 to test mechanisms of interest in parallel studies of mice and patients. In the proposed program we plan to study novel human glycosyltransferases. Much emphasis will be made on the identification and characterization of enzymes present in ovarian epithelial linings and fluids. Synthesis of various oligosaccharides which can be effectively employed as acceptor-substr
to test mechanisms of interest in parallel studies of mouse and patient. In the proposed program we plan to learn novel human glycosyltransferases. Much emphasis will be have on the identification and characterization of enzyme present in ovarian epithelial lining and fluids. deduction of various oligosaccharides which can be effectively employed as acceptor - substr
 to test mechanisms of intevest in parallel studiev of mjce and oatients. In the proposed projram we poan to study novel humxn glycosjltransfeeasew. Much empheais will be mzfe ou vhe identificatlon and chasacterization mf euzymes present in ovarian epithelial liningx wnd fluids. Synjhesix of barious oligosaccharides which can be efftctively employed ss acceptor-substr
to test mechanisms of interest in parallel mice patients. In proposed program we glycosyltransferases. emphasis will be on the identification characterization of enzymes present in ovarian linings and fluids. Synthesis of various oligosaccharides which can be effectively employed as
 to test mechanisms of interesT in paralleL studIes Of mIcE and PatiEnts. In the propoSEd prOgram we plan to study noveL humaN gLYcosYLtRansfErases. MUCh EMPhaSiS wIll Be MAdE on thE idEntificAtion and chAraCtErization of eNZyMes present In oVarian epitheLiaL lininGs And FLuids. synThesiS of varIOus oliGosaccharIdES which CAn be effECTiVely Employed as acceptoR-SuBStr
 to test mechanisms of int erest in p arall elstu di es o f mi ce and patient s . In  the proposed programwe pl an to s t ud y nov el huma n  g l y cos yl tr ans fe r as es. M uch  emphas is will be  ma de  on the iden t if ication an d c haracterizat ion  of en zy mes prese ntin ov ariane pithel ial linin gs and fl u ids. Sy n t he sisof various oligos a cc h arides which c an beef f ec t i vel y e mployed as  a ccept o r-subst r 
 to_test mechanisms_of interest in parallel_studies of_mice_and patients._In_the proposed program_we plan to_study novel human glycosyltransferases._Much emphasis will_be_made on the identification and characterization of enzymes present in ovarian epithelial linings and_fluids._Synthesis of_various_oligosaccharides_which can be effectively employed_as acceptor-substr