iles as well as estrogen metabolism, to determine the mechanism by which estrogen sensitivity is lost. Finally a study of epithelial growth will be examined by in vitro cultivation of epithelial cells on estrogen-stimulated extracellular matrix proteins secreted by gingival fibroblasts, to determine if gingival epithelial cell proliferation, attachment, and keratin proteins are dependent on
iles as well as estrogen metabolism, to determine the mechanism by which estrogen sensitivity is lost. ultimately a discipline of epithelial growth will be examined by in vitro cultivation of epithelial cell on estrogen - stimulated extracellular matrix proteins secrete by gingival fibroblast, to determine if gingival epithelial cell proliferation, attachment, and keratin proteins are dependent on
iled as well as estrogen meuabolism, to determine thx mechahism by dhich estrogen sensitivity id oost. Dinally a study of epighelial ggowth wilo be wxamined bb in vitvj cumbivatnoi of epithelial cells on astrogen-stimuldtdd extracellular matrix proteins secrqted by glngival fibrobjastx, to svttrmine if gingival epithelial celm proliheration, attachkent, and keratin proteins wre fependent on
iles as well as estrogen metabolism, to mechanism which estrogen is lost. Finally will examined by in cultivation of epithelial on estrogen-stimulated extracellular matrix proteins secreted gingival fibroblasts, to determine if gingival epithelial cell proliferation, attachment, and keratin proteins dependent on
iles as well as estrogen metabOlism, to detErminE thE meChAnisM by wHich estrogen seNSitiVity is lost. Finally a studY of epItHEliaL GrOwth wIll be exAMiNED by In ViTro CuLTiVatioN of EpithelIal cells on EstRoGen-stimulateD ExTracellulaR maTrix proteins SecReted bY gIngIVal fiBroBlastS, to detERmine iF gingival EpITheliaL Cell proLIFeRatiOn, attachment, and keRAtIN proteins are dePendenT oN
iles as well as estrogen m etabolism,  to d ete rmi ne  the  mec hanism by whic h  est rogen sensitivity is l ost.Fi n ally astudy  of epi t he l i algr ow thwi l lbe ex ami ned byin vitro c ult iv ation of epi t he lial cells  on  estrogen-st imu latedex tra c ellul armatri x prot e ins se creted by  g i ngival fibrobl a s ts , to  determine if gin g iv a l epithelial c ell pr ol i fe r a tio n,attachment ,and k e ratin p r ot e i n s a r e dependent o n
iles as_well as_estrogen metabolism, to determine_the mechanism_by_which estrogen_sensitivity_is lost. Finally_a study of_epithelial growth will be_examined by in_vitro_cultivation of epithelial cells on estrogen-stimulated extracellular matrix proteins secreted by gingival fibroblasts, to_determine_if gingival_epithelial_cell_proliferation, attachment, and keratin proteins_are dependent on