title: DEHP_24h_exp3


title: DEHP_24h_exp1

status: Public on Jun 28 2016

type: RNA

city: Maastricht

first: Linda

last: Rieswijk

address: Universiteitssingel 50

department: Toxicogenomics

country: Netherlands

institute: Maastricht University

hyb_protocol: To adjust the volume to 200 μl, nuclease free water was added to the labeled samples. Thereafter 200 μl hybridization buffer provided in miRCURY LNA™ microRNA Array, 5th generation kit (Exiqon, Denmark) was added. In a total volume of 400 μl the sample was denatured for 2 minutes at 95ºC, incubated on ice for at least 15 minutes and then spun down. Manual hybridization was performed using an Agilent hybridization SureHyb chamber kit and gasket slide kit at 56 °C for 16h in a hybridization oven with rotation. Following manual hybridization the arrays were automatically washed in a Tecan HS4800 Pro Hybridization station according to Exiqon instructions. For each biological experiment, one hybridization per time point was conducted and one sample per array.

scan_protocol: After washing, the arrays were scanned using the GenePix 4000A scanner (Axon Instruments, Foster City, CA).

data_processing: To quantify the signals, the images were processed in to GPR (5th) and TXT (7th) files through the GenePix Pro Sofware Suite version 3.0 by using the GAL file for probe annotation, as obtained from Exiqon. The GAL file is based on miRBase version 20.0. These GPR or TXT files were then imported in to R 2.11.0, for quality control and statistical analysis. First, the quality of all arrays was inspected using arrayQC, an in-house quality control pipeline that generates virtual images, boxplots, correlation plots, clustering images, MvA and PCA plots. Spike-ins were used for all arrays as an extra quality check. Within this dataset, no arrays were deviated technically. During data analysis the spot intensities were background-corrected and then filtered for low signals (i.e. intensity < 10). Only the mouse microRNA reporter intensities (661 unique reporters x 4 technical replicates) were used for further analyses. If for a reporter less than 3 of the 4 technical replicates were left, then the reporter intensity on that specific reporter was set to NA. The data were log2 transformed, followed by a quantile normalization and a summarization step. In the summarization step, the median intensity from the remaining technical replicates per condition was calculated. Finally, for each reporter a cut-off filtering was applied using the median of the three biological replicates. Only reporters that had a median intensity ≥50 for at least one condition of the 9 compounds tested, or their respective controls, passed this filtering per time point. After filtering, log2 ratios were calculated between average intensities of the treatment of its respective control.

molecule: total RNA

organism: Mus musculus

label_protocol: The miRCURYTM locked-nuclei acid array (LNA), 5th and 7th generation (Exiqon, Denmark) contains probes that detect mature forms of all microRNAs present in miRBase 20.0 (http://www.mirbase.org/) (Griffiths-Jones et al, 2008). The Exiqon platform has been validated and is shown to reliably detect microRNA expression. The 5th and 7th generation microarray contains 9,360 and 14,708 reporters, which represent several control probes and sequences of mature human/mouse/rat specific microRNA (4 technical replicates). In our analysis, 661 unique mouse reporters (measurable on both generation arrays) were used. cDNA was generated using 1 μg of total RNA per sample. RNA was labeled only with Hy3 containing dye (single color) using the mercury LNA™ microRNA Hy3 Power labeling kit (Exiqon, Denmark) according to the manufacturer’s protocol in a total volume of 12.5 μl.

growth_protocol: PMH were isolated from adult male C57BL/6 mice using a perfusion method and cultured between a collagen-collagen sandwich formation in two six wells plates as described before.

extract_protocol: At the end of treatment the medium was removed and PMH were harvested in Qiazol (QIAGEN Benelux B.V., Venlo, The Netherlands). Total RNA was isolated using a miRNeasy Mini Kit (QIAGEN Benelux B.V., Venlo, The Netherlands) according to the manufacturer’s protocol and followed by DNase I (Qiagen, Inc) treatment. Following purification, RNA concentrations were measured by means of a NanoDrop® ND-1000 spectrophotometer (Thermo Scientific, Wilmington, USA) at 260 and 280 nm. RNA quality and integrity were assessed by using automated gel electrophoresis on an Agilent 2100 Bioanalyzer system (Agilent Technologies Netherlands B.V., Amstelveen, The Netherlands). Only RNA samples which showed clear 18S and 28S peaks and with an RNA integrity number (RIN) higher than 8 were used. Samples were stored at -80ºC until RNA hybridization.

treatment_protocol: After a recovery period of 40-42h, the Dulbecco's Modified Eagle's (Gibco BRL, Breda, The Netherlands) culture medium was replaced by culture medium containing either one of the 21 compounds or a vehicle control (0.5% of DMSO, PBS, EtOH). Seventeen chemicals were obtained through Sigma-Aldrich, TCDD through Cerilliant, DMBA through ICN, E2 through Steraloids Inc. and PhB through Brocacef Intramuraal bv. A dose causing minimal cytotoxicity after 24h of exposure thus resulting in ±80% viability, was established by the MTT assay (Mosmann, 1983). Next, cells were treated with an IC20-24h dose of di(2-ethylhexyl)phthalate(DEHP), 4-Acetylaminofluorene(4AAF), Curcumin(Cur), Phenobarbital(PhB), Reserpine(Res), 7,12-Dimethylbenzanthracene (DMBA), Resorcinol(Resorcinol), Para-cresidine(pCres), Phenacetin(Phen), Diclofenac(diclo), Wy 14643(Wy), Tributyltinoxide(TBTO), Benzo[a]pyrene(BaP), 8-Hydroxyquinoline [AKA 8-quinolinol](8HQ), 17-b-estradiol(E2), ampicillin(AmpC), cisplatin(CisPl), Aflatoxin B1(AFB1), Cyclosporin A(CsA), 2,3,7,8-Tetrachlorodibenzo-p-dioxin(TCDD), Quercetin(Que) for 24 or 48 h before being harvested. Independent biological experiments (at least in triplicate) with hepatocytes from different mice were obtained for every time point.

tag: studymainsource

value: Mouse liver


title: DMBA_24h_exp3


title: DEHP_24h_exp2


title: CURC_24h_exp2


title: CURC_48h_exp3


title: Ct_PBS_48h_exp3


title: CURC_24h_exp3


title: CURC_48h_exp2


title: Ct_PBS_48h_exp1


title: Ct_PBS_48h_exp2


title: Ct_PBS_24h_exp3


title: Ct_PBS_24h_exp1


title: Ct_PBS_24h_exp2


title: CURC_24h_exp1


title: Ct_ETOH_48h_exp3


title: Ct_ETOH_48h_exp2


title: CURC_48h_exp1


title: Ct_ETOH_48h_exp1


title: Ct_ETOH_24h_exp3


title: AmpC_24h_exp3


title: AmpC_48h_exp1


title: AmpC_48h_exp3


title: AmpC_48h_exp2


title: 8HQ_48h_exp3


title: 8HQ_24h_exp2


title: 8HQ_48h_exp2


title: 8HQ_24h_exp3


title: 8HQ_24h_exp1


title: 4-AAF_48h_exp3


title: AmpC_24h_exp1


title: AmpC_24h_exp2


title: Ct_ETOH_24h_exp1


title: diclo_24h_exp1


title: 4-AAF_24h_exp1


title: 4-AAF_24h_exp2


title: 4-AAF_48h_exp1


title: 4-AAF_24h_exp3


title: 4-AAF_48h_exp2


title: Satellite cells_proliferation [5.1-MLC3F Sat]

city: Geneva

first: Flavio

middle: Lorenzo

last: Ronzoni

address: rue Michel Servet 1

department: Pathology and Immunology

country: Switzerland

institute: University of Geneva

hyb_protocol: Purified and labeled cRNA (28 pmol of Cy3 labeled cRNA) was hybridised on Agilent Whole Mouse Genome 4x44K arrays followed by (manual) washing, according to the manufacturer’s procedures.

scan_protocol: To assess the raw probe signal intensities, arrays were scanned using the Agilent DNA MicroArray Scanner with surescan High-Resolution Technology and probe signals were quantified using Agilent’s Feature Extraction software (version 10.5.1.1).

data_processing:
The analysis is based on the expression values as obtained from the Agilent Feature Extraction (FE) Software version 10.5.1.1 (i.e., feature gProcessedSignal for the Cy3 signal).
Data normalization \ by quantile normalization (Bolstad et al. (2003)), using the R package preprocessCore.

source_name: CTRL Satellite cells_proliferation_rep1

label_protocol: RNA concentration and purity were determined spectrophotometrically using the Nanodrop ND-1000 (Nanodrop Technologies) and RNA integrity was assessed using a Bioanalyser 2100 (Agilent). Per sample, an amount of 1 µg of total RNA spiked with 10 viral polyA transcript controls (Agilent) was converted to double stranded cDNA in a reverse transcription reaction. Subsequently the sample was converted to antisense cRNA, amplified and labeled with Cyanine 3-CTP (Cy3) in an in vitro transcription reaction according to the manufacturer’s protocol (Agilent).

extract_protocol: Total RNA was isolated using a standard extraction protocol with Quiagen RNeasy Plus Mini Kit (50) following manufacturer instructions.

tag: gender

value: female

tag: tissue

value: skeletal muscle


title: Satellite cells_proliferation [5.3-MLC3F Sat]


title: Satellite cells_proliferation [1.1-Omo Sat]


title: Satellite cells_proliferation [1.2-Omo Sat]


title: ILK3

city: Harbin

first: Wenliang

last: Zhu

address: 246 Xuefu Road

country: China

institute: the Second Affiliated Hospital of Harbin Medical University

hyb_protocol: Cy3-labelled cRNA of 0.6 μg (specific activity >10.0 pmol Cy3/μg cRNA) was fragmented at 60°C for 30 minutes in a reaction volume of 25 μl containing 25x Agilent fragmentation buffer and 10x Agient blocking agent following the manufacturers' instructions. On completion of the fragmentation reaction, 25 μl of 2x GEx Hybridization Buffer HI-RPM was added to the fragmentation mixture and hybridized to Agilent-070156 Human  miRNA Microarray V19.0 8x60K(Agilent) for 17 hours at 65°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 37°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 (G2505C) using one color scan setting for 8x60k array slides (Scan Area 61x21.6 mm, Scan resolution 3 μm, Dye channel is set to Green and Green PMT is set to 100%).

data_processing: The scanned images were analyzed with Feature Extraction Software 10.7.1.1 (Agilent) using default parameters to obtain background subtracted and spatially detrended Processed Signal intensities as the raw data. Raw data were normalized in quantile algorithm with Genespring 12.0 (Agilent). Probe that at least 100.0 percent of samples in any 1 condition out of 2 conditions have flags in Detected were maintained.

organism: Homo sapiens

source_name: A2780 cell line transfected with ILK shRNA lentivirus (1 × 108 TU/mL)

label_protocol: Total RNA of 0.1 μg were dephosphorylated, denaturated and then labeled with Cyanine-3-CTP (Cy3) using the Low Input Quick Amp Labeling Kit (Agilent) according to the manufacturer's instructions,then followed by RNAeasy column purification (QIAGEN, Valencia, CA). Dye incorporation and cRNA yield were checked with the NanoDrop ND-1000 UV-VIS Spectrophotometer version 3.2.1.

growth_protocol: The human ovarian cancer cell line A2780 was obtained from Tian Jin Life Science Research Center and the cells were cultured in 10% fetal bovine serum (FBS) – RPMI-1640 in a 5% CO2 humidified incubator at 37 °C. After plated into six-well plates (5 × 105 cells per well), the cells were allowed to adhere for 24 h.

extract_protocol: The lysed cells were centrifugated for 10 min (450×g). And then Trizol reagent (Invitrogen, Shanghai, China) was used to extract RNA from the cells infected by ILK lentivirus or NC lentivirus.

treatment_protocol: The cells were infected by ILK lentivirus or the scrambled shRNA (negtive control, NC) lentivirus (1 × 108 TU/mL) and continuously cultured for another 12 h and then replaced with fresh medium supplemented with 10% FBS and lysed for 72 h.

tag: cell line


title: Satellite cells_proliferation [1.3-Omo Sat]


title: Satellite cells_proliferation [5.2-MLC3F Sat]


title: ILK1


title: ILK2


title: blastocysts IVC BASAL vs IVC HIGH COMBI_RNA_rep2

city: Wilrijk

first: Karolien

middle: LJ

last: Desmet

state: Antwerpen

address: Universiteitsplein 1

department: Veterinary Sciences

country: Belgium

institute: University of Antwerp

hyb_protocol: 825 ng of each labeled sample was hybridized on the Agilent-manufactured EmbryoGENE slides in a two-colour dye-swap design.

scan_protocol: Slides were scanned on an Tecan Power scanner (Tecan group ltd.).

data_processing: Relative transcript abundance generated through microarray was analysed with FlexArray; statistical data analysis software for gene expression microarrays. Specifically, raw data were corrected by background subtraction, and then normalized within and between each array (Loess and Quantile, respectively). Statistical comparison between treatments was done with the Limma algorithm.  The Sample page data tables contain the normalized values only for the EMBV* probe names.  The file normalized_data_with_all_Agilent_controls.txt contains normalized values for all probes on the array and is available on the series record.

organism: Bos taurus

source_name: blastocysts BASAL IVC

label_protocol: Samples were labelled with Cy3 and Cy5 using the ULS Fluorescent Labelling Kit (Kreatech, Durham, North America).

growth_protocol: Grade I cumulus oocyte complexes (COCs) were matured in groups of 50-60 in 500 μl serum-free maturation medium containing TCM199 supplemented with fatty acid-free 0.75% BSA, 0.4 mM glutamine, 0.2 mM sodium pyruvate, 0.1 mM cysteamine, 50 mg/ml gentamycin and murine epidermal growth factor (mEGF, 20 ng/ml) for 24 h in humidified air with 5% CO2 at 38.5°C. After IVM, COCs were co-incubated in groups of 100-120 with spermatozoa at a final concentration of 106/ml for 22 h at 38.5°C in 500 μl fertilization medium (containing 114 mM NaCl, 3.1 mM KCl, 0.3 mM Na2HPO4, 2.1 mM CaCl2-2H2O, 0.4 mM MgCl2-6H2O, 25 mM bicarbonate, 1 mM pyruvate, 36 mM lactate, 2 μL/ml phenol red, 6 mg/mL fatty acid-free BSA, 50 μg/mL gentamycin and 0.72U/mL heparin) in a humidified 5% CO2 incubator. Presumptive zygotes were cultured in groups of 25 ± 4 in a reduced surface 96-well dish containing 75 µl medium without mineral oil overlay (modular incubator: 38.5°C, 5% CO2, 5% O2 and 90% N2). The mSOF medium contained 108 mM NaCl, 7.2 mM KCl, 1.2 mM KH2PO4, 0.8 mM MgSO4.7H2O, 0.6mM sodium lactate, 25 mM NaHCO3, 0.0266 mM phenol red, 0.73 mM sodium pyruvate, 1.78 mM CaCl2.2H2O, 0.34 mM trisodium citrate, 2.755 mM myoinositol, 3% v/v BME 50x, 1% v/v MEM 100x, 0.4 mM glutamine, 5% fetal bovine serum and 50 μg/mL gentamycin. NEFAs were added to the mSOF medium at concentrations according to the treatment.

extract_protocol: Total RNA from each replicate was (80 blastocysts, equally distributed among treatments, 4 replicates) extracted and purified using the PicoPure RNA Isolation Kit (Life Science, Ottawa, Ontario)according to the manufacturer's instructions. After DNase digestion (Qiagen, Toronto, Canada), quality and concentration of extracted RNA were analysed by a bioanalyzer (Agilent, Diegem, Belgium). Purified RNA was amplified by in vitro transcription by T7 RNA amplification using the RiboAmp HSPlus RNA Amplification Kit (Life Science, Otawa, Ontario).

treatment_protocol: Embryos were exposed to the following conditions: 1) BASAL: physiological NEFA concentrations (72 μM total NEFA containing 28 μM SA, 23 μM PA, and 21 μM OA). 2) HIGH COMBI: a combination of elevated NEFA concentrations equivalent to those measured in serum under high lipolytic conditions (720 μM total NEFA, containing 280 μM SA, 230 μM PA, and 210 μM OA).

value: day 7.5 embryo

tag: nefa concentration

value: BASAL

tag: nefa exposure stage

value: in vitro cultured embryo

source_name: blastocysts HIGH COMBI IVC

value: HIGH COMBI


title: blastocysts IVC BASAL vs IVC HIGH COMBI_RNA_rep1


title: blastocysts IVC BASAL vs IVC HIGH COMBI_RNA_rep4


title: Control antibody-stumulated Treg, rep1

city: Tsukuba

first: Yasuhisa

last: Yokoyama

state: Ibaraki

address: 1-1-1, Tennodai

department: Department of Hematology

country: Japan

institute: University of Tsukuba

description: Gene expression data from regulatory T cell from mice stimulated with control antibody

hyb_protocol: Hybridization was performed using GeneChip WT PLUS Reagent Kit (Affymetrix) according to the manufacturer's protocol.

