183


title: Treg activated cjw165


title: 2001020N_A-rep1

city: Singapore

first: Maurice

last: Chan

address: 11 Hospital Drive

department: Division of Medical Sciences

country: Singapore

institute: National Cancer Centre

description: p-25-adjacent normal

hyb_protocol: 1.5 ug of Cy3-labelled cRNA (specific activity >10.0 pmol Cy3/ug cRNA) was fragmented at 60°C for 30 minutes in a reaction volume of 250 ml containing 1x Agilent fragmentation buffer and 2x Agilent blocking agent following the manufacturers instructions. On completion of the fragmentation reaction, 250 ml of 2x Agilent hybridization buffer was added to the fragmentation mixture and hybridized to Agilent Whole Human Genome Oligo Microarrays (G4112A) for 17 hours at 65Â°C in a rotating Agilent hybridization oven.  After hybridization, microarrays were washed 1 minute at room temperature with GE Wash Buffer 1 (Agilent) and 1 minute with 37Â°C GE Wash buffer 2 (Agilent), then dried immediately by brief centrifugation.

scan_protocol: Slides were scanned immediately after washing on the Agilent DNA Microarray Scanner (G2505B) using one color scan setting for 1x44k array slides (Scan Area 61x21.6 mm, Scan resolution 10um, Dye channel is set to Green and Green PMT is set to 100%).

data_processing: The scanned images were analyzed with Feature Extraction Software 9.1 (Agilent) using default parameters (protocol GE1-v1_91 and Grid: 012391_D_20060331) to obtain background subtracted and spatially detrended Processed Signal intensities.  Features flagged in Feature Extraction as Feature Non-uniform outliers were excluded.

source_name: Fresh frozen tumour

label_protocol: Cyanine-3 (Cy3) labeled cRNA was prepared from 0.5 ug RNA using the One-Color Low RNA Input Linear Amplification PLUS kit (Agilent) according to the manufacturer's instructions, followed by RNAeasy column purification (QIAGEN, Valencia, CA).  Dye incorporation and cRNA yield were checked with the NanoDrop ND-1000 Spectrophotometer.

extract_protocol: RNA was extracted using mirVana kit (Life Technologies) following the manufacturer's recommendations. RNA was quantitated using the Agilent 2100 Bioanalyzer (Agilent Technologies, Santa Clara, CA).

treatment_protocol: Cryosectioned frozen tissue

value: Adjacent normal tissue

tag: tumour content


title: Treg activated cjw175


title: 2001066N_B-rep1

description: p-22-adjacent normal


title: Gestational nicotine exposure, rep 2

value: Striatum


title: Gestational nicotine exposure, rep 3

value: Lister hooded


title: Gestational nicotine exposure, rep 5


title: Gestational nicotine exposure, rep 4


title: 20020386N_A-rep1

description: p-24-adjacent normal


title: Kidney_non tumor_patient 55 gene


title: Kidney_ccRCC_patient 46 gene


title: WT cell 2

first: Karolina

last: Mizeracka

address: 77 Avenue Louis Pasteur

institute: Harvard Medical School

description: Gene expression data from a P0 electroporated single WT retinal cell, harvested at P3

hyb_protocol: Following fragmentation, 10 ug of cDNA were hybridized for 16 hr at 45C on Mouse Genome 430 2.0 GeneChip Arrays. GeneChips were washed and stained in the Affymetrix Fluidics Station 400.

scan_protocol: GeneChips were scanned using the Genechip Affymetrix Scanner 7G.

data_processing: The data were analyzed with Microarray Suite version 5.0 (MAS 5.0) using Affymetrix default analysis settings and global scaling as normalization method.

source_name: Single cell profile of P3 Notch1 floxed retinal cell electroporated with GFP

label_protocol: Biotinylated cDNA were prepared according to the standard Affymetrix protocol from 10 ug total RNA (Expression Analysis Technical Manual, 2001, Affymetrix).

growth_protocol: After electroporation, retinas developed in vivo.

extract_protocol: Retinas were dissociated to single cells. Individual cells were picked under a fluorescent microscope on the basis of GFP expression and lysed in individual PCR tubes. Reverse transcription was performed using modified Oligo dT primers. A poly-A tract was added to the synthesized first-strand cDNA. The cDNA mixture was then PCR amplified using the same Oligo dT primers as before.

treatment_protocol: Notch1 floxed mouse retinas were electroporated at P0 with either Cag:GFP or Cag:Cre and CALNL-GFP. Retinas were harvested and dissociated to single cells at P3. Individual retinal cells were picked on the basis of GFP expression.

value: retina

value: Notch1 floxed mice on a C57BL/6

tag: cell type

value: Retinal cell electroporated with CAG:GFP

value: homozygous Notch1 flox


title: c22-serum

description: Healthy volunteer

data_processing: Data was processed using GenEx software (Exiqon)

label: SYBR Green

source_name: Serum

extract_protocol: RNA was extracted using miRNeasy (Qiagen) following the manufacturer's recommendations.

treatment_protocol: Serum samples

tag: disease state

value: Healthy volunteer


title: Gestational nicotine exposure, rep 1


title: Kidney_non tumor_patient 50 gene

value: Non-tumor


title: Kidney_ccRCC_patient 43 gene

value: Female

value: ccRCC

tag: fuhrman grade

tag: tnm classification


title: c20-serum

description: Healthy volunteer


title: Kidney_non tumor_patient 46 gene

tag: subject


title: Kidney_non tumor_patient 43 gene


title: Kidney_ccRCC_patient 41 gene


title: 2001043N_A-rep1

description: p-21-adjacent normal_A


title: Kidney_non tumor_patient 41 gene


title: 2000976N_B-rep1

description: p-20-adjacent normal_B


title: N1-CKO cell 13

description: Gene expression data from a P0 electroporated single Notch1 mutant retinal cell, harvested at P3

source_name: Single cell profile of P3 Notch1 floxed retinal cell electroporated with Cre and CALNL-GFP

