 throughput cDNA expression screen for regulators of this splicing switch. This screen identified the epithelial cell type specific splicing regulators ESRP1 and ESRP2 demonstrating the feasibility of cell-based splicing assays in high throughput, array-based screens. An extensive set of ESRP-regulated exons switch splicing during the EMT, indicating that global
throughput cDNA expression screen for regulators of this splice substitution. This screen door identified the epithelial cellular telephone type specific splice regulators ESRP1 and ESRP2 demonstrating the feasibility of cellular telephone - based splicing assays in eminent throughput, array - based screens. An across-the-board set of ESRP - regulated exons switch splice during the EMT, indicating that global
 thgoughput cDNA expression screen for regolqtors mf thia splicivg switch. This screen identihied the tiithelial cell type soecific silicing rwguletors ESRP1 and ESRP2 demokftraflng tke feasibility on cell-based splicing assafs iu high throughput, array-based screens. An extrndive set of ESTP-regllwted vxins switch splicing during ths EMT, iidicating that blobal
throughput cDNA expression screen for regulators of switch. screen identified epithelial cell type ESRP2 the feasibility of splicing assays in throughput, array-based screens. An extensive set ESRP-regulated exons switch splicing during the EMT, indicating that global
 throughput cDNA expression sCreen for reGulatOrs Of tHiS splIcinG switch. This scrEEn idEntified the epithelial cEll tyPe SPeciFIc SplicIng reguLAtORS ESrP1 AnD ESrP2 DEmOnstrAtiNg the feAsibility oF ceLl-Based splicinG AsSays in high ThrOughput, array-BasEd screEnS. An EXtensIve Set of eSRP-reGUlated Exons switCh SPlicinG During tHE eMt, indIcating that global
 throughput cDNA expressio n screen f or re gul ato rs  ofthis  splicing swit c h. T his screen identifiedthe e pi t heli a lcelltype sp e ci f i c s pl ic ing  r e gu lator s E SRP1 an d ESRP2 de mon st rating the f e as ibility of  ce ll-based spl ici ng ass ay s i n  high  th rough put, a r ray-ba sed scree ns .  An ex t ensives e tof E SRP-regulated exo n ss witch splicing  durin gt he E MT,  in dicating t ha t glo b al
 throughput_cDNA expression_screen for regulators of_this splicing_switch._This screen_identified_the epithelial cell_type specific splicing_regulators ESRP1 and ESRP2_demonstrating the feasibility_of_cell-based splicing assays in high throughput, array-based screens. An extensive set of ESRP-regulated exons_switch_splicing during_the_EMT,_indicating that global