 that the biological response of tissues containing incorporated radionuclides can be correlated with absorbed dose when calculated at the cellular level. To test the hypothesis, a novel in vitro multicellular cluster model will be used which allows tight control over variables. Multicellular clusters will be assembled with mammalian cells containing radioactivity and the cell
that the biological response of tissues containing incorporated radionuclides can be correlate with captive dose when calculated at the cellular degree. To quiz the hypothesis, a novel in vitro multicellular cluster mannequin will be use which allows taut control over variables. Multicellular bunch will be assembled with mammalian cells containing radioactivity and the cellular telephone
 thwt the biological responre of tissues containiig incodporated radionuclides can be correleted with absorbed dose when cauculated wt the cwlluoqr level. To test tmz hypkbhesiv, a novel in vijro multicelnular cluster koaep will be used which allows tight cjntrol pvfr variables. Moltictlltlar blmsters will be assembled with majmalian cells contaiming radioactivity and the celp
that the biological response of tissues containing can correlated with dose when calculated test hypothesis, a novel vitro multicellular cluster will be used which allows tight over variables. Multicellular clusters will be assembled with mammalian cells containing radioactivity and cell
 that the biological response Of tissues cOntaiNinG inCoRporAted Radionuclides cAN be cOrrelated with absorbed dOse whEn CAlcuLAtEd at tHe celluLAr LEVel. to TeSt tHe HYpOthesIs, a Novel in Vitro multiCelLuLar cluster moDEl Will be used WhiCh allows tighT coNtrol oVeR vaRIableS. MuLticeLlular CLusterS will be asSeMBled wiTH mammalIAN cElls Containing radioacTIvITy and the cell
 that the biological respo nse of tis suescon tai ni ng i ncor porated radion u clid es can be correlated w ith a bs o rbed do se wh en calc u la t e d a tth e c el l ul ar le vel . To te st the hyp oth es is, a noveli nvitro mult ice llular clust ermodelwi llb e use d w hichallows tightcontrol o ve r  varia b les. Mu l t ic ellu lar clusters will be assembled with  mamma li a nc e lls  co ntaining r ad ioact i vity an d  t h e cel l 
 that_the biological_response of tissues containing_incorporated radionuclides_can_be correlated_with_absorbed dose when_calculated at the_cellular level. To test_the hypothesis, a_novel_in vitro multicellular cluster model will be used which allows tight control over variables._Multicellular_clusters will_be_assembled_with mammalian cells containing radioactivity_and the cell