tag: strain

value: Retinal cell electroporated with CAG:Cre and CALNL-GFP


title: 50877113N-rep1

description: p-17-adjacent normal

tag: age


title: 17880386N-rep1

description: p-18-adjacent normal


title: c17-serum

description: Healthy volunteer


title: 2000976N_A-rep1

description: p-20-adjacent normal_A


title: c21-serum

description: Healthy volunteer


title: N1-CKO cell 12


title: N1-CKO cell 11


title: N1-CKO cell 9


title: 6022668N-rep1

description: p-19-adjacent normal


title: c19-serum

description: Healthy volunteer


title: c15-serum

description: Healthy volunteer


title: N1-CKO cell 10


title: c16-serum

description: Healthy volunteer


title: c14-serum

description: Healthy volunteer


title: 12196182N-rep1

description: p-16-adjacent normal


title: N1-CKO cell 6


title: c11-serum

description: Healthy volunteer


title: c12-serum

description: Healthy volunteer


title: 84960009N-rep1

description: p-15-adjacent normal


title: c13-serum

description: Healthy volunteer


title: 80774320N-rep2

description: p-14-adjacent normal_2


title: 80774320N-rep1

description: p-14-adjacent normal_1


title: c10-serum

description: Healthy volunteer


title: N1-CKO cell 7


title: WT cell 1


title: N1-CKO cell 4


title: N1-CKO cell 8


title: c9-serum

description: Healthy volunteer


title: N1-CKO cell 2


title: N1-CKO cell 3


title: N1-CKO cell 1


title: 53507043N-rep1

description: p-13-adjacent normal


title: 72986324N_A-rep1

description: p-12-adjacent normal_A


title: N1-CKO cell 5


title: WT cell 13


title: c8-serum

description: Healthy volunteer


title: c7-serum

description: Healthy volunteer


title: c5-serum

description: Healthy volunteer


title: c4-serum

description: Healthy volunteer


title: c3-serum

description: Healthy volunteer


title: WT cell 11


title: 2000695N_B-rep1

description: p-8-adjacent normal


title: 72986324N_B-rep1

description: p-12-adjacent normal_B


title: 20020386T-rep1

value: Breast tumour

tag: estrogen receptor

tag: node positivity


title: 2000653N_replen-rep1

description: p-7-adjacent normal

tag: tissue


title: 2001020T-rep1


title: WT Cell 9


title: WT Cell 8


title: 20020907N_replen-rep1

description: p-9-adjacent normal


title: c2-serum

description: Healthy volunteer


title: WT cell 12


title: 2001237T-rep2


title: 2001237T-rep1


title: 2001066T-rep1


title: 40215061T-rep1


title: c1-serum

description: Healthy volunteer


title: c6-serum

description: Healthy volunteer


title: p-33-serum

description: Breast cancer

source_name: Pre-operative serum

value: Breast cancer


title: p-32-serum

description: Breast cancer


title: p-34-serum

description: Breast cancer


title: WT cell 7


title: WT cell 5


title: WT cell 4


title: 2001043T-rep1


title: WT cell 6


title: Time 45 replicate 3

city: Barcelona

first: Salvador

middle: Aznar

last: Benitah

address: Baldiri Reixac 10

department: Oncology

institute: Institute for Research in Biomedicine (IRB, Barcelona)

hyb_protocol: After fragmentation, 1650 ng of labeled cRNA from each sample was hybridized in in situ hybridization oven (Agilent) for 17 h at 65ºC and washed during 1 min at rt in Gene Expression Wash Buffer 1 (Agilent) and 1 min at 37 ºC with Gene Expression Wahs buffer 2 (Agilent).

scan_protocol: Scanned on an Agilent G2539A scanner at 5um resolution and 100%PMT The intensity data of each individual hybridization were extracted and the quality was assessed with the Feature Extraction software 10.7 (Agilent).

data_processing: Raw data was corrected for background noise using the normexp method. Quantile normalization was applied to assure comparability across samples.

source_name: Time 45

label_protocol: 500 ng of total RNA from each sample were amplified by Oligo-dT-T7 reverse transcription and labeled by in vitro transcription with T7 RNA polymerase in the presence of Cy3-CTP using the Quick Amp Labeling kit (Agilent) and purified using RNAeasy columns (Qiagen, Hilden, Germany)

extract_protocol: Total RNAs were prepared with Qiagen Rneasy minikit according to manufacturer’s protocol

value: epidermal stem cell


title: WT Cell 10


title: Time 45 replicate 2


title: 2000976T-rep1


title: 6022668T-rep1


title: WT cell 3


title: 2001043N_B-rep1

description: p-21-adjacent normal_B


title: Time 45 replicate 1


title: Time 40 replicate 3

source_name: Time 40


title: 17880386T-rep1


title: 17880386T-rep2


title: 50877113T-rep1


title: c18-serum

description: Healthy volunteer


title: p-31-serum

description: Breast cancer


title: p-29-serum

description: Breast cancer


title: p-28-serum

description: Breast cancer


title: p-27-serum

description: Breast cancer


title: p-30-serum

description: Breast cancer


title: Time 40 replicate 2


title: Time 40 replicate 1


title: Time 35 replicate 3

source_name: Time 35


title: p-24-serum

description: Breast cancer


title: p-23-serum

description: Breast cancer


title: p-26-serum

description: Breast cancer


title: 80774320T-rep2


title: 12196182T-rep1


title: 84960009T-rep1


title: 80774320T-rep1


title: 72986324T_A-rep1


title: 53507043T-rep1


title: Time 30 replicate 3

source_name: Time 30


title: p-25-serum

description: Breast cancer


title: p-21-serum

description: Breast cancer


title: 32934758T-rep1


title: Time 35 replicate 1


title: p-20-serum

description: Breast cancer


title: Time 30 replicate 2


title: p-19-serum

description: Breast cancer


title: p-22-serum

description: Breast cancer


title: p-18-serum

description: Breast cancer


title: Time 35 replicate 2


title: Time 30 replicate 1


title: 33978451T-rep1


title: Time 25 replicate 2

source_name: Time 25


title: p-17-serum

description: Breast cancer


title: G4 C3 Vs G1 C3.Txt

city: Saskatoon

first: Fernanda

last: Dias

address: 52 Campus Dr

country: Canada

institute: University of Saskatchewan

hyb_protocol: This document applies to the hybridization of microarray slides 4x44K printed    with oligonucleotides by Agilent for all EmbryoGENE related projects.

scan_protocol: Tecan scanning protocol.

data_processing: data was normalized with loess

organism: Bos taurus

label_protocol: This document describes the procedure used for labelling aRNA using the Universal Linkage System (ULS) by Kreatech for Gene Expression studies using microarray slides from Agilent. ULS is a non-enzymatic protocol that allows direct labeling of unmodified, amplified RNA. ULS will react with unmodified, amplified RNA and label it by formation of a coordinative bond on the N7 position of guanine. Fluorophore Cy3 and Cy5 are linked via a spacer to the ULS molecule.

growth_protocol: Samples were dissected and snap frozen in liquid nitrogen

extract_protocol:
SOP_Embryogene for trizol extraction.
This procedure describes the amplification of RNA using the RiboAmpb HSPlus RNA Amplification kit (Molecular devices). This procedure may be required for microarray experiments with extremely limited amounts of starting material. The RiboAmpb HSPlus RNA Amplification Kit enables the production of microgram quantities of antisense RNA (aRNA) from picogram quantities of total cellular RNA. The RiboAmpb HSPlus Kit achieves high yields of aRNA with a proprietary linear amplification process using double-stranded cDNA as template in a two round T7 RNA polymerase catalyzed amplification.

tag: breed (cattle)

value: beef

tag: exogenous hormone ovarian stimulation

value: Gonadotropins

tag: reproductive status (cattle)

value: Multiparity


title: G4 C1 Vs G1 C1.Txt


title: G1 C3 Vs G4 C3.Txt


title: G4 C2 Vs G1 C2.Txt


title: 20020907T_(2)-rep1


title: p-16-serum

description: Breast cancer


title: 2000695T-rep1


title: 83139995N-rep1

description: p-33-adjacent normal

value: Adjacent normal tissue


title: 76865148N_Gland-rep1

description: p-32-adjacent normal


title: Time 25 replicate 3


title: p-15-serum

description: Breast cancer


title: G1 C2 Vs G4 C2.Txt


title: 2000653T_B-rep1


title: p-14-serum

description: Breast cancer


title: Time 20 replicate 1

source_name: Time 20


title: G1 C1 Vs G4 C1.Txt


title: Time 25 replicate 1


title: 47892333N-rep1

description: p-31-adjacent normal


title: Time 20 replicate 3


title: Time 20 replicate 2


title: Time 15 replicate 3

source_name: Time 15


title: 2000653T_A-rep1


title: 990130T-rep1


title: Time 15 replicate 2


title: p-13-serum

description: Breast cancer


title: p-12-serum

description: Breast cancer


title: 33181622N_DCIS-rep1

description: p-29-adjacent normal


title: p-11-serum

description: Breast cancer


title: 980090T-rep1


title: Time 15 replicate 1


title: 20021037N-rep1

description: p-28-adjacent normal


title: 980081T-rep1


title: Time10 replicate 3


title: 980085T-rep1


title: HCT116 siMYC Cancer reference kit-2

city: Columbus

first: Taewan

last: Kim

institute: The Ohio State University

hyb_protocol: Hybridization reactions were performed according to manufacturer's instructions with 5µl of the 5-fold diluted sample preparation reaction. All hybridization reactions were incubated at 64°C for a minimum of 18 h.