scan_protocol: The array was scanned using GeneChip Scanner 3000 7G (Affymetrix) according to the manufacturer's protocol.

data_processing: Data was analyzed using Affymetrix GeneChip Command Console accoding to manufacturer's protocol, and was normalized using Robust Multichip Analysis normalization method.  (RMA) normalization methodNormalization normalized with the RMA normalization method  Command Console according to manufacturer's protocol.

label: biotin

source_name: Mouse regulatory T cell stimulated with isotype control antibody

label_protocol: RNA was labelled with biotin using GeneChip WT PLUS Reagent Kit (Affymetrix) according to the manufacturer's protocol.

extract_protocol: Total RNA from purified Treg were isolated using RNAeasy Minikit (Qiagen).

treatment_protocol: CD4+Foxp3+GFP+ Treg were sorted using fluorescence-activated cell sorter from the mice 4 days after intraperitonial administration of anti-DR3 or control antibody.

tag: cell type

value: retulatory T cell

tag: strain

value: Foxp3Luci-DTR-4(B6 Albino)


title: Control antibody-stumulated Treg, rep2


title: blastocysts IVC BASAL vs IVC HIGH COMBI_RNA_rep3


title: CThPN E18 sample1

city: Cambridge

first: Vibhu

last: Sahni

address: 7 Divinity Avenue

country: USA

institute: Harvard University

description: Gene expression data from purified Corticothalamic projection neurons at embryonic day 18

hyb_protocol: RNA samples were hybridized to Affymetrix GeneChip Mouse Genome 430 2.0 Array chips. GeneChips were washed and stained in the Affymetrix Fluidics Station 450.

scan_protocol: GeneChips were scanned using Affymetrix Scanner 3000 7G

data_processing: Data were analyzed with Rosetta Resolver software. Robust Multiarray Average (RMA) was used for normalization

source_name: FACS purified Corticothalamic projection neurons from wild type mouse embryos at E18

label_protocol: RNA was amplified and biotinylated using a BioArray HighYield RNA Transcript Labeling Kit (Enzo).

extract_protocol: RNA was extracted using StrataPrep Total RNA Micro Prep Kits (Stratagene) according to the manufacturer's instructions.

treatment_protocol: CThPN in C57BL/6 mice were retrogradely labeled with green fluorescent microspheres (Lumafluor Corp., FL) injected into the thalamus of E17.5, P1, and P4 mice. Cortex from E18.5, P3, and P6 mice was collected and dissociated; CThPN were purified by FACS as described in (Catapano et al., 2001, and Arlotta et al., 2005)

value: Corticothalamic projection neurons

tag: gentotype

tag: Stage

value: embryonic day 18


title: ATF2_p.A481V_rep7_TA.OE015_A549_96H_X8_B19:P23

first: Jesse

middle: S.

last: Boehm

address: 415 Main Street

institute: Broad Institute

hyb_protocol: PCR amplicon of each gene is hybridized to barcoded Luminex beads.  The barcode incorporated in each amplicon is complementary to a barcode on a Luminex bead, ensuring that each gene from the original lysate mRNA is represented by an amplicon bound to a specific bead.

scan_protocol: Luminex scanners detect individual beads by color, then measure the fluorescent intensity of the SAPE molecules attached to the biotin label on each amplicon-bound bead.

data_processing: Raw intensity measurements (LXB) are deconvoluted to provide intensity values for each landmark gene (the 978 directly measured features).  Data is then normalized using a calibration curve based on invariant gene sets, and then quantile normalized (Q2NORM). Z-scores are then calculated for each feature with respect to the population of all samples on the plate (Z-SCORES).

label_protocol: mRNA is reverse transcribed and the cDNA product PCR amplified using primers that contain contiguous sequence (barcode) complementary to each L1000 gene; in addition, the upstream primer is biotinylated to enable identification of amplicon-bound beads.

growth_protocol: Cells are grown in 384-well plates.

extract_protocol: Cells are lysed in TCL lysate buffer and transferred to Turbocapture plates, which bind the mRNA in the lysate.

treatment_protocol: Cells are grown, treated with virus then lysed.  Lysate is analyzed using the L1000 assay.

tag: genetic modification


title: NC2

source_name: A2780 cell line transfected with scrambled shRNA lentivirus (1 × 108 TU/mL)


title: LUCIFERASE_rep119_TA.OE015_A549_96H_X8_B19:P16

value: LUCIFERASE


title: ERBB2_p.S418T_rep8_TA.OE015_A549_96H_X8_B19:P22


title: DOK1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:P20


title: CASP8_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:P19


title: DR3-stimulated Treg, rep2

description: Gene expression data from regulatory T cell from mice stimulated with death receptor 3 agonist

source_name: Mouse regulatory T cell stimulated with death receptor 3 agonist


title: DR3-stimulated Treg, rep1


title: CThPN P3 sample1

description: Gene expression data from purified Corticothalamic projection neurons at postnatal day 3

source_name: FACS purified Corticothalamic projection neurons from wild type mice postnatal day 3

value: postnatal day 3


title: CThPN E18 sample2


title: CThPN P6 sample2

description: Gene expression data from purified Corticothalamic projection neurons at postnatal day 6

source_name: FACS purified Corticothalamic projection neurons from wild type mice postnatal day 6

