 the current study will advance the development of nicotine dependence treatments. Mesenchymal stem/progenitor cells (MSCs) hold considerable potential for a wide range of tissue regeneration therapies. While their differentiation capacity has been demonstrated extensively, mechanisms that control their plasticity remain poorly understood. Observations by our laboratories and others have shown that prolifer
the current study will advance the development of nicotine dependence treatment. Mesenchymal shank / progenitor cells (MSCs) hold considerable potential for a wide-eyed range of tissue regeneration therapy. While their differentiation capacity has been demonstrated extensively, mechanism that control their plasticity persist poorly understood. observation by our laboratories and others have testify that prolifer
 thf current study will advxnce the develokmwnt of nicotjne depevdence treatments. Mesenchymap wtem/peogenitor cells (MSCs) huld consiferable poteitial for a wide range on tisame reyeieration theraples. While tveir differenthagiln capacity has been demonstrated evtensivrlj, mechanisms trat bogtrom their plasticity remain poorly uhderstomd. Observatioms by our laboratories and othfrs have shown thah prolifer
the current study will advance the development dependence Mesenchymal stem/progenitor (MSCs) hold considerable of regeneration therapies. While differentiation capacity has demonstrated extensively, mechanisms that control their remain poorly understood. Observations by our laboratories and others have shown that prolifer
 the current study will advancE the develoPment Of nIcoTiNe dePendEnce treatments. mEsenChymal stem/progenitor ceLls (MScs) HOld cONsIderaBle poteNTiAL For A wIdE raNgE Of TissuE reGeneratIon therapiEs. WHiLe their diffeREnTiation capAciTy has been demOnsTrated ExTenSIvely, MecHanisMs that COntrol Their plasTiCIty remAIn poorlY UNdErstOod. Observations by OUr LAboratories and Others HaVE sHOWn tHat Prolifer
 the current study will ad vance thedevel opm ent  o f ni coti ne dependencet reat ments. Mesenchymal ste m/pro ge n itor ce lls ( MSCs) h o ld c ons id er abl ep ot entia l f or a wi de range o f t is sue regenera t io n therapie s.While theirdif ferent ia tio n  capa cit y has  beend emonst rated ext en s ively, mechani s m sthat  control their pl a st i city remain po orly u nd e rs t o od.  Ob servations  b y our laborat o ri e s and others have s hown that p r oli fer
 the_current study_will advance the development_of nicotine_dependence_treatments. Mesenchymal_stem/progenitor_cells (MSCs) hold_considerable potential for_a wide range of_tissue regeneration therapies._While_their differentiation capacity has been demonstrated extensively, mechanisms that control their plasticity remain poorly_understood._Observations by_our_laboratories_and others have shown that_prolifer