scan_protocol: A high-density scan (600 fields of view) was performed.

data_processing: The analysis of raw data was performed with nSlover Analysis Software provided by NanoString Technologies. The raw data was normalized with GADPH expression.

source_name: Colorectal cancer-derived HCT116 cell line

growth_protocol: Cells were grown in 37 degree humidified incubator with 5% CO2.

extract_protocol: Total RNA samples were prepared using TRIZOL (Invitrogen) in accordance with manufacturer's instruction.

treatment_protocol: Cells were transfected with siRNA (Final concentration: 50nM for HCT116 and 100nM for PC3) by using Lipofectamine RNAiMAX from Invitrogen as the instruction of manufacturer.

tag: treatment

value: siRNA targeting CARLo-1 v3


title: 76865148T-rep1


title: p-10-serum

description: Breast cancer


title: 83139995T-rep1


title: 20020912N_Gland-rep1

description: p-27-adjacent normal


title: Time10 replicate 2


title: Time10 replicate 1


title: p-7-serum

description: Breast cancer


title: p-9-serum

description: Breast cancer


title: p-8-serum

description: Breast cancer


title: p-5-serum

description: Breast cancer


title: HCT116 siCTRL Cancer reference kit-3

tag: cell line

value: Colorectal cancer-derived HCT116 cell line

value: control siRNA


title: 36834119T-rep1


title: HCT116 siMYC Cancer reference kit-1


title: 47892333T-rep1


title: Time 5 replicate 3

source_name: Time 5


title: Time 5 replicate 2


title: p-3-serum

description: Breast cancer


title: HCT116 siCTRL Cancer reference kit-2


title: 33181622T-rep1


title: 20021037T-rep1


title: Time 5 replicate 1


title: HCT116 siMYC Cancer reference kit-3


title: p-2-serum

description: Breast cancer


title: Time 0 replicate 3

source_name: Time 0


title: Time 0 replicate 2


title: p-1-serum

description: Breast cancer


title: Lung_6-8 weeks_CC10 VEGF 10 days_rep1

city: New haven

first: seyedtaghi

last: takyar

state: CT

address: 300 Cedar street

department: Medicine

institute: Yale School of Medicine

description: Whole lungs harvested after 10 days of VEGF overexpression compared to a wild type litter of same gender and birthdate.

hyb_protocol: Per LC Sciences protocol.

scan_protocol: Axon GenePix 4000B Microarray Scanner

data_processing:
Signal intensity higher than 3x background, spot coefficient of variation<0.5 and signals from more than 50% of repeating probes on the chip. Data process software: Arraypro
The median value of the repeating probes were calculated and the differential ratios presented in log2 scale. The statistical significance was analyzed by student’s t-test and the differentials reported as significant if p<0.01.

source_name: Total RNA from pooled whole lungs of 6-8 week old CC10 VEGF transgenic lungs, VF-705

label_protocol: Per LC Sciences protocol.

growth_protocol: C57BL/6 mice grown for 6-8 weeks

extract_protocol: miRVANA isolation columns

treatment_protocol: Doxycycline 1g/Lit added to the drinking water for 10 days

tag: gender

value: male

value: 6-8 weeks

value: Lung

value: Doxycycline 1g/L in drinking water for 10 days

tag: genotype/variation

value: VEGF overexpression

source_name: Total RNA from pooled whole lungs of 6-8 week old wild type litters, VF-706

value: wild type


title: HCT116 siCTRL Cancer reference kit-1


title: 20020912T-rep1

source_name: Fresh frozen tumour

tag: tumour content


title: Time 0 replicate 1

tag: cell type


title: DH line, CFF15-136

status: Public on Sep 05 2013

city: Freising

first: Eva

last: Bauer

address: Liesel-Beckmann-Str. 2

department: Plant Breeding

country: Germany

institute: Technical University of Munich

description: Genomic DNA from maize was analyzed with the Illumina MaizeSNP50 BeadChip

hyb_protocol: Array hybridization and raw data processing was performed according to manufacturer’s instructions (Illumina).

data_processing: Data processing was performed using GenomeStudio software 2011.1 (Illumina)(Genotyping Module v 1.9.4) using the clusterfile maizesnp50_b.egt available from Illumina.

label: Cy3, Cy5

organism: Zea mays

source_name: leaf

growth_protocol: Plants grown in greenhouse or field.

extract_protocol: DNA was extracted from dried leaves using a modified CTAB protocol (modified from Saghai-Maroof et al. 1984, PNAS)

tag: status

value: DH line

tag: maize population

value: Flint


title: DH line, CFF15-132

scan_protocol: Array hybridization and raw data processing was performed according to manufacturer’s instructions (Illumina).


title: DH line, CFF15-140

label_protocol: Array hybridization and raw data processing was performed according to manufacturer’s instructions (Illumina).