value: postnatal day 6


title: CThPN P6 sample1


title: NC3


title: MDM2_p.S221C_rep2_TA.OE015_A549_96H_X8_B19:P24


title: PIK3CA_p.L699M_rep8_TA.OE015_A549_96H_X8_B19:P13


title: BFP_rep123_TA.OE015_A549_96H_X8_B19:P15

value: BFP


title: PIK3CA_p.E726K_rep8_TA.OE015_A549_96H_X8_B19:P10


title: SMAD4_p.G386V_rep8_TA.OE015_A549_96H_X8_B19:P09


title: NC1


title: AKR1B1_WT_rep8_TA.OE015_A549_96H_X8_B19:P06


title: FBXW7_p.D211N_rep8_TA.OE015_A549_96H_X8_B19:P08


title: ERBB2_p.D845A_rep8_TA.OE015_A549_96H_X8_B19:P05


title: RB1_p.A772S_rep8_TA.OE015_A549_96H_X8_B19:P02


title: PPP2R1A_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:P04


title: IDH2_p.K130del_rep8_TA.OE015_A549_96H_X8_B19:O23


title: PPP2R1A_p.A541G_rep8_TA.OE015_A549_96H_X8_B19:O18


title: LUCIFERASE_rep118_TA.OE015_A549_96H_X8_B19:O16


title: LUCIFERASE_rep117_TA.OE015_A549_96H_X8_B19:O15


title: MDM2_WT_rep64_TA.OE015_A549_96H_X8_B19:N22


title: KRAS_p.G12V_rep61_TA.OE015_A549_96H_X8_B19:N20


title: EGFR_p.L858R_rep63_TA.OE015_A549_96H_X8_B19:N21


title: RIT1_p.A192T_rep8_TA.OE015_A549_96H_X8_B19:O06


title: EGFR_p.L858R_rep64_TA.OE015_A549_96H_X8_B19:N24


title: MDM2_WT_rep63_TA.OE015_A549_96H_X8_B19:N17


title: TP53_p.P278A_rep60_TA.OE015_A549_96H_X8_B19:N18


title: LUCIFERASE_rep116_TA.OE015_A549_96H_X8_B19:N13


title: EGFP_rep135_TA.OE015_A549_96H_X8_B19:N14

value: EGFP


title: NFE2L2_WT_rep64_TA.OE015_A549_96H_X8_B19:N16


title: NFE2L2_WT_rep63_TA.OE015_A549_96H_X8_B19:N15


title: U2AF1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:N12


title: MAPK7_p.T28I_rep8_TA.OE015_A549_96H_X8_B19:N10


title: GPR137B_WT_rep8_TA.OE015_A549_96H_X8_B19:N11


title: PPP2R1A_p.W140C_rep8_TA.OE015_A549_96H_X8_B19:N09


title: FGFR3_p.D617A_rep8_TA.OE015_A549_96H_X8_B19:N08


title: Ct_ETOH_24h_exp2


title: EGFR_p.T790M, p.L858R_rep59_TA.OE015_A549_96H_X8_B19:M24

value: EGFR_p.T790M, p.L858R


title: SMAD4_p.R361H_rep8_TA.OE015_A549_96H_X8_B19:N01


title: RIT1_p.F82L_rep8_TA.OE015_A549_96H_X8_B19:N07


title: FBXW7_p.P620R_rep8_TA.OE015_A549_96H_X8_B19:N04


title: KEAP1_WT_rep64_TA.OE015_A549_96H_X8_B19:N23


title: ZNF597_p.L283V_rep8_TA.OE015_A549_96H_X8_B19:N03


title: TP53_p.P278A_rep59_TA.OE015_A549_96H_X8_B19:M21


title: KEAP1_WT_rep63_TA.OE015_A549_96H_X8_B19:M23


title: EGFP_rep133_TA.OE015_A549_96H_X8_B19:M13


title: MDM2_WT_rep62_TA.OE015_A549_96H_X8_B19:M17


title: TP53_p.P278A_rep58_TA.OE015_A549_96H_X8_B19:M18


title: AKR1B1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:M08


title: GPR137B_p.S231F_rep8_TA.OE015_A549_96H_X8_B19:L23


title: KRAS_p.G12V_rep60_TA.OE015_A549_96H_X8_B19:M16


title: BRAF_p.W450L_rep8_TA.OE015_A549_96H_X8_B19:L21


title: DOK1_WT_rep8_TA.OE015_A549_96H_X8_B19:L19


title: CThPN P3 sample2


title: ZNF597_p.R247T_rep8_TA.OE015_A549_96H_X8_B19:L24


title: PIK3CA_p.E545K_rep8_TA.OE015_A549_96H_X8_B19:L20


title: FBXW7_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:L18


title: BFP_rep122_TA.OE015_A549_96H_X8_B19:L12


title: U2AF1_p.S34F_rep8_TA.OE015_A549_96H_X8_B19:L16


title: EGFP_rep132_TA.OE015_A549_96H_X8_B19:L11


title: EGFP_rep134_TA.OE015_A549_96H_X8_B19:M14


title: ATF2_WT_rep8_TA.OE015_A549_96H_X8_B19:L03


title: SMAD4_p.P215S_rep8_TA.OE015_A549_96H_X8_B19:L05


title: PIK3CA_p.E453Q_rep8_TA.OE015_A549_96H_X8_B19:L06


title: PPP2R1A_p.C329F_rep8_TA.OE015_A549_96H_X8_B19:L04


title: SMAD4_p.V492F_rep8_TA.OE015_A549_96H_X8_B19:K24


title: EGFR_WT_rep62_TA.OE015_A549_96H_X8_B19:M19

value: EGFR


title: SMAD4_p.P356R_rep8_TA.OE015_A549_96H_X8_B19:L02


title: LUCIFERASE_rep115_TA.OE015_A549_96H_X8_B19:K12


title: ZNF597_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:L01


title: ZNF597_WT_rep8_TA.OE015_A549_96H_X8_B19:K09


title: HCRED_rep125_TA.OE015_A549_96H_X8_B19:K11

value: HCRED


title: BRAF_p.K601N_rep8_TA.OE015_A549_96H_X8_B19:J22


title: PIK3CA_p.Q137L_rep8_TA.OE015_A549_96H_X8_B19:K01


title: SDHB_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:J20

value: SDHB


title: HCRED_rep124_TA.OE015_A549_96H_X8_B19:J10


title: RALA_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:J16

value: RALA


title: BRAF_p.D594H_rep8_TA.OE015_A549_96H_X8_B19:J19


title: BRAF_p.G469V_rep8_TA.OE015_A549_96H_X8_B19:J17


title: ZNF597_p.V21L_rep8_TA.OE015_A549_96H_X8_B19:J13


title: BRAF_p.L485S_rep8_TA.OE015_A549_96H_X8_B19:J04


title: FBXW7_WT_rep8_TA.OE015_A549_96H_X8_B19:J03


title: BRAF_p.G466V_rep8_TA.OE015_A549_96H_X8_B19:I24


title: NFE2L2_p.T80K_rep8_TA.OE015_A549_96H_X8_B19:J02


title: BRAF_p.G469S_rep8_TA.OE015_A549_96H_X8_B19:I19


title: BRAF_p.V600E_rep8_TA.OE015_A549_96H_X8_B19:I23


title: BRAF_p.N581S_rep8_TA.OE015_A549_96H_X8_B19:I20


title: ERBB2_p.S310F_rep8_TA.OE015_A549_96H_X8_B19:I16


title: BRAF_p.G466A_rep8_TA.OE015_A549_96H_X8_B19:I17


title: BFP_rep121_TA.OE015_A549_96H_X8_B19:I09


title: HCRED_rep123_TA.OE015_A549_96H_X8_B19:I10


title: LAP3_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:J18


title: BRAF_p.R682W_rep8_TA.OE015_A549_96H_X8_B19:K05


title: RIT1_p.R122L_rep8_TA.OE015_A549_96H_X8_B19:I11


title: BRAF_p.G466E_rep8_TA.OE015_A549_96H_X8_B19:I15


title: EGFP_rep131_TA.OE015_A549_96H_X8_B19:J09


title: HSD17B10_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H22


title: MET_ex14del_rep8_TA.OE015_A549_96H_X8_B19:I18


title: CGRRF1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H23


title: 8HQ_48h_exp1

value: Mouse liver


title: GTF2A2_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H21


title: ACAA1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H20


title: DOK1_p.V393L_rep8_TA.OE015_A549_96H_X8_B19:H13


title: GTPBP8_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H15


title: STAP2_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H17


title: RIT1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H12


title: ERBB2_WT_rep8_TA.OE015_A549_96H_X8_B19:H11


title: CDK6_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H16


title: DARC_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H10

value: DARC


title: SMAD4_p.D493N_rep8_TA.OE015_A549_96H_X8_B19:H06


title: BFP_rep120_TA.OE015_A549_96H_X8_B19:H08


title: RIT1_p.T76insTDLT_rep8_TA.OE015_A549_96H_X8_B19:H09


title: BFP_rep119_TA.OE015_A549_96H_X8_B19:H07


title: PIK3CA_p.E600K_rep8_TA.OE015_A549_96H_X8_B19:H01


title: IDH2_p.S249G_rep8_TA.OE015_A549_96H_X8_B19:H02


title: ETV1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G24


title: POLR2I_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:H18


title: SPP1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G21


title: NFKBIB_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G20

value: NFKBIB


title: GPR137B_p.C212S_rep8_TA.OE015_A549_96H_X8_B19:H04


title: CETN3_WT_rep8_TA.OE015_A549_96H_X8_B19:G23


title: RAB31_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G16


title: PSMD9_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G19


title: S100A13_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G18


title: CCDC90A_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G15


title: DARC_p.W253R_rep8_TA.OE015_A549_96H_X8_B19:G11


title: IDH2_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:G14


title: HCRED_rep122_TA.OE015_A549_96H_X8_B19:G07


title: PPP2R1A_WT_rep8_TA.OE015_A549_96H_X8_B19:G06


title: KEAP1_WT_rep62_TA.OE015_A549_96H_X8_B19:F24


title: EGFP_rep130_TA.OE015_A549_96H_X8_B19:G08


title: STK11_WT_rep63_TA.OE015_A549_96H_X8_B19:F23


title: TP53_p.P278A_rep57_TA.OE015_A549_96H_X8_B19:F21


title: STK11_WT_rep62_TA.OE015_A549_96H_X8_B19:F22


title: EGFR_p.T790M, p.L858R_rep58_TA.OE015_A549_96H_X8_B19:F20


title: EGFR_WT_rep61_TA.OE015_A549_96H_X8_B19:F19


title: KRAS_p.G12V_rep59_TA.OE015_A549_96H_X8_B19:F17


title: MDM2_p.E421Q_rep8_TA.OE015_A549_96H_X8_B19:G12


title: EGFR_WT_rep60_TA.OE015_A549_96H_X8_B19:F16


title: GPR137B_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:F13


title: BRAF_p.L613F_rep8_TA.OE015_A549_96H_X8_B19:F11


title: TP53_p.P278H_rep8_TA.OE015_A549_96H_X8_B19:G09


title: CGREF1_p.Q286K_rep8_TA.OE015_A549_96H_X8_B19:F02


title: RB1_p.E398L_rep8_TA.OE015_A549_96H_X8_B19:F08


title: HCRED_rep120_TA.OE015_A549_96H_X8_B19:F05


title: FGFR3_p.S779R_rep8_TA.OE015_A549_96H_X8_B19:F10


title: RB1_WT_rep8_TA.OE015_A549_96H_X8_B19:F07


title: AKR1B1_p.F252L_rep8_TA.OE015_A549_96H_X8_B19:F04


title: FBXW7_p.V464E_rep8_TA.OE015_A549_96H_X8_B19:F01


title: HCRED_rep121_TA.OE015_A549_96H_X8_B19:F06


title: EGFR_p.L858R_rep62_TA.OE015_A549_96H_X8_B19:E24


title: EGFR_p.L858R_rep61_TA.OE015_A549_96H_X8_B19:E23


title: NFE2L2_WT_rep61_TA.OE015_A549_96H_X8_B19:E19


title: STK11_WT_rep61_TA.OE015_A549_96H_X8_B19:E21


title: MDM2_WT_rep61_TA.OE015_A549_96H_X8_B19:E22


title: KEAP1_WT_rep61_TA.OE015_A549_96H_X8_B19:E20


title: KRAS_p.G12V_rep58_TA.OE015_A549_96H_X8_B19:E15


title: EGFR_p.T790M, p.L858R_rep56_TA.OE015_A549_96H_X8_B19:E17


title: HCRED_rep119_TA.OE015_A549_96H_X8_B19:E06


title: BFP_rep118_TA.OE015_A549_96H_X8_B19:E05


title: EGFR_p.T790M, p.L858R_rep57_TA.OE015_A549_96H_X8_B19:F15


title: MAPK7_p.L806R_rep8_TA.OE015_A549_96H_X8_B19:F14


title: STK11_WT_rep60_TA.OE015_A549_96H_X8_B19:E16


title: CGREF1_WT_rep8_TA.OE015_A549_96H_X8_B19:D22


title: RIT1_WT_rep8_TA.OE015_A549_96H_X8_B19:D24


title: GPR137B_p.Y135N_rep8_TA.OE015_A549_96H_X8_B19:E09


title: BRAF_p.H574Q_rep8_TA.OE015_A549_96H_X8_B19:D21


title: MAPK7_p.D46N_rep8_TA.OE015_A549_96H_X8_B19:D19


title: HRAS_WT_rep8_TA.OE015_A549_96H_X8_B19:D17

value: HRAS


title: HRAS_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:D09


title: MET_p.Y1235H_rep8_TA.OE015_A549_96H_X8_B19:D18


title: ATF2_p.T339A_rep8_TA.OE015_A549_96H_X8_B19:D16


title: IDH2_p.R188W_rep8_TA.OE015_A549_96H_X8_B19:D05


title: CGREF1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:D07


title: BRAF_p.A762E_rep8_TA.OE015_A549_96H_X8_B19:D14


title: DARC_p.T211S_rep8_TA.OE015_A549_96H_X8_B19:D15


title: ATF2_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:D12


title: MAPK7_WT_rep8_TA.OE015_A549_96H_X8_B19:D06


title: LUCIFERASE_rep114_TA.OE015_A549_96H_X8_B19:D04


title: LUCIFERASE_rep113_TA.OE015_A549_96H_X8_B19:D03


title: TP53_WT_rep8_TA.OE015_A549_96H_X8_B19:C13


title: MET_p.Y1003F_rep8_TA.OE015_A549_96H_X8_B19:C20


title: BRAF_p.P367R_rep8_TA.OE015_A549_96H_X8_B19:C14


title: U2AF1_WT_rep8_TA.OE015_A549_96H_X8_B19:C08


title: BRAF_p.H574N_rep8_TA.OE015_A549_96H_X8_B19:C07


title: EGFP_rep129_TA.OE015_A549_96H_X8_B19:C03


title: BFP_rep117_TA.OE015_A549_96H_X8_B19:C04


title: PIK3CA_p.H1047R_rep8_TA.OE015_A549_96H_X8_B19:C01


title: ETFB_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B23

value: ETFB


title: NPDC1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B24


title: PWP1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B22


title: ACD_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B21

value: ACD


title: NFKBIA_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B20

value: NFKBIA


title: CD40_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B19


title: FGFR3_WT_rep8_TA.OE015_A549_96H_X8_B19:B17


title: BRAF_WT_rep8_TA.OE015_A549_96H_X8_B19:B18

value: BRAF


title: MET_WT_rep8_TA.OE015_A549_96H_X8_B19:B12

value: MET


title: LIG1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B16


title: CFLAR_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:B15

value: CFLAR


title: NFE2L2_WT_V5_rep16_TA.OE015_A549_96H_X8_B19:B08


title: CGREF1_p.Q295K_rep8_TA.OE015_A549_96H_X8_B19:B09


title: EGFP_rep128_TA.OE015_A549_96H_X8_B19:B06


title: MFSD10_WT_rep16_TA.OE015_A549_96H_X8_B19:B04


title: HCRED_rep118_TA.OE015_A549_96H_X8_B19:B05


title: NFE2L2_WT_rep62_TA.OE015_A549_96H_X8_B19:M20


title: TRAP1_WT_V5_rep16_TA.OE015_A549_96H_X8_B19:B03


title: CBR3_WT_V5_rep5_TA.OE015_A549_96H_X8_B19:A23


title: EGFR_WT_rep63_TA.OE015_A549_96H_X8_B19:M22


title: RBKS_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:A21

value: RBKS


title: TP53_p.P278T_rep8_TA.OE015_A549_96H_X8_B19:A14


title: CSNK1A1_WT_V5_rep7_TA.OE015_A549_96H_X8_B19:A19


title: NFIL3_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:A16


title: PIK3CA_WT_rep8_TA.OE015_A549_96H_X8_B19:A17


title: RBM15B_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:A18


title: CBR1_WT_V5_rep8_TA.OE015_A549_96H_X8_B19:A15


title: RB1_p.Y756C_rep8_TA.OE015_A549_96H_X8_B19:A10


title: BFP_rep116_TA.OE015_A549_96H_X8_B19:A06

value: BFP


title: EBNA1BP2_WT_V5_rep15_TA.OE015_A549_96H_X8_B19:A04


title: DOK1_p.S460I_rep8_TA.OE015_A549_96H_X8_B19:B13


title: LUCIFERASE_rep112_TA.OE015_A549_96H_X8_B19:A05

value: LUCIFERASE


title: ATF2_p.A481V_rep6_TA.OE015_A549_96H_X7_B19:P23


title: CCNH_WT_V5_rep7_TA.OE015_A549_96H_X8_B19:A22

value: CCNH


title: ERBB2_p.S418T_rep7_TA.OE015_A549_96H_X7_B19:P22


title: NOSIP_WT_V5_rep7_TA.OE015_A549_96H_X8_B19:A20

value: NOSIP


title: BFP_rep115_TA.OE015_A549_96H_X7_B19:P15


title: AKR1B1_WT_rep7_TA.OE015_A549_96H_X7_B19:P06


title: PIK3CA_p.L699M_rep7_TA.OE015_A549_96H_X7_B19:P13


title: CASP8_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:P19


title: PIK3CA_p.E726K_rep7_TA.OE015_A549_96H_X7_B19:P10


title: LUCIFERASE_rep111_TA.OE015_A549_96H_X7_B19:P16


title: DOK1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:P20


title: SMAD4_p.G386V_rep7_TA.OE015_A549_96H_X7_B19:P09


title: FBXW7_p.D211N_rep7_TA.OE015_A549_96H_X7_B19:P08


title: ERBB2_p.D845A_rep7_TA.OE015_A549_96H_X7_B19:P05


title: PPP2R1A_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:P04


title: IDH2_p.K130del_rep7_TA.OE015_A549_96H_X7_B19:O23


title: EGFR_p.L858R_rep60_TA.OE015_A549_96H_X7_B19:N24


title: LUCIFERASE_rep110_TA.OE015_A549_96H_X7_B19:O16


