 data on the regulation of MUC16 expression, correlate implied molecular pathways with promoter structure, and test the hypothesis that CA125 secretion results from post-translational processing of MUC16, exploring the mechanism of this processing. 4) Determine whether a reduction in MUC16 expression in human ovarian carcinoma cells affects the neoplastic
data on the regulation of MUC16 expression, correlate implied molecular nerve pathway with showman structure, and test the guess that CA125 secretion results from post - translational processing of MUC16, explore the mechanism of this processing. 4) Determine whether a reduction in MUC16 saying in human ovarian carcinoma cells affects the neoplastic
 daha on the regulation of OUC16 expression, eirrelave impljed molezular pathways with promoter srructyre, and test the hypotfesis than CA125 secrwtioi results from post-translationzp prmressing of MUC16, gxploring tha mechanism of tfid processing. 4) Determine whether a rqductiom ln MUC16 expressyon pn humzn ovarian carcinoma cells affects the nemplastic
data on the regulation of MUC16 expression, molecular with promoter and test the from processing of MUC16, the mechanism of processing. 4) Determine whether a reduction MUC16 expression in human ovarian carcinoma cells affects the neoplastic
 data on the regulation of MUC16 eXpression, cOrrelAte ImpLiEd moLecuLar pathways witH PromOter structure, and test thE hypoThESis tHAt cA125 secRetion rESuLTS frOm PoSt-tRaNSlAtionAl pRocessiNg of MUC16, expLorInG the mechanisM Of This procesSinG. 4) Determine whEthEr a redUcTioN In MUC16 ExpRessiOn in huMAn ovarIan carcinOmA Cells aFFects thE NEoPlasTic
 data on the regulation of  MUC16 exp ressi on,  co rr elat e im plied molecula r  pat hways with promoter st ructu re ,  and te st th e hypot h es i s  th at  C A12 5s ec retio n r esultsfrom post- tra ns lational pro c es sing of MU C16 , exploringthe  mecha ni smo f thi s p roces sing.4 ) Dete rmine whe th e r a re d uctioni n  M UC16  expression in hu m an ovarian carcin oma ce ll s  a f f ect s t he neoplas ti c
 data_on the_regulation of MUC16 expression,_correlate implied_molecular_pathways with_promoter_structure, and test_the hypothesis that_CA125 secretion results from_post-translational processing of_MUC16,_exploring the mechanism of this processing. 4) Determine whether a reduction in MUC16 expression_in_human ovarian_carcinoma_cells_affects the neoplastic