title: DH line, CFF15-131


title: DH line, CFF15-141


title: DH line, CFF15-138


title: DH line, CFF15-137


title: DH line, CFF15-133


title: DH line, CFF15-124


title: DH line, CFF15-129


title: DH line, CFF15-121


title: DH line, CFF15-126


title: DH line, CFF15-118


title: DH line, CFF15-130


title: DH line, CFF15-127


title: DH line, CFF15-117


title: DH line, CFF15-125


title: DH line, CFF15-123


title: DH line, CFF15-116


title: DH line, CFF15-122


title: DH line, CFF15-128


title: DH line, CFF15-115


title: DH line, CFF15-114


title: DH line, CFF15-109


title: DH line, CFF15-113


title: DH line, CFF15-106


title: DH line, CFF15-112


title: DH line, CFF15-107


title: DH line, CFF15-108


title: DH line, CFF15-110


title: DH line, CFF15-119


title: DH line, CFF15-100


title: DH line, CFF15-093


title: DH line, CFF15-120


title: DH line, CFF15-103


title: DH line, CFF15-098


title: DH line, CFF15-091


title: DH line, CFF15-111


title: DH line, CFF15-087


title: DH line, CFF15-099


title: DH line, CFF15-095


title: DH line, CFF15-088


title: DH line, CFF15-094


title: DH line, CFF15-089


title: DH line, CFF15-090


title: DH line, CFF15-092


title: DH line, CFF15-104


title: DH line, CFF15-096


title: DH line, CFF15-105


title: DH line, CFF15-097


title: DH line, CFF15-086


title: DH line, CFF15-082


title: DH line, CFF15-083


title: DH line, CFF15-079


title: DH line, CFF15-078


title: DH line, CFF15-084


title: DH line, CFF15-081


title: DH line, CFF15-080


title: 36834119N-rep1

description: p-30-adjacent normal


title: DH line, CFF15-085


title: DH line, CFF15-076


title: DH line, CFF15-075


title: DH line, CFF15-077


title: DH line, CFF15-066


title: DH line, CFF15-067


title: DH line, CFF15-068


title: DH line, CFF15-064


title: DH line, CFF15-062


title: DH line, CFF15-059


title: DH line, CFF15-061


title: DH line, CFF15-054


title: DH line, CFF15-057


title: DH line, CFF15-065


title: DH line, CFF15-073


title: DH line, CFF15-070


title: DH line, CFF15-053


title: DH line, CFF15-071


title: DH line, CFF15-069


title: DH line, CFF15-055


title: DH line, CFF15-063


title: DH line, CFF15-056


title: DH line, CFF15-047


title: DH line, CFF15-044


title: DH line, CFF15-046


title: DH line, CFF15-052


title: DH line, CFF15-050


title: DH line, CFF15-051


title: DH line, CFF15-029


title: DH line, CFF15-031


title: DH line, CFF15-045


title: DH line, CFF15-038


title: DH line, CFF15-037


title: DH line, CFF15-025


title: DH line, CFF15-026


title: DH line, CFF15-027


title: DH line, CFF15-048


title: DH line, CFF15-022


title: DH line, CFF15-021


title: DH line, CFF15-016


title: DH line, CFF15-014


title: DH line, CFF15-017


title: DH line, CFF15-013


title: DH line, CFF15-015


title: DH line, CFF15-020


title: DH line, CFF15-009


title: DH line, CFF15-012


title: DH line, CFF15-019


title: DH line, CFF15-010


title: DH line, CFF15-018


title: DH line, CFF15-024


title: DH line, CFF15-006


title: DH line, CFF15-003


title: DH line, CFF15-002


title: DH line, CFF13-119


title: DH line, CFF13-116


title: DH line, CFF13-112


title: DH line, CFF15-005


title: DH line, CFF13-118


title: DH line, CFF13-114


title: DH line, CFF13-111


title: DH line, CFF13-109


title: DH line, CFF15-001


title: DH line, CFF13-107


title: DH line, CFF13-110


title: DH line, CFF13-115


title: DH line, CFF13-106


title: DH line, CFF13-103


title: DH line, CFF13-104


title: DH line, CFF13-097


title: DH line, CFF15-004


title: DH line, CFF13-100


title: DH line, CFF13-099


title: DH line, CFF13-098


title: DH line, CFF13-105


title: DH line, CFF13-096


title: DH line, CFF13-094


title: DH line, CFF13-093


title: DH line, CFF13-102


title: DH line, CFF13-101


title: DH line, CFF13-095


title: DH line, CFF13-092


title: DH line, CFF13-087


title: DH line, CFF13-085


title: DH line, CFF13-091


title: DH line, CFF13-086


title: DH line, CFF13-084


title: DH line, CFF13-113


title: DH line, CFF13-090


title: DH line, CFF13-089


title: DH line, CFF13-088


title: DH line, CFF13-108


title: DH line, CFF13-083


title: DH line, CFF13-080


title: DH line, CFF13-079


title: DH line, CFF13-075


title: DH line, CFF13-082


title: DH line, CFF13-077


title: DH line, CFF13-061


title: DH line, CFF13-073


title: DH line, CFF13-059


title: DH line, CFF13-068


title: DH line, CFF13-065


title: DH line, CFF13-054


title: DH line, CFF13-063


title: DH line, CFF13-076


title: DH line, CFF13-069


title: DH line, CFF13-070


title: DH line, CFF13-062


title: DH line, CFF13-067


title: DH line, CFF13-081


title: DH line, CFF13-058


title: DH line, CFF13-055


title: DH line, CFF13-071


title: DH line, CFF13-066


title: DH line, CFF13-060


title: DH line, CFF13-057


title: DH line, CFF13-056


title: DH line, CFF13-052


title: DH line, CFF13-050


title: DH line, CFF13-049


title: DH line, CFF13-051


title: DH line, CFF13-072


title: DH line, CFF13-044


title: DH line, CFF13-042


title: DH line, CFF13-047


title: DH line, CFF13-045


title: DH line, CFF13-048


title: DH line, CFF13-040


title: DH line, CFF13-039


title: DH line, CFF13-035


title: DH line, CFF13-038


title: DH line, CFF13-030


title: DH line, CFF13-036


title: DH line, CFF13-037


title: DH line, CFF13-043


title: DH line, CFF13-029


title: DH line, CFF13-033


title: DH line, CFF13-031


title: DH line, CFF13-034


title: DH line, CFF13-064


title: DH line, CFF13-046


title: DH line, CFF13-041


title: DH line, CFF13-027


title: DH line, CFF13-028


title: DH line, CFF13-032


title: DH line, CFF13-053


title: DH line, CFF13-023


title: DH line, CFF13-026


title: DH line, CFF13-015


title: DH line, CFF13-005


title: DH line, CFF13-014


title: DH line, CFF13-006


title: DH line, CFF13-019


title: DH line, CFF13-010


title: DH line, CFF13-009


title: DH line, CFF13-004


title: DH line, CFF13-008


title: DH line, CFF13-003


title: DH line, CFF12-118


title: DH line, CFF13-022


title: DH line, CFF13-016


title: DH line, CFF13-011


title: DH line, CFF13-021


title: DH line, CFF13-012


title: DH line, CFF13-013


title: DH line, CFF12-119


title: DH line, CFF13-017


title: DH line, CFF13-025


title: DH line, CFF13-002


title: DH line, CFF13-024


title: DH line, CFF13-007


title: DH line, CFF13-020


title: DH line, CFF13-018


title: DH line, CFF13-001


title: DH line, CFF12-116


title: DH line, CFF13-074


title: DH line, CFF12-115


title: DH line, CFF12-113


title: DH line, CFF12-112


title: DH line, CFF12-111


title: DH line, CFF12-114


title: DH line, CFF12-104


title: DH line, CFF12-100


title: DH line, CFF12-098


title: DH line, CFF12-108


title: DH line, CFF12-094


title: DH line, CFF12-106


title: DH line, CFF12-110


title: DH line, CFF12-096


title: DH line, CFF12-107


title: DH line, CFF12-099


title: DH line, CFF12-103


title: DH line, CFF12-101


title: DH line, CFF12-105


title: DH line, CFF12-091


title: DH line, CFF12-089


title: DH line, CFF12-095


title: DH line, CFF12-102


title: DH line, CFF12-088


title: DH line, CFF12-090


title: DH line, CFF12-093