title: ACAT2_WT_V5_rep15_TA.OE015_A549_96H_X8_B19:A03


title: RIT1_p.A192T_rep7_TA.OE015_A549_96H_X7_B19:O06


title: MDM2_WT_rep60_TA.OE015_A549_96H_X7_B19:N22


title: EGFR_p.L858R_rep59_TA.OE015_A549_96H_X7_B19:N21


title: LUCIFERASE_rep109_TA.OE015_A549_96H_X7_B19:O15


title: KEAP1_WT_rep60_TA.OE015_A549_96H_X7_B19:N23


title: KRAS_p.G12V_rep57_TA.OE015_A549_96H_X7_B19:N20


title: TP53_p.P278A_rep56_TA.OE015_A549_96H_X7_B19:N18


title: NFE2L2_WT_rep60_TA.OE015_A549_96H_X7_B19:N16


title: MDM2_WT_rep59_TA.OE015_A549_96H_X7_B19:N17


title: NFE2L2_WT_rep59_TA.OE015_A549_96H_X7_B19:N15


title: EGFP_rep127_TA.OE015_A549_96H_X7_B19:N14

value: EGFP


title: LUCIFERASE_rep108_TA.OE015_A549_96H_X7_B19:N13


title: U2AF1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:N12


title: GPR137B_WT_rep7_TA.OE015_A549_96H_X7_B19:N11


title: RB1_p.A772S_rep7_TA.OE015_A549_96H_X7_B19:P02


title: PPP2R1A_p.A541G_rep7_TA.OE015_A549_96H_X7_B19:O18


title: FGFR3_p.D617A_rep7_TA.OE015_A549_96H_X7_B19:N08


title: MAPK7_p.T28I_rep7_TA.OE015_A549_96H_X7_B19:N10


title: FBXW7_p.P620R_rep7_TA.OE015_A549_96H_X7_B19:N04


title: ZNF597_p.L283V_rep7_TA.OE015_A549_96H_X7_B19:N03


title: KEAP1_WT_rep59_TA.OE015_A549_96H_X7_B19:M23


title: EGFR_p.T790M, p.L858R_rep55_TA.OE015_A549_96H_X7_B19:M24

value: EGFR_p.T790M, p.L858R


title: PPP2R1A_p.W140C_rep7_TA.OE015_A549_96H_X7_B19:N09


title: EGFR_WT_rep59_TA.OE015_A549_96H_X7_B19:M22

value: EGFR


title: TP53_p.P278A_rep55_TA.OE015_A549_96H_X7_B19:M21


title: NFE2L2_WT_rep58_TA.OE015_A549_96H_X7_B19:M20


title: EGFR_WT_rep58_TA.OE015_A549_96H_X7_B19:M19


title: AKR1B1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:M08


title: EGFP_rep126_TA.OE015_A549_96H_X7_B19:M14


title: TP53_p.P278A_rep54_TA.OE015_A549_96H_X7_B19:M18


title: GPR137B_p.S231F_rep7_TA.OE015_A549_96H_X7_B19:L23


title: ZNF597_p.R247T_rep7_TA.OE015_A549_96H_X7_B19:L24


title: EGFP_rep125_TA.OE015_A549_96H_X7_B19:M13


title: RIT1_p.F82L_rep7_TA.OE015_A549_96H_X7_B19:N07


title: SMAD4_p.R361H_rep7_TA.OE015_A549_96H_X7_B19:N01


title: BRAF_p.W450L_rep7_TA.OE015_A549_96H_X7_B19:L21


title: U2AF1_p.S34F_rep7_TA.OE015_A549_96H_X7_B19:L16


title: PIK3CA_p.E545K_rep7_TA.OE015_A549_96H_X7_B19:L20


title: FBXW7_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:L18


title: DOK1_WT_rep7_TA.OE015_A549_96H_X7_B19:L19


title: DOK1_p.P419S_rep7_TA.OE015_A549_96H_X7_B19:L15


title: EGFP_rep124_TA.OE015_A549_96H_X7_B19:L11


title: MDM2_WT_rep58_TA.OE015_A549_96H_X7_B19:M17


title: FGFR3_p.R399H_rep7_TA.OE015_A549_96H_X7_B19:L08


title: SMAD4_p.P215S_rep7_TA.OE015_A549_96H_X7_B19:L05


title: KRAS_p.G12V_rep56_TA.OE015_A549_96H_X7_B19:M16


title: PPP2R1A_p.C329F_rep7_TA.OE015_A549_96H_X7_B19:L04


title: PIK3CA_p.E453Q_rep7_TA.OE015_A549_96H_X7_B19:L06


title: ZNF597_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:L01


title: BFP_rep114_TA.OE015_A549_96H_X7_B19:L12


title: LUCIFERASE_rep107_TA.OE015_A549_96H_X7_B19:K12


title: SMAD4_p.V492F_rep7_TA.OE015_A549_96H_X7_B19:K24


title: ATF2_WT_rep7_TA.OE015_A549_96H_X7_B19:L03


title: SDHB_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:J20

value: SDHB


title: LAP3_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:J18


title: BRAF_p.D594H_rep7_TA.OE015_A549_96H_X7_B19:J19


title: HCRED_rep117_TA.OE015_A549_96H_X7_B19:K11

value: HCRED


title: SMAD4_p.P356R_rep7_TA.OE015_A549_96H_X7_B19:L02


title: ZNF597_p.V21L_rep7_TA.OE015_A549_96H_X7_B19:J13


title: BRAF_p.L485S_rep7_TA.OE015_A549_96H_X7_B19:J04


title: FBXW7_WT_rep7_TA.OE015_A549_96H_X7_B19:J03


title: BRAF_p.R682W_rep7_TA.OE015_A549_96H_X7_B19:K05


title: EGFP_rep123_TA.OE015_A549_96H_X7_B19:J09


title: BRAF_p.G466V_rep7_TA.OE015_A549_96H_X7_B19:I24


title: BRAF_p.N581S_rep7_TA.OE015_A549_96H_X7_B19:I20


title: MET_ex14del_rep7_TA.OE015_A549_96H_X7_B19:I18


title: ERBB2_p.S310F_rep7_TA.OE015_A549_96H_X7_B19:I16


title: BRAF_p.V600E_rep7_TA.OE015_A549_96H_X7_B19:I23


title: BRAF_p.G466A_rep7_TA.OE015_A549_96H_X7_B19:I17


title: RIT1_p.R122L_rep7_TA.OE015_A549_96H_X7_B19:I11


title: BRAF_p.G469S_rep7_TA.OE015_A549_96H_X7_B19:I19


title: PIK3CA_p.Q137L_rep7_TA.OE015_A549_96H_X7_B19:K01


title: HCRED_rep115_TA.OE015_A549_96H_X7_B19:I10


title: CGRRF1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H23


title: BRAF_p.G469V_rep7_TA.OE015_A549_96H_X7_B19:J17


title: BFP_rep113_TA.OE015_A549_96H_X7_B19:I09


title: HCRED_rep116_TA.OE015_A549_96H_X7_B19:J10


title: ZNF597_WT_rep7_TA.OE015_A549_96H_X7_B19:K09


title: POLR2I_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H18


title: HSD17B10_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H22


title: NFE2L2_p.T80K_rep7_TA.OE015_A549_96H_X7_B19:J02


title: GTF2A2_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H21


title: CDK6_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H16


title: STAP2_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H17


title: ACAA1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H20


title: GTPBP8_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H15


title: BRAF_p.G466E_rep7_TA.OE015_A549_96H_X7_B19:I15


title: RIT1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H12


title: DOK1_p.V393L_rep7_TA.OE015_A549_96H_X7_B19:H13


title: ERBB2_WT_rep7_TA.OE015_A549_96H_X7_B19:H11


title: RIT1_p.T76insTDLT_rep7_TA.OE015_A549_96H_X7_B19:H09


title: BFP_rep112_TA.OE015_A549_96H_X7_B19:H08


title: IDH2_p.S249G_rep7_TA.OE015_A549_96H_X7_B19:H02


title: BFP_rep111_TA.OE015_A549_96H_X7_B19:H07


title: ETV1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G24


title: S100A13_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G18


title: PSMD9_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G19


title: PIK3CA_p.E600K_rep7_TA.OE015_A549_96H_X7_B19:H01


title: CETN3_WT_rep7_TA.OE015_A549_96H_X7_B19:G23


title: NFKBIB_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G20

value: NFKBIB


title: MDM2_p.E421Q_rep7_TA.OE015_A549_96H_X7_B19:G12


title: SPP1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G21


title: RAB31_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G16


title: TP53_p.P278H_rep7_TA.OE015_A549_96H_X7_B19:G09


title: DARC_p.W253R_rep7_TA.OE015_A549_96H_X7_B19:G11


title: DARC_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:H10

value: DARC


title: EGFP_rep122_TA.OE015_A549_96H_X7_B19:G08


title: IDH2_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G14


title: CCDC90A_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:G15


title: GPR137B_p.C212S_rep7_TA.OE015_A549_96H_X7_B19:H04


title: SMAD4_p.D493N_rep7_TA.OE015_A549_96H_X7_B19:H06


title: PPP2R1A_WT_rep7_TA.OE015_A549_96H_X7_B19:G06


title: KEAP1_WT_rep58_TA.OE015_A549_96H_X7_B19:F24


title: STK11_WT_rep58_TA.OE015_A549_96H_X7_B19:F22


title: HCRED_rep114_TA.OE015_A549_96H_X7_B19:G07


title: STK11_WT_rep59_TA.OE015_A549_96H_X7_B19:F23


title: TP53_p.P278A_rep53_TA.OE015_A549_96H_X7_B19:F21


title: KRAS_p.G12V_rep55_TA.OE015_A549_96H_X7_B19:F17


title: EGFR_WT_rep57_TA.OE015_A549_96H_X7_B19:F19


title: EGFR_WT_rep56_TA.OE015_A549_96H_X7_B19:F16


title: EGFR_p.T790M, p.L858R_rep53_TA.OE015_A549_96H_X7_B19:F15


title: MAPK7_p.L806R_rep7_TA.OE015_A549_96H_X7_B19:F14


title: EGFR_p.T790M, p.L858R_rep54_TA.OE015_A549_96H_X7_B19:F20


title: FGFR3_p.S779R_rep7_TA.OE015_A549_96H_X7_B19:F10


title: BRAF_p.L613F_rep7_TA.OE015_A549_96H_X7_B19:F11


title: RB1_p.E398L_rep7_TA.OE015_A549_96H_X7_B19:F08


title: RB1_WT_rep7_TA.OE015_A549_96H_X7_B19:F07


title: HCRED_rep112_TA.OE015_A549_96H_X7_B19:F05


title: EGFR_p.L858R_rep57_TA.OE015_A549_96H_X7_B19:E23


title: CGREF1_p.Q286K_rep7_TA.OE015_A549_96H_X7_B19:F02


title: AKR1B1_p.F252L_rep7_TA.OE015_A549_96H_X7_B19:F04


title: NFE2L2_WT_rep57_TA.OE015_A549_96H_X7_B19:E19


title: STK11_WT_rep57_TA.OE015_A549_96H_X7_B19:E21


title: EGFR_p.L858R_rep58_TA.OE015_A549_96H_X7_B19:E24


title: KEAP1_WT_rep57_TA.OE015_A549_96H_X7_B19:E20


title: HCRED_rep111_TA.OE015_A549_96H_X7_B19:E06


title: EGFR_p.T790M, p.L858R_rep52_TA.OE015_A549_96H_X7_B19:E17


title: BFP_rep110_TA.OE015_A549_96H_X7_B19:E05


title: KRAS_p.G12V_rep54_TA.OE015_A549_96H_X7_B19:E15


title: MDM2_WT_rep57_TA.OE015_A549_96H_X7_B19:E22


title: RIT1_WT_rep7_TA.OE015_A549_96H_X7_B19:D24


title: BRAF_p.H574Q_rep7_TA.OE015_A549_96H_X7_B19:D21


title: CGREF1_WT_rep7_TA.OE015_A549_96H_X7_B19:D22


title: GPR137B_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:F13


title: GPR137B_p.Y135N_rep7_TA.OE015_A549_96H_X7_B19:E09


title: MET_p.Y1235H_rep7_TA.OE015_A549_96H_X7_B19:D18


title: HRAS_WT_rep7_TA.OE015_A549_96H_X7_B19:D17

value: HRAS


title: BRAF_p.A762E_rep7_TA.OE015_A549_96H_X7_B19:D14


title: DARC_p.T211S_rep7_TA.OE015_A549_96H_X7_B19:D15


title: ATF2_p.T339A_rep7_TA.OE015_A549_96H_X7_B19:D16


title: LUCIFERASE_rep106_TA.OE015_A549_96H_X7_B19:D04


title: MAPK7_WT_rep7_TA.OE015_A549_96H_X7_B19:D06


title: LUCIFERASE_rep105_TA.OE015_A549_96H_X7_B19:D03


title: PIK3CA_p.R108H_rep7_TA.OE015_A549_96H_X7_B19:D02


title: CGREF1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:D07


title: IDH2_p.R188W_rep7_TA.OE015_A549_96H_X7_B19:D05


title: BFP_rep109_TA.OE015_A549_96H_X7_B19:C04


title: TP53_WT_rep7_TA.OE015_A549_96H_X7_B19:C13


title: MET_p.Y1003F_rep7_TA.OE015_A549_96H_X7_B19:C20


title: BRAF_p.P367R_rep7_TA.OE015_A549_96H_X7_B19:C14


title: BRAF_p.H574N_rep7_TA.OE015_A549_96H_X7_B19:C07


title: U2AF1_WT_rep7_TA.OE015_A549_96H_X7_B19:C08


title: MAPK7_p.D46N_rep7_TA.OE015_A549_96H_X7_B19:D19


title: EGFP_rep121_TA.OE015_A549_96H_X7_B19:C03


title: PIK3CA_p.H1047R_rep7_TA.OE015_A549_96H_X7_B19:C01


title: ETFB_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B23

value: ETFB


title: ATF2_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:D12


title: NPDC1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B24


title: HRAS_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:D09


title: PWP1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B22


title: NFKBIA_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B20

value: NFKBIA


title: ACD_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B21

value: ACD


title: CD40_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B19


title: BRAF_WT_rep7_TA.OE015_A549_96H_X7_B19:B18

value: BRAF


title: RALA_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:J16

value: RALA


title: MET_WT_rep7_TA.OE015_A549_96H_X7_B19:B12

value: MET


title: CFLAR_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B15

value: CFLAR


title: CGREF1_p.Q295K_rep7_TA.OE015_A549_96H_X7_B19:B09


title: DOK1_p.S460I_rep7_TA.OE015_A549_96H_X7_B19:B13


title: LIG1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:B16


title: NFE2L2_WT_V5_rep15_TA.OE015_A549_96H_X7_B19:B08


title: BRAF_p.K601N_rep7_TA.OE015_A549_96H_X7_B19:J22


title: HCRED_rep110_TA.OE015_A549_96H_X7_B19:B05


title: MFSD10_WT_rep15_TA.OE015_A549_96H_X7_B19:B04


title: TRAP1_WT_V5_rep15_TA.OE015_A549_96H_X7_B19:B03


title: CBR3_WT_V5_rep4_TA.OE015_A549_96H_X7_B19:A23


title: PPOX_WT_V5_rep3_TA.OE015_A549_96H_X7_B19:A24

value: PPOX


title: CCNH_WT_V5_rep6_TA.OE015_A549_96H_X7_B19:A22

value: CCNH


title: RBKS_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:A21

value: RBKS


title: FGFR3_WT_rep7_TA.OE015_A549_96H_X7_B19:B17


title: NOSIP_WT_V5_rep6_TA.OE015_A549_96H_X7_B19:A20

value: NOSIP


title: RBM15B_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:A18


title: CSNK1A1_WT_V5_rep6_TA.OE015_A549_96H_X7_B19:A19


title: PIK3CA_WT_rep7_TA.OE015_A549_96H_X7_B19:A17


title: NFIL3_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:A16


title: EGFP_rep120_TA.OE015_A549_96H_X7_B19:B06

value: EGFP


title: CBR1_WT_V5_rep7_TA.OE015_A549_96H_X7_B19:A15


title: TP53_p.P278T_rep7_TA.OE015_A549_96H_X7_B19:A14


title: RB1_p.Y756C_rep7_TA.OE015_A549_96H_X7_B19:A10


title: BFP_rep108_TA.OE015_A549_96H_X7_B19:A06

value: BFP


title: DOK1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:P20


title: ACAT2_WT_V5_rep14_TA.OE015_A549_96H_X7_B19:A03


title: LUCIFERASE_rep104_TA.OE015_A549_96H_X7_B19:A05

value: LUCIFERASE


title: CASP8_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:P19


title: ERBB2_p.S418T_rep6_TA.OE015_A549_96H_X6_B19:P22


title: STK11_WT_rep56_TA.OE015_A549_96H_X7_B19:E16


title: EBNA1BP2_WT_V5_rep14_TA.OE015_A549_96H_X7_B19:A04


title: PIK3CA_p.L699M_rep6_TA.OE015_A549_96H_X6_B19:P13


title: BFP_rep107_TA.OE015_A549_96H_X6_B19:P15


title: PPP2R1A_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:P04


title: ERBB2_p.D845A_rep6_TA.OE015_A549_96H_X6_B19:P05


title: SMAD4_p.G386V_rep6_TA.OE015_A549_96H_X6_B19:P09


title: FBXW7_p.D211N_rep6_TA.OE015_A549_96H_X6_B19:P08


title: AKR1B1_WT_rep6_TA.OE015_A549_96H_X6_B19:P06


title: RB1_p.A772S_rep6_TA.OE015_A549_96H_X6_B19:P02


title: IDH2_p.K130del_rep6_TA.OE015_A549_96H_X6_B19:O23


title: PPP2R1A_p.A541G_rep6_TA.OE015_A549_96H_X6_B19:O18


title: LUCIFERASE_rep101_TA.OE015_A549_96H_X6_B19:O15


title: LUCIFERASE_rep102_TA.OE015_A549_96H_X6_B19:O16


title: MDM2_WT_rep56_TA.OE015_A549_96H_X6_B19:N22


title: EGFR_p.L858R_rep55_TA.OE015_A549_96H_X6_B19:N21


title: KEAP1_WT_rep56_TA.OE015_A549_96H_X6_B19:N23


title: LUCIFERASE_rep103_TA.OE015_A549_96H_X6_B19:P16


title: KRAS_p.G12V_rep53_TA.OE015_A549_96H_X6_B19:N20


title: EGFR_p.L858R_rep56_TA.OE015_A549_96H_X6_B19:N24


title: NFE2L2_WT_rep56_TA.OE015_A549_96H_X6_B19:N16


title: RIT1_p.A192T_rep6_TA.OE015_A549_96H_X6_B19:O06


title: MDM2_WT_rep55_TA.OE015_A549_96H_X6_B19:N17


title: PIK3CA_p.E726K_rep6_TA.OE015_A549_96H_X6_B19:P10


title: RIT1_p.F82L_rep6_TA.OE015_A549_96H_X6_B19:N07


title: LUCIFERASE_rep100_TA.OE015_A549_96H_X6_B19:N13


