 analyses will then be performed in the presence and absence of characterized enhancers and suppressors of TD to test whether these genes affect developmental plasticity by modifying the cell lineage pattern, the number of founder cells or the cell-doubling times. This proposal will contribute to the understanding of which molecular signals increase regeneration potential to ensure normal
analyses will then be performed in the presence and absence of characterized enhancers and suppressor of TD to screen whether these genes affect developmental plasticity by modify the cell lineage convention, the issue of founder cell or the cell - doubling time. This proposal will contribute to the understanding of which molecular signals increase regeneration potential to guarantee normal
 anwlyses will then be perfurmed in the prgswnce aid absehce of cfaracterized enhancers and snpprwssorw of TD to test whethef these gvnes affext dtvelopmental plasvjcity bn modjnying vhe cell lineagg pattern, tha number of fognaex cells or the cell-doubling times. Thys proppswl will contrifute eo tgv mnderstanding of which molecular signalv increase rebeneration potential to endure normal
analyses will then be performed in the absence characterized enhancers suppressors of TD affect plasticity by modifying cell lineage pattern, number of founder cells or the times. This proposal will contribute to the understanding of which molecular signals increase potential to ensure normal
 analyses will then be performEd in the preSence And AbsEnCe of CharActerized enhanCErs aNd suppressors of TD to tesT whetHeR ThesE GeNes afFect devELoPMEntAl PlAstIcITy By modIfyIng the cEll lineage PatTeRn, the number oF FoUnder cells Or tHe cell-doubliNg tImes. ThIs ProPOsal wIll ContrIbute tO The undErstandinG oF Which mOLecular SIGnAls iNcrease regeneratiON pOTential to ensurE normaL
 analyses will then be per formed inthe p res enc eandabse nce of charact e rize d enhancers and suppre ssors  o f  TDt otestwhether th e s e g en es  af fe c tdevel opm ental p lasticitybymo difying thec el l lineagepat tern, the nu mbe r of f ou nde r  cell s o r the  cell- d oublin g times.Th i s prop o sal wil l co ntri bute to the under s ta n ding of whichmolecu la r  s i g nal s i ncrease re ge nerat i on pote n ti a l toe nsure normal
 analyses_will then_be performed in the_presence and_absence_of characterized_enhancers_and suppressors of_TD to test_whether these genes affect_developmental plasticity by_modifying_the cell lineage pattern, the number of founder cells or the cell-doubling times. This_proposal_will contribute_to_the_understanding of which molecular signals_increase regeneration potential to ensure_normal