title: DH line, CFF12-109


title: DH line, CFF12-083


title: DH line, CFF12-085


title: DH line, CFF12-084


title: DH line, CFF12-087


title: DH line, CFF12-080


title: DH line, CFF12-092


title: DH line, CFF12-081


title: DH line, CFF12-079


title: DH line, CFF12-078


title: DH line, CFF12-077


title: DH line, CFF12-097


title: DH line, CFF12-082


title: DH line, CFF12-073


title: DH line, CFF12-075


title: DH line, CFF12-074


title: DH line, CFF12-076


title: DH line, CFF12-071


title: DH line, CFF12-072


title: DH line, CFF12-069


title: DH line, CFF12-068


title: DH line, CFF12-070


title: DH line, CFF12-061


title: DH line, CFF12-065


title: DH line, CFF12-066


title: DH line, CFF12-064


title: DH line, CFF12-057


title: DH line, CFF12-060


title: DH line, CFF12-059


title: DH line, CFF12-067


title: DH line, CFF12-062


title: DH line, CFF12-054


title: DH line, CFF12-052


title: DH line, CFF12-051


title: DH line, CFF12-053


title: DH line, CFF12-056


title: DH line, CFF12-046


title: DH line, CFF12-049


title: DH line, CFF12-045


title: DH line, CFF12-055


title: DH line, CFF12-047


title: DH line, CFF12-048


title: DH line, CFF12-043


title: DH line, CFF12-050


title: DH line, CFF12-042


title: DH line, CFF12-038


title: DH line, CFF12-041


title: DH line, CFF12-040


title: DH line, CFF12-039


title: DH line, CFF12-036


title: DH line, CFF12-037


title: DH line, CFF12-044


title: DH line, CFF12-033


title: DH line, CFF12-030


title: DH line, CFF12-029


title: DH line, CFF12-034


title: DH line, CFF12-032


title: DH line, CFF12-026


title: DH line, CFF12-027


title: DH line, CFF12-025


title: DH line, CFF12-019


title: DH line, CFF12-014


title: DH line, CFF12-013


title: DH line, CFF12-010


title: DH line, CFF12-011


title: DH line, CFF12-009


title: DH line, CFF12-020


title: DH line, CFF12-031


title: DH line, CFF12-022


title: DH line, CFF12-008


title: DH line, CFF12-006


title: DH line, CFF12-007


title: DH line, CFF12-015


title: DH line, CFF12-028


title: DH line, CFF12-018


title: DH line, CFF12-016


title: DH line, CFF12-035


title: DH line, CFF12-012


title: DH line, CFF12-005


title: DH line, CFF12-023


title: DH line, CFF12-004


title: DH line, CFF12-001


title: DH line, CFF12-024


title: DH line, CFF10-324


title: DH line, CFF12-002


title: DH line, CFF10-325


title: DH line, CFF10-322


title: DH line, CFF10-323


title: DH line, CFF10-319


title: DH line, CFF12-003


title: DH line, CFF10-321


title: DH line, CFF10-315


title: DH line, CFF10-316


title: DH line, CFF10-311


title: DH line, CFF10-318


title: DH line, CFF10-307


title: DH line, CFF10-303


title: DH line, CFF10-309


title: DH line, CFF10-127


title: DH line, CFF10-312


title: DH line, CFF10-313


title: DH line, CFF10-308


title: DH line, CFF10-305


title: DH line, CFF10-126


title: DH line, CFF10-302


title: DH line, CFF10-320


title: DH line, CFF10-122


title: DH line, CFF10-301


title: DH line, CFF10-306


title: DH line, CFF10-304


title: DH line, CFF10-120


title: DH line, CFF10-310


title: DH line, CFF10-119


title: DH line, CFF10-125


title: DH line, CFF10-124


title: DH line, CFF10-123


title: DH line, CFF10-118


title: DH line, CFF10-117


title: DH line, CFF10-121


title: DH line, CFF10-116


title: DH line, CFF10-112


title: DH line, CFF10-113


title: DH line, CFF10-110


title: DH line, CFF10-104


title: DH line, CFF10-100


title: DH line, CFF10-102


title: DH line, CFF10-106


title: DH line, CFF10-108


title: DH line, CFF10-111


title: DH line, CFF10-105


title: DH line, CFF10-103


title: DH line, CFF10-101


title: DH line, CFF10-093


title: DH line, CFF10-099


title: DH line, CFF10-095


title: DH line, CFF10-096


title: DH line, CFF10-098


title: DH line, CFF10-085


title: DH line, CFF10-089


title: DH line, CFF10-090


title: DH line, CFF10-091


title: DH line, CFF10-097


title: DH line, CFF10-087


title: DH line, CFF10-083


title: DH line, CFF10-109


title: DH line, CFF10-084


title: DH line, CFF12-021


title: DH line, CFF10-079


title: DH line, CFF10-107


title: DH line, CFF10-073


title: DH line, CFF10-077


title: DH line, CFF10-072


title: DH line, CFF10-067


title: DH line, CFF10-078


title: DH line, CFF10-082


title: DH line, CFF10-069


title: DH line, CFF10-066


title: DH line, CFF10-070


title: DH line, CFF10-076


title: DH line, CFF10-075


title: DH line, CFF10-114


title: DH line, CFF10-068


title: DH line, CFF10-064


title: DH line, CFF10-071


title: DH line, CFF10-065


title: DH line, CFF10-063


title: DH line, CFF10-062


title: DH line, CFF10-061


title: DH line, CFF10-059


title: DH line, CFF10-056


title: DH line, CFF10-052


title: DH line, CFF10-115


title: DH line, CFF10-048


title: DH line, CFF10-049


title: DH line, CFF10-044


title: DH line, CFF10-031


title: DH line, CFF10-047


title: DH line, CFF10-019


title: DH line, CFF10-314


title: DH line, CFF10-041


title: DH line, CFF10-046


title: DH line, CFF10-045


title: DH line, CFF10-029


title: DH line, CFF10-003


title: DH line, CFF10-026


title: DH line, CFF10-032


title: DH line, CFF10-007


title: DH line, CFF10-027


title: DH line, CFF09-313


title: DH line, CFF10-034


title: DH line, CFF10-017


title: DH line, CFF10-010


title: DH line, CFF10-001


title: DH line, CFF09-310


title: DH line, CFF10-011


title: DH line, CFF10-009


title: DH line, CFF09-188


title: DH line, CFF09-183


title: DH line, CFF09-302


title: DH line, CFF09-306


title: DH line, CFF09-184


title: DH line, CFF09-186


title: DH line, CFF09-304


title: DH line, CFF09-175


title: DH line, CFF09-187


title: DH line, CFF09-309


title: DH line, CFF09-172


title: DH line, CFF09-185


title: DH line, CFF09-169


title: DH line, CFF09-176


title: DH line, CFF09-161


title: DH line, CFF09-171


title: DH line, CFF09-170


title: DH line, CFF09-174


title: DH line, CFF09-182


title: DH line, CFF09-156


title: DH line, CFF09-167


title: DH line, CFF09-160


title: DH line, CFF09-152


title: DH line, CFF09-155


title: DH line, CFF09-153


title: DH line, CFF09-154


title: DH line, CFF09-149


title: DH line, CFF09-151


title: DH line, CFF09-168


title: DH line, CFF09-150


title: DH line, CFF09-173


title: DH line, CFF09-142


title: DH line, CFF09-157


title: DH line, CFF09-146


title: DH line, CFF09-147


title: DH line, CFF09-138


title: DH line, CFF09-141


title: DH line, CFF09-144


title: DH line, CFF09-143


title: DH line, CFF09-136


title: DH line, CFF09-140


title: DH line, CFF09-145


title: DH line, CFF09-131


title: DH line, CFF09-134


title: DH line, CFF09-132


title: DH line, CFF09-133


title: DH line, CFF09-130


title: DH line, CFF09-129


title: DH line, CFF09-135


title: DH line, CFF09-125


title: DH line, CFF09-126


title: DH line, CFF09-137


title: DH line, CFF09-128


title: DH line, CFF09-127


title: DH line, CFF09-124


title: DH line, CFF09-115


title: DH line, CFF09-121


title: DH line, CFF09-111


title: DH line, CFF09-119


title: DH line, CFF09-112


title: DH line, CFF09-108


title: DH line, CFF09-164