title: FGFR3_p.D617A_rep6_TA.OE015_A549_96H_X6_B19:N08


title: U2AF1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:N12


title: PPP2R1A_p.W140C_rep6_TA.OE015_A549_96H_X6_B19:N09


title: EGFP_rep119_TA.OE015_A549_96H_X6_B19:N14


title: NFE2L2_WT_rep55_TA.OE015_A549_96H_X6_B19:N15


title: GPR137B_WT_rep6_TA.OE015_A549_96H_X6_B19:N11


title: TP53_p.P278A_rep52_TA.OE015_A549_96H_X6_B19:N18


title: MAPK7_p.T28I_rep6_TA.OE015_A549_96H_X6_B19:N10


title: FBXW7_p.P620R_rep6_TA.OE015_A549_96H_X6_B19:N04


title: SMAD4_p.R361H_rep6_TA.OE015_A549_96H_X6_B19:N01


title: ZNF597_p.L283V_rep6_TA.OE015_A549_96H_X6_B19:N03


title: EGFR_p.T790M, p.L858R_rep51_TA.OE015_A549_96H_X6_B19:M24

value: EGFR_p.T790M, p.L858R


title: KEAP1_WT_rep55_TA.OE015_A549_96H_X6_B19:M23


title: EGFR_WT_rep54_TA.OE015_A549_96H_X6_B19:M19

value: EGFR


title: MDM2_WT_rep54_TA.OE015_A549_96H_X6_B19:M17


title: NFE2L2_WT_rep54_TA.OE015_A549_96H_X6_B19:M20


title: TP53_p.P278A_rep51_TA.OE015_A549_96H_X6_B19:M21


title: TP53_p.P278A_rep50_TA.OE015_A549_96H_X6_B19:M18


title: KRAS_p.G12V_rep52_TA.OE015_A549_96H_X6_B19:M16


title: EGFR_WT_rep55_TA.OE015_A549_96H_X6_B19:M22


title: HCRED_rep113_TA.OE015_A549_96H_X7_B19:F06

value: HCRED


title: FBXW7_p.V464E_rep7_TA.OE015_A549_96H_X7_B19:F01


title: EGFP_rep117_TA.OE015_A549_96H_X6_B19:M13


title: EGFP_rep118_TA.OE015_A549_96H_X6_B19:M14


title: AKR1B1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:M08


title: BRAF_p.W450L_rep6_TA.OE015_A549_96H_X6_B19:L21


title: GPR137B_p.S231F_rep6_TA.OE015_A549_96H_X6_B19:L23


title: DOK1_WT_rep6_TA.OE015_A549_96H_X6_B19:L19


title: FGFR3_p.R399H_rep6_TA.OE015_A549_96H_X6_B19:L08


title: ZNF597_p.R247T_rep6_TA.OE015_A549_96H_X6_B19:L24


title: PIK3CA_p.E453Q_rep6_TA.OE015_A549_96H_X6_B19:L06


title: DOK1_p.P419S_rep6_TA.OE015_A549_96H_X6_B19:L15


title: BFP_rep106_TA.OE015_A549_96H_X6_B19:L12


title: FBXW7_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:L18


title: U2AF1_p.S34F_rep6_TA.OE015_A549_96H_X6_B19:L16


title: SMAD4_p.P356R_rep6_TA.OE015_A549_96H_X6_B19:L02


title: SMAD4_p.P215S_rep6_TA.OE015_A549_96H_X6_B19:L05


title: EGFP_rep116_TA.OE015_A549_96H_X6_B19:L11


title: SMAD4_p.V492F_rep6_TA.OE015_A549_96H_X6_B19:K24


title: ZNF597_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:L01


title: PPP2R1A_p.C329F_rep6_TA.OE015_A549_96H_X6_B19:L04


title: LUCIFERASE_rep99_TA.OE015_A549_96H_X6_B19:K12


title: HCRED_rep109_TA.OE015_A549_96H_X6_B19:K11


title: BRAF_p.K601N_rep6_TA.OE015_A549_96H_X6_B19:J22


title: BRAF_p.D594H_rep6_TA.OE015_A549_96H_X6_B19:J19


title: ZNF597_WT_rep6_TA.OE015_A549_96H_X6_B19:K09


title: LAP3_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:J18


title: SDHB_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:J20

value: SDHB


title: RALA_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:J16


title: PIK3CA_p.Q137L_rep6_TA.OE015_A549_96H_X6_B19:K01


title: BRAF_p.G469V_rep6_TA.OE015_A549_96H_X6_B19:J17


title: BRAF_p.R682W_rep6_TA.OE015_A549_96H_X6_B19:K05


title: PIK3CA_p.E545K_rep6_TA.OE015_A549_96H_X6_B19:L20


title: ZNF597_p.V21L_rep6_TA.OE015_A549_96H_X6_B19:J13


title: ATF2_WT_rep6_TA.OE015_A549_96H_X6_B19:L03


title: HCRED_rep108_TA.OE015_A549_96H_X6_B19:J10


title: EGFP_rep115_TA.OE015_A549_96H_X6_B19:J09


title: FBXW7_WT_rep6_TA.OE015_A549_96H_X6_B19:J03


title: MET_ex14del_rep6_TA.OE015_A549_96H_X6_B19:I18


title: BRAF_p.V600E_rep6_TA.OE015_A549_96H_X6_B19:I23


title: BRAF_p.G469S_rep6_TA.OE015_A549_96H_X6_B19:I19


title: BRAF_p.N581S_rep6_TA.OE015_A549_96H_X6_B19:I20


title: BRAF_p.G466A_rep6_TA.OE015_A549_96H_X6_B19:I17


title: ERBB2_p.S310F_rep6_TA.OE015_A549_96H_X6_B19:I16


title: BRAF_p.G466E_rep6_TA.OE015_A549_96H_X6_B19:I15


title: BRAF_p.G466V_rep6_TA.OE015_A549_96H_X6_B19:I24


title: HCRED_rep107_TA.OE015_A549_96H_X6_B19:I10


title: BFP_rep105_TA.OE015_A549_96H_X6_B19:I09


title: HSD17B10_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H22


title: GTF2A2_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H21


title: CGRRF1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H23


title: RIT1_p.R122L_rep6_TA.OE015_A549_96H_X6_B19:I11


title: ACAA1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H20


title: POLR2I_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H18


title: ERBB2_WT_rep6_TA.OE015_A549_96H_X6_B19:H11


title: CDK6_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H16


title: DOK1_p.V393L_rep6_TA.OE015_A549_96H_X6_B19:H13


title: STAP2_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H17


title: RIT1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H12


title: NFE2L2_p.T80K_rep6_TA.OE015_A549_96H_X6_B19:J02


title: RIT1_p.T76insTDLT_rep6_TA.OE015_A549_96H_X6_B19:H09


title: DARC_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H10

value: DARC


title: BFP_rep104_TA.OE015_A549_96H_X6_B19:H08


title: SMAD4_p.D493N_rep6_TA.OE015_A549_96H_X6_B19:H06


title: BFP_rep103_TA.OE015_A549_96H_X6_B19:H07


title: ETV1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G24


title: SPP1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G21


title: PIK3CA_p.E600K_rep6_TA.OE015_A549_96H_X6_B19:H01


title: CETN3_WT_rep6_TA.OE015_A549_96H_X6_B19:G23


title: IDH2_p.S249G_rep6_TA.OE015_A549_96H_X6_B19:H02


title: BRAF_p.L485S_rep6_TA.OE015_A549_96H_X6_B19:J04


title: NFKBIB_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G20

value: NFKBIB


title: GPR137B_p.C212S_rep6_TA.OE015_A549_96H_X6_B19:H04


title: GTPBP8_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:H15


title: MDM2_p.E421Q_rep6_TA.OE015_A549_96H_X6_B19:G12


title: PSMD9_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G19


title: S100A13_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G18


title: IDH2_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G14


title: DARC_p.W253R_rep6_TA.OE015_A549_96H_X6_B19:G11


title: TP53_p.P278H_rep6_TA.OE015_A549_96H_X6_B19:G09


title: STK11_WT_rep54_TA.OE015_A549_96H_X6_B19:F22


title: STK11_WT_rep55_TA.OE015_A549_96H_X6_B19:F23


title: EGFP_rep114_TA.OE015_A549_96H_X6_B19:G08


title: HCRED_rep106_TA.OE015_A549_96H_X6_B19:G07


title: TP53_p.P278A_rep49_TA.OE015_A549_96H_X6_B19:F21


title: PPP2R1A_WT_rep6_TA.OE015_A549_96H_X6_B19:G06


title: EGFR_p.T790M, p.L858R_rep50_TA.OE015_A549_96H_X6_B19:F20


title: KRAS_p.G12V_rep51_TA.OE015_A549_96H_X6_B19:F17


title: EGFR_WT_rep53_TA.OE015_A549_96H_X6_B19:F19


title: EGFR_WT_rep52_TA.OE015_A549_96H_X6_B19:F16


title: MAPK7_p.L806R_rep6_TA.OE015_A549_96H_X6_B19:F14


title: RAB31_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G16


title: GPR137B_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:F13


title: CCDC90A_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:G15


title: BRAF_p.L613F_rep6_TA.OE015_A549_96H_X6_B19:F11


title: AKR1B1_p.F252L_rep6_TA.OE015_A549_96H_X6_B19:F04


title: FGFR3_p.S779R_rep6_TA.OE015_A549_96H_X6_B19:F10


title: RB1_p.E398L_rep6_TA.OE015_A549_96H_X6_B19:F08


title: HCRED_rep105_TA.OE015_A549_96H_X6_B19:F06


title: RB1_WT_rep6_TA.OE015_A549_96H_X6_B19:F07


title: KEAP1_WT_rep54_TA.OE015_A549_96H_X6_B19:F24


title: FBXW7_p.V464E_rep6_TA.OE015_A549_96H_X6_B19:F01


title: STK11_WT_rep53_TA.OE015_A549_96H_X6_B19:E21


title: EGFR_p.L858R_rep53_TA.OE015_A549_96H_X6_B19:E23


title: CGREF1_p.Q286K_rep6_TA.OE015_A549_96H_X6_B19:F02


title: EGFR_p.L858R_rep54_TA.OE015_A549_96H_X6_B19:E24


title: KEAP1_WT_rep53_TA.OE015_A549_96H_X6_B19:E20


title: MDM2_WT_rep53_TA.OE015_A549_96H_X6_B19:E22


title: STK11_WT_rep52_TA.OE015_A549_96H_X6_B19:E16


title: EGFR_p.T790M, p.L858R_rep49_TA.OE015_A549_96H_X6_B19:F15


title: GPR137B_p.Y135N_rep6_TA.OE015_A549_96H_X6_B19:E09


title: EGFR_p.T790M, p.L858R_rep48_TA.OE015_A549_96H_X6_B19:E17


title: KRAS_p.G12V_rep50_TA.OE015_A549_96H_X6_B19:E15


title: CGREF1_WT_rep6_TA.OE015_A549_96H_X6_B19:D22


title: NFE2L2_WT_rep53_TA.OE015_A549_96H_X6_B19:E19


title: BFP_rep102_TA.OE015_A549_96H_X6_B19:E05


title: RIT1_WT_rep6_TA.OE015_A549_96H_X6_B19:D24


title: HCRED_rep103_TA.OE015_A549_96H_X6_B19:E06


title: BRAF_p.H574Q_rep6_TA.OE015_A549_96H_X6_B19:D21


title: HCRED_rep104_TA.OE015_A549_96H_X6_B19:F05


title: MAPK7_p.D46N_rep6_TA.OE015_A549_96H_X6_B19:D19


title: MET_p.Y1235H_rep6_TA.OE015_A549_96H_X6_B19:D18


title: HRAS_WT_rep6_TA.OE015_A549_96H_X6_B19:D17

value: HRAS


title: CGREF1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:D07


title: BRAF_p.A762E_rep6_TA.OE015_A549_96H_X6_B19:D14


title: ATF2_p.T339A_rep6_TA.OE015_A549_96H_X6_B19:D16


title: MAPK7_WT_rep6_TA.OE015_A549_96H_X6_B19:D06


title: IDH2_p.R188W_rep6_TA.OE015_A549_96H_X6_B19:D05


title: LUCIFERASE_rep97_TA.OE015_A549_96H_X6_B19:D03


title: LUCIFERASE_rep98_TA.OE015_A549_96H_X6_B19:D04


title: MET_p.Y1003F_rep6_TA.OE015_A549_96H_X6_B19:C20


title: TP53_WT_rep6_TA.OE015_A549_96H_X6_B19:C13


title: U2AF1_WT_rep6_TA.OE015_A549_96H_X6_B19:C08


title: BRAF_p.H574N_rep6_TA.OE015_A549_96H_X6_B19:C07


title: EGFP_rep113_TA.OE015_A549_96H_X6_B19:C03


title: PWP1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B22


title: BFP_rep101_TA.OE015_A549_96H_X6_B19:C04


title: NPDC1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B24


title: PIK3CA_p.H1047R_rep6_TA.OE015_A549_96H_X6_B19:C01


title: CD40_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B19


title: ACD_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B21

value: ACD


title: NFKBIA_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B20

value: NFKBIA


title: ATF2_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:D12


title: BRAF_WT_rep6_TA.OE015_A549_96H_X6_B19:B18

value: BRAF


title: HRAS_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:D09


title: LIG1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B16


title: DARC_p.T211S_rep6_TA.OE015_A549_96H_X6_B19:D15


title: CFLAR_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B15

value: CFLAR


title: FGFR3_WT_rep6_TA.OE015_A549_96H_X6_B19:B17


title: BRAF_p.P367R_rep6_TA.OE015_A549_96H_X6_B19:C14


title: DOK1_p.S460I_rep6_TA.OE015_A549_96H_X6_B19:B13


title: PIK3CA_p.R108H_rep6_TA.OE015_A549_96H_X6_B19:D02


title: MET_WT_rep6_TA.OE015_A549_96H_X6_B19:B12

value: MET


title: MFSD10_WT_rep14_TA.OE015_A549_96H_X6_B19:B04


title: PIK3CA_WT_rep6_TA.OE015_A549_96H_X6_B19:A17


title: RBM15B_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:A18


title: NFIL3_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:A16


title: CGREF1_p.Q295K_rep6_TA.OE015_A549_96H_X6_B19:B09


title: HCRED_rep102_TA.OE015_A549_96H_X6_B19:B05


title: NFE2L2_WT_V5_rep14_TA.OE015_A549_96H_X6_B19:B08


title: ETFB_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:B23

value: ETFB


title: TRAP1_WT_V5_rep14_TA.OE015_A549_96H_X6_B19:B03


title: RBKS_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:A21

value: RBKS


title: TP53_p.P278T_rep6_TA.OE015_A549_96H_X6_B19:A14


title: CBR1_WT_V5_rep6_TA.OE015_A549_96H_X6_B19:A15


title: RB1_p.Y756C_rep6_TA.OE015_A549_96H_X6_B19:A10


title: BFP_rep100_TA.OE015_A549_96H_X6_B19:A06


title: EBNA1BP2_WT_V5_rep13_TA.OE015_A549_96H_X6_B19:A04


title: ATF2_p.A481V_rep5_TA.OE015_A549_96H_X5_B19:P23


title: EGFP_rep112_TA.OE015_A549_96H_X6_B19:B06

value: EGFP


title: ERBB2_p.S418T_rep5_TA.OE015_A549_96H_X5_B19:P22


title: DOK1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:P20


title: LUCIFERASE_rep95_TA.OE015_A549_96H_X5_B19:P16


title: PIK3CA_p.E726K_rep5_TA.OE015_A549_96H_X5_B19:P10


title: CASP8_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:P19


title: BFP_rep99_TA.OE015_A549_96H_X5_B19:P15

value: BFP


title: PIK3CA_p.L699M_rep5_TA.OE015_A549_96H_X5_B19:P13


title: SMAD4_p.G386V_rep5_TA.OE015_A549_96H_X5_B19:P09


title: ERBB2_p.D845A_rep5_TA.OE015_A549_96H_X5_B19:P05


title: AKR1B1_WT_rep5_TA.OE015_A549_96H_X5_B19:P06


title: FBXW7_p.D211N_rep5_TA.OE015_A549_96H_X5_B19:P08


title: PPP2R1A_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:P04


title: PPP2R1A_p.A541G_rep5_TA.OE015_A549_96H_X5_B19:O18


title: LUCIFERASE_rep96_TA.OE015_A549_96H_X6_B19:A05

value: LUCIFERASE


title: IDH2_p.K130del_rep5_TA.OE015_A549_96H_X5_B19:O23


title: LUCIFERASE_rep93_TA.OE015_A549_96H_X5_B19:O15


title: RIT1_p.A192T_rep5_TA.OE015_A549_96H_X5_B19:O06


title: LUCIFERASE_rep94_TA.OE015_A549_96H_X5_B19:O16


title: MDM2_WT_rep52_TA.OE015_A549_96H_X5_B19:N22


title: KRAS_p.G12V_rep49_TA.OE015_A549_96H_X5_B19:N20


title: KEAP1_WT_rep52_TA.OE015_A549_96H_X5_B19:N23


title: TP53_p.P278A_rep48_TA.OE015_A549_96H_X5_B19:N18


title: MDM2_WT_rep51_TA.OE015_A549_96H_X5_B19:N17


title: EGFR_p.L858R_rep52_TA.OE015_A549_96H_X5_B19:N24


title: EGFR_p.L858R_rep51_TA.OE015_A549_96H_X5_B19:N21


title: EGFP_rep111_TA.OE015_A549_96H_X5_B19:N14


title: LUCIFERASE_rep92_TA.OE015_A549_96H_X5_B19:N13


title: GPR137B_WT_rep5_TA.OE015_A549_96H_X5_B19:N11


title: FGFR3_p.D617A_rep5_TA.OE015_A549_96H_X5_B19:N08


title: NFE2L2_WT_rep52_TA.OE015_A549_96H_X5_B19:N16


title: RB1_p.A772S_rep5_TA.OE015_A549_96H_X5_B19:P02


title: U2AF1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:N12


title: MAPK7_p.T28I_rep5_TA.OE015_A549_96H_X5_B19:N10


title: PPP2R1A_p.W140C_rep5_TA.OE015_A549_96H_X5_B19:N09


title: RIT1_p.F82L_rep5_TA.OE015_A549_96H_X5_B19:N07


title: EGFR_WT_rep51_TA.OE015_A549_96H_X5_B19:M22


title: FBXW7_p.P620R_rep5_TA.OE015_A549_96H_X5_B19:N04


title: SMAD4_p.R361H_rep5_TA.OE015_A549_96H_X5_B19:N01


title: NFE2L2_WT_rep50_TA.OE015_A549_96H_X5_B19:M20


title: ZNF597_p.L283V_rep5_TA.OE015_A549_96H_X5_B19:N03


title: NFE2L2_WT_rep51_TA.OE015_A549_96H_X5_B19:N15


title: EGFR_WT_rep50_TA.OE015_A549_96H_X5_B19:M19


title: TP53_p.P278A_rep47_TA.OE015_A549_96H_X5_B19:M21


