c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U2", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT/E220K", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT/E220K", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT/E220K", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1E220K/E220K", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1E220K/E220K", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT/E220K", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1E220K/E220K", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1E220K/E220K", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT/A103T", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1A103T/A103T", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT/E220K", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1E220K/E220K", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1F148Y/F148Y", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT", "target_gene: U2", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U2", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U2", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U2", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U2", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U2", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U2", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U2", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U2", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: CAGCTTNNNNT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U2", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: CAGCTTNNNNT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U2", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: CAGCTTNNNNT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U2", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: CAGCTTNNNNT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1V173G", "target_gene: U1", "experimental_condition: V173 addback- siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1E220K", "target_gene: U1", "experimental_condition: E220 addback- siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1V173G", "target_gene: U1", "experimental_condition: V173 addback- siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1F148Y", "target_gene: U1", "experimental_condition: F148 addback- siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1A103T", "target_gene: U1", "experimental_condition: A103 addback - siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U1", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U1", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U1", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U1", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly-siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1E220K", "target_gene: U1", "experimental_condition: E220 addback- siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1F148Y", "target_gene: U1", "experimental_condition: F148 addback- siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U1", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1A103T", "target_gene: U1", "experimental_condition: A103 addback - siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U1", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT/A103T", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1F148Y/F148Y", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1A103T/A103T", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT/E220K", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1E220K/E220K", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT", "target_gene: U1", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U1", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U1", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U1", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U1", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U5", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U5", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U5", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U5", "experimental_condition: FLAGonly-siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT/E220K", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT/E220K", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1E220K/E220K", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1E220K/E220K", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: NPC derived from primary fibroblasts", "expression_construct: TOE1WT", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U4", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U4", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U4", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U4", "experimental_condition: FLAGonly-siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U6", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U6", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U6", "experimental_condition: FLAGonly-siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U6", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U6", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U6", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U6", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U5", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U6", "experimental_condition: FLAGonly-siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U5", "experimental_condition: FLAGonly-siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1A103T/A103T", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT/A103T", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1F148Y/F148Y", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1E220K/E220K", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT/E220K", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell type: Primary Fibroblast", "expression_construct: TOE1WT", "target_gene: U5", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U5", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U5", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U4", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U4", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U4", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U4", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U6", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U6", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U6", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U6", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U5", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U5", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U4", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U4", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: NNNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U4", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U4", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: NNNNNNNNNNCT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1DE", "target_gene: U1", "experimental_condition: DEaddback-siCaf1z", "r1_inline_randommer: CAGCTTNNNNT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly-siCaf1z", "r1_inline_randommer: CAGCTTNNNNT")
c("cell line: HEK 293", "sirna: siTOE1", "expression_construct: FLAG-TOE1WT", "target_gene: U1", "experimental_condition: WTaddback-siCaf1z", "r1_inline_randommer: CAGCTTNNNNT")
c("cell line: HEK 293", "sirna: siControl", "expression_construct: FLAG", "target_gene: U1", "experimental_condition: FLAGonly_siLuc", "r1_inline_randommer: CAGCTTNNNNT")