title: DH line, CFF09-122


title: DH line, CFF09-116


title: DH line, CFF09-120


title: DH line, CFF09-113


title: DH line, CFF09-123


title: DH line, CFF09-117


title: DH line, CFF09-099


title: DH line, CFF09-100


title: DH line, CFF09-098


title: DH line, CFF09-101


title: DH line, CFF09-095


title: DH line, CFF09-107


title: DH line, CFF09-106


title: DH line, CFF09-110


title: DH line, CFF09-094


title: DH line, CFF09-114


title: DH line, CFF09-103


title: DH line, CFF09-092


title: DH line, CFF09-096


title: DH line, CFF09-089


title: DH line, CFF09-090


title: DH line, CFF09-093


title: DH line, CFF09-083


title: DH line, CFF09-085


title: DH line, CFF09-087


title: DH line, CFF09-077


title: DH line, CFF09-091


title: DH line, CFF09-080


title: DH line, CFF09-076


title: DH line, CFF09-086


title: DH line, CFF09-079


title: DH line, CFF09-074


title: DH line, CFF09-081


title: DH line, CFF09-082


title: DH line, CFF09-109


title: DH line, CFF09-059


title: DH line, CFF09-070


title: DH line, CFF09-084


title: DH line, CFF09-066


title: DH line, CFF09-061


title: DH line, CFF09-075


title: DH line, CFF09-073


title: DH line, CFF09-053


title: DH line, CFF09-051


title: DH line, CFF09-071


title: DH line, CFF09-055


title: DH line, CFF09-048


title: DH line, CFF09-042


title: DH line, CFF09-030


title: DH line, CFF09-026


title: DH line, CFF09-041


title: DH line, CFF09-043


title: DH line, CFF09-045


title: DH line, CFF09-040


title: DH line, CFF09-031


title: DH line, CFF09-023


title: DH line, CFF09-018


title: DH line, CFF09-032


title: DH line, CFF09-046


title: DH line, CFF09-027


title: DH line, CFF09-038


title: DH line, CFF09-028


title: DH line, CFF09-008


title: DH line, CFF09-005


title: DH line, CFF09-001


title: DH line, CFF09-003


title: DH line, CFF09-047


title: DH line, CFF08-305


title: DH line, CFF09-039


title: DH line, CFF09-025


title: DH line, CFF08-303


title: DH line, CFF08-095


title: DH line, CFF08-301


title: DH line, CFF08-093


title: DH line, CFF08-304


title: DH line, CFF08-087


title: DH line, CFF08-088


title: DH line, CFF08-092


title: DH line, CFF08-094


title: DH line, CFF08-091


title: DH line, CFF08-086


title: DH line, CFF08-083


title: DH line, CFF08-079


title: DH line, CFF08-084


title: DH line, CFF08-078


title: DH line, CFF08-073


title: DH line, CFF08-074


title: DH line, CFF08-071


title: DH line, CFF08-070


title: DH line, CFF08-082


title: DH line, CFF08-072


title: DH line, CFF08-061


title: DH line, CFF08-068


title: DH line, CFF08-063


title: DH line, CFF08-069


title: DH line, CFF08-060


title: DH line, CFF08-065


title: DH line, CFF08-080


title: DH line, CFF08-076


title: DH line, CFF08-066


title: DH line, CFF08-085


title: DH line, CFF08-075


title: DH line, CFF08-059


title: DH line, CFF08-057


title: DH line, CFF08-047


title: DH line, CFF08-048


title: DH line, CFF08-058


title: DH line, CFF08-051


title: DH line, CFF08-046


title: DH line, CFF08-044


title: DH line, CFF08-056


title: DH line, CFF08-055


title: DH line, CFF08-049


title: DH line, CFF08-050


title: DH line, CFF08-042


title: DH line, CFF08-043


title: DH line, CFF08-039


title: DH line, CFF08-036


title: DH line, CFF08-041


title: DH line, CFF08-045


title: DH line, CFF08-052


title: DH line, CFF08-040


title: DH line, CFF08-037


title: DH line, CFF08-038


title: DH line, CFF08-035


title: DH line, CFF08-033


title: DH line, CFF08-034


title: DH line, CFF08-030


title: DH line, CFF08-031


title: DH line, CFF08-032


title: DH line, CFF08-029


title: DH line, CFF08-018


title: DH line, CFF08-016


title: DH line, CFF08-001


title: DH line, CFF08-015


title: DH line, CFF08-010


title: DH line, CFF08-014


title: DH line, CFF08-006


title: DH line, CFF08-017


title: DH line, CFF07-334


title: DH line, CFF08-027


title: DH line, CFF08-019


title: DH line, CFF07-335


title: DH line, CFF07-329


title: DH line, CFF07-324


title: DH line, CFF07-331


title: DH line, CFF07-340


title: DH line, CFF07-330


title: DH line, CFF07-325


title: DH line, CFF08-008


title: DH line, CFF07-328


title: DH line, CFF07-332


title: DH line, CFF07-336


title: DH line, CFF08-026


title: DH line, CFF08-004


title: DH line, CFF07-333


title: DH line, CFF07-326


title: DH line, CFF07-327


title: DH line, CFF08-005


title: DH line, CFF07-323


title: DH line, CFF07-320


title: DH line, CFF07-321


title: DH line, CFF09-006


title: DH line, CFF07-302


title: DH line, CFF07-317


title: DH line, CFF07-315


title: DH line, CFF07-140


title: DH line, CFF07-312


title: DH line, CFF07-308


title: DH line, CFF07-130


title: DH line, CFF07-318


title: DH line, CFF07-310


title: DH line, CFF07-142


title: DH line, CFF07-313


title: DH line, CFF07-311


title: DH line, CFF07-138


title: DH line, CFF07-132


title: DH line, CFF07-322


title: DH line, CFF07-314


title: DH line, CFF07-131


title: DH line, CFF07-306


title: DH line, CFF07-305


title: DH line, CFF07-309


title: DH line, CFF07-135


title: DH line, CFF07-304


title: DH line, CFF07-134


title: DH line, CFF07-137


title: DH line, CFF07-139


title: DH line, CFF07-129


title: DH line, CFF07-125


title: DH line, CFF07-118


title: DH line, CFF07-121


title: DH line, CFF07-128


title: DH line, CFF07-127


title: DH line, CFF07-124


title: DH line, CFF07-114


title: DH line, CFF07-110


title: DH line, CFF07-117


title: DH line, CFF07-123


title: DH line, CFF07-119


title: DH line, CFF07-112


title: DH line, CFF07-113


title: DH line, CFF07-115


title: DH line, CFF07-126


title: DH line, CFF07-099


title: DH line, CFF07-109


title: DH line, CFF07-106


title: DH line, CFF07-120


title: DH line, CFF07-105


title: DH line, CFF07-101


title: DH line, CFF07-100


title: DH line, CFF07-107


title: DH line, CFF07-098


title: DH line, CFF07-103


title: DH line, CFF07-111


title: DH line, CFF07-097


title: DH line, CFF07-094


title: DH line, CFF07-102


title: DH line, CFF08-028


title: DH line, CFF07-096


title: DH line, CFF07-091


title: DH line, CFF07-088


title: DH line, CFF07-093


title: DH line, CFF07-079


title: DH line, CFF07-083


title: DH line, CFF07-076


title: DH line, CFF07-078


title: DH line, CFF07-080


title: DH line, CFF07-077


title: DH line, CFF07-087


title: DH line, CFF07-104


title: DH line, CFF07-072


title: DH line, CFF07-074


title: DH line, CFF07-092


title: DH line, CFF07-067


title: DH line, CFF07-081


title: DH line, CFF07-066


title: DH line, CFF07-073


title: DH line, CFF07-084


title: DH line, CFF07-071


title: DH line, CFF07-063


title: DH line, CFF07-069


title: DH line, CFF07-054


title: DH line, CFF07-057


title: DH line, CFF07-062


title: DH line, CFF07-052


title: DH line, CFF07-055


title: DH line, CFF07-048


title: DH line, CFF07-082


title: DH line, CFF07-051


title: DH line, CFF07-061


title: DH line, CFF07-064


title: DH line, CFF07-049


title: DH line, CFF07-046


title: DH line, CFF07-045


title: DH line, CFF07-047


title: DH line, CFF07-041


title: DH line, CFF07-024


title: DH line, CFF07-027