title: MDM2_WT_rep50_TA.OE015_A549_96H_X5_B19:M17


title: EGFP_rep110_TA.OE015_A549_96H_X5_B19:M14


title: EGFP_rep109_TA.OE015_A549_96H_X5_B19:M13


title: GPR137B_p.S231F_rep5_TA.OE015_A549_96H_X5_B19:L23


title: AKR1B1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:M08


title: KEAP1_WT_rep51_TA.OE015_A549_96H_X5_B19:M23


title: BRAF_p.W450L_rep5_TA.OE015_A549_96H_X5_B19:L21


title: PIK3CA_p.E545K_rep5_TA.OE015_A549_96H_X5_B19:L20


title: FBXW7_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:L18


title: U2AF1_p.S34F_rep5_TA.OE015_A549_96H_X5_B19:L16


title: EGFP_rep108_TA.OE015_A549_96H_X5_B19:L11


title: EGFR_p.T790M, p.L858R_rep47_TA.OE015_A549_96H_X5_B19:M24

value: EGFR_p.T790M, p.L858R


title: DOK1_p.P419S_rep5_TA.OE015_A549_96H_X5_B19:L15


title: DOK1_WT_rep5_TA.OE015_A549_96H_X5_B19:L19


title: FGFR3_p.R399H_rep5_TA.OE015_A549_96H_X5_B19:L08


title: PIK3CA_p.E453Q_rep5_TA.OE015_A549_96H_X5_B19:L06


title: PPP2R1A_p.C329F_rep5_TA.OE015_A549_96H_X5_B19:L04


title: TP53_p.P278A_rep46_TA.OE015_A549_96H_X5_B19:M18


title: KRAS_p.G12V_rep48_TA.OE015_A549_96H_X5_B19:M16


title: ZNF597_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:L01


title: SMAD4_p.P356R_rep5_TA.OE015_A549_96H_X5_B19:L02


title: SMAD4_p.V492F_rep5_TA.OE015_A549_96H_X5_B19:K24


title: LUCIFERASE_rep91_TA.OE015_A549_96H_X5_B19:K12


title: HCRED_rep101_TA.OE015_A549_96H_X5_B19:K11


title: BFP_rep98_TA.OE015_A549_96H_X5_B19:L12


title: BRAF_p.K601N_rep5_TA.OE015_A549_96H_X5_B19:J22


title: BRAF_p.G469V_rep5_TA.OE015_A549_96H_X5_B19:J17


title: LAP3_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:J18


title: SMAD4_p.P215S_rep5_TA.OE015_A549_96H_X5_B19:L05


title: RALA_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:J16

value: RALA


title: PIK3CA_p.Q137L_rep5_TA.OE015_A549_96H_X5_B19:K01


title: BRAF_p.D594H_rep5_TA.OE015_A549_96H_X5_B19:J19


title: ATF2_WT_rep5_TA.OE015_A549_96H_X5_B19:L03


title: HCRED_rep100_TA.OE015_A549_96H_X5_B19:J10

value: HCRED


title: ZNF597_p.V21L_rep5_TA.OE015_A549_96H_X5_B19:J13


title: EGFP_rep107_TA.OE015_A549_96H_X5_B19:J09


title: BRAF_p.G466V_rep5_TA.OE015_A549_96H_X5_B19:I24


title: FBXW7_WT_rep5_TA.OE015_A549_96H_X5_B19:J03


title: BRAF_p.L485S_rep5_TA.OE015_A549_96H_X5_B19:J04


title: NFE2L2_p.T80K_rep5_TA.OE015_A549_96H_X5_B19:J02


title: BRAF_p.V600E_rep5_TA.OE015_A549_96H_X5_B19:I23


title: BRAF_p.N581S_rep5_TA.OE015_A549_96H_X5_B19:I20


title: ZNF597_WT_rep5_TA.OE015_A549_96H_X5_B19:K09


title: BRAF_p.R682W_rep5_TA.OE015_A549_96H_X5_B19:K05


title: BRAF_p.G466A_rep5_TA.OE015_A549_96H_X5_B19:I17


title: BRAF_p.G469S_rep5_TA.OE015_A549_96H_X5_B19:I19


title: MET_ex14del_rep5_TA.OE015_A549_96H_X5_B19:I18


title: ERBB2_p.S310F_rep5_TA.OE015_A549_96H_X5_B19:I16


title: SDHB_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:J20

value: SDHB


title: BRAF_p.G466E_rep5_TA.OE015_A549_96H_X5_B19:I15


title: HCRED_rep99_TA.OE015_A549_96H_X5_B19:I10


title: RIT1_p.R122L_rep5_TA.OE015_A549_96H_X5_B19:I11


title: BFP_rep97_TA.OE015_A549_96H_X5_B19:I09


title: STAP2_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H17


title: ACAA1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H20


title: GTPBP8_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H15


title: POLR2I_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H18


title: CDK6_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H16


title: GTF2A2_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H21


title: ERBB2_WT_rep5_TA.OE015_A549_96H_X5_B19:H11


title: RIT1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H12


title: DOK1_p.V393L_rep5_TA.OE015_A549_96H_X5_B19:H13


title: RIT1_p.T76insTDLT_rep5_TA.OE015_A549_96H_X5_B19:H09


title: CGRRF1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H23


title: DARC_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H10

value: DARC


title: BFP_rep95_TA.OE015_A549_96H_X5_B19:H07


title: BFP_rep96_TA.OE015_A549_96H_X5_B19:H08


title: GPR137B_p.C212S_rep5_TA.OE015_A549_96H_X5_B19:H04


title: SMAD4_p.D493N_rep5_TA.OE015_A549_96H_X5_B19:H06


title: HSD17B10_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:H22


title: IDH2_p.S249G_rep5_TA.OE015_A549_96H_X5_B19:H02


title: CCDC90A_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G15


title: IDH2_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G14


title: MDM2_p.E421Q_rep5_TA.OE015_A549_96H_X5_B19:G12


title: RAB31_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G16


title: PSMD9_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G19


title: NFKBIB_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G20

value: NFKBIB


title: ETV1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G24


title: PIK3CA_p.E600K_rep5_TA.OE015_A549_96H_X5_B19:H01


title: S100A13_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G18


title: CETN3_WT_rep5_TA.OE015_A549_96H_X5_B19:G23


title: EGFP_rep106_TA.OE015_A549_96H_X5_B19:G08


title: STK11_WT_rep51_TA.OE015_A549_96H_X5_B19:F23


title: PPP2R1A_WT_rep5_TA.OE015_A549_96H_X5_B19:G06


title: HCRED_rep98_TA.OE015_A549_96H_X5_B19:G07


title: TP53_p.P278H_rep5_TA.OE015_A549_96H_X5_B19:G09


title: KEAP1_WT_rep50_TA.OE015_A549_96H_X5_B19:F24


title: DARC_p.W253R_rep5_TA.OE015_A549_96H_X5_B19:G11


title: STK11_WT_rep50_TA.OE015_A549_96H_X5_B19:F22


title: TP53_p.P278A_rep45_TA.OE015_A549_96H_X5_B19:F21


title: EGFR_p.T790M, p.L858R_rep46_TA.OE015_A549_96H_X5_B19:F20


title: EGFR_WT_rep49_TA.OE015_A549_96H_X5_B19:F19

value: EGFR


title: KRAS_p.G12V_rep47_TA.OE015_A549_96H_X5_B19:F17


title: SPP1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:G21


title: EGFR_WT_rep48_TA.OE015_A549_96H_X5_B19:F16


title: GPR137B_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:F13


title: BRAF_p.L613F_rep5_TA.OE015_A549_96H_X5_B19:F11


title: MAPK7_p.L806R_rep5_TA.OE015_A549_96H_X5_B19:F14


title: EGFR_p.T790M, p.L858R_rep45_TA.OE015_A549_96H_X5_B19:F15


title: FGFR3_p.S779R_rep5_TA.OE015_A549_96H_X5_B19:F10


title: RB1_p.E398L_rep5_TA.OE015_A549_96H_X5_B19:F08


title: HCRED_rep97_TA.OE015_A549_96H_X5_B19:F06


title: FBXW7_p.V464E_rep5_TA.OE015_A549_96H_X5_B19:F01


title: MDM2_WT_rep49_TA.OE015_A549_96H_X5_B19:E22


title: KEAP1_WT_rep49_TA.OE015_A549_96H_X5_B19:E20


title: CGREF1_p.Q286K_rep5_TA.OE015_A549_96H_X5_B19:F02


title: EGFR_p.L858R_rep50_TA.OE015_A549_96H_X5_B19:E24


title: EGFR_p.T790M, p.L858R_rep44_TA.OE015_A549_96H_X5_B19:E17


title: STK11_WT_rep48_TA.OE015_A549_96H_X5_B19:E16


title: AKR1B1_p.F252L_rep5_TA.OE015_A549_96H_X5_B19:F04


title: GPR137B_p.Y135N_rep5_TA.OE015_A549_96H_X5_B19:E09


title: RB1_WT_rep5_TA.OE015_A549_96H_X5_B19:F07


title: EGFR_p.L858R_rep49_TA.OE015_A549_96H_X5_B19:E23


title: NFE2L2_WT_rep49_TA.OE015_A549_96H_X5_B19:E19


title: STK11_WT_rep49_TA.OE015_A549_96H_X5_B19:E21


title: HCRED_rep95_TA.OE015_A549_96H_X5_B19:E06


title: BFP_rep94_TA.OE015_A549_96H_X5_B19:E05


title: RIT1_WT_rep5_TA.OE015_A549_96H_X5_B19:D24


title: HCRED_rep96_TA.OE015_A549_96H_X5_B19:F05


title: KRAS_p.G12V_rep46_TA.OE015_A549_96H_X5_B19:E15


title: CGREF1_WT_rep5_TA.OE015_A549_96H_X5_B19:D22


title: MAPK7_p.D46N_rep5_TA.OE015_A549_96H_X5_B19:D19


title: BRAF_p.H574Q_rep5_TA.OE015_A549_96H_X5_B19:D21


title: MET_p.Y1235H_rep5_TA.OE015_A549_96H_X5_B19:D18


title: ATF2_p.T339A_rep5_TA.OE015_A549_96H_X5_B19:D16


title: BRAF_p.A762E_rep5_TA.OE015_A549_96H_X5_B19:D14


title: LUCIFERASE_rep90_TA.OE015_A549_96H_X5_B19:D04


title: MAPK7_WT_rep5_TA.OE015_A549_96H_X5_B19:D06


title: CGREF1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:D07


title: HRAS_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:D09

value: HRAS


title: BRAF_p.P367R_rep5_TA.OE015_A549_96H_X5_B19:C14


title: ATF2_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:D12


title: U2AF1_WT_rep5_TA.OE015_A549_96H_X5_B19:C08


title: TP53_WT_rep5_TA.OE015_A549_96H_X5_B19:C13


title: BFP_rep93_TA.OE015_A549_96H_X5_B19:C04


title: IDH2_p.R188W_rep5_TA.OE015_A549_96H_X5_B19:D05


title: LUCIFERASE_rep89_TA.OE015_A549_96H_X5_B19:D03


title: EGFP_rep105_TA.OE015_A549_96H_X5_B19:C03


title: ETFB_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B23


title: BRAF_p.H574N_rep5_TA.OE015_A549_96H_X5_B19:C07


title: MET_p.Y1003F_rep5_TA.OE015_A549_96H_X5_B19:C20


title: PIK3CA_p.R108H_rep5_TA.OE015_A549_96H_X5_B19:D02


title: NFKBIA_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B20

value: NFKBIA


title: CD40_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B19


title: PIK3CA_p.H1047R_rep5_TA.OE015_A549_96H_X5_B19:C01


title: NPDC1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B24


title: BRAF_WT_rep5_TA.OE015_A549_96H_X5_B19:B18

value: BRAF


title: ACD_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B21

value: ACD


title: FGFR3_WT_rep5_TA.OE015_A549_96H_X5_B19:B17


title: HRAS_WT_rep5_TA.OE015_A549_96H_X5_B19:D17


title: LIG1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B16


title: CFLAR_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B15

value: CFLAR


title: DOK1_p.S460I_rep5_TA.OE015_A549_96H_X5_B19:B13


title: DARC_p.T211S_rep5_TA.OE015_A549_96H_X5_B19:D15


title: PWP1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:B22


title: EGFP_rep104_TA.OE015_A549_96H_X5_B19:B06


title: TRAP1_WT_V5_rep13_TA.OE015_A549_96H_X5_B19:B03


title: MFSD10_WT_rep13_TA.OE015_A549_96H_X5_B19:B04


title: PPOX_WT_V5_rep2_TA.OE015_A549_96H_X5_B19:A24

value: PPOX


title: TP53_p.P278T_rep5_TA.OE015_A549_96H_X5_B19:A14


title: RB1_p.Y756C_rep5_TA.OE015_A549_96H_X5_B19:A10


title: CSNK1A1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:A19


title: RBKS_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:A21

value: RBKS


title: PIK3CA_WT_rep5_TA.OE015_A549_96H_X5_B19:A17


title: CGREF1_p.Q295K_rep5_TA.OE015_A549_96H_X5_B19:B09


title: BFP_rep92_TA.OE015_A549_96H_X5_B19:A06


title: EBNA1BP2_WT_V5_rep12_TA.OE015_A549_96H_X5_B19:A04


title: LUCIFERASE_rep88_TA.OE015_A549_96H_X5_B19:A05


title: ERBB2_p.S418T_rep4_TA.OE015_A549_96H_X4_B19:P22


title: NOSIP_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:A20

value: NOSIP


title: NFIL3_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:A16


title: NFE2L2_WT_V5_rep13_TA.OE015_A549_96H_X5_B19:B08


title: CCNH_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:A22

value: CCNH


title: ACAT2_WT_V5_rep13_TA.OE015_A549_96H_X5_B19:A03


title: CBR3_WT_V5_rep3_TA.OE015_A549_96H_X5_B19:A23


title: ATF2_p.A481V_rep4_TA.OE015_A549_96H_X4_B19:P23


title: CBR1_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:A15


title: DOK1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:P20


title: CASP8_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:P19


title: LUCIFERASE_rep87_TA.OE015_A549_96H_X4_B19:P16

value: LUCIFERASE


title: MET_WT_rep5_TA.OE015_A549_96H_X5_B19:B12

value: MET


title: BFP_rep91_TA.OE015_A549_96H_X4_B19:P15

value: BFP


title: RBM15B_WT_V5_rep5_TA.OE015_A549_96H_X5_B19:A18


title: ZNF597_p.R247T_rep5_TA.OE015_A549_96H_X5_B19:L24


title: PIK3CA_p.L699M_rep4_TA.OE015_A549_96H_X4_B19:P13


title: SMAD4_p.G386V_rep4_TA.OE015_A549_96H_X4_B19:P09


title: FBXW7_p.D211N_rep4_TA.OE015_A549_96H_X4_B19:P08


title: PIK3CA_p.E726K_rep4_TA.OE015_A549_96H_X4_B19:P10


title: ERBB2_p.D845A_rep4_TA.OE015_A549_96H_X4_B19:P05


title: RIT1_p.A192T_rep4_TA.OE015_A549_96H_X4_B19:O06


title: IDH2_p.K130del_rep4_TA.OE015_A549_96H_X4_B19:O23


title: PPP2R1A_p.A541G_rep4_TA.OE015_A549_96H_X4_B19:O18


title: KEAP1_WT_rep48_TA.OE015_A549_96H_X4_B19:N23


title: EGFR_p.L858R_rep48_TA.OE015_A549_96H_X4_B19:N24


title: PPP2R1A_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:P04


title: TP53_p.P278A_rep44_TA.OE015_A549_96H_X4_B19:N18


title: MDM2_WT_rep48_TA.OE015_A549_96H_X4_B19:N22


title: NFE2L2_WT_rep48_TA.OE015_A549_96H_X4_B19:N16


title: KRAS_p.G12V_rep45_TA.OE015_A549_96H_X4_B19:N20


title: NFE2L2_WT_rep47_TA.OE015_A549_96H_X4_B19:N15


title: EGFP_rep103_TA.OE015_A549_96H_X4_B19:N14

value: EGFP


title: MDM2_WT_rep47_TA.OE015_A549_96H_X4_B19:N17


title: LUCIFERASE_rep86_TA.OE015_A549_96H_X4_B19:O16


title: LUCIFERASE_rep84_TA.OE015_A549_96H_X4_B19:N13


title: GPR137B_WT_rep4_TA.OE015_A549_96H_X4_B19:N11


title: PPP2R1A_p.W140C_rep4_TA.OE015_A549_96H_X4_B19:N09


title: U2AF1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:N12


title: MAPK7_p.T28I_rep4_TA.OE015_A549_96H_X4_B19:N10


title: FGFR3_p.D617A_rep4_TA.OE015_A549_96H_X4_B19:N08


title: RIT1_p.F82L_rep4_TA.OE015_A549_96H_X4_B19:N07


title: AKR1B1_WT_rep4_TA.OE015_A549_96H_X4_B19:P06


title: FBXW7_p.P620R_rep4_TA.OE015_A549_96H_X4_B19:N04


title: RB1_p.A772S_rep4_TA.OE015_A549_96H_X4_B19:P02


title: LUCIFERASE_rep85_TA.OE015_A549_96H_X4_B19:O15


title: SMAD4_p.R361H_rep4_TA.OE015_A549_96H_X4_B19:N01


title: EGFR_p.L858R_rep47_TA.OE015_A549_96H_X4_B19:N21


title: ZNF597_p.L283V_rep4_TA.OE015_A549_96H_X4_B19:N03


title: KEAP1_WT_rep47_TA.OE015_A549_96H_X4_B19:M23


title: EGFR_WT_rep46_TA.OE015_A549_96H_X4_B19:M19


title: TP53_p.P278A_rep43_TA.OE015_A549_96H_X4_B19:M21


title: TP53_p.P278A_rep42_TA.OE015_A549_96H_X4_B19:M18


title: KRAS_p.G12V_rep44_TA.OE015_A549_96H_X4_B19:M16


title: EGFR_WT_rep47_TA.OE015_A549_96H_X4_B19:M22


title: MDM2_WT_rep46_TA.OE015_A549_96H_X4_B19:M17


title: NFE2L2_WT_rep46_TA.OE015_A549_96H_X4_B19:M20


title: AKR1B1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:M08


title: EGFP_rep102_TA.OE015_A549_96H_X4_B19:M14


title: GPR137B_p.S231F_rep4_TA.OE015_A549_96H_X4_B19:L23


title: EGFP_rep101_TA.OE015_A549_96H_X4_B19:M13


title: EGFP_rep100_TA.OE015_A549_96H_X4_B19:L11


title: DOK1_p.P419S_rep4_TA.OE015_A549_96H_X4_B19:L15


