 to one in which special clustering algorithms analyze complex multivariate databases. Such analyses should permit a more complete identification of highly correlated clinical cases and allow us to characterize their response to molecular therapies specifically designed to prevent progression. We are attempting to develop new approaches for better integration of our thermoplastic microtransfer methods of microdissection with downstream macrom
to one in which special clustering algorithms analyze complex multivariate databases. Such analysis should let a more complete identification of highly correlated clinical event and allow us to characterize their reply to molecular therapy specifically designed to prevent progression. We are attempting to develop new access for better integration of our thermoplastic microtransfer methods of microdissection with downstream macrom
 to one in which special clmstering algoritkns ananyze ckmplex mjltivariate databases. Such aialywes syould permit a more cooplete idvntificatuon id highly correlated clinjgal ccsxs and allow us to characderize their rasoouse to molecular therapies specificajly desogjed to prevent probwessjon. We are attempting to develop nsw apprmaches for beyter integration of our thfrmoolastic microtransver methods of iucrodissectiun with downstream mactom
to one in which special clustering algorithms multivariate Such analyses permit a more clinical and allow us characterize their response molecular therapies specifically designed to prevent We are attempting to develop new approaches for better integration of our thermoplastic methods of microdissection with downstream macrom
 to one in which special clusteRing algoriThms aNalYze CoMpleX mulTivariate databASes. SUch analyses should permiT a morE cOMpleTE iDentiFicatioN Of HIGhlY cOrRelAtED cLinicAl cAses and Allow us to cHarAcTerize their rESpOnse to moleCulAr therapies sPecIficalLy DesIGned tO prEvent ProgreSSion. We Are attempTiNG to devELop new aPPRoAcheS for better integraTIoN Of our thermoplaStic miCrOTrANSfeR meThods of micRoDisseCTion witH DoWNSTreAM macrom
 to one in which special c lusteringalgor ith msan alyz e co mplex multivar i atedatabases. Such analys es sh ou l d pe r mi t a m ore com p le t e  id en ti fic at i on  of h igh ly corr elated cli nic al  cases and a l lo w us to ch ara cterize thei r r espons etom olecu lar  ther apiess pecifi cally des ig n ed top reventp r og ress ion. We are attem p ti n g to develop n ew app ro a ch e s  fo r b etter inte gr ation of ourt he r m o pla s tic microtran sfer method s  of  micro di sse c tion w ith d ow n str eam macrom
 to_one in_which special clustering algorithms_analyze complex_multivariate_databases. Such_analyses_should permit a_more complete identification_of highly correlated clinical_cases and allow_us_to characterize their response to molecular therapies specifically designed to prevent progression. We are_attempting_to develop_new_approaches_for better integration of our_thermoplastic microtransfer methods of microdissection_with downstream_macrom