title: DH line, CFF07-008


title: DH line, CFF07-035


title: DH line, CFF07-017


title: DH line, CFF07-011


title: DH line, CFF07-016


title: DH line, CFF07-026


title: DH line, CFF07-005


title: DH line, CFF07-043


title: DH line, CFF07-020


title: DH line, CFF07-006


title: DH line, CFF07-010


title: DH line, CFF07-018


title: DH line, CFF07-028


title: DH line, CFF07-023


title: DH line, CFF07-021


title: DH line, CFF07-014


title: DH line, CFF06-310


title: DH line, CFF07-003


title: DH line, CFF06-311


title: DH line, CFF06-079


title: DH line, CFF06-312


title: DH line, CFF06-301


title: DH line, CFF06-306


title: DH line, CFF06-303


title: DH line, CFF06-308


title: DH line, CFF06-068


title: DH line, CFF06-070


title: DH line, CFF06-307


title: DH line, CFF06-078


title: DH line, CFF06-302


title: DH line, CFF06-064


title: DH line, CFF06-304


title: DH line, CFF06-069


title: DH line, CFF06-059


title: DH line, CFF06-056


title: DH line, CFF06-060


title: DH line, CFF06-057


title: DH line, CFF06-053


title: DH line, CFF06-062


title: DH line, CFF06-066


title: DH line, CFF06-052


title: DH line, CFF06-067


title: DH line, CFF06-055


title: DH line, CFF06-046


title: DH line, CFF06-050


title: DH line, CFF06-063


title: DH line, CFF06-054


title: DH line, CFF06-037


title: DH line, CFF06-043


title: DH line, CFF06-048


title: DH line, CFF06-033


title: DH line, CFF06-032


title: DH line, CFF06-036


title: DH line, CFF06-040


title: DH line, CFF06-035


title: DH line, CFF06-029


title: DH line, CFF06-030


title: DH line, CFF06-031


title: DH line, CFF06-027


title: DH line, CFF06-022


title: DH line, CFF06-028


title: DH line, CFF06-015


title: DH line, CFF06-034


title: DH line, CFF06-020


title: DH line, CFF05-046


title: DH line, CFF05-310


title: DH line, CFF05-308


title: DH line, CFF06-005


title: DH line, CFF06-006


title: DH line, CFF05-309


title: DH line, CFF05-053


title: DH line, CFF05-304


title: DH line, CFF05-050


title: DH line, CFF05-049


title: DH line, CFF05-047


title: DH line, CFF05-045


title: DH line, CFF05-043


title: DH line, CFF05-048


title: DH line, CFF05-044


title: DH line, CFF05-033


title: DH line, CFF05-037


title: DH line, CFF05-040


title: DH line, CFF05-042


title: DH line, CFF05-041


title: DH line, CFF05-035


title: DH line, CFF05-030


title: DH line, CFF05-029


title: DH line, CFF05-028


title: DH line, CFF05-039


title: DH line, CFF06-011


title: DH line, CFF05-031


title: DH line, CFF05-036


title: DH line, CFF05-024


title: DH line, CFF05-023


title: DH line, CFF05-009


title: DH line, CFF05-003


title: DH line, CFF05-001


title: DH line, CFF05-004


title: DH line, CFF05-025


title: DH line, CFF04-304


title: DH line, CFF05-008


title: DH line, CFF04-302


title: DH line, CFF04-048


title: DH line, CFF04-303


title: DH line, CFF04-055


title: DH line, CFF04-049


title: DH line, CFF04-306


title: DH line, CFF04-305


title: DH line, CFF04-053


title: DH line, CFF05-020


title: DH line, CFF04-050


title: DH line, CFF04-046


title: DH line, CFF04-052


title: DH line, CFF04-057


title: DH line, CFF04-307


title: DH line, CFF04-044


title: DH line, CFF04-042


title: DH line, CFF04-301


title: DH line, CFF04-045


title: DH line, CFF04-054


title: DH line, CFF04-059


title: DH line, CFF04-051


title: DH line, CFF04-037


title: DH line, CFF04-039


title: DH line, CFF04-035


title: DH line, CFF04-032


title: DH line, CFF04-036


title: DH line, CFF04-033


title: DH line, CFF04-029


title: DH line, CFF04-041


title: DH line, CFF04-030


title: DH line, CFF04-040


title: DH line, CFF04-038


title: DH line, CFF04-027


title: DH line, CFF04-028


title: DH line, CFF04-019


title: DH line, CFF04-024


title: DH line, CFF04-014


title: DH line, CFF04-011


title: DH line, CFF04-015


title: DH line, CFF04-018


title: DH line, CFF04-012


title: DH line, CFF04-031


title: DH line, CFF04-010


title: DH line, CFF04-026


title: DH line, CFF04-007


title: DH line, CFF04-025


title: DH line, CFF04-016


title: DH line, CFF04-006


title: DH line, CFF04-020


title: DH line, CFF04-034


title: DH line, CFF04-009


title: DH line, CFF03-113


title: DH line, CFF03-116


title: DH line, CFF03-119


title: DH line, CFF03-112


title: DH line, CFF03-118


title: DH line, CFF03-117


title: DH line, CFF03-107


title: DH line, CFF03-105


title: DH line, CFF03-108


title: DH line, CFF03-103


title: DH line, CFF03-109


title: DH line, CFF03-106


title: DH line, CFF04-005


title: DH line, CFF03-101


title: DH line, CFF03-110


title: DH line, CFF03-095


title: DH line, CFF03-099


title: DH line, CFF03-094


title: DH line, CFF03-098


title: DH line, CFF03-114


title: DH line, CFF03-102


title: DH line, CFF03-093


title: DH line, CFF04-001


title: DH line, CFF03-097


title: DH line, CFF03-091


title: DH line, CFF03-090


title: DH line, CFF03-086


title: DH line, CFF03-089


title: DH line, CFF03-085


title: DH line, CFF03-092


title: DH line, CFF03-080


title: DH line, CFF03-083


title: DH line, CFF03-069


title: DH line, CFF03-073


title: DH line, CFF03-077


title: DH line, CFF03-068


title: DH line, CFF03-078


title: DH line, CFF03-071


title: DH line, CFF03-072


title: DH line, CFF03-079


title: DH line, CFF03-082


title: DH line, CFF03-067


title: DH line, CFF03-074


title: DH line, CFF03-081


title: DH line, CFF03-075


title: DH line, CFF03-088


title: DH line, CFF03-076


title: DH line, CFF03-063


title: DH line, CFF03-062


title: DH line, CFF03-061


title: DH line, CFF03-064


title: DH line, CFF03-059


title: DH line, CFF03-057


title: DH line, CFF03-065


title: DH line, CFF03-087


title: DH line, CFF03-060


title: DH line, CFF03-050


title: DH line, CFF03-053


title: DH line, CFF03-051


title: DH line, CFF03-056


title: DH line, CFF03-043


title: DH line, CFF03-054


title: DH line, CFF03-047


title: DH line, CFF03-042


title: DH line, CFF03-058


title: DH line, CFF03-044


title: DH line, CFF03-084


title: DH line, CFF03-049


title: DH line, CFF03-055


title: DH line, CFF03-041


title: DH line, CFF03-039


title: DH line, CFF03-046


title: DH line, CFF03-045


title: DH line, CFF03-037


title: DH line, CFF03-038


title: DH line, CFF03-035


title: DH line, CFF03-040


title: DH line, CFF03-033


title: DH line, CFF03-034


title: DH line, CFF03-048


title: DH line, CFF03-029


title: DH line, CFF03-028


title: DH line, CFF03-100


title: DH line, CFF03-032


title: DH line, CFF03-017


title: DH line, CFF03-020


title: DH line, CFF03-027


title: DH line, CFF03-031


title: DH line, CFF03-014


title: DH line, CFF03-025


title: DH line, CFF03-013


title: DH line, CFF03-018


title: DH line, CFF03-011


title: DH line, CFF03-007


title: DH line, CFF03-015


title: DH line, CFF03-008


title: DH line, CFF03-026


title: DH line, CFF03-021


title: DH line, CFF03-030


title: DH line, CFF03-023


title: DH line, CFF03-019


title: DH line, CFF03-024


title: DH line, CFF03-022


title: DH line, CFF03-005


title: DH line, CFF03-009


title: DH line, CFF03-006


title: DH line, CFF03-111