title: PIK3CA_p.E453Q_rep4_TA.OE015_A549_96H_X4_B19:L06


title: PIK3CA_p.E545K_rep4_TA.OE015_A549_96H_X4_B19:L20


title: FGFR3_p.R399H_rep4_TA.OE015_A549_96H_X4_B19:L08


title: U2AF1_p.S34F_rep4_TA.OE015_A549_96H_X4_B19:L16


title: BRAF_p.W450L_rep4_TA.OE015_A549_96H_X4_B19:L21


title: BFP_rep90_TA.OE015_A549_96H_X4_B19:L12


title: FBXW7_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:L18


title: SMAD4_p.P215S_rep4_TA.OE015_A549_96H_X4_B19:L05


title: ATF2_WT_rep4_TA.OE015_A549_96H_X4_B19:L03


title: EGFR_p.T790M, p.L858R_rep43_TA.OE015_A549_96H_X4_B19:M24

value: EGFR_p.T790M, p.L858R


title: ZNF597_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:L01


title: DOK1_WT_rep4_TA.OE015_A549_96H_X4_B19:L19


title: PPP2R1A_p.C329F_rep4_TA.OE015_A549_96H_X4_B19:L04


title: ZNF597_p.R247T_rep4_TA.OE015_A549_96H_X4_B19:L24


title: HCRED_rep94_TA.OE015_A549_96H_X4_B19:K11

value: HCRED


title: BRAF_p.K601N_rep4_TA.OE015_A549_96H_X4_B19:J22


title: PIK3CA_p.Q137L_rep4_TA.OE015_A549_96H_X4_B19:K01


title: ZNF597_WT_rep4_TA.OE015_A549_96H_X4_B19:K09


title: BRAF_p.D594H_rep4_TA.OE015_A549_96H_X4_B19:J19


title: SDHB_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:J20

value: SDHB


title: LAP3_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:J18


title: BRAF_p.G469V_rep4_TA.OE015_A549_96H_X4_B19:J17


title: RALA_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:J16

value: RALA


title: SMAD4_p.P356R_rep4_TA.OE015_A549_96H_X4_B19:L02


title: SMAD4_p.V492F_rep4_TA.OE015_A549_96H_X4_B19:K24


title: HCRED_rep93_TA.OE015_A549_96H_X4_B19:J10


title: EGFP_rep99_TA.OE015_A549_96H_X4_B19:J09


title: MET_ex14del_rep4_TA.OE015_A549_96H_X4_B19:I18


title: BRAF_p.G466A_rep4_TA.OE015_A549_96H_X4_B19:I17


title: NFE2L2_p.T80K_rep4_TA.OE015_A549_96H_X4_B19:J02


title: LUCIFERASE_rep83_TA.OE015_A549_96H_X4_B19:K12


title: BRAF_p.L485S_rep4_TA.OE015_A549_96H_X4_B19:J04


title: BRAF_p.G466V_rep4_TA.OE015_A549_96H_X4_B19:I24


title: FBXW7_WT_rep4_TA.OE015_A549_96H_X4_B19:J03


title: BRAF_p.G469S_rep4_TA.OE015_A549_96H_X4_B19:I19


title: ERBB2_p.S310F_rep4_TA.OE015_A549_96H_X4_B19:I16


title: HCRED_rep92_TA.OE015_A549_96H_X4_B19:I10


title: BRAF_p.N581S_rep4_TA.OE015_A549_96H_X4_B19:I20


title: BRAF_p.G466E_rep4_TA.OE015_A549_96H_X4_B19:I15


title: RIT1_p.R122L_rep4_TA.OE015_A549_96H_X4_B19:I11


title: BRAF_p.R682W_rep4_TA.OE015_A549_96H_X4_B19:K05


title: BFP_rep89_TA.OE015_A549_96H_X4_B19:I09


title: HSD17B10_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H22


title: CGRRF1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H23


title: ACAA1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H20


title: STAP2_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H17


title: GTF2A2_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H21


title: ZNF597_p.V21L_rep4_TA.OE015_A549_96H_X4_B19:J13


title: CDK6_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H16


title: BRAF_p.V600E_rep4_TA.OE015_A549_96H_X4_B19:I23


title: RIT1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H12


title: DOK1_p.V393L_rep4_TA.OE015_A549_96H_X4_B19:H13


title: GTPBP8_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H15


title: ERBB2_WT_rep4_TA.OE015_A549_96H_X4_B19:H11


title: RIT1_p.T76insTDLT_rep4_TA.OE015_A549_96H_X4_B19:H09


title: DARC_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H10

value: DARC


title: NFKBIB_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G20

value: NFKBIB


title: BFP_rep88_TA.OE015_A549_96H_X4_B19:H08


title: PSMD9_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G19


title: BFP_rep87_TA.OE015_A549_96H_X4_B19:H07


title: CETN3_WT_rep4_TA.OE015_A549_96H_X4_B19:G23


title: SMAD4_p.D493N_rep4_TA.OE015_A549_96H_X4_B19:H06


title: IDH2_p.S249G_rep4_TA.OE015_A549_96H_X4_B19:H02


title: ETV1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G24


title: SPP1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G21


title: GPR137B_p.C212S_rep4_TA.OE015_A549_96H_X4_B19:H04


title: CCDC90A_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G15


title: POLR2I_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:H18


title: S100A13_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G18


title: PIK3CA_p.E600K_rep4_TA.OE015_A549_96H_X4_B19:H01


title: IDH2_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G14


title: DARC_p.W253R_rep4_TA.OE015_A549_96H_X4_B19:G11


title: MDM2_p.E421Q_rep4_TA.OE015_A549_96H_X4_B19:G12


title: HCRED_rep91_TA.OE015_A549_96H_X4_B19:G07


title: EGFP_rep98_TA.OE015_A549_96H_X4_B19:G08


title: PPP2R1A_WT_rep4_TA.OE015_A549_96H_X4_B19:G06


title: TP53_p.P278H_rep4_TA.OE015_A549_96H_X4_B19:G09


title: EGFR_p.T790M, p.L858R_rep42_TA.OE015_A549_96H_X4_B19:F20


title: STK11_WT_rep47_TA.OE015_A549_96H_X4_B19:F23


title: EGFR_WT_rep45_TA.OE015_A549_96H_X4_B19:F19

value: EGFR


title: RAB31_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:G16


title: STK11_WT_rep46_TA.OE015_A549_96H_X4_B19:F22


title: TP53_p.P278A_rep41_TA.OE015_A549_96H_X4_B19:F21


title: EGFR_WT_rep44_TA.OE015_A549_96H_X4_B19:F16


title: MAPK7_p.L806R_rep4_TA.OE015_A549_96H_X4_B19:F14


title: GPR137B_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:F13


title: HCRED_rep90_TA.OE015_A549_96H_X4_B19:F06


title: HCRED_rep89_TA.OE015_A549_96H_X4_B19:F05


title: KRAS_p.G12V_rep43_TA.OE015_A549_96H_X4_B19:F17


title: CGREF1_p.Q286K_rep4_TA.OE015_A549_96H_X4_B19:F02


title: EGFR_p.T790M, p.L858R_rep41_TA.OE015_A549_96H_X4_B19:F15


title: AKR1B1_p.F252L_rep4_TA.OE015_A549_96H_X4_B19:F04


title: EGFR_p.L858R_rep46_TA.OE015_A549_96H_X4_B19:E24


title: RB1_p.E398L_rep4_TA.OE015_A549_96H_X4_B19:F08


title: FBXW7_p.V464E_rep4_TA.OE015_A549_96H_X4_B19:F01


title: MDM2_WT_rep45_TA.OE015_A549_96H_X4_B19:E22


title: RB1_WT_rep4_TA.OE015_A549_96H_X4_B19:F07


title: KEAP1_WT_rep45_TA.OE015_A549_96H_X4_B19:E20


title: BRAF_p.L613F_rep4_TA.OE015_A549_96H_X4_B19:F11


title: EGFR_p.L858R_rep45_TA.OE015_A549_96H_X4_B19:E23


title: KEAP1_WT_rep46_TA.OE015_A549_96H_X4_B19:F24


title: STK11_WT_rep45_TA.OE015_A549_96H_X4_B19:E21


title: STK11_WT_rep44_TA.OE015_A549_96H_X4_B19:E16


title: NFE2L2_WT_rep45_TA.OE015_A549_96H_X4_B19:E19


title: HCRED_rep88_TA.OE015_A549_96H_X4_B19:E06


title: FGFR3_p.S779R_rep4_TA.OE015_A549_96H_X4_B19:F10


title: RIT1_WT_rep4_TA.OE015_A549_96H_X4_B19:D24


title: BFP_rep86_TA.OE015_A549_96H_X4_B19:E05


title: BRAF_p.H574Q_rep4_TA.OE015_A549_96H_X4_B19:D21


title: CGREF1_WT_rep4_TA.OE015_A549_96H_X4_B19:D22


title: MAPK7_p.D46N_rep4_TA.OE015_A549_96H_X4_B19:D19


title: EGFR_p.T790M, p.L858R_rep40_TA.OE015_A549_96H_X4_B19:E17


title: LUCIFERASE_rep82_TA.OE015_A549_96H_X4_B19:D04


title: MET_p.Y1235H_rep4_TA.OE015_A549_96H_X4_B19:D18


title: BRAF_p.A762E_rep4_TA.OE015_A549_96H_X4_B19:D14


title: ATF2_p.T339A_rep4_TA.OE015_A549_96H_X4_B19:D16


title: HRAS_WT_rep4_TA.OE015_A549_96H_X4_B19:D17

value: HRAS


title: ATF2_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:D12


title: CGREF1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:D07


title: LUCIFERASE_rep81_TA.OE015_A549_96H_X4_B19:D03


title: MET_p.Y1003F_rep4_TA.OE015_A549_96H_X4_B19:C20


title: MAPK7_WT_rep4_TA.OE015_A549_96H_X4_B19:D06


title: DARC_p.T211S_rep4_TA.OE015_A549_96H_X4_B19:D15


title: GPR137B_p.Y135N_rep4_TA.OE015_A549_96H_X4_B19:E09


title: HRAS_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:D09


title: KRAS_p.G12V_rep42_TA.OE015_A549_96H_X4_B19:E15


title: BRAF_p.P367R_rep4_TA.OE015_A549_96H_X4_B19:C14


title: BRAF_p.H574N_rep4_TA.OE015_A549_96H_X4_B19:C07


title: TP53_WT_rep4_TA.OE015_A549_96H_X4_B19:C13


title: BFP_rep85_TA.OE015_A549_96H_X4_B19:C04


title: PIK3CA_p.R108H_rep4_TA.OE015_A549_96H_X4_B19:D02


title: U2AF1_WT_rep4_TA.OE015_A549_96H_X4_B19:C08


title: IDH2_p.R188W_rep4_TA.OE015_A549_96H_X4_B19:D05


title: NPDC1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B24


title: PIK3CA_p.H1047R_rep4_TA.OE015_A549_96H_X4_B19:C01


title: ETFB_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B23

value: ETFB


title: PWP1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B22


title: NFKBIA_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B20

value: NFKBIA


title: CD40_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B19


title: BRAF_WT_rep4_TA.OE015_A549_96H_X4_B19:B18

value: BRAF


title: FGFR3_WT_rep4_TA.OE015_A549_96H_X4_B19:B17


title: NFE2L2_WT_V5_rep12_TA.OE015_A549_96H_X4_B19:B08


title: EGFP_rep97_TA.OE015_A549_96H_X4_B19:C03


title: MFSD10_WT_rep12_TA.OE015_A549_96H_X4_B19:B04


title: LIG1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B16


title: CGREF1_p.Q295K_rep4_TA.OE015_A549_96H_X4_B19:B09


title: TRAP1_WT_V5_rep12_TA.OE015_A549_96H_X4_B19:B03


title: EGFP_rep96_TA.OE015_A549_96H_X4_B19:B06


title: CBR3_WT_V5_rep2_TA.OE015_A549_96H_X4_B19:A23


title: MET_WT_rep4_TA.OE015_A549_96H_X4_B19:B12


title: NOSIP_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:A20

value: NOSIP


title: NFIL3_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:A16


title: CCNH_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:A22

value: CCNH


title: CBR1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:A15


title: RBKS_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:A21

value: RBKS


title: PIK3CA_WT_rep4_TA.OE015_A549_96H_X4_B19:A17


title: RBM15B_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:A18


title: CSNK1A1_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:A19


title: TP53_p.P278T_rep4_TA.OE015_A549_96H_X4_B19:A14


title: ACD_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B21

value: ACD


title: RB1_p.Y756C_rep4_TA.OE015_A549_96H_X4_B19:A10


title: BFP_rep84_TA.OE015_A549_96H_X4_B19:A06

value: BFP


title: LUCIFERASE_rep80_TA.OE015_A549_96H_X4_B19:A05

value: LUCIFERASE


title: EBNA1BP2_WT_V5_rep11_TA.OE015_A549_96H_X4_B19:A04


title: ACAT2_WT_V5_rep12_TA.OE015_A549_96H_X4_B19:A03


title: DOK1_p.S460I_rep4_TA.OE015_A549_96H_X4_B19:B13


title: CFLAR_WT_V5_rep4_TA.OE015_A549_96H_X4_B19:B15

value: CFLAR


title: HCRED_rep87_TA.OE015_A549_96H_X4_B19:B05

value: HCRED


title: ATF2_p.A481V_rep3_TA.OE015_A549_96H_X3_B19:P23


title: MDM2_p.S221C_rep1_TA.OE015_A549_96H_X3_B19:P24


title: ERBB2_p.S418T_rep3_TA.OE015_A549_96H_X3_B19:P22


title: DOK1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:P20


title: PIK3CA_p.E726K_rep3_TA.OE015_A549_96H_X3_B19:P10


title: PIK3CA_p.L699M_rep3_TA.OE015_A549_96H_X3_B19:P13


title: CASP8_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:P19


title: FBXW7_p.D211N_rep3_TA.OE015_A549_96H_X3_B19:P08


title: LUCIFERASE_rep79_TA.OE015_A549_96H_X3_B19:P16


title: BFP_rep83_TA.OE015_A549_96H_X3_B19:P15


title: AKR1B1_WT_rep3_TA.OE015_A549_96H_X3_B19:P06


title: EGFR_p.L858R_rep44_TA.OE015_A549_96H_X3_B19:N24


title: KEAP1_WT_rep44_TA.OE015_A549_96H_X3_B19:N23


title: PPP2R1A_p.A541G_rep3_TA.OE015_A549_96H_X3_B19:O18


title: LUCIFERASE_rep78_TA.OE015_A549_96H_X3_B19:O16


title: SMAD4_p.G386V_rep3_TA.OE015_A549_96H_X3_B19:P09


title: RIT1_p.A192T_rep3_TA.OE015_A549_96H_X3_B19:O06


title: PPP2R1A_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:P04


title: IDH2_p.K130del_rep3_TA.OE015_A549_96H_X3_B19:O23


title: ERBB2_p.D845A_rep3_TA.OE015_A549_96H_X3_B19:P05


title: RB1_p.A772S_rep3_TA.OE015_A549_96H_X3_B19:P02


title: EGFR_p.L858R_rep43_TA.OE015_A549_96H_X3_B19:N21


title: KRAS_p.G12V_rep41_TA.OE015_A549_96H_X3_B19:N20


title: MDM2_WT_rep44_TA.OE015_A549_96H_X3_B19:N22


title: TP53_p.P278A_rep40_TA.OE015_A549_96H_X3_B19:N18


title: NFE2L2_WT_rep44_TA.OE015_A549_96H_X3_B19:N16


title: NFE2L2_WT_rep43_TA.OE015_A549_96H_X3_B19:N15


title: LUCIFERASE_rep77_TA.OE015_A549_96H_X3_B19:O15


title: EGFP_rep95_TA.OE015_A549_96H_X3_B19:N14

value: EGFP


title: U2AF1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:N12


title: LUCIFERASE_rep76_TA.OE015_A549_96H_X3_B19:N13


title: MAPK7_p.T28I_rep3_TA.OE015_A549_96H_X3_B19:N10


title: PPP2R1A_p.W140C_rep3_TA.OE015_A549_96H_X3_B19:N09


title: MDM2_WT_rep43_TA.OE015_A549_96H_X3_B19:N17


title: FBXW7_p.P620R_rep3_TA.OE015_A549_96H_X3_B19:N04


title: ZNF597_p.L283V_rep3_TA.OE015_A549_96H_X3_B19:N03


title: RIT1_p.F82L_rep3_TA.OE015_A549_96H_X3_B19:N07


title: GPR137B_WT_rep3_TA.OE015_A549_96H_X3_B19:N11


title: FGFR3_p.D617A_rep3_TA.OE015_A549_96H_X3_B19:N08


title: EGFR_p.T790M, p.L858R_rep39_TA.OE015_A549_96H_X3_B19:M24

value: EGFR_p.T790M, p.L858R


title: SMAD4_p.R361H_rep3_TA.OE015_A549_96H_X3_B19:N01


title: EGFR_WT_rep43_TA.OE015_A549_96H_X3_B19:M22


title: TP53_p.P278A_rep39_TA.OE015_A549_96H_X3_B19:M21


title: MDM2_WT_rep42_TA.OE015_A549_96H_X3_B19:M17


title: NFE2L2_WT_rep42_TA.OE015_A549_96H_X3_B19:M20


title: KEAP1_WT_rep43_TA.OE015_A549_96H_X3_B19:M23


title: AKR1B1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:M08


title: ZNF597_p.R247T_rep3_TA.OE015_A549_96H_X3_B19:L24


title: EGFR_WT_rep42_TA.OE015_A549_96H_X3_B19:M19


title: EGFP_rep93_TA.OE015_A549_96H_X3_B19:M13


title: KRAS_p.G12V_rep40_TA.OE015_A549_96H_X3_B19:M16


title: GPR137B_p.S231F_rep3_TA.OE015_A549_96H_X3_B19:L23


title: EGFP_rep94_TA.OE015_A549_96H_X3_B19:M14


title: BRAF_p.W450L_rep3_TA.OE015_A549_96H_X3_B19:L21


title: FBXW7_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:L18


title: DOK1_WT_rep3_TA.OE015_A549_96H_X3_B19:L19


title: DOK1_p.P419S_rep3_TA.OE015_A549_96H_X3_B19:L15


title: BFP_rep82_TA.OE015_A549_96H_X3_B19:L12


title: PIK3CA_p.E545K_rep3_TA.OE015_A549_96H_X3_B19:L20


title: TP53_p.P278A_rep38_TA.OE015_A549_96H_X3_B19:M18


title: EGFP_rep92_TA.OE015_A549_96H_X3_B19:L11


title: PIK3CA_p.E453Q_rep3_TA.OE015_A549_96H_X3_B19:L06


title: FGFR3_p.R399H_rep3_TA.OE015_A549_96H_X3_B19:L08


title: U2AF1_p.S34F_rep3_TA.OE015_A549_96H_X3_B19:L16


title: SMAD4_p.P215S_rep3_TA.OE015_A549_96H_X3_B19:L05


title: PPP2R1A_p.C329F_rep3_TA.OE015_A549_96H_X3_B19:L04


title: ZNF597_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:L01


title: ATF2_WT_rep3_TA.OE015_A549_96H_X3_B19:L03


title: SMAD4_p.V492F_rep3_TA.OE015_A549_96H_X3_B19:K24


title: HCRED_rep86_TA.OE015_A549_96H_X3_B19:K11


title: SMAD4_p.P356R_rep3_TA.OE015_A549_96H_X3_B19:L02


title: BRAF_p.K601N_rep3_TA.OE015_A549_96H_X3_B19:J22


title: PIK3CA_p.Q137L_rep3_TA.OE015_A549_96H_X3_B19:K01


title: SDHB_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:J20

value: SDHB


title: BRAF_p.R682W_rep3_TA.OE015_A549_96H_X3_B19:K05


title: ZNF597_WT_rep3_TA.OE015_A549_96H_X3_B19:K09


title: BRAF_p.D594H_rep3_TA.OE015_A549_96H_X3_B19:J19


title: ZNF597_p.V21L_rep3_TA.OE015_A549_96H_X3_B19:J13


title: BRAF_p.G469V_rep3_TA.OE015_A549_96H_X3_B19:J17


title: RALA_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:J16

value: RALA


title: LAP3_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:J18


title: HCRED_rep85_TA.OE015_A549_96H_X3_B19:J10


title: BRAF_p.V600E_rep3_TA.OE015_A549_96H_X3_B19:I23


title: FBXW7_WT_rep3_TA.OE015_A549_96H_X3_B19:J03


title: EGFP_rep91_TA.OE015_A549_96H_X3_B19:J09


title: LUCIFERASE_rep75_TA.OE015_A549_96H_X3_B19:K12


title: BRAF_p.G466V_rep3_TA.OE015_A549_96H_X3_B19:I24


title: BRAF_p.N581S_rep3_TA.OE015_A549_96H_X3_B19:I20


title: BRAF_p.G469S_rep3_TA.OE015_A549_96H_X3_B19:I19


title: BRAF_p.G466E_rep3_TA.OE015_A549_96H_X3_B19:I15


title: ERBB2_p.S310F_rep3_TA.OE015_A549_96H_X3_B19:I16


title: BRAF_p.G466A_rep3_TA.OE015_A549_96H_X3_B19:I17


title: RIT1_p.R122L_rep3_TA.OE015_A549_96H_X3_B19:I11


title: MET_ex14del_rep3_TA.OE015_A549_96H_X3_B19:I18


title: BFP_rep81_TA.OE015_A549_96H_X3_B19:I09


title: HSD17B10_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H22


title: GTF2A2_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H21


title: HCRED_rep84_TA.OE015_A549_96H_X3_B19:I10


title: POLR2I_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H18


title: BRAF_p.L485S_rep3_TA.OE015_A549_96H_X3_B19:J04


title: STAP2_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H17


title: GTPBP8_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H15


title: RIT1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H12


title: DOK1_p.V393L_rep3_TA.OE015_A549_96H_X3_B19:H13


title: DARC_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H10

value: DARC


title: CDK6_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H16


title: RIT1_p.T76insTDLT_rep3_TA.OE015_A549_96H_X3_B19:H09


title: NFE2L2_p.T80K_rep3_TA.OE015_A549_96H_X3_B19:J02


title: BFP_rep80_TA.OE015_A549_96H_X3_B19:H08


title: ERBB2_WT_rep3_TA.OE015_A549_96H_X3_B19:H11


title: BFP_rep79_TA.OE015_A549_96H_X3_B19:H07


title: GPR137B_p.C212S_rep3_TA.OE015_A549_96H_X3_B19:H04


title: IDH2_p.S249G_rep3_TA.OE015_A549_96H_X3_B19:H02


title: SMAD4_p.D493N_rep3_TA.OE015_A549_96H_X3_B19:H06


title: ETV1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G24


title: PIK3CA_p.E600K_rep3_TA.OE015_A549_96H_X3_B19:H01


title: CETN3_WT_rep3_TA.OE015_A549_96H_X3_B19:G23


title: SPP1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G21


title: CGRRF1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H23


title: NFKBIB_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G20

value: NFKBIB


title: ACAA1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:H20


title: PSMD9_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G19


title: MDM2_p.E421Q_rep3_TA.OE015_A549_96H_X3_B19:G12


title: IDH2_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G14


title: CCDC90A_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G15


title: RAB31_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G16


title: DARC_p.W253R_rep3_TA.OE015_A549_96H_X3_B19:G11


title: HCRED_rep83_TA.OE015_A549_96H_X3_B19:G07


title: EGFP_rep90_TA.OE015_A549_96H_X3_B19:G08


title: PPP2R1A_WT_rep3_TA.OE015_A549_96H_X3_B19:G06


title: KEAP1_WT_rep42_TA.OE015_A549_96H_X3_B19:F24


title: TP53_p.P278H_rep3_TA.OE015_A549_96H_X3_B19:G09


title: EGFR_p.T790M, p.L858R_rep38_TA.OE015_A549_96H_X3_B19:F20


title: STK11_WT_rep42_TA.OE015_A549_96H_X3_B19:F22


title: STK11_WT_rep43_TA.OE015_A549_96H_X3_B19:F23


title: EGFR_WT_rep41_TA.OE015_A549_96H_X3_B19:F19

value: EGFR


title: EGFR_p.T790M, p.L858R_rep37_TA.OE015_A549_96H_X3_B19:F15


title: BRAF_p.L613F_rep3_TA.OE015_A549_96H_X3_B19:F11


title: FGFR3_p.S779R_rep3_TA.OE015_A549_96H_X3_B19:F10


title: MAPK7_p.L806R_rep3_TA.OE015_A549_96H_X3_B19:F14


title: GPR137B_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:F13


title: S100A13_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:G18


title: RB1_WT_rep3_TA.OE015_A549_96H_X3_B19:F07


title: HCRED_rep82_TA.OE015_A549_96H_X3_B19:F06


title: RB1_p.E398L_rep3_TA.OE015_A549_96H_X3_B19:F08


title: CGREF1_p.Q286K_rep3_TA.OE015_A549_96H_X3_B19:F02


title: AKR1B1_p.F252L_rep3_TA.OE015_A549_96H_X3_B19:F04


title: HCRED_rep81_TA.OE015_A549_96H_X3_B19:F05


title: EGFR_p.L858R_rep42_TA.OE015_A549_96H_X3_B19:E24


title: EGFR_p.L858R_rep41_TA.OE015_A549_96H_X3_B19:E23


title: TP53_p.P278A_rep37_TA.OE015_A549_96H_X3_B19:F21


title: STK11_WT_rep41_TA.OE015_A549_96H_X3_B19:E21


title: KRAS_p.G12V_rep39_TA.OE015_A549_96H_X3_B19:F17


title: GPR137B_p.Y135N_rep3_TA.OE015_A549_96H_X3_B19:E09


title: EGFR_WT_rep40_TA.OE015_A549_96H_X3_B19:F16


title: STK11_WT_rep40_TA.OE015_A549_96H_X3_B19:E16


title: KEAP1_WT_rep41_TA.OE015_A549_96H_X3_B19:E20


title: RIT1_WT_rep3_TA.OE015_A549_96H_X3_B19:D24


title: NFE2L2_WT_rep41_TA.OE015_A549_96H_X3_B19:E19


title: BFP_rep78_TA.OE015_A549_96H_X3_B19:E05


title: MDM2_WT_rep41_TA.OE015_A549_96H_X3_B19:E22


title: EGFR_p.T790M, p.L858R_rep36_TA.OE015_A549_96H_X3_B19:E17


title: CGREF1_WT_rep3_TA.OE015_A549_96H_X3_B19:D22


title: KRAS_p.G12V_rep38_TA.OE015_A549_96H_X3_B19:E15


title: MAPK7_p.D46N_rep3_TA.OE015_A549_96H_X3_B19:D19


title: FBXW7_p.V464E_rep3_TA.OE015_A549_96H_X3_B19:F01


title: MET_p.Y1235H_rep3_TA.OE015_A549_96H_X3_B19:D18


title: ATF2_p.T339A_rep3_TA.OE015_A549_96H_X3_B19:D16


title: BRAF_p.H574Q_rep3_TA.OE015_A549_96H_X3_B19:D21


title: DARC_p.T211S_rep3_TA.OE015_A549_96H_X3_B19:D15


title: HRAS_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:D09

value: HRAS


title: HCRED_rep80_TA.OE015_A549_96H_X3_B19:E06


title: LUCIFERASE_rep74_TA.OE015_A549_96H_X3_B19:D04


title: IDH2_p.R188W_rep3_TA.OE015_A549_96H_X3_B19:D05


title: CGREF1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:D07


title: LUCIFERASE_rep73_TA.OE015_A549_96H_X3_B19:D03


title: MAPK7_WT_rep3_TA.OE015_A549_96H_X3_B19:D06


title: PIK3CA_p.R108H_rep3_TA.OE015_A549_96H_X3_B19:D02


title: ATF2_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:D12


title: BRAF_p.P367R_rep3_TA.OE015_A549_96H_X3_B19:C14


title: EGFP_rep89_TA.OE015_A549_96H_X3_B19:C03


title: BRAF_p.H574N_rep3_TA.OE015_A549_96H_X3_B19:C07


title: U2AF1_WT_rep3_TA.OE015_A549_96H_X3_B19:C08


title: HRAS_WT_rep3_TA.OE015_A549_96H_X3_B19:D17


title: NPDC1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B24


title: ACD_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B21


title: NFKBIA_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B20

value: NFKBIA


title: PWP1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B22


title: ETFB_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B23

value: ETFB


title: BRAF_p.A762E_rep3_TA.OE015_A549_96H_X3_B19:D14


title: LIG1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B16


title: CD40_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B19


title: FGFR3_WT_rep3_TA.OE015_A549_96H_X3_B19:B17


title: BRAF_WT_rep3_TA.OE015_A549_96H_X3_B19:B18

value: BRAF


title: CFLAR_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:B15


title: DOK1_p.S460I_rep3_TA.OE015_A549_96H_X3_B19:B13


title: MET_p.Y1003F_rep3_TA.OE015_A549_96H_X3_B19:C20


title: TP53_WT_rep3_TA.OE015_A549_96H_X3_B19:C13


title: PIK3CA_p.H1047R_rep3_TA.OE015_A549_96H_X3_B19:C01


title: EGFP_rep88_TA.OE015_A549_96H_X3_B19:B06


title: MET_WT_rep3_TA.OE015_A549_96H_X3_B19:B12

value: MET


title: BFP_rep77_TA.OE015_A549_96H_X3_B19:C04


title: CGREF1_p.Q295K_rep3_TA.OE015_A549_96H_X3_B19:B09


title: TRAP1_WT_V5_rep11_TA.OE015_A549_96H_X3_B19:B03


title: HCRED_rep79_TA.OE015_A549_96H_X3_B19:B05


title: MFSD10_WT_rep11_TA.OE015_A549_96H_X3_B19:B04


title: CCNH_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:A22

value: CCNH


title: NOSIP_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:A20

value: NOSIP


title: RBM15B_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:A18


title: RBKS_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:A21

value: RBKS


title: EBNA1BP2_WT_V5_rep10_TA.OE015_A549_96H_X3_B19:A04


title: RB1_p.Y756C_rep3_TA.OE015_A549_96H_X3_B19:A10


title: TP53_p.P278T_rep3_TA.OE015_A549_96H_X3_B19:A14


title: PIK3CA_WT_rep3_TA.OE015_A549_96H_X3_B19:A17


title: CBR1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:A15


title: NFIL3_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:A16


title: ACAT2_WT_V5_rep11_TA.OE015_A549_96H_X3_B19:A03


title: DOK1_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:P20


title: ATF2_p.A481V_rep2_TA.OE015_A549_96H_X2_B19:P23


title: ERBB2_p.S418T_rep2_TA.OE015_A549_96H_X2_B19:P22


title: LUCIFERASE_rep71_TA.OE015_A549_96H_X2_B19:P16

value: LUCIFERASE


title: BFP_rep76_TA.OE015_A549_96H_X2_B19:P15

value: BFP


title: NFE2L2_WT_V5_rep11_TA.OE015_A549_96H_X3_B19:B08


title: CASP8_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:P19


title: PIK3CA_p.L699M_rep2_TA.OE015_A549_96H_X2_B19:P13


title: LUCIFERASE_rep72_TA.OE015_A549_96H_X3_B19:A05


title: PIK3CA_p.E726K_rep2_TA.OE015_A549_96H_X2_B19:P10


title: SMAD4_p.G386V_rep2_TA.OE015_A549_96H_X2_B19:P09


title: ERBB2_p.D845A_rep2_TA.OE015_A549_96H_X2_B19:P05


title: FBXW7_p.D211N_rep2_TA.OE015_A549_96H_X2_B19:P08


title: CSNK1A1_WT_V5_rep3_TA.OE015_A549_96H_X3_B19:A19


title: PPP2R1A_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:P04


title: PPP2R1A_p.A541G_rep2_TA.OE015_A549_96H_X2_B19:O18


title: RB1_p.A772S_rep2_TA.OE015_A549_96H_X2_B19:P02


title: IDH2_p.K130del_rep2_TA.OE015_A549_96H_X2_B19:O23


title: LUCIFERASE_rep70_TA.OE015_A549_96H_X2_B19:O16


title: RIT1_p.A192T_rep2_TA.OE015_A549_96H_X2_B19:O06


title: LUCIFERASE_rep69_TA.OE015_A549_96H_X2_B19:O15


title: EGFR_p.L858R_rep40_TA.OE015_A549_96H_X2_B19:N24


title: KEAP1_WT_rep40_TA.OE015_A549_96H_X2_B19:N23


title: AKR1B1_WT_rep2_TA.OE015_A549_96H_X2_B19:P06


title: EGFR_p.L858R_rep39_TA.OE015_A549_96H_X2_B19:N21


title: KRAS_p.G12V_rep37_TA.OE015_A549_96H_X2_B19:N20


title: EGFP_rep87_TA.OE015_A549_96H_X2_B19:N14

value: EGFP


title: NFE2L2_WT_rep39_TA.OE015_A549_96H_X2_B19:N15


title: GPR137B_WT_rep2_TA.OE015_A549_96H_X2_B19:N11


title: FGFR3_p.D617A_rep2_TA.OE015_A549_96H_X2_B19:N08


title: MDM2_WT_rep39_TA.OE015_A549_96H_X2_B19:N17


title: NFE2L2_WT_rep40_TA.OE015_A549_96H_X2_B19:N16


title: MAPK7_p.T28I_rep2_TA.OE015_A549_96H_X2_B19:N10


title: U2AF1_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:N12


title: LUCIFERASE_rep68_TA.OE015_A549_96H_X2_B19:N13


title: PPP2R1A_p.W140C_rep2_TA.OE015_A549_96H_X2_B19:N09


title: RIT1_p.F82L_rep2_TA.OE015_A549_96H_X2_B19:N07


title: ZNF597_p.L283V_rep2_TA.OE015_A549_96H_X2_B19:N03


title: FBXW7_p.P620R_rep2_TA.OE015_A549_96H_X2_B19:N04


title: SMAD4_p.R361H_rep2_TA.OE015_A549_96H_X2_B19:N01


title: KEAP1_WT_rep39_TA.OE015_A549_96H_X2_B19:M23


title: TP53_p.P278A_rep36_TA.OE015_A549_96H_X2_B19:N18


title: MDM2_WT_rep40_TA.OE015_A549_96H_X2_B19:N22


title: EGFR_WT_rep38_TA.OE015_A549_96H_X2_B19:M19


title: EGFR_WT_rep39_TA.OE015_A549_96H_X2_B19:M22


title: TP53_p.P278A_rep34_TA.OE015_A549_96H_X2_B19:M18


title: KRAS_p.G12V_rep36_TA.OE015_A549_96H_X2_B19:M16


title: EGFP_rep85_TA.OE015_A549_96H_X2_B19:M13


title: NFE2L2_WT_rep38_TA.OE015_A549_96H_X2_B19:M20


title: EGFR_p.T790M, p.L858R_rep35_TA.OE015_A549_96H_X2_B19:M24

value: EGFR_p.T790M, p.L858R


title: TP53_p.P278A_rep35_TA.OE015_A549_96H_X2_B19:M21


title: GPR137B_p.S231F_rep2_TA.OE015_A549_96H_X2_B19:L23


title: ZNF597_p.R247T_rep2_TA.OE015_A549_96H_X2_B19:L24


title: PIK3CA_p.E545K_rep2_TA.OE015_A549_96H_X2_B19:L20


title: DOK1_WT_rep2_TA.OE015_A549_96H_X2_B19:L19


title: U2AF1_p.S34F_rep2_TA.OE015_A549_96H_X2_B19:L16


title: BFP_rep75_TA.OE015_A549_96H_X2_B19:L12


title: DOK1_p.P419S_rep2_TA.OE015_A549_96H_X2_B19:L15


title: FBXW7_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:L18


title: PIK3CA_p.E453Q_rep2_TA.OE015_A549_96H_X2_B19:L06


title: SMAD4_p.P215S_rep2_TA.OE015_A549_96H_X2_B19:L05


title: FGFR3_p.R399H_rep2_TA.OE015_A549_96H_X2_B19:L08


title: EGFP_rep84_TA.OE015_A549_96H_X2_B19:L11


title: MDM2_WT_rep38_TA.OE015_A549_96H_X2_B19:M17


title: EGFP_rep86_TA.OE015_A549_96H_X2_B19:M14


title: BRAF_p.W450L_rep2_TA.OE015_A549_96H_X2_B19:L21


title: ATF2_WT_rep2_TA.OE015_A549_96H_X2_B19:L03


title: AKR1B1_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:M08


title: ZNF597_WT_rep2_TA.OE015_A549_96H_X2_B19:K09


title: HCRED_rep78_TA.OE015_A549_96H_X2_B19:K11

value: HCRED


title: SMAD4_p.P356R_rep2_TA.OE015_A549_96H_X2_B19:L02


title: LUCIFERASE_rep67_TA.OE015_A549_96H_X2_B19:K12


title: ZNF597_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:L01


title: SMAD4_p.V492F_rep2_TA.OE015_A549_96H_X2_B19:K24


title: PIK3CA_p.Q137L_rep2_TA.OE015_A549_96H_X2_B19:K01


title: SDHB_WT_V5_rep2_TA.OE015_A549_96H_X2_B19:J20

value: SDHB


title: BRAF_p.D594H_rep2_TA.OE015_A549_96H_X2_B19:J19


title: BRAF_p.R682W_rep2_TA.OE015_A549_96H_X2_B19:K05