title: DH line, CFF03-012


title: DH line, CFF03-115


title: DH line, CFF03-004


title: DH line, CFF03-002


title: DH line, CFF03-001


title: DH line, CFF02-339


title: DH line, CFF03-003


title: DH line, CFF02-325


title: DH line, CFF02-326


title: DH line, CFF02-335


title: DH line, CFF02-324


title: DH line, CFF02-329


title: DH line, CFF02-337


title: DH line, CFF02-332


title: DH line, CFF02-338


title: DH line, CFF02-323


title: DH line, CFF02-333


title: DH line, CFF02-321


title: DH line, CFF02-334


title: DH line, CFF02-322


title: DH line, CFF02-317


title: DH line, CFF02-336


title: DH line, CFF02-330


title: DH line, CFF02-320


title: DH line, CFF02-316


title: DH line, CFF02-315


title: DH line, CFF02-313


title: DH line, CFF02-309


title: DH line, CFF02-314


title: DH line, CFF02-311


title: DH line, CFF02-319


title: DH line, CFF02-312


title: DH line, CFF03-052


title: DH line, CFF02-307


title: DH line, CFF02-306


title: DH line, CFF02-302


title: DH line, CFF02-140


title: DH line, CFF02-301


title: DH line, CFF02-147


title: DH line, CFF02-303


title: DH line, CFF02-141


title: DH line, CFF02-143


title: DH line, CFF02-142


title: DH line, CFF02-144


title: DH line, CFF02-138


title: DH line, CFF02-137


title: DH line, CFF02-133


title: DH line, CFF02-128


title: DH line, CFF02-129


title: DH line, CFF02-130


title: DH line, CFF02-131


title: DH line, CFF02-135


title: DH line, CFF02-139


title: DH line, CFF02-134


title: DH line, CFF02-126


title: DH line, CFF02-136


title: DH line, CFF02-145


title: DH line, CFF02-125


title: DH line, CFF02-124


title: DH line, CFF02-118


title: DH line, CFF02-114


title: DH line, CFF02-107


title: DH line, CFF02-120


title: DH line, CFF02-119


title: DH line, CFF02-117


title: DH line, CFF02-115


title: DH line, CFF02-111


title: DH line, CFF02-122


title: DH line, CFF02-121


title: DH line, CFF02-110


title: DH line, CFF02-116


title: DH line, CFF02-100


title: DH line, CFF02-109


title: DH line, CFF02-102


title: DH line, CFF02-101


title: DH line, CFF02-094


title: DH line, CFF02-106


title: DH line, CFF02-103


title: DH line, CFF02-099


title: DH line, CFF02-104


title: DH line, CFF02-112


title: DH line, CFF02-113


title: DH line, CFF02-097


title: DH line, CFF02-096


title: DH line, CFF02-098


title: DH line, CFF02-095


title: DH line, CFF02-090


title: DH line, CFF02-091


title: DH line, CFF02-328


title: DH line, CFF02-085


title: DH line, CFF02-083


title: DH line, CFF02-081


title: DH line, CFF02-058


title: DH line, CFF02-061


title: DH line, CFF02-055


title: DH line, CFF02-078


title: DH line, CFF02-072


title: DH line, CFF02-063


title: DH line, CFF02-327


title: DH line, CFF02-331


title: DH line, CFF02-064


title: DH line, CFF02-089


title: DH line, CFF02-069


title: DH line, CFF02-074


title: DH line, CFF02-088


title: DH line, CFF02-065


title: DH line, CFF02-066


title: DH line, CFF02-046


title: DH line, CFF02-079


title: DH line, CFF02-059


title: DH line, CFF02-039


title: DH line, CFF02-086


title: DH line, CFF02-037


title: DH line, CFF02-048


title: DH line, CFF02-056


title: DH line, CFF02-025


title: DH line, CFF02-054


title: DH line, CFF02-023


title: DH line, CFF02-022


title: DH line, CFF02-034


title: DH line, CFF02-003


title: DH line, CFF01-339


title: DH line, CFF02-017


title: DH line, CFF02-001


title: DH line, CFF01-324


title: DH line, CFF01-325


title: DH line, CFF01-328


title: DH line, CFF01-342


title: DH line, CFF02-013


title: DH line, CFF01-341


title: DH line, CFF01-335


title: DH line, CFF01-333


title: DH line, CFF01-337


title: DH line, CFF01-320


title: DH line, CFF02-006


title: DH line, CFF01-327


title: DH line, CFF02-020


title: DH line, CFF01-334


title: DH line, CFF01-336


title: DH line, CFF01-332


title: DH line, CFF01-338


title: DH line, CFF01-326


title: DH line, CFF01-323


title: DH line, CFF01-322


title: DH line, CFF01-321


title: DH line, CFF01-317


title: DH line, CFF02-009


title: DH line, CFF01-330


title: DH line, CFF01-319


title: DH line, CFF01-316


title: DH line, CFF01-312


title: DH line, CFF01-310


title: DH line, CFF01-309


title: DH line, CFF01-307


title: DH line, CFF01-314


title: DH line, CFF01-313


title: DH line, CFF01-105


title: DH line, CFF01-304


title: DH line, CFF01-104


title: DH line, CFF01-303


title: DH line, CFF01-097


title: DH line, CFF01-103


title: DH line, CFF01-095


title: DH line, CFF01-099


title: DH line, CFF01-093


title: DH line, CFF01-305


title: DH line, CFF01-084


title: DH line, CFF01-306


title: DH line, CFF01-086


title: DH line, CFF01-311


title: DH line, CFF01-102


title: DH line, CFF01-083


title: DH line, CFF01-308


title: DH line, CFF01-082


title: DH line, CFF01-090


title: DH line, CFF01-087


title: DH line, CFF01-094


title: DH line, CFF01-302


title: DH line, CFF01-318


title: DH line, CFF01-079


title: DH line, CFF01-073


title: DH line, CFF01-078


title: DH line, CFF01-071


title: DH line, CFF01-080


title: DH line, CFF01-077


title: DH line, CFF01-060


title: DH line, CFF01-062


title: DH line, CFF01-072


title: DH line, CFF01-070


title: DH line, CFF01-066


title: DH line, CFF01-057


title: DH line, CFF01-053


title: DH line, CFF01-054


title: DH line, CFF01-074


title: DH line, CFF01-076


title: DH line, CFF01-042


title: DH line, CFF01-315


title: DH line, CFF01-056


title: DH line, CFF01-049


title: DH line, CFF01-052


title: DH line, CFF01-064


title: DH line, CFF01-059


title: DH line, CFF01-048


title: DH line, CFF01-068


title: DH line, CFF01-069


title: DH line, CFF01-045


title: DH line, CFF01-034


title: DH line, CFF01-024


title: DH line, CFF01-038


title: DH line, CFF01-035


title: DH line, CFF01-025


title: DH line, CFF01-021


title: DH line, CFF01-017


title: DH line, CFF01-081


title: DH line, CFF01-018


title: DH line, CFF01-007


title: DH line, CFF01-010


title: DH line, CFF01-011


title: DH line, CFF01-022


title: DH line, CFF01-005


title: DH line, CFF01-004


title: DH line, CFF01-027


title: DH line, CFF01-001


title: DH line, CFF01-003


title: DH line, CFD12-337

value: Dent


title: DH line, CFD12-340


title: DH line, CFD12-334


title: DH line, CFD12-342


title: DH line, CFD12-339


title: DH line, CFD12-338


title: DH line, CFD12-341


title: DH line, CFD12-333


title: DH line, CFD12-335


title: DH line, CFD12-329


title: DH line, CFD12-330


title: DH line, CFD12-336


title: DH line, CFD12-328


title: DH line, CFD12-326


title: DH line, CFD12-325


title: DH line, CFD12-320


title: DH line, CFD12-323


title: DH line, CFD12-317


title: DH line, CFD12-327


title: DH line, CFD12-324


title: DH line, CFD12-319


title: DH line, CFD12-318


title: DH line, CFD12-316


title: DH line, CFD12-332


title: DH line, CFD12-314


title: DH line, CFD12-322


title: DH line, CFD12-315


title: DH line, CFD12-321


title: DH line, CFF01-029


title: DH line, CFD12-313


title: DH line, CFD12-311


title: DH line, CFD12-309


title: DH line, CFD12-312


title: DH line, CFD12-308